Ericsson_UMTS_UTRAN_P7.1 Product Requirements

Data Export Date: 21 Dec 2009


1. Change History


IssueDateAuthorComments
TBD   


2. Document References

None.

3. Outstanding Issues


NumberDateDescriptionPlanned Resolution
TBD   


4. Vendor Measurement Scope

The table below lists the vendor OM groups that are in scope for this tech pack module, broken down by network element, together with their corresponding tech pack KPI group.


Vendor MeasurementTech Pack KPI Group
AAL0_Tp_Vcc_Tp - Mapped with RNC_AAL0_Link.nedn_SubNetwork & "/" & moid_Aal0TpVccTp or NODEB_AAL0_Link.nedn_SubNetwork & "/" & nedn_MeContext & "/" & moid_Aal0TpVccTp or RXI_AAL0_Link.nedn_SubNetwork & "/" & nedn_MeContext & "/" & moid_Aal0TpVccTp
RNC_AAL0_LinkAAL0_Tp_Vcc_Tp.Ericsson.UMTS.AAL0
AAL1_Tp_Vcc_Tp - Mapped with RNC_AAL1_Link.nedn_SubNetwork & "/" & moid_Aal1TpVccTp or NODEB_AAL1_Link.nedn_SubNetwork & "/" & nedn_MeContext & "/" & moid_Aal1TpVccTp or RXI_AAL1_Link.nedn_SubNetwork & "/" & nedn_MeContext & "/" & moid_Aal1TpVccTp
RNC_AAL1_LinkAAL1_Tp_Vcc_Tp.Ericsson.UMTS.AAL1
AAL2_Access_Point - Mapped with RNC_AAL2_AP.nedn_SubNetwork & "/" & moid_Aal2Sp & "/" & moid_Aal2Ap or NODEB_AAL2_AP.nedn_SubNetwork & "/" & nedn_MeContext & "/" & moid_Aal2Sp & "/" & moid_Aal2Ap or RXI_AAL2_AP.nedn_SubNetwork & "/" & nedn_MeContext & "/" & moid_Aal2Sp & "/" & moid_Aal2Ap
RNC_AAL2_APAAL2_Access_Point.Ericsson.UMTS.AAL2
AAL2_Path_Vcc_Tp - Mapped with RNC_AAL2_Link.nedn_SubNetwork & "/" & moid_Aal2PathVccTp or NODEB_AAL2_Link.nedn_SubNetwork & "/" & nedn_MeContext & "/" & moid_Aal2PathVccTp or RXI_AAL2_Link.nedn_SubNetwork & "/" & nedn_MeContext & "/" & moid_Aal2PathVccTp
RNC_AAL2_LinkAAL2_Path_Vcc_Tp.Ericsson.UMTS.AAL2
AAL2_Signalling_Point - Mapped with RNC_AAL2_SP.nedn_SubNetwork & "/" & moid_Aal2Sp or NODEB_AAL2_SP.nedn_SubNetwork & "/" & nedn_MeContext & "/" & moid_Aal2Sp or RXI_AAL2_SP.nedn_SubNetwork & "/" & nedn_MeContext & "/" & moid_Aal2Sp
RNC_AAL2_SPAAL2_Signalling_Point.Ericsson.UMTS.AAL2
AAL5_Tp_Vcc_Tp - Mapped with RNC_AAL5_Link.nedn_SubNetwork & "/" & moid_Aal5TpVccTp or NODEB_AAL5_Link.nedn_SubNetwork & "/" & nedn_MeContext & "/" & moid_Aal5TpVccTp or RXI_AAL5_Link.nedn_SubNetwork & "/" & nedn_MeContext & "/" & moid_Aal5TpVccTp
RNC_AAL5_LinkAAL5_Tp_Vcc_Tp.Ericsson.UMTS.AAL5
Antenna_Branch - Mapped with ManagedElement_Equipment_Sector_AntennaBranch.nedn_SubNetwork & "/" & nedn_MeContext & "/" & moid_Equipment & "/" & moid_SectorAntenna & "/" & moid_AntennaBranch
ManagedElement_Equipment_Sector_AntennaBranchAntenna_Branch.Ericsson.UMTS.power_control_statistics
ATM_Port - Mapped with RNC_ATM_Physical_Link.nedn_SubNetwork & "/" & moid_AtmPort or NODEB_ATM_Physical_Link.nedn_SubNetwork & "/" & nedn_MeContext & "/" & moid_AtmPort or RXI_ATM_Physical_Link.nedn_SubNetwork & "/" & nedn_MeContext & "/" & moid_AtmPort
RNC_ATM_Physical_LinkATM_Port.Ericsson.UMTS.ATM
RXI_ATM_Physical_LinkATM_Port.Ericsson.UMTS.ATM
BS_Carrier - Mapped with ME_NodeBFunction_RbsLocalCell_Carrier.nedn_SubNetwork & "/" & nedn_MeContext & "/" & moid_Sector & "/" & moid_Carrier
ManagedElement_NodeBFunction_Carrier_HsDschBS_Carrier.Ericsson.UMTS.Carrier
ME_NodeBFunction_RbsLocalCell_CarrierBS_Carrier.Ericsson.UMTS.Carrier
ME_NodeBFunction_RbsLocalCell_CarrierBS_Carrier.Ericsson.UMTS.PDF_pmAverageRssi
ME_NodeBFunction_RbsLocalCell_CarrierBS_Carrier.Ericsson.UMTS.PDF_pmTransmittedCarrierPower
CC_SP_Device - Mapped with ME_Eqpt_SpDevicePool_CcDevice.nedn_SubNetwork & "/" & moid_Equipment & "/" & moid_SpDevicePool & "/CC-" & moid_CcDevice
ME_Eqpt_SpDevicePool_CcDeviceCC_SP_Device.Ericsson.UMTS.SP_DevicePool_CC
CchFrameSynch - Mapped with ManagedElement_RncFunction_CchFrameSynch.nedn_SubNetwork & "/" & moid_CchFrameSynch
ManagedElement_RncFunction_CchFrameSynchCchFrameSynch.Ericsson.UMTS.Cch_Frame_Synchronisation
CDMA_Channel - Mapped with ME_NodeBFunction_Sector_Carrier_Prach.nedn_SubNetwork & "/" & nedn_MeContext & "/" & moid_Sector & "/" & moid_Carrier & "/" & moid_Prach or ManagedElement_NodeBFunction_Carrier_Sccpch.nedn_SubNetwork & "/" & nedn_MeContext & "/" & moid_Sector & "/" & moid_Carrier & "/" & moid_Sccpch or ManagedElement_NodeBFunction_Sector_Carrier_Aich.nedn_SubNetwork & "/" & nedn_MeContext & "/" & moid_Sector & "/" & moid_Carrier & "/" & moid_Aich or ME_NodeBFunction_Sector_Carrier_EDchResources.nedn_SubNetwork & "/" & nedn_MeContext & "/" & moid_Sector & "/" & moid_Carrier & "/"& moid_EDchResources or ME_NodeBFunction_HsDschResources.nedn_SubNetwork & "/" & nedn_MeContext & "/" & moid_Sector & "/" & moid_Carrier & "/" & moid_HsDschResources
ManagedElement_NodeBFunction_Carrier_SccpchCDMA_Channel.Ericsson.UMTS.Common_Channel_Handling
ManagedElement_NodeBFunction_Carrier_SccpchCDMA_Channel.Ericsson.UMTS.PDF_pmMbmsSccpchTransmittedTfc
ManagedElement_NodeBFunction_Sector_Carrier_AichCDMA_Channel.Ericsson.UMTS.Common_Channel_Handling
ME_NodeBFunction_HsDschResourcesCDMA_Channel.Ericsson.UMTS.Active_Subframes
ME_NodeBFunction_HsDschResourcesCDMA_Channel.Ericsson.UMTS.Frame_Delay_SPI_1
ME_NodeBFunction_HsDschResourcesCDMA_Channel.Ericsson.UMTS.Frame_Delay_SPI_2
ME_NodeBFunction_HsDschResourcesCDMA_Channel.Ericsson.UMTS.HSDSCH_Resource
ME_NodeBFunction_HsDschResourcesCDMA_Channel.Ericsson.UMTS.Inactive_Subframes
ME_NodeBFunction_HsDschResourcesCDMA_Channel.Ericsson.UMTS.Modulation
ME_NodeBFunction_HsDschResourcesCDMA_Channel.Ericsson.UMTS.PDF_pmAck16Qam
ME_NodeBFunction_HsDschResourcesCDMA_Channel.Ericsson.UMTS.PDF_pmAck64Qam
ME_NodeBFunction_HsDschResourcesCDMA_Channel.Ericsson.UMTS.PDF_pmAckQpsk
ME_NodeBFunction_HsDschResourcesCDMA_Channel.Ericsson.UMTS.PDF_pmAverageUserRate
ME_NodeBFunction_HsDschResourcesCDMA_Channel.Ericsson.UMTS.PDF_pmCapacityHsDschUsers
ME_NodeBFunction_HsDschResourcesCDMA_Channel.Ericsson.UMTS.PDF_pmCapacityHsPdschCodes
ME_NodeBFunction_HsDschResourcesCDMA_Channel.Ericsson.UMTS.PDF_pmDelayDistributionSpi00
ME_NodeBFunction_HsDschResourcesCDMA_Channel.Ericsson.UMTS.PDF_pmDelayDistributionSpi01
ME_NodeBFunction_HsDschResourcesCDMA_Channel.Ericsson.UMTS.PDF_pmDelayDistributionSpi02
ME_NodeBFunction_HsDschResourcesCDMA_Channel.Ericsson.UMTS.PDF_pmDelayDistributionSpi03
ME_NodeBFunction_HsDschResourcesCDMA_Channel.Ericsson.UMTS.PDF_pmDelayDistributionSpi04
ME_NodeBFunction_HsDschResourcesCDMA_Channel.Ericsson.UMTS.PDF_pmDelayDistributionSpi05
ME_NodeBFunction_HsDschResourcesCDMA_Channel.Ericsson.UMTS.PDF_pmDelayDistributionSpi06
ME_NodeBFunction_HsDschResourcesCDMA_Channel.Ericsson.UMTS.PDF_pmDelayDistributionSpi07
ME_NodeBFunction_HsDschResourcesCDMA_Channel.Ericsson.UMTS.PDF_pmDelayDistributionSpi08
ME_NodeBFunction_HsDschResourcesCDMA_Channel.Ericsson.UMTS.PDF_pmDelayDistributionSpi09
ME_NodeBFunction_HsDschResourcesCDMA_Channel.Ericsson.UMTS.PDF_pmDelayDistributionSpi10
ME_NodeBFunction_HsDschResourcesCDMA_Channel.Ericsson.UMTS.PDF_pmDelayDistributionSpi11
ME_NodeBFunction_HsDschResourcesCDMA_Channel.Ericsson.UMTS.PDF_pmDelayDistributionSpi12
ME_NodeBFunction_HsDschResourcesCDMA_Channel.Ericsson.UMTS.PDF_pmDelayDistributionSpi13
ME_NodeBFunction_HsDschResourcesCDMA_Channel.Ericsson.UMTS.PDF_pmDelayDistributionSpi14
ME_NodeBFunction_HsDschResourcesCDMA_Channel.Ericsson.UMTS.PDF_pmDelayDistributionSpi15
ME_NodeBFunction_HsDschResourcesCDMA_Channel.Ericsson.UMTS.PDF_pmRemainingResourceCheck
ME_NodeBFunction_HsDschResourcesCDMA_Channel.Ericsson.UMTS.PDF_pmReportedCqi64Qam
ME_NodeBFunction_HsDschResourcesCDMA_Channel.Ericsson.UMTS.PDF_pmReportedCqiMimoDs1
ME_NodeBFunction_HsDschResourcesCDMA_Channel.Ericsson.UMTS.PDF_pmReportedCqiMimoDs2
ME_NodeBFunction_HsDschResourcesCDMA_Channel.Ericsson.UMTS.PDF_pmReportedCqiMimoSs
ME_NodeBFunction_HsDschResourcesCDMA_Channel.Ericsson.UMTS.PDF_pmReportedCqi
ME_NodeBFunction_HsDschResourcesCDMA_Channel.Ericsson.UMTS.PDF_pmSumOfHsScchUsedPwr
ME_NodeBFunction_HsDschResourcesCDMA_Channel.Ericsson.UMTS.PDF_pmTransmittedCarrierPowerHs
ME_NodeBFunction_HsDschResourcesCDMA_Channel.Ericsson.UMTS.PDF_pmTransmittedCarrierPowerNonHs
ME_NodeBFunction_HsDschResourcesCDMA_Channel.Ericsson.UMTS.PDF_pmUsedCqi
ME_NodeBFunction_HsDschResourcesCDMA_Channel.Ericsson.UMTS.PDF_pmUsedHsPdschCodes
ME_NodeBFunction_HsDschResourcesCDMA_Channel.Ericsson.UMTS.PDF_pmUsedTbs16Qam
ME_NodeBFunction_HsDschResourcesCDMA_Channel.Ericsson.UMTS.PDF_pmUsedTbs64Qam
ME_NodeBFunction_HsDschResourcesCDMA_Channel.Ericsson.UMTS.PDF_pmUsedTbsQpsk
ME_NodeBFunction_HsDschResourcesCDMA_Channel.Ericsson.UMTS.User_Buffer
ME_NodeBFunction_HsDschResourcesCDMA_Channel.Ericsson.UMTS.User_Scheduling
ME_NodeBFunction_Sector_Carrier_EDchResourcesCDMA_Channel.Ericsson.UMTS.EDCH_Resource
ME_NodeBFunction_Sector_Carrier_EDchResourcesCDMA_Channel.Ericsson.UMTS.PDF_pmCapacityServEDchUsers
ME_NodeBFunction_Sector_Carrier_EDchResourcesCDMA_Channel.Ericsson.UMTS.PDF_pmCommonChPowerEul
ME_NodeBFunction_Sector_Carrier_EDchResourcesCDMA_Channel.Ericsson.UMTS.PDF_pmLEDchTot
ME_NodeBFunction_Sector_Carrier_EDchResourcesCDMA_Channel.Ericsson.UMTS.PDF_pmLMaxEDch
ME_NodeBFunction_Sector_Carrier_EDchResourcesCDMA_Channel.Ericsson.UMTS.PDF_pmNoiseFloor
ME_NodeBFunction_Sector_Carrier_EDchResourcesCDMA_Channel.Ericsson.UMTS.PDF_pmNoSchEdchEul
ME_NodeBFunction_Sector_Carrier_EDchResourcesCDMA_Channel.Ericsson.UMTS.PDF_pmOwnUuLoad
ME_NodeBFunction_Sector_Carrier_EDchResourcesCDMA_Channel.Ericsson.UMTS.PDF_pmTotalRotCoverage
ME_NodeBFunction_Sector_Carrier_EDchResourcesCDMA_Channel.Ericsson.UMTS.PDF_pmTotRateGrantedEul
ME_NodeBFunction_Sector_Carrier_EDchResourcesCDMA_Channel.Ericsson.UMTS.PDF_pmWaitingTimeEul
ME_NodeBFunction_Sector_Carrier_PrachCDMA_Channel.Ericsson.UMTS.Common_Channel_Handling
ME_NodeBFunction_Sector_Carrier_PrachCDMA_Channel.Ericsson.UMTS.PDF_pmPropagationDelay
ME_NodeBFunction_Sector_Carrier_PrachCDMA_Channel.Ericsson.UMTS.PDF_pmReceivedPreambleSir
ME_NodeBFunction_Sector_Carrier_PrachCDMA_Channel.Ericsson.UMTS.Signal_to_Inteference_on_RACH
Cell - Mapped with ManagedElement_RncFunction_UtranCell.moid_UtranCell or ManagedElement_RncFunction_UtranCell_GsmRelation.moid_UtranCell or ManagedElement_RncFunction_UtranCell_UtranRelation.moid_UtranCell
ManagedElement_RncFunction_UtranCellCell.Ericsson.UMTS.admission
ManagedElement_RncFunction_UtranCellCell.Ericsson.UMTS.BMC
ManagedElement_RncFunction_UtranCellCell.Ericsson.UMTS.capacity_management
ManagedElement_RncFunction_UtranCellCell.Ericsson.UMTS.CBS_Messages
ManagedElement_RncFunction_UtranCellCell.Ericsson.UMTS.cell_availability
ManagedElement_RncFunction_UtranCellCell.Ericsson.UMTS.cell_updating
ManagedElement_RncFunction_UtranCellCell.Ericsson.UMTS.channel_quality
ManagedElement_RncFunction_UtranCellCell.Ericsson.UMTS.channel_switching
ManagedElement_RncFunction_UtranCellCell.Ericsson.UMTS.code_control
ManagedElement_RncFunction_UtranCellCell.Ericsson.UMTS.compressed_mode
ManagedElement_RncFunction_UtranCellCell.Ericsson.UMTS.congestion
ManagedElement_RncFunction_UtranCellCell.Ericsson.UMTS.Handover_HSDSCH
ManagedElement_RncFunction_UtranCellCell.Ericsson.UMTS.handover_statistics
ManagedElement_RncFunction_UtranCellCell.Ericsson.UMTS.Hard_Handover_Eul
ManagedElement_RncFunction_UtranCellCell.Ericsson.UMTS.Hard_Handover_HSDSCH
ManagedElement_RncFunction_UtranCellCell.Ericsson.UMTS.HARQ
ManagedElement_RncFunction_UtranCellCell.Ericsson.UMTS.HSDSCH_Overload
ManagedElement_RncFunction_UtranCellCell.Ericsson.UMTS.Inter_frequency_handover
ManagedElement_RncFunction_UtranCellCell.Ericsson.UMTS.inter_radio_access_technology_cell_change_incoming
ManagedElement_RncFunction_UtranCellCell.Ericsson.UMTS.inter_radio_access_technology_handover_incoming
ManagedElement_RncFunction_UtranCellCell.Ericsson.UMTS.inter_radio_access_technology_handover_outgoing
ManagedElement_RncFunction_UtranCellCell.Ericsson.UMTS.MAC_PDU
ManagedElement_RncFunction_UtranCellCell.Ericsson.UMTS.NAS_signalling
ManagedElement_RncFunction_UtranCellCell.Ericsson.UMTS.paging_counters
ManagedElement_RncFunction_UtranCellCell.Ericsson.UMTS.PDF_pmDchDlRlcUserPacketThp
ManagedElement_RncFunction_UtranCellCell.Ericsson.UMTS.PDF_pmDchUlRlcUserPacketThp
ManagedElement_RncFunction_UtranCellCell.Ericsson.UMTS.PDF_pmEulHarqTransmTti10PsRabs
ManagedElement_RncFunction_UtranCellCell.Ericsson.UMTS.PDF_pmEulHarqTransmTti10Srb
ManagedElement_RncFunction_UtranCellCell.Ericsson.UMTS.PDF_pmEulHarqTransmTti2PsRabs
ManagedElement_RncFunction_UtranCellCell.Ericsson.UMTS.PDF_pmEulHarqTransmTti2Srb
ManagedElement_RncFunction_UtranCellCell.Ericsson.UMTS.PDF_pmRes10
ManagedElement_RncFunction_UtranCellCell.Ericsson.UMTS.PDF_pmRes11
ManagedElement_RncFunction_UtranCellCell.Ericsson.UMTS.PDF_pmRes12
ManagedElement_RncFunction_UtranCellCell.Ericsson.UMTS.PDF_pmRes7
ManagedElement_RncFunction_UtranCellCell.Ericsson.UMTS.PDF_pmRes8
ManagedElement_RncFunction_UtranCellCell.Ericsson.UMTS.PDF_pmRes9
ManagedElement_RncFunction_UtranCellCell.Ericsson.UMTS.PDF_pmTotNoRrcConnectUeCapability
ManagedElement_RncFunction_UtranCellCell.Ericsson.UMTS.rab_establishments_and_release
ManagedElement_RncFunction_UtranCellCell.Ericsson.UMTS.reconfig_PS_Int_RABs
ManagedElement_RncFunction_UtranCellCell.Ericsson.UMTS.RES_Measurements_1
ManagedElement_RncFunction_UtranCellCell.Ericsson.UMTS.RES_Measurements_2
ManagedElement_RncFunction_UtranCellCell.Ericsson.UMTS.RES_Measurements_3
ManagedElement_RncFunction_UtranCellCell.Ericsson.UMTS.RES_Measurements_4
ManagedElement_RncFunction_UtranCellCell.Ericsson.UMTS.RES_Measurements_5
ManagedElement_RncFunction_UtranCellCell.Ericsson.UMTS.RES_Measurements_6
ManagedElement_RncFunction_UtranCellCell.Ericsson.UMTS.RLC_Packet_Data
ManagedElement_RncFunction_UtranCellCell.Ericsson.UMTS.rrc_connection_setup_and_release
ManagedElement_RncFunction_UtranCellCell.Ericsson.UMTS.SDU_Timing
ManagedElement_RncFunction_UtranCellCell.Ericsson.UMTS.soft_softer_handover
ManagedElement_RncFunction_UtranCellCell.Ericsson.UMTS.traffic_volume
ManagedElement_RncFunction_UtranCellCell.Ericsson.UMTS.URA_Update
ManagedElement_RncFunction_UtranCell_HsdschCell.Ericsson.UMTS.HSDSCH_RLC_statistics
ManagedElement_RncFunction_UtranCell_HsdschCell.Ericsson.UMTS.HSDSCH_service_availability
ManagedElement_RncFunction_UtranCell_HsdschCell.Ericsson.UMTS.HSDSCH_service_throughput
ManagedElement_RncFunction_UtranCell_HsdschCell.Ericsson.UMTS.PDF_pmHsDlRlcUserPacketThp
ManagedElement_RncFunction_UtranCell_Hsdsch_EulCell.Ericsson.UMTS.Enhanced_Uplink_service_availability
ManagedElement_RncFunction_UtranCell_Hsdsch_EulCell.Ericsson.UMTS.Enhanced_Uplink_service_throughput
ManagedElement_RncFunction_UtranCell_Hsdsch_EulCell.Ericsson.UMTS.PDF_pmEulRlcUserPacketThp
ME_RNC_UtranCell_MbmsCchCell.Ericsson.UMTS.Cell_MBMS_availability
ME_RNC_UtranCell_MbmsCchCell.Ericsson.UMTS.MBMS_Sessions
ME_RNC_UtranCell_MbmsCchCell.Ericsson.UMTS.traffic_volume
DC_SP_Device - Mapped with ME_Eqpt_SpDevicePool_DcDevice.nedn_SubNetwork & "/" & moid_Equipment & "/" & moid_SpDevicePool & "/DC-" & moid_DcDevice
ME_Eqpt_SpDevicePool_DcDeviceDC_SP_Device.Ericsson.UMTS.SP_Processor_Load.DC
DchFrameSynch - Mapped with ManagedElement_RncFunction_DchFrameSynch.nedn_SubNetwork & "/" & moid_DchFrameSynch
ManagedElement_RncFunction_DchFrameSynchDchFrameSynch.Ericsson.UMTS.DCH_Frame_Synchronisation
Downlink_Baseband_Pool - Mapped with NodeB_DLBasebandPool.nedn_SubNetwork & "/" & nedn_MeContext & "/" & moid_Equipment & "/" & moid_Subrack & "/" & moid_DownlinkBaseBandPool
NodeB_DLBasebandPoolDownlink_Baseband_Pool.Ericsson.UMTS.hardware_usage_statistics
NodeB_DLBasebandPoolDownlink_Baseband_Pool.Ericsson.UMTS.PDF_pmCapacityDlCe
NodeB_DLBasebandPoolDownlink_Baseband_Pool.Ericsson.UMTS.PDF_pmUsedADch
E1_Phys_Path_Term - Mapped with RNC_E1_T1_J1_PHYSICAL_LINK.nedn_SubNetwork & "/" & moid_Equipment & "/" & moid_Subrack & "/" & moid_Slot & "/" & moid_PlugInUnit & "/" & moid_ExchangeTerminal & "/" & moid_E1PhysPathTerm or NODEB_E1_T1_J1_PHYSICAL_LINK.nedn_SubNetwork & "/" & nedn_MeContext & "/" & moid_Equipment & "/" & moid_Subrack & "/" & moid_Slot & "/" & moid_PlugInUnit & "/" & moid_ExchangeTerminal & "/" & moid_E1PhysPathTerm or RXI_E1_T1_J1_PHYSICAL_LINK.nedn_SubNetwork & "/" & nedn_MeContext & "/" & moid_Equipment & "/" & moid_Subrack & "/" & moid_Slot & "/" & moid_PlugInUnit & "/" & moid_ExchangeTerminal & "/" & moid_E1PhysPathTerm
RNC_E1_T1_J1_PHYSICAL_LINKE1_Phys_Path_Term.Ericsson.UMTS.Physical_Link
E1Ttp - Mapped with RNC_E1Ttp.nedn_SubNetwork & "/" & moid_Equipment & "/" & moid_Subrack & "/" & moid_Slot & "/" & moid_PlugInUnit & "/" & moid_ExchangeTerminal & "/" & moid_Os155PhysPathTerm & "/" & moid_Vc4Ttp & "/" & moid_Vc12Ttp & "/" & moid_E1Ttp or NODEB_E1Ttp.nedn_SubNetwork & "/" & nedn_MeContext & "/" & moid_Equipment & "/" & moid_Subrack & "/" & moid_Slot & "/" & moid_PlugInUnit & "/" & moid_ExchangeTerminal & "/" & moid_Os155PhysPathTerm & "/" & moid_Vc4Ttp & "/" & moid_Vc12Ttp & "/" & moid_E1Ttp or RXI_E1Ttp.nedn_SubNetwork & "/" & nedn_MeContext & "/" & moid_Equipment & "/" & moid_Subrack & "/" & moid_Slot & "/" & moid_PlugInUnit & "/" & moid_ExchangeTerminal & "/" & moid_Os155PhysPathTerm & "/" & moid_Vc4Ttp & "/" & moid_Vc12Ttp & "/" & moid_E1Ttp
RNC_E1TtpE1Ttp.Ericsson.UMTS.Physical_Link
E3_Phys_Path_Term - Mapped with RNC_E3_T3_PHYSICAL_LINK.nedn_SubNetwork & "/" & moid_Equipment & "/" & moid_Subrack & "/" & moid_Slot & "/" & moid_PlugInUnit & "/" & moid_ExchangeTerminal & "/" & moid_E3PhysPathTerm or NODEB_E3_T3_PHYSICAL_LINK.nedn_SubNetwork & "/" & nedn_MeContext & "/" & moid_Equipment & "/" & moid_Subrack & "/" & moid_Slot & "/" & moid_PlugInUnit & "/" & moid_ExchangeTerminal & "/" & moid_E3PhysPathTerm or RXI_E3_T3_PHYSICAL_LINK.nedn_SubNetwork & "/" & nedn_MeContext & "/" & moid_Equipment & "/" & moid_Subrack & "/" & moid_Slot & "/" & moid_PlugInUnit & "/" & moid_ExchangeTerminal & "/" & moid_E3PhysPathTerm
RNC_E3_T3_PHYSICAL_LINKE3_Phys_Path_Term.Ericsson.UMTS.Physical_Link
Ethernet_Link - Mapped with RNC_Ethernet_Link.nedn_SubNetwork & "/" & moid_IpOam & "/" & moid_Ip & "/" & moid_EthernetLink or NODEB_Ethernet_Link.nedn_SubNetwork & "/" & nedn_MeContext & "/" & moid_IpOam & "/" & moid_Ip & "/" & moid_EthernetLink or RXI_Ethernet_Link.nedn_SubNetwork & "/" & nedn_MeContext & "/" & moid_IpOam & "/" & moid_Ip & "/" & moid_EthernetLink
RNC_Ethernet_LinkEthernet_Link.Ericsson.UMTS.IP
EthernetSwitchModulePort - Mapped with ME_EthernetSwitchModulePort.nedn_SubNetwork & "/" &moid_Equipment & "/" & moid_Subrack & "/" & moid_Slot & "/" & moid_PlugInUnit & "/" & moid_EthernetSwitchModule&"/"&moid_EthernetSwitchModulePort
ME_EthernetSwitchModulePortEthernetSwitchModulePort.Ericsson.UMTS.EthernetSwitchModulePort
EthernetSwitchPort - Mapped with RNC_EthernetSwitchPort.nedn_SubNetwork & "/" & moid_Equipment & "/" & moid_Subrack & "/" & moid_Slot & "/" & moid_PlugInUnit & "/" & moid_ExchangeTerminalIp & "/" & moid_EthernetSwitch & "/" & moid_EthernetSwitchPort or NODEB_EthernetSwitchPort.nedn_SubNetwork & "/" & nedn_MeContext & "/" & moid_Equipment & "/" & moid_Subrack & "/" & moid_Slot & "/" & moid_PlugInUnit & "/" & moid_ExchangeTerminalIp & "/" & moid_EthernetSwitch & "/" & moid_EthernetSwitchPort or RXI_EthernetSwitchPort.nedn_SubNetwork & "/" & nedn_MeContext & "/" & moid_Equipment & "/" & moid_Subrack & "/" & moid_Slot & "/" & moid_PlugInUnit & "/" & moid_ExchangeTerminalIp & "/" & moid_EthernetSwitch & "/" & moid_EthernetSwitchPort
RNC_EthernetSwitchPortEthernetSwitchPort.Ericsson.UMTS.SwitchPort_Statistics
Fast_Ethernet - Mapped with ME_RNC_Eqpt_FastEthernet.nedn_SubNetwork & "/" & moid_Equipment & "/" & moid_Subrack & "/" & moid_Slot & "/" & moid_PlugInUnit & "/" & moid_GeneralProcessorUnit & "/" & moid_FastEthernet
ME_RNC_Eqpt_FastEthernetFast_Ethernet.Ericsson.UMTS.FE_If_Traffic
GigabitEthernet - Mapped with ME_RNC_Eqpt_GigaBitEthernet.nedn_SubNetwork & "/" & moid_Equipment & "/" & moid_Subrack & "/" & moid_Slot & "/" & moid_PlugInUnit & "/" & moid_EtMfg & "/" & moid_GigaBitEthernet
ME_RNC_Eqpt_GigaBitEthernetGigabitEthernet.Ericsson.UMTS.GB_If_Traffic
IMA_Group - Mapped with RNC_IMA_GROUP.nedn_SubNetwork & "/" & moid_ImaGroup or NODEB_IMA_GROUP.nedn_SubNetwork & "/" & nedn_MeContext & "/" & moid_ImaGroup or RXI_IMA_GROUP.nedn_SubNetwork & "/" & nedn_MeContext & "/" & moid_ImaGroup
RNC_IMA_GROUPIMA_Group.Ericsson.UMTS.IMA_Group_Grp
IMA_Link - Mapped with RNC_IMA_LINK.nedn_SubNetwork & "/" & moid_ImaGroup & "/" & moid_ImaLink or NODEB_IMA_LINK.nedn_SubNetwork & "/" & nedn_MeContext & "/" & moid_ImaGroup & "/" & moid_ImaLink or RXI_IMA_LINK.nedn_SubNetwork & "/" & nedn_MeContext & "/" & moid_ImaGroup & "/" & moid_ImaLink
RNC_IMA_LINKIMA_Link.Ericsson.UMTS.IMA
InternalEthernetPort - Mapped with RNC_InternalEthernetPort.nedn_SubNetwork & "/" & moid_Equipment & "/" & moid_Subrack & "/" & moid_Slot & "/" & moid_PlugInUnit & "/" & moid_ExchangeTerminalIp & "/" & moid_InternalEthernetPort or NODEB_InternalEthernetPort.nedn_SubNetwork & "/" & nedn_MeContext & "/" & moid_Equipment & "/" & moid_Subrack & "/" & moid_Slot & "/" & moid_PlugInUnit & "/" & moid_ExchangeTerminalIp & "/" & moid_InternalEthernetPort or RXI_InternalEthernetPort.nedn_SubNetwork & "/" & nedn_MeContext & "/" & moid_Equipment & "/" & moid_Subrack & "/" & moid_Slot & "/" & moid_PlugInUnit & "/" & moid_ExchangeTerminalIp & "/" & moid_InternalEthernetPort
RNC_InternalEthernetPortInternalEthernetPort.Ericsson.UMTS.InternalEthernetPort_Stat
InternalEthernetPort_IpIf - Mapped with RNC_PInU_ExchTermIp_InternalEthPrt_IpIntf.nedn_SubNetwork & "/" & moid_Equipment & "/" & moid_Subrack & "/" & moid_Slot & "/" & moid_PlugInUnit & "/" & moid_ExchangeTerminalIp & "/" & moid_InternalEthernetPort & "/" & moid_IpInterface or NodeB_PInU_ExchTermIp_InternalEthPrt_IpIntf.nedn_SubNetwork & "/" & nedn_MeContext & "/" & moid_Equipment & "/" & moid_Subrack & "/" & moid_Slot & "/" & moid_PlugInUnit & "/" & moid_ExchangeTerminalIp & "/" & moid_InternalEthernetPort & "/" & moid_IpInterface or RXI_PInU_ExchTermIp_InternalEthPrt_IpIntf.nedn_SubNetwork & "/" & nedn_MeContext & "/" & moid_Equipment & "/" & moid_Subrack & "/" & moid_Slot & "/" & moid_PlugInUnit & "/" & moid_ExchangeTerminalIp & "/" & moid_InternalEthernetPort & "/" & moid_IpInterface
NodeB_PInU_ExchTermIp_InternalEthPrt_IpIntfInternalEthernetPort_IpIf.Ericsson.UMTS.Ip_Interface
InternalLinkGroup - Mapped with RNC_SwitchFabric_InternalLinkGroup.nedn_SubNetwork & "/" & moid_SwitchFabric & "/" & moid_InternalLinkGroup or NodeB_SwitchFabric_InternalLinkGroup.nedn_SubNetwork & "/" & nedn_MeContext & "/" & moid_SwitchFabric & "/" & moid_InternalLinkGroup or RXI_SwitchFabric_InternalLinkGroup.nedn_SubNetwork & "/" & nedn_MeContext & "/" & moid_SwitchFabric & "/" & moid_InternalLinkGroup
RNC_SwitchFabric_InternalLinkGroupInternalLinkGroup.Ericsson.UMTS.PDF_pmPeakBwLevel
Ip_Atm_Link - Mapped with RNC_IP_ATM_Link.nedn_SubNetwork & "/" & moid_IpOam & "/" & moid_Ip & "/" & moid_IpAtmLink or NODEB_IP_ATM_Link.nedn_SubNetwork & "/" & nedn_MeContext & "/" & moid_IpOam & "/" & moid_Ip & "/" & moid_IpAtmLink or RXI_IP_ATM_Link.nedn_SubNetwork & "/" & nedn_MeContext & "/" & moid_IpOam & "/" & moid_Ip & "/" & moid_IpAtmLink
RNC_IP_ATM_LinkIp_Atm_Link.Ericsson.UMTS.IP
IP_Interface - Mapped with RNC_IP_Link.nedn_SubNetwork & "/" & moid_IpOam & "/" & moid_Ip or NODEB_IP_Link.nedn_SubNetwork & "/" & nedn_MeContext & "/" & moid_IpOam & "/" & moid_Ip or RXI_IP_Link.nedn_SubNetwork & "/" & nedn_MeContext & "/" & moid_IpOam & "/" & moid_Ip or PlugInUnit_EtMfg_GigaBitEther_IpIntf.nedn_SubNetwork & "/" & moid_Equipment & "/" & moid_Subrack & "/" & moid_Slot & "/" & moid_PlugInUnit & "/" & moid_EtMfg & "/" & moid_GigaBitEthernet & "/" & moid_IpInterface
PlugInUnit_EtMfg_GigaBitEther_IpIntfIP_Interface.Ericsson.UMTS.GigabitEthernet_If
RNC_IP_LinkIP_Interface.Ericsson.UMTS.IP
IPAccessHost_Et - Mapped with RNC_IpAccessHostEt.nedn_SubNetwork & "/" & moid_IpSystem & "/" & moid_IpAccessHostEt or NODEB_IpAccessHostEt.nedn_SubNetwork & "/" & nedn_MeContext & "/" & moid_IpSystem & "/" & moid_IpAccessHostEt or RXI_IpAccessHostEt.nedn_SubNetwork & "/" & nedn_MeContext & "/" & moid_IpSystem & "/" & moid_IpAccessHostEt
RNC_IpAccessHostEtIPAccessHost_Et.Ericsson.UMTS.IpAccessHostEt_Stats
IPAccessHost_Gpb - Mapped with RNC_IpSystem_IpAccessHostGpb.nedn_SubNetwork & "/" & moid_IpSystem & "/" & moid_IpAccessHostGpb or NodeB_IpSystem_IpAccessHostGpb.nedn_SubNetwork & "/" & nedn_MeContext & "/" & moid_IpSystem & "/" & moid_IpAccessHostGpb
RNC_IpSystem_IpAccessHostGpbIPAccessHost_Gpb.Ericsson.UMTS.IP_Payload
IPAccessHost_Spb - Mapped with RNC_IP_Access.nedn_SubNetwork & "/" & moid_IpSystem & "/" & moid_IpAccessHostSpb
RNC_IP_AccessIPAccessHost_Spb.Ericsson.UMTS.IP_Payload
IPAccessUdpHost_Msb - Mapped with RNC_IpSystem_IpAccessUdpHostMsb.nedn_SubNetwork & "/" & moid_IpSystem & "/" & moid_UdpHostMainMsb & "/" & moid_IpAccessUdpHostMsb or NodeB_IpSystem_IpAccessUdpHostMsb.nedn_SubNetwork & "/" & nedn_MeContext & "/" & moid_IpSystem & "/" & moid_UdpHostMainMsb & "/" & moid_IpAccessUdpHostMsb
RNC_IpSystem_IpAccessUdpHostMsbIPAccessUdpHost_Msb.Ericsson.UMTS.IP_Payload
IPEthPacketDataRouter - Mapped with ME_RNC_IpEthPDR.nedn_SubNetwork & "/" & moid_Equipment & "/" & moid_SpDevicePool & "/" & moid_PdrDevice & "/" & moid_IpEthPacketDataRouter
ME_RNC_IpEthPDRIPEthPacketDataRouter.Ericsson.UMTS.Packet_Data_Router
IpHostLink - Mapped with RNC_IPHostLink.nedn_SubNetwork & "/" & moid_IpOam & "/" & moid_Ip & "/" & moid_IpHostLink or NODEB_IPHostLink.nedn_SubNetwork & "/" & nedn_MeContext & "/" & moid_IpOam & "/" & moid_Ip & "/" & moid_IpHostLink or RXI_IPHostLink.nedn_SubNetwork & "/" & nedn_MeContext & "/" & moid_IpOam & "/" & moid_Ip & "/" & moid_IpHostLink
RNC_IPHostLinkIpHostLink.Ericsson.UMTS.IpHostLink
Iu - Mapped with ME_RNC_CNOPR_IuLink.nedn_SubNetwork & "/" & moid_CnOperator & "/" & moid_IuLink
ME_RNC_CNOPR_IuLinkIu.Ericsson.UMTS.Link_Messages
Iub - Mapped with ME_RNC_IubLink.nedn_SubNetwork & "/" & moid_IubLink or ManagedElement_NodeBFunction_Iub.nedn_SubNetwork & "/" & nedn_MeContext & "/" & moid_Iub
ManagedElement_NodeBFunction_IubIub.Ericsson.UMTS.Iub_Link
ME_RNC_IubLinkIub.Ericsson.UMTS.Link_Availability
ME_RNC_IubLinkIub.Ericsson.UMTS.Link_Credits
ME_RNC_IubLinkIub.Ericsson.UMTS.Link_Messages
ME_RNC_IubLinkIub.Ericsson.UMTS.PDF_pmDlCredits
ME_RNC_IubLinkIub.Ericsson.UMTS.PDF_pmTnAdmUsedBandwidthDl
ME_RNC_IubLinkIub.Ericsson.UMTS.PDF_pmUlCredits
IuBcLink - Mapped with ManagedElement_RncFunction_IuBcLink.nedn_subnetwork&"/"&moid_iubclink
ManagedElement_RncFunction_IuBcLinkIuBcLink.Ericsson.UMTS.SABP
IubEdch - Mapped with ME_RNC_IubLink_IubEdch.nedn_SubNetwork & "/" & moid_IubLink & "/" & moid_IubEdch
ME_RNC_IubLink_IubEdchIubEdch.Ericsson.UMTS.Frame_Synchronisation
ME_RNC_IubLink_IubEdchIubEdch.Ericsson.UMTS.PDF_pmEdchDataFrameDelayIub
LAC - Mapped with ManagedElement_RncFunction_LocationArea.nedn_SubNetwork & "/" & moid_RncFunction & "/" & moid_LocationArea
ManagedElement_RncFunction_LocationAreaLAC.Ericsson.UMTS.paging_counters
Load_Control_Unit - Mapped with RNC_PIU_GeneralProcessorUnit_LoadControl.nedn_SubNetwork & "/" & moid_Equipment & "/" & moid_Subrack & "/" & moid_Slot & "/" & moid_PlugInUnit & "/" & moid_GeneralProcessorUnit & "/" & moid_LoadControl
RNC_PIU_GeneralProcessorUnit_LoadControlLoad_Control_Unit.Ericsson.UMTS.Load_Control
RNC_PIU_GeneralProcessorUnit_LoadControlLoad_Control_Unit.Ericsson.UMTS.PDF_pmMeasuredLoad
M3UA - Mapped with ME_TN_Mtp3bSpItu_M3uAssociation.nedn_SubNetwork & "/" & moid_Mtp3bSpItu & "/" & moid_M3uAssociation
ME_TN_Mtp3bSpItu_M3uAssociationM3UA.Ericsson.UMTS.M3UA
Mbms - Mapped with ME_RNC_Mbms.nedn_SubNetwork & "/" & moid_Mbms
ME_RNC_MbmsMbms.Ericsson.UMTS.RLC_Statistics
Medium_Access_Unit - Mapped with RNC_Processor_Load.nedn_SubNetwork & "/" & moid_Equipment & "/" & moid_Subrack & "/" & moid_Slot & "/" & moid_PlugInUnit & "/" & moid_GeneralProcessorUnit & "/" & moid_MediumAccessUnit or RXI_Processor_Load.nedn_SubNetwork & "/" & moid_Equipment & "/" & moid_Subrack & "/" & moid_Slot & "/" & moid_PlugInUnit & "/" & moid_GeneralProcessorUnit & "/" & moid_MediumAccessUnit or NODEB_Processor_Load.nedn_SubNetwork & "/" & nedn_MeContext & "/" & moid_Equipment & "/" & moid_Subrack & "/" & moid_Slot & "/" & moid_PlugInUnit & "/" & moid_GeneralProcessorUnit & "/" & moid_MediumAccessUnit or NODEB_CBU_Processor_Load.nedn_SubNetwork & "/" & nedn_MeContext & "/" & moid_Equipment & "/" & moid_Subrack & "/" & moid_Slot & "/" & moid_PlugInUnit & "/" & moid_Cbu & "/" & moid_GeneralProcessorUnit & "/" & moid_MediumAccessUnit or RNC_CBU_Processor_Load.nedn_SubNetwork & "/" & moid_Equipment & "/" & moid_Subrack & "/" & moid_Slot & "/" & moid_PlugInUnit & "/" & moid_Cbu & "/" & moid_GeneralProcessorUnit & "/" & moid_MediumAccessUnit or RXI_CBU_Processor_Load.nedn_SubNetwork & "/" & moid_Equipment & "/" & moid_Subrack & "/" & moid_Slot & "/" & moid_PlugInUnit & "/" & moid_Cbu & "/" & moid_GeneralProcessorUnit & "/" & moid_MediumAccessUnit
NODEB_Processor_LoadMedium_Access_Unit.Ericsson.UMTS.Medium_Access
MTP2_Tp - Mapped with RNC_Mtp2tpItu.nedn_SubNetwork & "/" & moid_Mtp2tpItu or NODEB_Mtp2tpItu.nedn_SubNetwork & "/" & nedn_MeContext & "/" & moid_Mtp2tpItu
RNC_Mtp2tpItuMTP2_Tp.Ericsson.UMTS.MTP
MTP3B_AP - Mapped with ME_TN_Mtp3bSpItu_Mtp3bAp.nedn_SubNetwork & "/" & moid_Mtp3bSpItu & "/" & moid_Mtp3bAp
ME_TN_Mtp3bSpItu_Mtp3bApMTP3B_AP.Ericsson.UMTS.AP_MTP
MTP3B_SL - Mapped with ME_TN_Mtp3bSpItu_Mtp3bSls_Mtp3bSlItu.nedn_SubNetwork & "/" & moid_Mtp3bSpItu & "/" & moid_Mtp3bSls & "/" & moid_Mtp3bSlItu
ME_TN_Mtp3bSpItu_Mtp3bSls_Mtp3bSlItuMTP3B_SL.Ericsson.UMTS.MTP
MTP3B_SP - Mapped with RNC_Mtp3bSpItu_Signaling.nedn_SubNetwork & "/" & moid_Mtp3bSpItu
RNC_Mtp3bSpItu_SignalingMTP3B_SP.Ericsson.UMTS.MTP
MTP3B_SR - Mapped with ME_TN_Mtp3bSpItu_Mtp3bSrs_Mtp3bSr.nedn_SubNetwork & "/" & moid_Mtp3bSpItu & "/" & moid_Mtp3bSrs & "/" & moid_Mtp3bSr
ME_TN_Mtp3bSpItu_Mtp3bSrs_Mtp3bSrMTP3B_SR.Ericsson.UMTS.SR_MTP
MTP3B_SRS - Mapped with ME_TN_Mtp3bSpItu_Mtp3bSrs.nedn_SubNetwork & "/" & moid_Mtp3bSpItu & "/" & moid_Mtp3bSrs
ME_TN_Mtp3bSpItu_Mtp3bSrsMTP3B_SRS.Ericsson.UMTS.MTP
NBAPCommon - Mapped with ManagedElement_RncFunction_NbapCommon.nedn_SubNetwork & "/" & moid_IubLink & "/" & moid_NbapCommon
ManagedElement_RncFunction_NbapCommonNBAPCommon.Ericsson.UMTS.NBAP
Neighbour - Mapped with ManagedElement_RncFunction_UtranCell_GsmRelation.nedn_SubNetwork & "/" & moid_UtranCell & "/" & moid_GsmRelation or ManagedElement_RncFunction_UtranCell_UtranRelation.nedn_SubNetwork & "/" & moid_UtranCell & "/" & moid_UtranRelation
ManagedElement_RncFunction_UtranCell_GsmRelationNeighbour.Ericsson.UMTS.inter_radio_access_technology_cell_change_outgoing
ManagedElement_RncFunction_UtranCell_GsmRelationNeighbour.Ericsson.UMTS.inter_radio_access_technology_handover_outgoing
ManagedElement_RncFunction_UtranCell_UtranRelationNeighbour.Ericsson.UMTS.CN_Hard_Handover
ManagedElement_RncFunction_UtranCell_UtranRelationNeighbour.Ericsson.UMTS.Inter_frequency_handover_PS
ManagedElement_RncFunction_UtranCell_UtranRelationNeighbour.Ericsson.UMTS.Inter_frequency_handover
ManagedElement_RncFunction_UtranCell_UtranRelationNeighbour.Ericsson.UMTS.soft_softer_handover
Neighbour_RNC - Mapped with ManagedElement_RncFunction_IurLink.nedn_SubNetwork & "/" & moid_IurLink or ManagedElement_RncFunction_IurLink_IurCchUp.nedn_SubNetwork & "/" & moid_IurLink or ManagedElement_RncFunction_IurLink_IurCchCp.nedn_SubNetwork & "/" & moid_IurLink
ManagedElement_RncFunction_IurLinkNeighbour_RNC.Ericsson.UMTS.CN_Hard_Handover
ManagedElement_RncFunction_IurLinkNeighbour_RNC.Ericsson.UMTS.DCH_Frames
ManagedElement_RncFunction_IurLinkNeighbour_RNC.Ericsson.UMTS.Link_Availability
ManagedElement_RncFunction_IurLinkNeighbour_RNC.Ericsson.UMTS.PDF_pmEdchDataFrameDelayIub
ManagedElement_RncFunction_IurLinkNeighbour_RNC.Ericsson.UMTS.RAB_handling
ManagedElement_RncFunction_IurLinkNeighbour_RNC.Ericsson.UMTS.soft_softer_handover
ManagedElement_RncFunction_IurLink_IurCchCpNeighbour_RNC.Ericsson.UMTS.common_transport_channel_handling_in_iur
ManagedElement_RncFunction_IurLink_IurCchUpNeighbour_RNC.Ericsson.UMTS.common_transport_channel_error_handling_in_iur
Nni_SAAL_Tp - Mapped with RNC_NniSAalTp_Signaling.nedn_SubNetwork & "/" & moid_NniSaalTp or NODEB_NniSAalTp_Signaling.nedn_SubNetwork & "/" & nedn_MeContext & "/" & moid_NniSaalTp or RXI_NniSAalTp_Signaling.nedn_SubNetwork & "/" & nedn_MeContext & "/" & moid_NniSaalTp
RNC_NniSAalTp_SignalingNni_SAAL_Tp.Ericsson.UMTS.NNI_SAAL
NodeB - Mapped with ManagedElement.nedn_SubNetwork & "/" & nedn_MeContext
Group_ManagedElementNodeB.Ericsson.UMTS.hardware_usage_statistics
ManagedElementNodeB.Ericsson.UMTS.Channel_element_utilisation
ManagedElementNodeB.Ericsson.UMTS.Downlink_Pool
ManagedElementNodeB.Ericsson.UMTS.PDF_pmCapacityNodeBDlCe
ManagedElementNodeB.Ericsson.UMTS.PDF_pmCapacityNodeBUlCe
ManagedElementNodeB.Ericsson.UMTS.Uplink_Pool
ME_NodeBFunction_IubDataStreamsNodeB.Ericsson.UMTS.Frame_Delay_SPI
ME_NodeBFunction_IubDataStreamsNodeB.Ericsson.UMTS.Frame_Lost_SPI
ME_NodeBFunction_IubDataStreamsNodeB.Ericsson.UMTS.Frame_Received_SPI
ME_NodeBFunction_IubDataStreamsNodeB.Ericsson.UMTS.IubDataStreams.Hardware_usage
ME_NodeBFunction_IubDataStreamsNodeB.Ericsson.UMTS.PDF_pmHsDataFrameDelayIubSpi00
ME_NodeBFunction_IubDataStreamsNodeB.Ericsson.UMTS.PDF_pmHsDataFrameDelayIubSpi01
ME_NodeBFunction_IubDataStreamsNodeB.Ericsson.UMTS.PDF_pmHsDataFrameDelayIubSpi02
ME_NodeBFunction_IubDataStreamsNodeB.Ericsson.UMTS.PDF_pmHsDataFrameDelayIubSpi03
ME_NodeBFunction_IubDataStreamsNodeB.Ericsson.UMTS.PDF_pmHsDataFrameDelayIubSpi04
ME_NodeBFunction_IubDataStreamsNodeB.Ericsson.UMTS.PDF_pmHsDataFrameDelayIubSpi05
ME_NodeBFunction_IubDataStreamsNodeB.Ericsson.UMTS.PDF_pmHsDataFrameDelayIubSpi06
ME_NodeBFunction_IubDataStreamsNodeB.Ericsson.UMTS.PDF_pmHsDataFrameDelayIubSpi07
ME_NodeBFunction_IubDataStreamsNodeB.Ericsson.UMTS.PDF_pmHsDataFrameDelayIubSpi08
ME_NodeBFunction_IubDataStreamsNodeB.Ericsson.UMTS.PDF_pmHsDataFrameDelayIubSpi09
ME_NodeBFunction_IubDataStreamsNodeB.Ericsson.UMTS.PDF_pmHsDataFrameDelayIubSpi10
ME_NodeBFunction_IubDataStreamsNodeB.Ericsson.UMTS.PDF_pmHsDataFrameDelayIubSpi11
ME_NodeBFunction_IubDataStreamsNodeB.Ericsson.UMTS.PDF_pmHsDataFrameDelayIubSpi12
ME_NodeBFunction_IubDataStreamsNodeB.Ericsson.UMTS.PDF_pmHsDataFrameDelayIubSpi13
ME_NodeBFunction_IubDataStreamsNodeB.Ericsson.UMTS.PDF_pmHsDataFrameDelayIubSpi14
ME_NodeBFunction_IubDataStreamsNodeB.Ericsson.UMTS.PDF_pmHsDataFrameDelayIubSpi15
ME_NodeBFunction_IubDataStreamsNodeB.Ericsson.UMTS.PDF_pmIubMacdPduRbsReceivedBits
ME_NodeBFunction_NbapCommonNodeB.Ericsson.UMTS.NBAP
NodeSynch - Mapped with ME_RNC_IubLink_NodeSynch.nedn_SubNetwork & "/" & moid_IubLink & "/" & moid_NodeSynch
ME_RNC_IubLink_NodeSynchNodeSynch.Ericsson.UMTS.Delay_Measurements
OS155_Phys_Path_Term - Mapped with RNC_155_Physical_Link.nedn_SubNetwork & "/" & moid_Equipment & "/" & moid_Subrack & "/" & moid_Slot & "/" & moid_PlugInUnit & "/" & moid_ExchangeTerminal & "/" & moid_Os155SpiTtp or NODEB_155_Physical_Link.nedn_SubNetwork & "/" & nedn_MeContext & "/" & moid_Equipment & "/" & moid_Subrack & "/" & moid_Slot & "/" & moid_PlugInUnit & "/" & moid_ExchangeTerminal & "/" & moid_Os155SpiTtp or RXI_155_Physical_Link.nedn_SubNetwork & "/" & nedn_MeContext & "/" & moid_Equipment & "/" & moid_Subrack & "/" & moid_Slot & "/" & moid_PlugInUnit & "/" & moid_ExchangeTerminal & "/" & moid_Os155SpiTtp
RNC_155_Physical_LinkOS155_Phys_Path_Term.Ericsson.UMTS.Physical_Link
OSPF - Mapped with RNC_Ospf.nedn_SubNetwork & "/" & moid_IpSystem & "/" & moid_Ospf or NODEB_Ospf.nedn_SubNetwork & "/" & nedn_MeContext & "/" & moid_IpSystem & "/" & moid_Ospf or RXI_Ospf.nedn_SubNetwork & "/" & nedn_MeContext & "/" & moid_IpSystem & "/" & moid_Ospf
RNC_OspfOSPF.Ericsson.UMTS.OSPF_Grp
OSPF_Area - Mapped with RNC_OspfArea.nedn_SubNetwork & "/" & moid_IpSystem & "/" & moid_Ospf & "/" & moid_OspfArea or NODEB_OspfArea.nedn_SubNetwork & "/" & nedn_MeContext & "/" & moid_IpSystem & "/" & moid_Ospf & "/" & moid_OspfArea or RXI_OspfArea.nedn_SubNetwork & "/" & nedn_MeContext & "/" & moid_IpSystem & "/" & moid_Ospf & "/" & moid_OspfArea
RNC_OspfAreaOSPF_Area.Ericsson.UMTS.OSPF
OSPF_Interface - Mapped with RNC_OspfInterface.nedn_SubNetwork & "/" & moid_IpSystem & "/" & moid_Ospf & "/" & moid_OspfInterface or NODEB_OspfInterface.nedn_SubNetwork & "/" & nedn_MeContext & "/" & moid_IpSystem & "/" & moid_Ospf & "/" & moid_OspfInterface or RXI_OspfInterface.nedn_SubNetwork & "/" & nedn_MeContext & "/" & moid_IpSystem & "/" & moid_Ospf & "/" & moid_OspfInterface
RNC_OspfInterfaceOSPF_Interface.Ericsson.UMTS.OSPF
PacketDataRouter - Mapped with Me_Eqpt_SpDevicePool_PdrDevice_PacketDataRouter.nedn_SubNetwork & "/" & moid_Equipment & "/" & moid_SpDevicePool & "/PDR-" & moid_PdrDevice & "/" & moid_PacketDataRouter
Me_Eqpt_SpDevicePool_PdrDevice_PacketDataRouterPacketDataRouter.Ericsson.UMTS.Packet_Data_Router
Pcap - Mapped with ME_RncFunction_SasPositioning_Pcap.nedn_SubNetwork&"/"&moid_saspositioning&"/"&moid_pcap
ME_RncFunction_SasPositioning_PcapPcap.Ericsson.UMTS.Pcap_measurements
PDR_SP_Device - Mapped with Me_Eqpt_SpDevicePool_PdrDevice.nedn_SubNetwork & "/" & moid_Equipment & "/" & moid_SpDevicePool & "/PDR-" & moid_PdrDevice
Me_Eqpt_SpDevicePool_PdrDevicePDR_SP_Device.Ericsson.UMTS.SP_Processor_Load
Plug_In_Unit - Mapped with RNC_Plug_In_Unit.nedn_SubNetwork & "/" & moid_Equipment & "/" & moid_Subrack & "/" & moid_Slot & "/" & moid_PlugInUnit or RXI_Plug_In_Unit.nedn_SubNetwork & "/" & moid_Equipment & "/" & moid_Subrack & "/" & moid_Slot & "/" & moid_PlugInUnit or NODEB_Plug_In_Unit.nedn_SubNetwork & "/" & nedn_MeContext & "/" & moid_Equipment & "/" & moid_Subrack & "/" & moid_Slot & "/" & moid_PlugInUnit or ME_Eqpt_Subrack_Slot_PlugInUnit_SpbDvGrp_CcDevice.nedn_SubNetwork & "/" & moid_Equipment & "/" & moid_Subrack & "/" & moid_Slot & "/" & moid_PlugInUnit & "/" & moid_SpbDeviceGroup & "/" & moid_SpbDeviceSet & "/" & moid_CcDevice or ME_Eqpt_Subrack_Slot_PlugInUnit_SpbDvGrp_DcDevice.nedn_SubNetwork & "/" & moid_Equipment & "/" & moid_Subrack & "/" & moid_Slot & "/" & moid_PlugInUnit & "/" & moid_SpbDeviceGroup & "/" & moid_SpbDeviceSet & "/" & moid_DcDevice or RNC_PIU_GeneralProcessorUnit_LoadControl.nedn_SubNetwork & "/" & moid_Equipment & "/" & moid_Subrack & "/" & moid_Slot & "/" & moid_PlugInUnit & "/" & moid_GeneralProcessorUnit & "/" & moid_LoadControl or NODEB_PIU_GeneralProcessorUnit_LoadControl.nedn_SubNetwork & "/" & nedn_MeContext & "/" & moid_Equipment & "/" & moid_Subrack & "/" & moid_Slot & "/" & moid_PlugInUnit & "/" & moid_GeneralProcessorUnit & "/" & moid_LoadControl or RXI_PIU_GeneralProcessorUnit_LoadControl.nedn_SubNetwork & "/" & moid_Equipment & "/" & moid_Subrack & "/" & moid_Slot & "/" & moid_PlugInUnit & "/" & moid_GeneralProcessorUnit & "/" & moid_LoadControl
ME_Eqpt_Subrack_Slot_PlugInUnit_SpbDvGrp_CcDevicePlug_In_Unit.Ericsson.UMTS.SP_Processor_Load.CC
ME_Eqpt_Subrack_Slot_PlugInUnit_SpbDvGrp_DcDevicePlug_In_Unit.Ericsson.UMTS.SP_Processor_Load.DC
NODEB_PIU_GeneralProcessorUnit_LoadControlPlug_In_Unit.Ericsson.UMTS.Load_Control
RNC_Plug_In_UnitPlug_In_Unit.Ericsson.UMTS.RNC_Processor_Load
PositioningServiceClass - Mapped with ME_RNC_UePost_PositioningServiceClass.nedn_SubNetwork & "/" & moid_UePositioning & "/" & moid_PositioningServiceClass
ME_RNC_UePost_PositioningServiceClassPositioningServiceClass.Ericsson.UMTS.Positioning_Statistics
PVC - Mapped with ME_RncFunction_RncModule_PacketDataRouter.nedn_SubNetwork & "/" & moid_RncModule & "/" & moid_PacketDataRouter or ManagedElement_RncFunction_PdrDevice.nedn_SubNetwork & "/" & moid_Equipment & "/" & moid_Subrack & "/" & moid_Slot & "/" & moid_PlugInUnit & "/" & moid_SpbDeviceGroup & "/" & moid_SpbDeviceSet & "/" & moid_PdrDevice
ManagedElement_RncFunction_PdrDevicePVC.Ericsson.UMTS.SP_Processor_Load
ME_RncFunction_RncModule_PacketDataRouterPVC.Ericsson.UMTS.packet_data_router
Radio_Link - Mapped with ME_NodeBFunction_Carrier_RadioLinks.nedn_SubNetwork & "/" & nedn_MeContext & "/" & moid_Sector & "/" & moid_Carrier & "/" & moid_RadioLinks
ME_NodeBFunction_Carrier_RadioLinksRadio_Link.Ericsson.UMTS.PDF_pmAverageSirError
ME_NodeBFunction_Carrier_RadioLinksRadio_Link.Ericsson.UMTS.PDF_pmAverageSir
ME_NodeBFunction_Carrier_RadioLinksRadio_Link.Ericsson.UMTS.PDF_pmBranchDeltaSir
ME_NodeBFunction_Carrier_RadioLinksRadio_Link.Ericsson.UMTS.PDF_pmDpcchBer
ME_NodeBFunction_Carrier_RadioLinksRadio_Link.Ericsson.UMTS.PDF_pmDpchCodePowerSf128
ME_NodeBFunction_Carrier_RadioLinksRadio_Link.Ericsson.UMTS.PDF_pmDpchCodePowerSf16
ME_NodeBFunction_Carrier_RadioLinksRadio_Link.Ericsson.UMTS.PDF_pmDpchCodePowerSf256
ME_NodeBFunction_Carrier_RadioLinksRadio_Link.Ericsson.UMTS.PDF_pmDpchCodePowerSf32
ME_NodeBFunction_Carrier_RadioLinksRadio_Link.Ericsson.UMTS.PDF_pmDpchCodePowerSf4
ME_NodeBFunction_Carrier_RadioLinksRadio_Link.Ericsson.UMTS.PDF_pmDpchCodePowerSf64
ME_NodeBFunction_Carrier_RadioLinksRadio_Link.Ericsson.UMTS.PDF_pmDpchCodePowerSf8
ME_NodeBFunction_Carrier_RadioLinksRadio_Link.Ericsson.UMTS.PDF_pmDpdchBer
ME_NodeBFunction_Carrier_RadioLinksRadio_Link.Ericsson.UMTS.PDF_pmOutOfSynch
ME_NodeBFunction_Carrier_RadioLinksRadio_Link.Ericsson.UMTS.PDF_pmUlSynchTime
ME_NodeBFunction_Carrier_RadioLinksRadio_Link.Ericsson.UMTS.PDF_pmUlSynchTimeSHO
ME_NodeBFunction_Carrier_RadioLinksRadio_Link.Ericsson.UMTS.Power
ME_NodeBFunction_Carrier_RadioLinksRadio_Link.Ericsson.UMTS.State_Transitions
ME_NodeBFunction_Carrier_RadioLinksRadio_Link.Ericsson.UMTS.Synchronisation
RANAP - Mapped with ManagedElement_RncFunction_CnOperator_IuLink_Ranap.nedn_SubNetwork & "/" & moid_CnOperator & "/" & moid_IuLink & "/" & moid_Ranap
ManagedElement_RncFunction_CnOperator_IuLink_RanapRANAP.Ericsson.UMTS.RANAP
RNC - Mapped with ManagedElement_RncFunction.nedn_SubNetwork
ManagedElement_RncFunctionRNC.Ericsson.UMTS.CN_Service
ManagedElement_RncFunctionRNC.Ericsson.UMTS.establishments_and_release
ManagedElement_RncFunctionRNC.Ericsson.UMTS.HSDPA_Packet_Data
ManagedElement_RncFunctionRNC.Ericsson.UMTS.Iu_RANAP_handling
ManagedElement_RncFunctionRNC.Ericsson.UMTS.Iu_Sccp_connection
ManagedElement_RncFunctionRNC.Ericsson.UMTS.Packet_Data
ManagedElement_RncFunctionRNC.Ericsson.UMTS.PDF_pmIuSccpConRate
ManagedElement_RncFunctionRNC.Ericsson.UMTS.PDF_pmSamplesHsDlDelayPsCnvUnk
ManagedElement_RncFunctionRNC.Ericsson.UMTS.PDF_pmSamplesHsDlDelayPsSpeech
ManagedElement_RncFunctionRNC.Ericsson.UMTS.PDF_pmSumHsDlDelayPsCnvUnk
ManagedElement_RncFunctionRNC.Ericsson.UMTS.PDF_pmSumHsDlDelayPsSpeech
ManagedElement_RncFunctionRNC.Ericsson.UMTS.Positioning
ManagedElement_RncFunctionRNC.Ericsson.UMTS.rlc_statistics
ManagedElement_RncFunctionRNC.Ericsson.UMTS.rrc_connection_setup_and_release
ManagedElement_RncFunctionRNC.Ericsson.UMTS.SDU_Timing
ManagedElement_RncFunctionRNC.Ericsson.UMTS.traffic_volume
ManagedElement_RncFunction_CchFrameSynchRNC.Ericsson.UMTS.frame_synchronization
ManagedElement_RncFunction_DchFrameSynchRNC.Ericsson.UMTS.frame_synchronization
ManagedElement_RncFunction_HandoverRNC.Ericsson.UMTS.Inter_Radio_Access_Technology_Handover
ManagedElement_RncFunction_PagingRNC.Ericsson.UMTS.paging_counters
ManagedElement_RncFunction_RcsRNC.Ericsson.UMTS.radio_connection_supervision
ManagedElement_RncFunction_SecurityHandlingRNC.Ericsson.UMTS.Security_Handling
ManagedElement_RncFunction_UeRc_10RNC.Ericsson.UMTS.channel_quality
ManagedElement_RncFunction_UeRc_13RNC.Ericsson.UMTS.channel_quality
ManagedElement_RncFunction_UeRc_2RNC.Ericsson.UMTS.channel_quality
ManagedElement_RncFunction_UeRc_3RNC.Ericsson.UMTS.channel_quality
ManagedElement_RncFunction_UeRc_4RNC.Ericsson.UMTS.traffic_volume
ManagedElement_RncFunction_UeRc_8RNC.Ericsson.UMTS.channel_quality
ManagedElement_RncFunction_UeRc_ACCUMRNC.Ericsson.UMTS.channel_quality
ManagedElement_RncFunction_UeRc_ACCUMRNC.Ericsson.UMTS.establishments_and_release
ManagedElement_RncFunction_UeRc_ACCUMRNC.Ericsson.UMTS.traffic_volume
ManagedElement_RncFunction_UeRc_CQRNC.Ericsson.UMTS.channel_quality
ManagedElement_RncFunction_UeRc_TVRNC.Ericsson.UMTS.traffic_volume
RXI_Plug_In_Unit_GeneralProcessorUnitRNC.Ericsson.UMTS.RNC_Processor_Load
RNC_RAB - Mapped with ManagedElement_RncFunction_UeRc.nedn_SubNetwork & "/" & moid_UeRc
ManagedElement_RncFunction_UeRcRNC_RAB.Ericsson.UMTS.channel_quality
ManagedElement_RncFunction_UeRcRNC_RAB.Ericsson.UMTS.establishments_and_release
ManagedElement_RncFunction_UeRcRNC_RAB.Ericsson.UMTS.frame_synchronization
ManagedElement_RncFunction_UeRcRNC_RAB.Ericsson.UMTS.traffic_volume
RncCapacity - Mapped with ManagedElement_RncCapacity.nedn_SubNetwork&"/"& moid_SystemFunctions &"/" & moid_Licensing &"/"&moid_RncCapacity
ManagedElement_RncCapacityRncCapacity.Ericsson.UMTS.PDF_pmCapacityUtilization
ManagedElement_RncCapacityRncCapacity.Ericsson.UMTS.RncCapacity_statistics
Routing_Area - Mapped with ME_RncFunction_LocationArea_RoutingArea.nedn_SubNetwork & "/" & moid_RncFunction & "/" & moid_LocationArea & "/" & moid_RoutingArea
ME_RncFunction_LocationArea_RoutingAreaRouting_Area.Ericsson.UMTS.paging_counters
SasPositioning - Mapped with ME_RncFunction_SasPositioning.nedn_SubNetwork&"/"&moid_saspositioning
ME_RncFunction_SasPositioningSasPositioning.Ericsson.UMTS.Sas_centric_positioning
SCCP_Acct_Criteria - Mapped with RNC_Signaling_Connection_Ctrl_Acc_Criteria.nedn_SubNetwork & "/" & moid_SccpSp & "/" & moid_SccpScrc & "/" & moid_SccpAccountingCriteria
RNC_Signaling_Connection_Ctrl_Acc_CriteriaSCCP_Acct_Criteria.Ericsson.UMTS.SCCP
SCCP_Policing - Mapped with RNC_Signaling_Connection_Control_Policing.nedn_SubNetwork & "/" & moid_SccpSp & "/" & moid_SccpScrc & "/" & moid_SccpPolicing
NODEB_Signaling_Connection_Control_PolicingSCCP_Policing.Ericsson.UMTS.SCCP
SCCP_SCRC - Mapped with RNC_Signaling_Connection_Control.nedn_SubNetwork & "/" & moid_SccpSp & "/" & moid_SccpScrc
RNC_Signaling_Connection_ControlSCCP_SCRC.Ericsson.UMTS.SCCP
SCCP_SP - Mapped with RNC_Signaling_Connection_Control_SccpSp.nedn_SubNetwork & "/" & moid_SccpSp
RNC_Signaling_Connection_Control_SccpSpSCCP_SP.Ericsson.UMTS.SCCP
SCTP - Mapped with RNC_SCTP.nedn_SubNetwork & "/" & moid_Sctp or NODEB_SCTP.nedn_SubNetwork & "/" & nedn_MeContext & "/" & moid_Sctp
NODEB_SCTPSCTP.Ericsson.UMTS.SCTP
RNC_SCTPSCTP.Ericsson.UMTS.SCTP
SONET_STS1 - Mapped with RNC_STS1_TP.nedn_SubNetwork & "/" & moid_Equipment & "/" & moid_Subrack & "/" & moid_Slot & "/" & moid_PlugInUnit & "/" & moid_ExchangeTerminal & "/" & moid_Os155PhysPathTerm & "/" & moid_Sts1SpeTtp Or NODEB_STS1_TP.nedn_SubNetwork & "/" & nedn_MeContext & "/" & moid_Equipment & "/" & moid_Subrack & "/" & moid_Slot & "/" & moid_PlugInUnit & "/" & moid_ExchangeTerminal & "/" & moid_Os155PhysPathTerm & "/" & moid_Sts1SpeTtp or RXI_STS1_TP.nedn_SubNetwork & "/" & nedn_MeContext & "/" & moid_Equipment & "/" & moid_Subrack & "/" & moid_Slot & "/" & moid_PlugInUnit & "/" & moid_ExchangeTerminal & "/" & moid_Os155PhysPathTerm & "/" & moid_Sts1SpeTtp
RNC_STS1_TPSONET_STS1.Ericsson.UMTS.Physical_Link
SONET_STS3 - Mapped with RNC_STS3_TP.nedn_SubNetwork & "/" & moid_Equipment & "/" & moid_Subrack & "/" & moid_Slot & "/" & moid_PlugInUnit & "/" & moid_ExchangeTerminal & "/" & moid_Os155SpiTtp & "/" & moid_Sts3CspeTtp Or NODEB_STS3_TP.nedn_SubNetwork & "/" & nedn_MeContext & "/" & moid_Equipment & "/" & moid_Subrack & "/" & moid_Slot & "/" & moid_PlugInUnit & "/" & moid_ExchangeTerminal & "/" & moid_Os155PhysPathTerm & "/" & moid_Sts3CspeTtp or RXI_STS3_TP.nedn_SubNetwork & "/" & nedn_MeContext & "/" & moid_Equipment & "/" & moid_Subrack & "/" & moid_Slot & "/" & moid_PlugInUnit & "/" & moid_ExchangeTerminal & "/" & moid_Os155PhysPathTerm & "/" & moid_Sts3CspeTtp
RNC_STS3_TPSONET_STS3.Ericsson.UMTS.Physical_Link
SwitchPortStp - Mapped with RNC_SwitchPortStp.nedn_SubNetwork & "/" & moid_Equipment & "/" & moid_Subrack & "/" & PlugInUnit & "/" & ExchangeTerminalIp & "/" & moid_EthernetSwitch & "/" & moid_EthernetSwitchPort & "/" & moid_SwitchPortStp or NODEB_SwitchPortStp.nedn_SubNetwork & "/" & nedn_MeContext & "/" & moid_Equipment & "/" & moid_Subrack & "/" & PlugInUnit & "/" & ExchangeTerminalIp & "/" & moid_EthernetSwitch & "/" & moid_EthernetSwitchPort & "/" & moid_SwitchPortStp or RXI_SwitchPortStp.nedn_SubNetwork & "/" & nedn_MeContext & "/" & moid_Equipment & "/" & moid_Subrack & "/" & PlugInUnit & "/" & ExchangeTerminalIp & "/" & moid_EthernetSwitch & "/" & moid_EthernetSwitchPort & "/" & moid_SwitchPortStp
RNC_SwitchPortStpSwitchPortStp.Ericsson.UMTS.Port_Statistics
SwitchStp - Mapped with RNC_SwitchStp.nedn_SubNetwork & "/" & moid_Equipment & "/" & moid_Subrack & "/" & PlugInUnit & "/" & ExchangeTerminalIp & "/" & moid_EthernetSwitch & "/" & moid_EthernetSwitchPort & "/" & moid_SwitchPortStp or NODEB_SwitchStp.nedn_SubNetwork & "/" & nedn_MeContext & "/" & moid_Equipment & "/" & moid_Subrack & "/" & PlugInUnit & "/" & ExchangeTerminalIp & "/" & moid_EthernetSwitch & "/" & moid_EthernetSwitchPort & "/" & moid_SwitchPortStp or RXI_SwitchStp.nedn_SubNetwork & "/" & nedn_MeContext & "/" & moid_Equipment & "/" & moid_Subrack & "/" & PlugInUnit & "/" & ExchangeTerminalIp & "/" & moid_EthernetSwitch & "/" & moid_EthernetSwitchPort & "/" & moid_SwitchPortStp
RNC_SwitchStpSwitchStp.Ericsson.UMTS.Switch_Stp_Statistics
Synchronization - Mapped with RNC_Synchronization.nedn_SubNetwork & "/" & moid_Synchronization or NODEB_Synchronization.nedn_SubNetwork & "/" & nedn_MeContext & "/" & moid_Synchronization or RXI_Synchronization.nedn_SubNetwork & "/" & nedn_MeContext & "/" & moid_Synchronization
RNC_SynchronizationSynchronization.Ericsson.UMTS.Synchronisation_Statistics
T1Ttp - Mapped with RNC_T1Ttp.nedn_SubNetwork & "/" & moid_Equipment & "/" & moid_Subrack & "/" & moid_Slot & "/" & moid_PlugInUnit & "/" & moid_ExchangeTerminal & "/" & moid_Os155PhysPathTerm & "/" & moid_Sts1SpeTtp & "/" & moid_Vt15Ttp & "/" & moid_T1Ttp or NODEB_T1Ttp.nedn_SubNetwork & "/" & nedn_MeContext & "/" & moid_Equipment & "/" & moid_Subrack & "/" & moid_Slot & "/" & moid_PlugInUnit & "/" & moid_ExchangeTerminal & "/" & moid_Os155PhysPathTerm & "/" & moid_Sts1SpeTtp & "/" & moid_Vt15Ttp & "/" & moid_T1Ttp or RXI_T1Ttp.nedn_SubNetwork & "/" & nedn_MeContext & "/" & moid_Equipment & "/" & moid_Subrack & "/" & moid_Slot & "/" & moid_PlugInUnit & "/" & moid_ExchangeTerminal & "/" & moid_Os155PhysPathTerm & "/" & moid_Sts1SpeTtp & "/" & moid_Vt15Ttp & "/" & moid_T1Ttp
RNC_T1TtpT1Ttp.Ericsson.UMTS.Physical_Link
Uni_SAAL_Tp - Mapped with RNC_UniSAalTp_Signaling.nedn_SubNetwork & "/" & moid_UniSaalTp or NODEB_UniSAalTp_Signaling.nedn_SubNetwork & "/" & nedn_MeContext & "/" & moid_UniSaalTp or RXI_UniSAalTp_Signaling.nedn_SubNetwork & "/" & nedn_MeContext & "/" & moid_UniSaalTp
RNC_UniSAalTp_SignalingUni_SAAL_Tp.Ericsson.UMTS.UNI_SAAL
UpLink_Baseband_Pool - Mapped with NodeB_ULBasebandPool.nedn_SubNetwork & "/" & nedn_MeContext & "/" & moid_Equipment & "/" & moid_Subrack & "/" & moid_UplinkBaseBandPool
NodeB_ULBasebandPoolUpLink_Baseband_Pool.Ericsson.UMTS.hardware_usage_statistics
NodeB_ULBasebandPoolUpLink_Baseband_Pool.Ericsson.UMTS.PDF_pmCapacityUlCe
NodeB_ULBasebandPoolUpLink_Baseband_Pool.Ericsson.UMTS.PDF_pmHwCePoolEul
URA - Mapped with ME_RNC_URA.nedn_SubNetwork & "/" & moid_URA
ME_RNC_URAURA.Ericsson.UMTS.Paging_Counters
VC12_TP - Mapped with RNC_VC12.nedn_SubNetwork & "/" & moid_Equipment & "/" & moid_Subrack & "/" & moid_Slot & "/" & moid_PlugInUnit & "/" & moid_ExchangeTerminal & "/" & moid_Os155PhysPathTerm & "/" & moid_Vc4Ttp & "/" & moid_Vc12Ttp or NODEB_VC12.nedn_SubNetwork & "/" & nedn_MeContext & "/" & moid_Equipment & "/" & moid_Subrack & "/" & moid_Slot & "/" & moid_PlugInUnit & "/" & moid_ExchangeTerminal & "/" & moid_Os155PhysPathTerm & "/" & moid_Vc4Ttp & "/" & moid_Vc12Ttp or RXI_VC12.nedn_SubNetwork & "/" & nedn_MeContext & "/" & moid_Equipment & "/" & moid_Subrack & "/" & moid_Slot & "/" & moid_PlugInUnit & "/" & moid_ExchangeTerminal & "/" & moid_Os155PhysPathTerm & "/" & moid_Vc4Ttp & "/" & moid_Vc12Ttp
RNC_VC12VC12_TP.Ericsson.UMTS.Physical_Link
VC4_TP - Mapped with RNC_VC4.nedn_SubNetwork & "/" & moid_Equipment & "/" & moid_Subrack & "/" & moid_Slot & "/" & moid_PlugInUnit & "/" & moid_ExchangeTerminal & "/" & moid_Os155SpiTtp & "/" & moid_Vc4Ttp or NODEB_VC4.nedn_SubNetwork & "/" & nedn_MeContext & "/" & moid_Equipment & "/" & moid_Subrack & "/" & moid_Slot & "/" & moid_PlugInUnit & "/" & moid_ExchangeTerminal & "/" & moid_Os155SpiTtp & "/" & moid_Vc4Ttp or RXI_VC4.nedn_SubNetwork & "/" & nedn_MeContext & "/" & moid_Equipment & "/" & moid_Subrack & "/" & moid_Slot & "/" & moid_PlugInUnit & "/" & moid_ExchangeTerminal & "/" & moid_Os155SpiTtp & "/" & moid_Vc4Ttp
RNC_VC4VC4_TP.Ericsson.UMTS.Physical_Link
VCL_TP - Mapped with RNC_Virtual_Channel_Link.nedn_SubNetwork & "/" & moid_AtmPort & "/" & moid_VplTp & "/" & moid_VpcTp & "/" & moid_VclTp or NODEB_Virtual_Channel_Link.nedn_SubNetwork & "/" & nedn_MeContext & "/" & moid_AtmPort & "/" & moid_VplTp & "/" & moid_VpcTp & "/" & moid_VclTp or RXI_Virtual_Channel_Link.nedn_SubNetwork & "/" & nedn_MeContext & "/" & moid_AtmPort & "/" & moid_VplTp & "/" & moid_VpcTp & "/" & moid_VclTp
RNC_Virtual_Channel_LinkVCL_TP.Ericsson.UMTS.ATM
RNC_Virtual_Channel_LinkVCL_TP.Ericsson.UMTS.PDF_pmBwUtilizationRx
RNC_Virtual_Channel_LinkVCL_TP.Ericsson.UMTS.PDF_pmBwUtilizationTx
VPC_TP - Mapped with RNC_Virtual_Path_Connection.nedn_SubNetwork & "/" & moid_AtmPort & "/" & moid_VplTp & "/" & moid_VpcTp or NODEB_Virtual_Path_Connection.nedn_SubNetwork & "/" & nedn_MeContext & "/" & moid_AtmPort & "/" & moid_VplTp & "/" & moid_VpcTp or RXI_Virtual_Path_Connection.nedn_SubNetwork & "/" & nedn_MeContext & "/" & moid_AtmPort & "/" & moid_VplTp & "/" & moid_VpcTp
RNC_Virtual_Path_ConnectionVPC_TP.Ericsson.UMTS.ATM
VPL_TP - Mapped with RNC_Virtual_Path_Link.nedn_SubNetwork & "/" & moid_AtmPort & "/" & moid_VplTp or NODEB_Virtual_Path_Link.nedn_SubNetwork & "/" & nedn_MeContext & "/" & moid_AtmPort & "/" & moid_VplTp or RXI_Virtual_Path_Link.nedn_SubNetwork & "/" & nedn_MeContext & "/" & moid_AtmPort & "/" & moid_VplTp
RNC_Virtual_Path_LinkVPL_TP.Ericsson.UMTS.ATM
VT1_5_TP - Mapped with RNC_VT15.nedn_SubNetwork & "/" & moid_Equipment & "/" & moid_Subrack & "/" & moid_Slot & "/" & moid_PlugInUnit & "/" & moid_ExchangeTerminal & "/" & moid_Os155PhysPathTerm & "/" & moid_Sts1SpeTtp & "/" & moid_Vt15Ttp Or NODEB_VT15.nedn_SubNetwork & "/" & nedn_MeContext & "/" & moid_Equipment & "/" & moid_Subrack & "/" & moid_Slot & "/" & moid_PlugInUnit & "/" & moid_ExchangeTerminal & "/" & moid_Os155PhysPathTerm & "/" & moid_Sts1SpeTtp & "/" & moid_Vt15Ttp or RXI_VT15.nedn_SubNetwork & "/" & moid_Equipment & "/" & moid_Subrack & "/" & moid_Slot & "/" & moid_PlugInUnit & "/" & moid_ExchangeTerminal & "/" & moid_Os155PhysPathTerm & "/" & moid_Sts1SpeTtp & "/" & moid_Vt15Ttp
RNC_VT15VT1_5_TP.Ericsson.UMTS.Physical_Link

5. Tech Pack Prerequisites

This section lists the Tech Pack modules that the current Tech Pack is dependent on, in alphabetical order.

  • ERI GOMlet
  • Neutral Core GOM
  • Neutral GPRS/UMTS CN GOM
  • Neutral GPRS BSS GOM
  • Neutral GSM BSS/NSS GOM
  • Neutral UMTS UTRAN Ext GOM
  • Neutral UMTS UTRAN GOM
  • VNL GOMlet

  • 6. Network Model

    This section describes any network objects that are defined in this technology pack module, in terms of their configuration attributes.


    6.1 AAL0_Tp_Vcc_Tp details

    In the network hierarchy, the immediate parents of the AAL0_Tp_Vcc_Tp object are: RNC and NodeB.


    Attribute NameDescriptionRead-Only?Time-Tracked?MappingAggregator
    Primary Identifier
    AAL0_Tp_Vcc_Tp_IdA unique identifier for the AAL0 interworking function in a circuit emulation in a UTRAN network.Y RNC_AAL0_Link.nedn_SubNetwork & "/" & moid_Aal0TpVccTp or NODEB_AAL0_Link.nedn_SubNetwork & "/" & nedn_MeContext & "/" & moid_Aal0TpVccTp or RXI_AAL0_Link.nedn_SubNetwork & "/" & nedn_MeContext & "/" & moid_Aal0TpVccTp; RNC_AAL0_Link.nedn_SubNetwork & "/" & moid_Aal0TpVccTp or NODEB_AAL0_Link.nedn_SubNetwork & "/" & nedn_MeContext & "/" & moid_Aal0TpVccTp or RXI_AAL0_Link.nedn_SubNetwork & "/" & nedn_MeContext & "/" & moid_Aal0TpVccTp 
    Relationship Attributes
    Network_IdNetwork associated with the AAL0 TP VCC TP.YYlookup("nc_bsc","network_id",utime(StartDate & StartTime,"%d %b %Y %R"), RNC_AAL0_Link.nedn_SubNetwork) or lookup("nc_bsc","network_id",utime(StartDate & StartTime,"%d %b %Y %R"), NODEB_AAL0_Link.nedn_SubNetwork) or lookup("nc_bsc","network_id",utime(StartDate & StartTime,"%d %b %Y %R"), RXI_AAL0_Link.nedn_SubNetwork); lookup("nc_bsc","network_id",utime(StartDate & StartTime,"%d %b %Y %R"), RNC_AAL0_Link.nedn_SubNetwork) or lookup("nc_bsc","network_id",utime(StartDate & StartTime,"%d %b %Y %R"), NODEB_AAL0_Link.nedn_SubNetwork) or lookup("nc_bsc","network_id",utime(StartDate & StartTime,"%d %b %Y %R"), RXI_AAL0_Link.nedn_SubNetwork) 
    RNC_IdThe RNC associated with AAL0.YYRNC_AAL0_Link.nedn_SubNetwork or NODEB_AAL0_Link.nedn_SubNetwork or RXI_AAL0_Link.nedn_SubNetwork; RNC_AAL0_Link.nedn_SubNetwork or NODEB_AAL0_Link.nedn_SubNetwork or RXI_AAL0_Link.nedn_SubNetwork 
    NodeB_IdNodeB in a UTRAN network.YYNODEB_AAL0_Link.nedn_SubNetwork & "/" & nedn_MeContext; NODEB_AAL0_Link.nedn_SubNetwork & "/" & nedn_MeContext 
    Region_IdRegion associated with the AAL0 Tp Vcc Tp.YYlookup("nc_bsc","region_id",utime(StartDate & StartTime,"%d %b %Y %R"), RNC_AAL0_Link.nedn_SubNetwork) or lookup("nc_bsc","region_id",utime(StartDate & StartTime,"%d %b %Y %R"), NODEB_AAL0_Link.nedn_SubNetwork) or lookup("nc_bsc","region_id",utime(StartDate & StartTime,"%d %b %Y %R"), RXI_AAL0_Link.nedn_SubNetwork); lookup("nc_bsc","region_id",utime(StartDate & StartTime,"%d %b %Y %R"), RNC_AAL0_Link.nedn_SubNetwork) or lookup("nc_bsc","region_id",utime(StartDate & StartTime,"%d %b %Y %R"), NODEB_AAL0_Link.nedn_SubNetwork) or lookup("nc_bsc","region_id",utime(StartDate & StartTime,"%d %b %Y %R"), RXI_AAL0_Link.nedn_SubNetwork) 
    Configuration Attributes
    AAL0_Tp_Vcc_Tp_NameA user friendly name preferably unique for the AAL0 TP VCC TP.  RNC_AAL0_Link.nedn_SubNetwork & "/" & moid_Aal0TpVccTp or NODEB_AAL0_Link.nedn_SubNetwork & "/" & nedn_MeContext & "/" & moid_Aal0TpVccTp or RXI_AAL0_Link.nedn_SubNetwork & "/" & nedn_MeContext & "/" & moid_Aal0TpVccTp; RNC_AAL0_Link.nedn_SubNetwork & "/" & moid_Aal0TpVccTp or NODEB_AAL0_Link.nedn_SubNetwork & "/" & nedn_MeContext & "/" & moid_Aal0TpVccTp or RXI_AAL0_Link.nedn_SubNetwork & "/" & nedn_MeContext & "/" & moid_Aal0TpVccTp 
    Node_TypeType of Node.  RNC_AAL0_Link."RNC" or NODEB_AAL0_Link."NodeB" or RXI_AAL0_Link."RXI"; RNC_AAL0_Link."RNC" or NODEB_AAL0_Link."NodeB" or RXI_AAL0_Link."RXI" 
    VersionHardware/Software version of the AAL0 TP VCC TP.  RNC_AAL0_Link."P7.1" or NODEB_AAL0_Link."P7.1" or RXI_AAL0_Link."P7.1"; RNC_AAL0_Link."P7.1" or NODEB_AAL0_Link."P7.1" or RXI_AAL0_Link."P7.1" 
    TechnologyTechnology of the network/element (e.g. GSM, GPRS, UMTS).  RNC_AAL0_Link."UMTS" or NODEB_AAL0_Link."UMTS" or RXI_AAL0_Link."UMTS"; RNC_AAL0_Link."UMTS" or NODEB_AAL0_Link."UMTS" or RXI_AAL0_Link."UMTS" 


    6.2 AAL1_Tp_Vcc_Tp details

    In the network hierarchy, the immediate parents of the AAL1_Tp_Vcc_Tp object are: NodeB and RNC.


    Attribute NameDescriptionRead-Only?Time-Tracked?MappingAggregator
    Primary Identifier
    AAL1_Tp_Vcc_Tp_IdA unique identifier for the AAL1 interworking function in a circuit emulation in a UTRAN network.Y RNC_AAL1_Link.nedn_SubNetwork & "/" & moid_Aal1TpVccTp or NODEB_AAL1_Link.nedn_SubNetwork & "/" & nedn_MeContext & "/" & moid_Aal1TpVccTp or RXI_AAL1_Link.nedn_SubNetwork & "/" & nedn_MeContext & "/" & moid_Aal1TpVccTp; RNC_AAL1_Link.nedn_SubNetwork & "/" & moid_Aal1TpVccTp or NODEB_AAL1_Link.nedn_SubNetwork & "/" & nedn_MeContext & "/" & moid_Aal1TpVccTp or RXI_AAL1_Link.nedn_SubNetwork & "/" & nedn_MeContext & "/" & moid_Aal1TpVccTp 
    Relationship Attributes
    NodeB_IdNodeB in a UTRAN network.YYNODEB_AAL1_Link.nedn_SubNetwork & "/" & nedn_MeContext; NODEB_AAL1_Link.nedn_SubNetwork & "/" & nedn_MeContext 
    RNC_IdRNC in a UTRAN network.YYRNC_AAL1_Link.nedn_SubNetwork or NODEB_AAL1_Link.nedn_SubNetwork or RXI_AAL1_Link.nedn_SubNetwork; RNC_AAL1_Link.nedn_SubNetwork or NODEB_AAL1_Link.nedn_SubNetwork or RXI_AAL1_Link.nedn_SubNetwork 
    Network_IdNetwork associated with the AAL1 TP VCC TP.YYlookup("nc_bsc","network_id",utime(StartDate & StartTime,"%d %b %Y %R"), RNC_AAL1_Link.nedn_SubNetwork) or lookup("nc_bsc","network_id",utime(StartDate & StartTime,"%d %b %Y %R"), NODEB_AAL1_Link.nedn_SubNetwork) or lookup("nc_bsc","network_id",utime(StartDate & StartTime,"%d %b %Y %R"), RXI_AAL1_Link.nedn_SubNetwork); lookup("nc_bsc","network_id",utime(StartDate & StartTime,"%d %b %Y %R"), RNC_AAL1_Link.nedn_SubNetwork) or lookup("nc_bsc","network_id",utime(StartDate & StartTime,"%d %b %Y %R"), NODEB_AAL1_Link.nedn_SubNetwork) or lookup("nc_bsc","network_id",utime(StartDate & StartTime,"%d %b %Y %R"), RXI_AAL1_Link.nedn_SubNetwork) 
    Region_IdRegion associated with the AAL1 Tp Vcc Tp.YYlookup("nc_bsc","region_id",utime(StartDate & StartTime,"%d %b %Y %R"), RNC_AAL1_Link.nedn_SubNetwork) or lookup("nc_bsc","region_id",utime(StartDate & StartTime,"%d %b %Y %R"), NODEB_AAL1_Link.nedn_SubNetwork) or lookup("nc_bsc","region_id",utime(StartDate & StartTime,"%d %b %Y %R"), RXI_AAL1_Link.nedn_SubNetwork); lookup("nc_bsc","region_id",utime(StartDate & StartTime,"%d %b %Y %R"), RNC_AAL1_Link.nedn_SubNetwork) or lookup("nc_bsc","region_id",utime(StartDate & StartTime,"%d %b %Y %R"), NODEB_AAL1_Link.nedn_SubNetwork) or lookup("nc_bsc","region_id",utime(StartDate & StartTime,"%d %b %Y %R"), RXI_AAL1_Link.nedn_SubNetwork) 
    Configuration Attributes
    AAL1_Tp_Vcc_Tp_NameA user friendly name preferably unique for the AAL1 TP VCC TP.  RNC_AAL1_Link.nedn_SubNetwork & "/" & moid_Aal1TpVccTp or NODEB_AAL1_Link.nedn_SubNetwork & "/" & nedn_MeContext & "/" & moid_Aal1TpVccTp or RXI_AAL1_Link.nedn_SubNetwork & "/" & nedn_MeContext & "/" & moid_Aal1TpVccTp; RNC_AAL1_Link.nedn_SubNetwork & "/" & moid_Aal1TpVccTp or NODEB_AAL1_Link.nedn_SubNetwork & "/" & nedn_MeContext & "/" & moid_Aal1TpVccTp or RXI_AAL1_Link.nedn_SubNetwork & "/" & nedn_MeContext & "/" & moid_Aal1TpVccTp 
    TechnologyTechnology of the network/element (e.g. GSM, GPRS, UMTS).  RNC_AAL1_Link."UMTS" or NODEB_AAL1_Link."UMTS" or RXI_AAL1_Link."UMTS"; RNC_AAL1_Link."UMTS" or NODEB_AAL1_Link."UMTS" or RXI_AAL1_Link."UMTS" 
    VersionHardware/Software version of the AAL1 TP VCC TP.  RNC_AAL1_Link."P7.1" or NODEB_AAL1_Link."P7.1" or RXI_AAL1_Link."P7.1"; RNC_AAL1_Link."P7.1" or NODEB_AAL1_Link."P7.1" or RXI_AAL1_Link."P7.1" 
    Node_TypeType of Node.  RNC_AAL1_Link."RNC" or NODEB_AAL1_Link."NodeB" or RXI_AAL1_Link."RXI"; RNC_AAL1_Link."RNC" or NODEB_AAL1_Link."NodeB" or RXI_AAL1_Link."RXI" 
    Node_IdThe unique identifier for the node this object is connected to.  No mapping; No mapping 
    Node_NameA user friendly name for this node the object is connected to.  No mapping; No mapping 


    6.3 AAL2_Access_Point details

    In the network hierarchy, the immediate parent of the AAL2_Access_Point object is AAL2_Signalling_Point.

    Attribute NameDescriptionRead-Only?Time-Tracked?MappingAggregator
    Primary Identifier
    AAL2_AP_IdA unique identifier for the AAL2 Access Point.Y RNC_AAL2_AP.nedn_SubNetwork & "/" & moid_Aal2Sp & "/" & moid_Aal2Ap or NODEB_AAL2_AP.nedn_SubNetwork & "/" & nedn_MeContext & "/" & moid_Aal2Sp & "/" & moid_Aal2Ap or RXI_AAL2_AP.nedn_SubNetwork & "/" & nedn_MeContext & "/" & moid_Aal2Sp & "/" & moid_Aal2Ap; RNC_AAL2_AP.nedn_SubNetwork & "/" & moid_Aal2Sp & "/" & moid_Aal2Ap or NODEB_AAL2_AP.nedn_SubNetwork & "/" & nedn_MeContext & "/" & moid_Aal2Sp & "/" & moid_Aal2Ap or RXI_AAL2_AP.nedn_SubNetwork & "/" & nedn_MeContext & "/" & moid_Aal2Sp & "/" & moid_Aal2Ap 
    Relationship Attributes
    AAL2_SP_IdAAL2_SP in a UTRAN network.YYRNC_AAL2_AP.nedn_SubNetwork & "/" & moid_Aal2Sp or NODEB_AAL2_AP.nedn_SubNetwork & "/" & nedn_MeContext & "/" & moid_Aal2Sp or RXI_AAL2_AP.nedn_SubNetwork & "/" & nedn_MeContext & "/" & moid_Aal2Sp; RNC_AAL2_AP.nedn_SubNetwork & "/" & moid_Aal2Sp or NODEB_AAL2_AP.nedn_SubNetwork & "/" & nedn_MeContext & "/" & moid_Aal2Sp or RXI_AAL2_AP.nedn_SubNetwork & "/" & nedn_MeContext & "/" & moid_Aal2Sp 
    Network_IdNetwork associated with the AAL2 Access Point.YYlookup("nc_bsc","network_id",utime(StartDate & StartTime,"%d %b %Y %R"), RNC_AAL2_AP.nedn_SubNetwork) or lookup("nc_bsc","network_id",utime(StartDate & StartTime,"%d %b %Y %R"), NODEB_AAL2_AP.nedn_SubNetwork) or lookup("nc_bsc","network_id",utime(StartDate & StartTime,"%d %b %Y %R"), RXI_AAL2_AP.nedn_SubNetwork); lookup("nc_bsc","network_id",utime(StartDate & StartTime,"%d %b %Y %R"), RNC_AAL2_AP.nedn_SubNetwork) or lookup("nc_bsc","network_id",utime(StartDate & StartTime,"%d %b %Y %R"), NODEB_AAL2_AP.nedn_SubNetwork) or lookup("nc_bsc","network_id",utime(StartDate & StartTime,"%d %b %Y %R"), RXI_AAL2_AP.nedn_SubNetwork) 
    NodeB_IdNodeB in a UTRAN network.YYNODEB_AAL2_AP.nedn_SubNetwork & "/" & nedn_MeContext; NODEB_AAL2_AP.nedn_SubNetwork & "/" & nedn_MeContext 
    RNC_IdRNC Id in a UTRAN network.YYRNC_AAL2_AP.nedn_SubNetwork or NODEB_AAL2_AP.nedn_SubNetwork or RXI_AAL2_AP.nedn_SubNetwork; RNC_AAL2_AP.nedn_SubNetwork or NODEB_AAL2_AP.nedn_SubNetwork or RXI_AAL2_AP.nedn_SubNetwork 
    Region_IdThe region associated with the AAL2 Access Point.YYlookup("nc_bsc","region_id",utime(StartDate & StartTime,"%d %b %Y %R"), RNC_AAL2_AP.nedn_SubNetwork) or lookup("nc_bsc","region_id",utime(StartDate & StartTime,"%d %b %Y %R"), NODEB_AAL2_AP.nedn_SubNetwork) or lookup("nc_bsc","region_id",utime(StartDate & StartTime,"%d %b %Y %R"), RXI_AAL2_AP.nedn_SubNetwork); lookup("nc_bsc","region_id",utime(StartDate & StartTime,"%d %b %Y %R"), RNC_AAL2_AP.nedn_SubNetwork) or lookup("nc_bsc","region_id",utime(StartDate & StartTime,"%d %b %Y %R"), NODEB_AAL2_AP.nedn_SubNetwork) or lookup("nc_bsc","region_id",utime(StartDate & StartTime,"%d %b %Y %R"), RXI_AAL2_AP.nedn_SubNetwork) 
    Configuration Attributes
    AAL2_AP_NameA user friendly name for the AAL2 Access Point.  RNC_AAL2_AP.nedn_SubNetwork & "/" & moid_Aal2Sp & "/" & moid_Aal2Ap or NODEB_AAL2_AP.nedn_SubNetwork & "/" & nedn_MeContext & "/" & moid_Aal2Sp & "/" & moid_Aal2Ap or RXI_AAL2_AP.nedn_SubNetwork & "/" & nedn_MeContext & "/" & moid_Aal2Sp & "/" & moid_Aal2Ap; RNC_AAL2_AP.nedn_SubNetwork & "/" & moid_Aal2Sp & "/" & moid_Aal2Ap or NODEB_AAL2_AP.nedn_SubNetwork & "/" & nedn_MeContext & "/" & moid_Aal2Sp & "/" & moid_Aal2Ap or RXI_AAL2_AP.nedn_SubNetwork & "/" & nedn_MeContext & "/" & moid_Aal2Sp & "/" & moid_Aal2Ap 
    TechnologyTechnology of the network/element (e.g. GSM, GPRS, UMTS).  RNC_AAL2_AP."UMTS" or NODEB_AAL2_AP."UMTS" or RXI_AAL2_AP."UMTS"; RNC_AAL2_AP."UMTS" or NODEB_AAL2_AP."UMTS" or RXI_AAL2_AP."UMTS" 
    VersionHardware/Software version of the AAL2 Access Point.  RNC_AAL2_AP."P7.1" or NODEB_AAL2_AP."P7.1" or RXI_AAL2_AP."P7.1"; RNC_AAL2_AP."P7.1" or NODEB_AAL2_AP."P7.1" or RXI_AAL2_AP."P7.1" 
    Node_TypeType of Node.  RNC_AAL2_AP."RNC" or NODEB_AAL2_AP."NodeB" or RXI_AAL2_AP."RXI"; RNC_AAL2_AP."RNC" or NODEB_AAL2_AP."NodeB" or RXI_AAL2_AP."RXI" 
    Node_IdThe Node associated with the AAL2 Access Point.  No mapping; No mapping 
    AAL2_AP_TypeThe type of the Aal2_access_point_typeY No mapping; No mapping 


    6.4 AAL2_Path_Vcc_Tp details

    In the network hierarchy, the immediate parents of the AAL2_Path_Vcc_Tp object are: NodeB and RNC.


    Attribute NameDescriptionRead-Only?Time-Tracked?MappingAggregator
    Primary Identifier
    AAL2_Path_Vcc_Tp_IdA unique identifier for the AAL2 virtual circuit in a UTRAN network.Y RNC_AAL2_Link.nedn_SubNetwork & "/" & moid_Aal2PathVccTp or NODEB_AAL2_Link.nedn_SubNetwork & "/" & nedn_MeContext & "/" & moid_Aal2PathVccTp or RXI_AAL2_Link.nedn_SubNetwork & "/" & nedn_MeContext & "/" & moid_Aal2PathVccTp; RNC_AAL2_Link.nedn_SubNetwork & "/" & moid_Aal2PathVccTp or NODEB_AAL2_Link.nedn_SubNetwork & "/" & nedn_MeContext & "/" & moid_Aal2PathVccTp or RXI_AAL2_Link.nedn_SubNetwork & "/" & nedn_MeContext & "/" & moid_Aal2PathVccTp 
    Relationship Attributes
    Network_IdNetwork associated with the AAL2 Path Vcc Tp.YYlookup("nc_bsc","network_id",utime(StartDate & StartTime,"%d %b %Y %R"), RNC_AAL2_Link.nedn_SubNetwork) or lookup("nc_bsc","network_id",utime(StartDate & StartTime,"%d %b %Y %R"), NODEB_AAL2_Link.nedn_SubNetwork) or lookup("nc_bsc","network_id",utime(StartDate & StartTime,"%d %b %Y %R"), RXI_AAL2_Link.nedn_SubNetwork); lookup("nc_bsc","network_id",utime(StartDate & StartTime,"%d %b %Y %R"), RNC_AAL2_Link.nedn_SubNetwork) or lookup("nc_bsc","network_id",utime(StartDate & StartTime,"%d %b %Y %R"), NODEB_AAL2_Link.nedn_SubNetwork) or lookup("nc_bsc","network_id",utime(StartDate & StartTime,"%d %b %Y %R"), RXI_AAL2_Link.nedn_SubNetwork) 
    NodeB_IdNodeB in a UTRAN network.YYNODEB_AAL2_Link.nedn_SubNetwork & "/" & nedn_MeContext; NODEB_AAL2_Link.nedn_SubNetwork & "/" & nedn_MeContext 
    RNC_IdRNC in a UTRAN network.YYRNC_AAL2_Link.nedn_SubNetwork or NODEB_AAL2_Link.nedn_SubNetwork or RXI_AAL2_Link.nedn_SubNetwork; RNC_AAL2_Link.nedn_SubNetwork or NODEB_AAL2_Link.nedn_SubNetwork or RXI_AAL2_Link.nedn_SubNetwork 
    Region_IdRegion associated with the AAL2 Path Vcc Tp.YYlookup("nc_bsc","region_id",utime(StartDate & StartTime,"%d %b %Y %R"), RNC_AAL2_Link.nedn_SubNetwork) or lookup("nc_bsc","region_id",utime(StartDate & StartTime,"%d %b %Y %R"), NODEB_AAL2_Link.nedn_SubNetwork) or lookup("nc_bsc","region_id",utime(StartDate & StartTime,"%d %b %Y %R"), RXI_AAL2_Link.nedn_SubNetwork); lookup("nc_bsc","region_id",utime(StartDate & StartTime,"%d %b %Y %R"), RNC_AAL2_Link.nedn_SubNetwork) or lookup("nc_bsc","region_id",utime(StartDate & StartTime,"%d %b %Y %R"), NODEB_AAL2_Link.nedn_SubNetwork) or lookup("nc_bsc","region_id",utime(StartDate & StartTime,"%d %b %Y %R"), RXI_AAL2_Link.nedn_SubNetwork) 
    Configuration Attributes
    AAL2_Path_Vcc_Tp_NameA user friendly name for AAL2 Path Vcc Tp.  RNC_AAL2_Link.nedn_SubNetwork & "/" & moid_Aal2PathVccTp or NODEB_AAL2_Link.nedn_SubNetwork & "/" & nedn_MeContext & "/" & moid_Aal2PathVccTp or RXI_AAL2_Link.nedn_SubNetwork & "/" & nedn_MeContext & "/" & moid_Aal2PathVccTp; RNC_AAL2_Link.nedn_SubNetwork & "/" & moid_Aal2PathVccTp or NODEB_AAL2_Link.nedn_SubNetwork & "/" & nedn_MeContext & "/" & moid_Aal2PathVccTp or RXI_AAL2_Link.nedn_SubNetwork & "/" & nedn_MeContext & "/" & moid_Aal2PathVccTp 
    TechnologyTechnology of the network/element (e.g. GSM, GPRS, UMTS).  RNC_AAL2_Link."UMTS" or NODEB_AAL2_Link."UMTS" or RXI_AAL2_Link."UMTS"; RNC_AAL2_Link."UMTS" or NODEB_AAL2_Link."UMTS" or RXI_AAL2_Link."UMTS" 
    VersionHardware/Software version of the AAL2 Path VCC TP.  RNC_AAL2_Link."P7.1" or NODEB_AAL2_Link."P7.1" or RXI_AAL2_Link."P7.1"; RNC_AAL2_Link."P7.1" or NODEB_AAL2_Link."P7.1" or RXI_AAL2_Link."P7.1" 
    Node_TypeType of Node.  RNC_AAL2_Link."RNC" or NODEB_AAL2_Link."NodeB" or RXI_AAL2_Link."RXI"; RNC_AAL2_Link."RNC" or NODEB_AAL2_Link."NodeB" or RXI_AAL2_Link."RXI" 


    6.5 AAL2_Signalling_Point details

    In the network hierarchy, the immediate parents of the AAL2_Signalling_Point object are: NodeB and RNC.


    Attribute NameDescriptionRead-Only?Time-Tracked?MappingAggregator
    Primary Identifier
    AAL2_SP_IdA unique identifier for the ATM Adaption layer 2 Signaling point.Y RNC_AAL2_SP.nedn_SubNetwork & "/" & moid_Aal2Sp or NODEB_AAL2_SP.nedn_SubNetwork & "/" & nedn_MeContext & "/" & moid_Aal2Sp or RXI_AAL2_SP.nedn_SubNetwork & "/" & nedn_MeContext & "/" & moid_Aal2Sp; RNC_AAL2_SP.nedn_SubNetwork & "/" & moid_Aal2Sp or NODEB_AAL2_SP.nedn_SubNetwork & "/" & nedn_MeContext & "/" & moid_Aal2Sp or RXI_AAL2_SP.nedn_SubNetwork & "/" & nedn_MeContext & "/" & moid_Aal2Sp 
    Relationship Attributes
    Network_IdNetwork associated with the AAL2 SP.YYlookup("nc_bsc","network_id",utime(StartDate & StartTime,"%d %b %Y %R"), RNC_AAL2_SP.nedn_SubNetwork) or lookup("nc_bsc","network_id",utime(StartDate & StartTime,"%d %b %Y %R"), NODEB_AAL2_SP.nedn_SubNetwork) or lookup("nc_bsc","network_id",utime(StartDate & StartTime,"%d %b %Y %R"), RXI_AAL2_SP.nedn_SubNetwork)); lookup("nc_bsc","network_id",utime(StartDate & StartTime,"%d %b %Y %R"), RNC_AAL2_SP.nedn_SubNetwork) or lookup("nc_bsc","network_id",utime(StartDate & StartTime,"%d %b %Y %R"), NODEB_AAL2_SP.nedn_SubNetwork) or lookup("nc_bsc","network_id",utime(StartDate & StartTime,"%d %b %Y %R"), RXI_AAL2_SP.nedn_SubNetwork) 
    NodeB_IdNodeB in a UTRAN network.YYNODEB_AAL2_SP.nedn_SubNetwork & "/" & nedn_MeContext; NODEB_AAL2_SP.nedn_SubNetwork & "/" & nedn_MeContext 
    RNC_IdRNC in a UTRAN network.YYRNC_AAL2_SP.nedn_SubNetwork or NODEB_AAL2_SP.nedn_SubNetwork or RXI_AAL2_SP.nedn_SubNetwork; RNC_AAL2_SP.nedn_SubNetwork or NODEB_AAL2_SP.nedn_SubNetwork or RXI_AAL2_SP.nedn_SubNetwork 
    Region_IdRegion associated with the AAL2_SP.YYlookup("nc_bsc","region_id",utime(StartDate & StartTime,"%d %b %Y %R"), RNC_AAL2_SP.nedn_SubNetwork) or lookup("nc_bsc","region_id",utime(StartDate & StartTime,"%d %b %Y %R"), NODEB_AAL2_SP.nedn_SubNetwork) or lookup("nc_bsc","region_id",utime(StartDate & StartTime,"%d %b %Y %R"), RXI_AAL2_SP.nedn_SubNetwork); lookup("nc_bsc","region_id",utime(StartDate & StartTime,"%d %b %Y %R"), RNC_AAL2_SP.nedn_SubNetwork) or lookup("nc_bsc","region_id",utime(StartDate & StartTime,"%d %b %Y %R"), NODEB_AAL2_SP.nedn_SubNetwork) or lookup("nc_bsc","region_id",utime(StartDate & StartTime,"%d %b %Y %R"), RXI_AAL2_SP.nedn_SubNetwork) 
    Configuration Attributes
    AAL2_SP_NameA user friendly name preferably unique for AAL2 SP  RNC_AAL2_SP.nedn_SubNetwork & "/" & moid_Aal2Sp or NODEB_AAL2_SP.nedn_SubNetwork & "/" & nedn_MeContext & "/" & moid_Aal2Sp or RXI_AAL2_SP.nedn_SubNetwork & "/" & nedn_MeContext & "/" & moid_Aal2Sp; RNC_AAL2_SP.nedn_SubNetwork & "/" & moid_Aal2Sp or NODEB_AAL2_SP.nedn_SubNetwork & "/" & nedn_MeContext & "/" & moid_Aal2Sp or RXI_AAL2_SP.nedn_SubNetwork & "/" & nedn_MeContext & "/" & moid_Aal2Sp 
    TechnologyTechnology of the network/element (e.g. GSM, GPRS, UMTS).  RNC_AAL2_SP."UMTS" or NODEB_AAL2_SP."UMTS" or RXI_AAL2_SP."UMTS"; RNC_AAL2_SP."UMTS" or NODEB_AAL2_SP."UMTS" or RXI_AAL2_SP."UMTS" 
    VersionHardware/Software version of the AAL2 SP.  RNC_AAL2_SP."P7.1" or NODEB_AAL2_SP."P7.1" or RXI_AAL2_SP."P7.1"; RNC_AAL2_SP."P7.1" or NODEB_AAL2_SP."P7.1" or RXI_AAL2_SP."P7.1" 
    Node_Type_IdType of Node.  RNC_AAL2_SP."RNC" or NODEB_AAL2_SP."NodeB" or RXI_AAL2_SP."RXI"; RNC_AAL2_SP."RNC" or NODEB_AAL2_SP."NodeB" or RXI_AAL2_SP."RXI" 
    Node_IdThe unique identifier for the node this object is connected toY No mapping; No mapping 
    Node_NameA user friendly name for this node the object is connected toY No mapping; No mapping 


    6.6 AAL5_Tp_Vcc_Tp details

    In the network hierarchy, the immediate parents of the AAL5_Tp_Vcc_Tp object are: NodeB and RNC.


    Attribute NameDescriptionRead-Only?Time-Tracked?MappingAggregator
    Primary Identifier
    AAL5_Tp_Vcc_Tp_IdA unique identifier for the AAL5 virtual circuit in a UTRAN network.Y RNC_AAL5_Link.nedn_SubNetwork & "/" & moid_Aal5TpVccTp or NODEB_AAL5_Link.nedn_SubNetwork & "/" & nedn_MeContext & "/" & moid_Aal5TpVccTp or RXI_AAL5_Link.nedn_SubNetwork & "/" & nedn_MeContext & "/" & moid_Aal5TpVccTp; RNC_AAL5_Link.nedn_SubNetwork & "/" & moid_Aal5TpVccTp or NODEB_AAL5_Link.nedn_SubNetwork & "/" & nedn_MeContext & "/" & moid_Aal5TpVccTp or RXI_AAL5_Link.nedn_SubNetwork & "/" & nedn_MeContext & "/" & moid_Aal5TpVccTp 
    Relationship Attributes
    Network_IdNetwork associated with the AAL5 TP VCC TP.YYlookup("nc_bsc","network_id",utime(StartDate & StartTime,"%d %b %Y %R"), RNC_AAL5_Link.nedn_SubNetwork) or lookup("nc_bsc","network_id",utime(StartDate & StartTime,"%d %b %Y %R"), NODEB_AAL5_Link.nedn_SubNetwork) or lookup("nc_bsc","network_id",utime(StartDate & StartTime,"%d %b %Y %R"), RXI_AAL5_Link.nedn_SubNetwork); lookup("nc_bsc","network_id",utime(StartDate & StartTime,"%d %b %Y %R"), RNC_AAL5_Link.nedn_SubNetwork) or lookup("nc_bsc","network_id",utime(StartDate & StartTime,"%d %b %Y %R"), NODEB_AAL5_Link.nedn_SubNetwork) or lookup("nc_bsc","network_id",utime(StartDate & StartTime,"%d %b %Y %R"), RXI_AAL5_Link.nedn_SubNetwork) 
    NodeB_IdNodeB in a UTRAN network.YYNODEB_AAL5_Link.nedn_SubNetwork & "/" & nedn_MeContext; NODEB_AAL5_Link.nedn_SubNetwork & "/" & nedn_MeContext 
    RNC_IdRNC in a UTRAN network.YYRNC_AAL5_Link.nedn_SubNetwork or NODEB_AAL5_Link.nedn_SubNetwork or RXI_AAL5_Link.nedn_SubNetwork; RNC_AAL5_Link.nedn_SubNetwork or NODEB_AAL5_Link.nedn_SubNetwork or RXI_AAL5_Link.nedn_SubNetwork 
    Region_IdRegion associated with AAL5 Tp Vcc Tp.YYlookup("nc_bsc","region_id",utime(StartDate & StartTime,"%d %b %Y %R"), RNC_AAL5_Link.nedn_SubNetwork) or lookup("nc_bsc","region_id",utime(StartDate & StartTime,"%d %b %Y %R"), NODEB_AAL5_Link.nedn_SubNetwork) or lookup("nc_bsc","region_id",utime(StartDate & StartTime,"%d %b %Y %R"), RXI_AAL5_Link.nedn_SubNetwork); lookup("nc_bsc","region_id",utime(StartDate & StartTime,"%d %b %Y %R"), RNC_AAL5_Link.nedn_SubNetwork) or lookup("nc_bsc","region_id",utime(StartDate & StartTime,"%d %b %Y %R"), NODEB_AAL5_Link.nedn_SubNetwork) or lookup("nc_bsc","region_id",utime(StartDate & StartTime,"%d %b %Y %R"), RXI_AAL5_Link.nedn_SubNetwork) 
    Configuration Attributes
    AAL5_Tp_Vcc_Tp_NameA user friendly name for the object.  RNC_AAL5_Link.nedn_SubNetwork & "/" & moid_Aal5TpVccTp or NODEB_AAL5_Link.nedn_SubNetwork & "/" & nedn_MeContext & "/" & moid_Aal5TpVccTp or RXI_AAL5_Link.nedn_SubNetwork & "/" & nedn_MeContext & "/" & moid_Aal5TpVccTp; RNC_AAL5_Link.nedn_SubNetwork & "/" & moid_Aal5TpVccTp or NODEB_AAL5_Link.nedn_SubNetwork & "/" & nedn_MeContext & "/" & moid_Aal5TpVccTp or RXI_AAL5_Link.nedn_SubNetwork & "/" & nedn_MeContext & "/" & moid_Aal5TpVccTp 
    TechnologyTechnology of the network/element (e.g. GSM, GPRS, UMTS).  RNC_AAL5_Link."UMTS" or NODEB_AAL5_Link."UMTS" or RXI_AAL5_Link."UMTS"; RNC_AAL5_Link."UMTS" or NODEB_AAL5_Link."UMTS" or RXI_AAL5_Link."UMTS" 
    VersionHardware/Software version of the AAL5 TP VCC TP.  RNC_AAL5_Link."P7.1" or NODEB_AAL5_Link."P7.1" or RXI_AAL5_Link."P7.1"; RNC_AAL5_Link."P7.1" or NODEB_AAL5_Link."P7.1" or RXI_AAL5_Link."P7.1" 
    Node_TypeType of Node.  RNC_AAL5_Link."RNC" or NODEB_AAL5_Link."NodeB" or RXI_AAL5_Link."RXI" ; RNC_AAL5_Link."RNC" or NODEB_AAL5_Link."NodeB" or RXI_AAL5_Link."RXI" 
    Node_IdThe unique identifier for the node this object is connected to  No mapping; No mapping 
    Node_NameA user friendly name for this node the object is connected to  No mapping; No mapping 


    6.7 Antenna_Branch details

    In the network hierarchy, the immediate parent of the Antenna_Branch object is NodeB.

    Attribute NameDescriptionRead-Only?Time-Tracked?MappingAggregator
    Primary Identifier
    Antenna_Branch_IdA unique identifier for the Antenna Branch.Y ManagedElement_Equipment_Sector_AntennaBranch.nedn_SubNetwork & "/" & nedn_MeContext & "/" & moid_Equipment & "/" & moid_SectorAntenna & "/" & moid_AntennaBranch; ManagedElement_Equipment_Sector_AntennaBranch.nedn_SubNetwork & "/" & nedn_MeContext & "/" & moid_Equipment & "/" & moid_SectorAntenna & "/" & moid_AntennaBranch 
    Relationship Attributes
    NodeB_IdA unique identifier for the NodeB.YYManagedElement_Equipment_Sector_AntennaBranch.nedn_SubNetwork & "/" & nedn_MeContext; ManagedElement_Equipment_Sector_AntennaBranch.nedn_SubNetwork & "/" & nedn_MeContext 
    RNC_IdA unique identifier for the RNC.YYManagedElement_Equipment_Sector_AntennaBranch.nedn_SubNetwork; ManagedElement_Equipment_Sector_AntennaBranch.nedn_SubNetwork 
    SGSN_IdIdentifier of the SGSN.YYNo mapping; No mapping 
    Region_IdRegion of the Antenna Branch / NodeB.YYlookup("nc_bsc","region_id",utime(StartDate & StartTime,"%d %b %Y %R"), nedn_SubNetwork); lookup("nc_bsc","region_id",utime(StartDate & StartTime,"%d %b %Y %R"), nedn_SubNetwork) 
    Network_IdIdentifier of the Network / PLMN.YYlookup("nc_bsc","network_id",utime(StartDate & StartTime,"%d %b %Y %R"), nedn_SubNetwork); lookup("nc_bsc","network_id",utime(StartDate & StartTime,"%d %b %Y %R"), nedn_SubNetwork) 
    Configuration Attributes
    Antenna_Branch_NameA user friendly name preferably unique for the Antenna Branch.  ManagedElement_Equipment_Sector_AntennaBranch.nedn_MeContext & "/" & moid_Equipment & "/" & moid_SectorAntenna & "/" & moid_AntennaBranch; ManagedElement_Equipment_Sector_AntennaBranch.nedn_MeContext & "/" & moid_Equipment & "/" & moid_SectorAntenna & "/" & moid_AntennaBranch 
    Antenna_Branch_VersionHardware/Software version of the Antenna Branch.  "P7.1"; "P7.1" 
    TechnologyTechnology of the network/element (e.g. GSM, GPRS, UMTS).  "UMTS"; "UMTS" 


    6.8 ATM_Port details

    In the network hierarchy, the immediate parent of the ATM_Port object is Region.

    Attribute NameDescriptionRead-Only?Time-Tracked?MappingAggregator
    Primary Identifier
    ATM_Port_IdA unique identifier for the ATM Port.Y RNC_ATM_Physical_Link.nedn_SubNetwork & "/" & moid_AtmPort or NODEB_ATM_Physical_Link.nedn_SubNetwork & "/" & nedn_MeContext & "/" & moid_AtmPort or RXI_ATM_Physical_Link.nedn_SubNetwork & "/" & nedn_MeContext & "/" & moid_AtmPort; RNC_ATM_Physical_Link.nedn_SubNetwork & "/" & moid_AtmPort or NODEB_ATM_Physical_Link.nedn_SubNetwork & "/" & nedn_MeContext & "/" & moid_AtmPort or RXI_ATM_Physical_Link.nedn_SubNetwork & "/" & nedn_MeContext & "/" & moid_AtmPort 
    Relationship Attributes
    Network_IdNetwork associated with the ATM Port.YYlookup("nc_bsc","network_id",utime(StartDate & StartTime,"%d %b %Y %R"), RNC_ATM_Physical_Link.nedn_SubNetwork) or lookup("nc_bsc","network_id",utime(StartDate & StartTime,"%d %b %Y %R"), NODEB_ATM_Physical_Link.nedn_SubNetwork) or lookup("nc_bsc","network_id",utime(StartDate & StartTime,"%d %b %Y %R"), RXI_ATM_Physical_Link.nedn_SubNetwork); lookup("nc_bsc","network_id",utime(StartDate & StartTime,"%d %b %Y %R"), RNC_ATM_Physical_Link.nedn_SubNetwork) or lookup("nc_bsc","network_id",utime(StartDate & StartTime,"%d %b %Y %R"), NODEB_ATM_Physical_Link.nedn_SubNetwork) or lookup("nc_bsc","network_id",utime(StartDate & StartTime,"%d %b %Y %R"), RXI_ATM_Physical_Link.nedn_SubNetwork) 
    Region_IdRegion associated with the ATM Port.YYlookup("nc_bsc","region_id",utime(StartDate & StartTime,"%d %b %Y %R"), RNC_ATM_Physical_Link.nedn_SubNetwork) or lookup("nc_bsc","region_id",utime(StartDate & StartTime,"%d %b %Y %R"), NODEB_ATM_Physical_Link.nedn_SubNetwork) or lookup("nc_bsc","region_id",utime(StartDate & StartTime,"%d %b %Y %R"), RXI_ATM_Physical_Link.nedn_SubNetwork); lookup("nc_bsc","region_id",utime(StartDate & StartTime,"%d %b %Y %R"), RNC_ATM_Physical_Link.nedn_SubNetwork) or lookup("nc_bsc","region_id",utime(StartDate & StartTime,"%d %b %Y %R"), NODEB_ATM_Physical_Link.nedn_SubNetwork) or lookup("nc_bsc","region_id",utime(StartDate & StartTime,"%d %b %Y %R"), RXI_ATM_Physical_Link.nedn_SubNetwork) 
    Configuration Attributes
    ATM_Port_NameA user friendly name preferably unique for the ATM Port.  RNC_ATM_Physical_Link.nedn_SubNetwork & "/" & moid_AtmPort or NODEB_ATM_Physical_Link.nedn_SubNetwork & "/" & nedn_MeContext & "/" & moid_AtmPort or RXI_ATM_Physical_Link.nedn_SubNetwork & "/" & nedn_MeContext & "/" & moid_AtmPort; RNC_ATM_Physical_Link.nedn_SubNetwork & "/" & moid_AtmPort or NODEB_ATM_Physical_Link.nedn_SubNetwork & "/" & nedn_MeContext & "/" & moid_AtmPort or RXI_ATM_Physical_Link.nedn_SubNetwork & "/" & nedn_MeContext & "/" & moid_AtmPort 
    ATM_Port_TypeType of ATM Port.  No mapping; No mapping 
    ATM_Port_VersionHardware/Software version of the ATM Port.  RNC_ATM_Physical_Link."P7.1" or NODEB_ATM_Physical_Link."P7.1" or RXI_ATM_Physical_Link."P7.1"; RNC_ATM_Physical_Link."P7.1" or NODEB_ATM_Physical_Link."P7.1" or RXI_ATM_Physical_Link."P7.1" 
    Node_IdA unique identifier for the Node.  RNC_ATM_Physical_Link.nedn_SubNetwork or NODEB_ATM_Physical_Link.nedn_SubNetwork & "/" & nedn_MeContext or RXI_ATM_Physical_Link.nedn_SubNetwork & "/" & nedn_MeContext; RNC_ATM_Physical_Link.nedn_SubNetwork or NODEB_ATM_Physical_Link.nedn_SubNetwork & "/" & nedn_MeContext or RXI_ATM_Physical_Link.nedn_SubNetwork & "/" & nedn_MeContext 
    Node_NameA user friendly name peferably unique for the Node.  No mapping; No mapping 
    Node_TypeType of the Node.  RNC_ATM_Physical_Link."RNC" or NODEB_ATM_Physical_Link."NodeB" or RXI_ATM_Physical_Link."RXI"; RNC_ATM_Physical_Link."RNC" or NODEB_ATM_Physical_Link."NodeB" or RXI_ATM_Physical_Link."RXI" 
    TechnologyTechnology of the network/element (e.g. GSM, GPRS, UMTS).  RNC_ATM_Physical_Link."UMTS" or NODEB_ATM_Physical_Link."UMTS" or RXI_ATM_Physical_Link."UMTS"; RNC_ATM_Physical_Link."UMTS" or NODEB_ATM_Physical_Link."UMTS" or RXI_ATM_Physical_Link."UMTS" 


    6.9 BS_Carrier details

    In the network hierarchy, the immediate parent of the BS_Carrier object is NodeB.

    Attribute NameDescriptionRead-Only?Time-Tracked?MappingAggregator
    Primary Identifier
    BS_Carrier_IdA unique identifier for the BS Carrier.Y ME_NodeBFunction_RbsLocalCell_Carrier.nedn_SubNetwork & "/" & nedn_MeContext & "/" & moid_Sector & "/" & moid_Carrier; ME_NodeBFunction_RbsLocalCell_Carrier.nedn_SubNetwork & "/" & nedn_MeContext & "/" & moid_Sector & "/" & moid_Carrier 
    Relationship Attributes
    Network_IdIdentifier of the Network / PLMN.YYlookup("nc_bsc","network_id",utime(StartDate & StartTime,"%d %b %Y %R"), nedn_SubNetwork); lookup("nc_bsc","network_id",utime(StartDate & StartTime,"%d %b %Y %R"), nedn_SubNetwork) 
    NodeB_IdA unique identifier for the NodeB.YYME_NodeBFunction_RbsLocalCell_Carrier.nedn_SubNetwork & "/" & nedn_MeContext; ME_NodeBFunction_RbsLocalCell_Carrier.nedn_SubNetwork & "/" & nedn_MeContext 
    RNC_IdA unique identifier for the RNC.YYME_NodeBFunction_RbsLocalCell_Carrier.nedn_SubNetwork; ME_NodeBFunction_RbsLocalCell_Carrier.nedn_SubNetwork 
    Region_IdIdentifier of the Region.YYlookup("nc_bsc","region_id",utime(StartDate & StartTime,"%d %b %Y %R"), nedn_SubNetwork); lookup("nc_bsc","region_id",utime(StartDate & StartTime,"%d %b %Y %R"), nedn_SubNetwork) 
    Configuration Attributes
    BS_Carrier_NameA user friendly name preferably unique for the BS Carrier.  ME_NodeBFunction_RbsLocalCell_Carrier.nedn_SubNetwork & "/" & nedn_MeContext & "/" & moid_Sector & "/" & moid_Carrier; ME_NodeBFunction_RbsLocalCell_Carrier.nedn_SubNetwork & "/" & nedn_MeContext & "/" & moid_Sector & "/" & moid_Carrier 
    BS_Carrier_FrequencyDesignated Node B carrier frequency.  No mapping; No mapping 
    BS_Carrier_VersionHardware/Software version of the BS_Carrier.  "P7.1"; "P7.1" 
    TechnologyTechnology of the network/element (e.g. GSM, GPRS, UMTS).  "UMTS"; "UMTS" 


    6.10 CC_SP_Device details

    In the network hierarchy, the immediate parent of the CC_SP_Device object is RNC.

    Attribute NameDescriptionRead-Only?Time-Tracked?MappingAggregator
    Primary Identifier
    CC_SP_Device_IdThe primary identifier of the CC_SP_Device.Y ME_Eqpt_SpDevicePool_CcDevice.nedn_SubNetwork & "/" & moid_Equipment & "/" & moid_SpDevicePool & "/CC-" & moid_CcDevice; ME_Eqpt_SpDevicePool_CcDevice.nedn_SubNetwork & "/" & moid_Equipment & "/" & moid_SpDevicePool & "/CC-" & moid_CcDevice 
    Relationship Attributes
    RNC_IdRNC in a UTRAN network.YYME_Eqpt_SpDevicePool_CcDevice.nedn_SubNetwork; ME_Eqpt_SpDevicePool_CcDevice.nedn_SubNetwork 
    Network_IdNetwork associated with the CC SP DeviceYYlookup("nc_bsc","network_id",utime(StartDate & StartTime,"%d %b %Y %R"), nedn_SubNetwork); lookup("nc_bsc","network_id",utime(StartDate & StartTime,"%d %b %Y %R"), nedn_SubNetwork) 
    Region_IdRegion associated with the CC SP Device.YYlookup("nc_bsc","region_id",utime(StartDate & StartTime,"%d %b %Y %R"), nedn_SubNetwork); lookup("nc_bsc","region_id",utime(StartDate & StartTime,"%d %b %Y %R"), nedn_SubNetwork) 
    Configuration Attributes
    CC_SP_Device_NameThe meaningful name of the CC_SP_Device.  ME_Eqpt_SpDevicePool_CcDevice.nedn_SubNetwork & "/" & moid_Equipment & "/" & moid_SpDevicePool & "/CC-" & moid_CcDevice; ME_Eqpt_SpDevicePool_CcDevice.nedn_SubNetwork & "/" & moid_Equipment & "/" & moid_SpDevicePool & "/CC-" & moid_CcDevice 
    TechnologyTechnology of the network/element (e.g. GSM, GPRS, UMTS).  "UMTS"; "UMTS" 
    VersionHardware/Software version of the CC SP Device.  "P7.1"; "P7.1" 


    6.11 CchFrameSynch details

    In the network hierarchy, the immediate parent of the CchFrameSynch object is RNC.

    Attribute NameDescriptionRead-Only?Time-Tracked?MappingAggregator
    Primary Identifier
    CchFrameSynch_IdA unique identifier for the CchFrameSynch.Y ManagedElement_RncFunction_CchFrameSynch.nedn_SubNetwork & "/" & moid_CchFrameSynch; ManagedElement_RncFunction_CchFrameSynch.nedn_SubNetwork & "/" & moid_CchFrameSynch 
    Relationship Attributes
    RNC_IdA unique identifier for the RNC.YYManagedElement_RncFunction_CchFrameSynch.nedn_SubNetwork; ManagedElement_RncFunction_CchFrameSynch.nedn_SubNetwork 
    Region_IdRegion of the CchFrameSynch / RNC.YYlookup("nc_bsc","region_id",utime(ManagedElement_RncFunction_CchFrameSynch.StartDate & StartTime,"%d %b %Y %R"), nedn_SubNetwork); lookup("nc_bsc","region_id",utime(ManagedElement_RncFunction_CchFrameSynch.StartDate & StartTime,"%d %b %Y %R"), nedn_SubNetwork) 
    Network_IdIdentifier of the Network / PLMN.YYlookup("nc_bsc","network_id",utime(ManagedElement_RncFunction_CchFrameSynch.StartDate & StartTime,"%d %b %Y %R"), nedn_SubNetwork); lookup("nc_bsc","network_id",utime(ManagedElement_RncFunction_CchFrameSynch.StartDate & StartTime,"%d %b %Y %R"), nedn_SubNetwork) 
    Configuration Attributes
    CchFrameSynch_NameA user friendly name preferably unique for the CchFrameSynch.  ManagedElement_RncFunction_CchFrameSynch.nedn_SubNetwork & "/" & moid_CchFrameSynch; ManagedElement_RncFunction_CchFrameSynch.nedn_SubNetwork & "/" & moid_CchFrameSynch 
    VersionHardware/Software version of the object that manage the CchFrameSynch.  "P7.1"; "P7.1" 
    TechnologyTechnology of the network/element (e.g. GSM, GPRS, UMTS).Y "UMTS"; "UMTS" 


    6.12 CDMA_Channel details

    In the network hierarchy, the immediate parent of the CDMA_Channel object is Cell.

    Attribute NameDescriptionRead-Only?Time-Tracked?MappingAggregator
    Primary Identifier
    CDMA_Channel_IdA unique identifier for the CDMA Channel.Y ME_NodeBFunction_Sector_Carrier_Prach.nedn_SubNetwork & "/" & nedn_MeContext & "/" & moid_Sector & "/" & moid_Carrier & "/" & moid_Prach or ManagedElement_NodeBFunction_Carrier_Sccpch.nedn_SubNetwork & "/" & nedn_MeContext & "/" & moid_Sector & "/" & moid_Carrier & "/" & moid_Sccpch or ManagedElement_NodeBFunction_Sector_Carrier_Aich.nedn_SubNetwork & "/" & nedn_MeContext & "/" & moid_Sector & "/" & moid_Carrier & "/" & moid_Aich or ME_NodeBFunction_Sector_Carrier_EDchResources.nedn_SubNetwork & "/" & nedn_MeContext & "/" & moid_Sector & "/" & moid_Carrier & "/"& moid_EDchResources or ME_NodeBFunction_HsDschResources.nedn_SubNetwork & "/" & nedn_MeContext & "/" & moid_Sector & "/" & moid_Carrier & "/" & moid_HsDschResources; ME_NodeBFunction_Sector_Carrier_Prach.nedn_SubNetwork & "/" & nedn_MeContext & "/" & moid_Sector & "/" & moid_Carrier & "/" & moid_Prach or ManagedElement_NodeBFunction_Carrier_Sccpch.nedn_SubNetwork & "/" & nedn_MeContext & "/" & moid_Sector & "/" & moid_Carrier & "/" & moid_Sccpch or ManagedElement_NodeBFunction_Sector_Carrier_Aich.nedn_SubNetwork & "/" & nedn_MeContext & "/" & moid_Sector & "/" & moid_Carrier & "/" & moid_Aich or ME_NodeBFunction_Sector_Carrier_EDchResources.nedn_SubNetwork & "/" & nedn_MeContext & "/" & moid_Sector & "/" & moid_Carrier & "/"& moid_EDchResources or ME_NodeBFunction_HsDschResources.nedn_SubNetwork & "/" & nedn_MeContext & "/" & moid_Sector & "/" & moid_Carrier & "/" & moid_HsDschResources 
    Relationship Attributes
    Cell_IdA unique identifier for the Cell.YYME_NodeBFunction_Sector_Carrier_Prach.UtranCell_id or ManagedElement_NodeBFunction_Sector_Carrier_Aich.UtranCell_id or ManagedElement_NodeBFunction_Carrier_Sccpch.UtranCell_id or ME_NodeBFunction_Sector_Carrier_EDchResources.UtranCell_id or ME_NodeBFunction_HsDschResources.UtranCell_id ; ME_NodeBFunction_Sector_Carrier_Prach.UtranCell_id or ManagedElement_NodeBFunction_Sector_Carrier_Aich.UtranCell_id or ManagedElement_NodeBFunction_Carrier_Sccpch.UtranCell_id or ME_NodeBFunction_Sector_Carrier_EDchResources.UtranCell_id or ME_NodeBFunction_HsDschResources.UtranCell_id  
    NodeB_IdA unique identifier for the NodeB.YYME_NodeBFunction_Sector_Carrier_Prach.nedn_SubNetwork & "/" & nedn_MeContext or ManagedElement_NodeBFunction_Sector_Carrier_Aich.nedn_SubNetwork & "/" & nedn_MeContext or ManagedElement_NodeBFunction_Carrier_Sccpch.nedn_SubNetwork & "/" & nedn_MeContext or ME_NodeBFunction_Sector_Carrier_EDchResources.nedn_SubNetwork & "/" & nedn_MeContext or ME_NodeBFunction_HsDschResources.nedn_SubNetwork & "/" & nedn_MeContext; ME_NodeBFunction_Sector_Carrier_Prach.nedn_SubNetwork & "/" & nedn_MeContext or ManagedElement_NodeBFunction_Sector_Carrier_Aich.nedn_SubNetwork & "/" & nedn_MeContext or ManagedElement_NodeBFunction_Carrier_Sccpch.nedn_SubNetwork & "/" & nedn_MeContext or ME_NodeBFunction_Sector_Carrier_EDchResources.nedn_SubNetwork & "/" & nedn_MeContext or ME_NodeBFunction_HsDschResources.nedn_SubNetwork & "/" & nedn_MeContext 
    RNC_IdA unique identifier for the RNC.YYME_NodeBFunction_Sector_Carrier_Prach.nedn_SubNetwork or ManagedElement_NodeBFunction_Sector_Carrier_Aich.nedn_SubNetwork or ManagedElement_NodeBFunction_Carrier_Sccpch.nedn_SubNetwork or ME_NodeBFunction_Sector_Carrier_EDchResources.nedn_SubNetwork or ME_NodeBFunction_HsDschResources.nedn_SubNetwork; ME_NodeBFunction_Sector_Carrier_Prach.nedn_SubNetwork or ManagedElement_NodeBFunction_Sector_Carrier_Aich.nedn_SubNetwork or ManagedElement_NodeBFunction_Carrier_Sccpch.nedn_SubNetwork or ME_NodeBFunction_Sector_Carrier_EDchResources.nedn_SubNetwork or ME_NodeBFunction_HsDschResources.nedn_SubNetwork 
    Region_IdRegion of the CDMA Channel / NodeB.YYlookup("nc_bsc","region_id",utime(StartDate & StartTime,"%d %b %Y %R"), ME_NodeBFunction_Sector_Carrier_Prach.nedn_SubNetwork) or lookup("nc_bsc","region_id",utime(StartDate & StartTime,"%d %b %Y %R"), ManagedElement_NodeBFunction_Carrier_Sccpch.nedn_SubNetwork) or lookup("nc_bsc","region_id",utime(StartDate & StartTime,"%d %b %Y %R"), ManagedElement_NodeBFunction_Sector_Carrier_Aich.nedn_SubNetwork) or lookup("nc_bsc","region_id",utime(StartDate & StartTime,"%d %b %Y %R"), ME_NodeBFunction_Sector_Carrier_EDchResources.nedn_SubNetwork) or lookup("nc_bsc","region_id",utime(StartDate & StartTime,"%d %b %Y %R"), ME_NodeBFunction_HsDschResources.nedn_SubNetwork); lookup("nc_bsc","region_id",utime(StartDate & StartTime,"%d %b %Y %R"), ME_NodeBFunction_Sector_Carrier_Prach.nedn_SubNetwork) or lookup("nc_bsc","region_id",utime(StartDate & StartTime,"%d %b %Y %R"), ManagedElement_NodeBFunction_Carrier_Sccpch.nedn_SubNetwork) or lookup("nc_bsc","region_id",utime(StartDate & StartTime,"%d %b %Y %R"), ManagedElement_NodeBFunction_Sector_Carrier_Aich.nedn_SubNetwork) or lookup("nc_bsc","region_id",utime(StartDate & StartTime,"%d %b %Y %R"), ME_NodeBFunction_Sector_Carrier_EDchResources.nedn_SubNetwork) or lookup("nc_bsc","region_id",utime(StartDate & StartTime,"%d %b %Y %R"), ME_NodeBFunction_HsDschResources.nedn_SubNetwork) 
    Network_IdIdentifier of the Network / PLMN.YYlookup("nc_bsc","network_id",utime(StartDate & StartTime,"%d %b %Y %R"), ME_NodeBFunction_Sector_Carrier_Prach.nedn_SubNetwork) or lookup("nc_bsc","network_id",utime(StartDate & StartTime,"%d %b %Y %R"), ManagedElement_NodeBFunction_Carrier_Sccpch.nedn_SubNetwork) or lookup("nc_bsc","network_id",utime(StartDate & StartTime,"%d %b %Y %R"), ManagedElement_NodeBFunction_Sector_Carrier_Aich.nedn_SubNetwork) or lookup("nc_bsc","network_id",utime(StartDate & StartTime,"%d %b %Y %R"), ME_NodeBFunction_Sector_Carrier_EDchResources.nedn_SubNetwork) or lookup("nc_bsc","network_id",utime(StartDate & StartTime,"%d %b %Y %R"), ME_NodeBFunction_HsDschResources.nedn_SubNetwork); lookup("nc_bsc","network_id",utime(StartDate & StartTime,"%d %b %Y %R"), ME_NodeBFunction_Sector_Carrier_Prach.nedn_SubNetwork) or lookup("nc_bsc","network_id",utime(StartDate & StartTime,"%d %b %Y %R"), ManagedElement_NodeBFunction_Carrier_Sccpch.nedn_SubNetwork) or lookup("nc_bsc","network_id",utime(StartDate & StartTime,"%d %b %Y %R"), ManagedElement_NodeBFunction_Sector_Carrier_Aich.nedn_SubNetwork) or lookup("nc_bsc","network_id",utime(StartDate & StartTime,"%d %b %Y %R"), ME_NodeBFunction_Sector_Carrier_EDchResources.nedn_SubNetwork) or lookup("nc_bsc","network_id",utime(StartDate & StartTime,"%d %b %Y %R"), ME_NodeBFunction_HsDschResources.nedn_SubNetwork) 
    Configuration Attributes
    CDMA_Channel_NameA user friendly name preferably unique for the CDMA Channel.  ME_NodeBFunction_Sector_Carrier_Prach.nedn_SubNetwork & "/" & nedn_MeContext & "/" & moid_Sector & "/" & moid_Carrier & "/Prach_" & moid_Prach or ManagedElement_NodeBFunction_Sector_Carrier_Aich.nedn_SubNetwork & "/" & nedn_MeContext & "/" & moid_Sector & "/" & moid_Carrier & "/Aich_" & moid_Aich or ManagedElement_NodeBFunction_Carrier_Sccpch.nedn_SubNetwork & "/" & nedn_MeContext & "/" & moid_Sector & "/" & moid_Carrier & "/Sccpch_" & moid_Sccpch or ME_NodeBFunction_Sector_Carrier_EDchResources.nedn_SubNetwork & "/" & nedn_MeContext & "/" & moid_Sector & "/" & moid_Carrier & "/EDch_" & moid_EDchResources or ME_NodeBFunction_HsDschResources.nedn_SubNetwork & "/" & nedn_MeContext & "/" & moid_Sector & "/" & moid_Carrier & "/HsDsch_" & moid_HsDschResources; ME_NodeBFunction_Sector_Carrier_Prach.nedn_SubNetwork & "/" & nedn_MeContext & "/" & moid_Sector & "/" & moid_Carrier & "/Prach_" & moid_Prach or ManagedElement_NodeBFunction_Sector_Carrier_Aich.nedn_SubNetwork & "/" & nedn_MeContext & "/" & moid_Sector & "/" & moid_Carrier & "/Aich_" & moid_Aich or ManagedElement_NodeBFunction_Carrier_Sccpch.nedn_SubNetwork & "/" & nedn_MeContext & "/" & moid_Sector & "/" & moid_Carrier & "/Sccpch_" & moid_Sccpch or ME_NodeBFunction_Sector_Carrier_EDchResources.nedn_SubNetwork & "/" & nedn_MeContext & "/" & moid_Sector & "/" & moid_Carrier & "/EDch_" & moid_EDchResources or ME_NodeBFunction_HsDschResources.nedn_SubNetwork & "/" & nedn_MeContext & "/" & moid_Sector & "/" & moid_Carrier & "/HsDsch_" & moid_HsDschResources 
    CDMA_Channel_NumberDesignated CDMA Channel number.  No mapping; No mapping 
    CDMA_Channel_TypeType of CDMA Channel.  ME_NodeBFunction_Sector_Carrier_Prach."PRACH" or ManagedElement_NodeBFunction_Sector_Carrier_Aich."AICH" or ManagedElement_NodeBFunction_Carrier_Sccpch."SCCPCH" or ME_NodeBFunction_Sector_Carrier_EDchResources."EDch" or ME_NodeBFunction_HsDschResources."HSDSCh"; ME_NodeBFunction_Sector_Carrier_Prach."PRACH" or ManagedElement_NodeBFunction_Sector_Carrier_Aich."AICH" or ManagedElement_NodeBFunction_Carrier_Sccpch."SCCPCH" or ME_NodeBFunction_Sector_Carrier_EDchResources."EDch" or ME_NodeBFunction_HsDschResources."HSDSCh" 
    CDMA_Channel_VersionHardware/Software version of the CDMA Channel.  ME_NodeBFunction_Sector_Carrier_Prach."P7.1" or ManagedElement_NodeBFunction_Sector_Carrier_Aich."P7.1" or ManagedElement_NodeBFunction_Carrier_Sccpch."P7.1" or ME_NodeBFunction_Sector_Carrier_EDchResources."P7.1" or ME_NodeBFunction_HsDschResources."P7.1"; ME_NodeBFunction_Sector_Carrier_Prach."P7.1" or ManagedElement_NodeBFunction_Sector_Carrier_Aich."P7.1" or ManagedElement_NodeBFunction_Carrier_Sccpch."P7.1" or ME_NodeBFunction_Sector_Carrier_EDchResources."P7.1" or ME_NodeBFunction_HsDschResources."P7.1" 
    TechnologyTechnology of the network/element (e.g. UMTS).  ME_NodeBFunction_Sector_Carrier_Prach."UMTS" or ManagedElement_NodeBFunction_Carrier_Sccpch."UMTS" or ManagedElement_NodeBFunction_Sector_Carrier_Aich."UMTS" or ME_NodeBFunction_Sector_Carrier_EDchResources."UMTS" or ME_NodeBFunction_HsDschResources."UMTS" ; ME_NodeBFunction_Sector_Carrier_Prach."UMTS" or ManagedElement_NodeBFunction_Carrier_Sccpch."UMTS" or ManagedElement_NodeBFunction_Sector_Carrier_Aich."UMTS" or ME_NodeBFunction_Sector_Carrier_EDchResources."UMTS" or ME_NodeBFunction_HsDschResources."UMTS"  


    6.13 Cell details

    In the network hierarchy, the immediate parents of the Cell object are: BS, LAC, PCU, Registration_Area and Routing_Area.


    Attribute NameDescriptionRead-Only?Time-Tracked?MappingAggregator
    Primary Identifier
    Cell_IdA unique identifier for the Cell.Y ManagedElement_RncFunction_UtranCell.moid_UtranCell or ManagedElement_RncFunction_UtranCell_GsmRelation.moid_UtranCell or ManagedElement_RncFunction_UtranCell_UtranRelation.moid_UtranCell; ManagedElement_RncFunction_UtranCell.moid_UtranCell or ManagedElement_RncFunction_UtranCell_GsmRelation.moid_UtranCell or ManagedElement_RncFunction_UtranCell_UtranRelation.moid_UtranCell; UtranCell.UtranCell_id 
    Relationship Attributes
    BSC_IdA unique identifier for the BSC.YYManagedElement_RncFunction_UtranCell.nedn_SubNetwork or ManagedElement_RncFunction_UtranCell_GsmRelation.nedn_SubNetwork or ManagedElement_RncFunction_UtranCell_UtranRelation.nedn_SubNetwork; ManagedElement_RncFunction_UtranCell.nedn_SubNetwork or ManagedElement_RncFunction_UtranCell_GsmRelation.nedn_SubNetwork or ManagedElement_RncFunction_UtranCell_UtranRelation.nedn_SubNetwork; UtranCell.utranCellIubLink_MeContext 
    BS_IdA unique identifier for the BS at which the Cell is located. The BS at which the cell is located.YYManagedElement_RncFunction_UtranCell.nedn_SubNetwork & "/" & nedn_MeContext_NodeB or ManagedElement_RncFunction_UtranCell_GsmRelation.nedn_SubNetwork & "/" & nedn_MeContext_NodeB or ManagedElement_RncFunction_UtranCell_UtranRelation.nedn_SubNetwork & "/" & nedn_MeContext_NodeB; ManagedElement_RncFunction_UtranCell.nedn_SubNetwork & "/" & nedn_MeContext_NodeB or ManagedElement_RncFunction_UtranCell_GsmRelation.nedn_SubNetwork & "/" & nedn_MeContext_NodeB or ManagedElement_RncFunction_UtranCell_UtranRelation.nedn_SubNetwork & "/" & nedn_MeContext_NodeB; UtranCell.utranCellIubLink_MeContext & "/" & substr(utranCellIubLink_IubLink,-1,4) 
    GPRS_Cell_IdA unique identifier for the Cell.YYNo mapping; No mapping; No mapping 
    LAC_IdThe Location Area Code encompassing the Cell.YYUtranCell.lac 
    MSC_IdA unique identifier for the MSC.YYlookup("nc_bsc","msc_id",utime(StartDate & StartTime,"%d %b %Y %R"), ManagedElement_RncFunction_UtranCell.nedn_SubNetwork) or lookup("nc_bsc","msc_id",utime(StartDate & StartTime,"%d %b %Y %R"), ManagedElement_RncFunction_UtranCell_GsmRelation.nedn_SubNetwork) or lookup("nc_bsc","msc_id",utime(StartDate & StartTime,"%d %b %Y %R"), ManagedElement_RncFunction_UtranCell_UtranRelation.nedn_SubNetwork); lookup("nc_bsc","msc_id",utime(StartDate & StartTime,"%d %b %Y %R"), ManagedElement_RncFunction_UtranCell.nedn_SubNetwork) or lookup("nc_bsc","msc_id",utime(StartDate & StartTime,"%d %b %Y %R"), ManagedElement_RncFunction_UtranCell_GsmRelation.nedn_SubNetwork) or lookup("nc_bsc","msc_id",utime(StartDate & StartTime,"%d %b %Y %R"), ManagedElement_RncFunction_UtranCell_UtranRelation.nedn_SubNetwork); lookup("nc_bsc","msc_id",now(),utranCellIubLink_MeContext) 
    NSVC_IdA unique identifier for the NSVC.YYNo mapping; No mapping; No mapping 
    Network_IdNetwork associated with the Cell.YYManagedElement_RncFunction_UtranCell.NETWORK_ID or ManagedElement_RncFunction_UtranCell_GsmRelation.NETWORK_ID or ManagedElement_RncFunction_UtranCell_UtranRelation.NETWORK_ID; ManagedElement_RncFunction_UtranCell.NETWORK_ID or ManagedElement_RncFunction_UtranCell_GsmRelation.NETWORK_ID or ManagedElement_RncFunction_UtranCell_UtranRelation.NETWORK_ID; lookup("nc_bsc","network_id",now(),utranCellIubLink_MeContext) 
    PCU_IdA unique identifier for the PCU.YYNo mapping; No mapping; No mapping 
    Region_IdRegion associated with the Cell.YYManagedElement_RncFunction_UtranCell.REGION_ID or ManagedElement_RncFunction_UtranCell_GsmRelation.REGION_ID or ManagedElement_RncFunction_UtranCell_UtranRelation.REGION_ID; ManagedElement_RncFunction_UtranCell.REGION_ID or ManagedElement_RncFunction_UtranCell_GsmRelation.REGION_ID or ManagedElement_RncFunction_UtranCell_UtranRelation.REGION_ID; lookup("nc_bsc","region_id",now(),utranCellIubLink_MeContext) 
    Registration_Area_IdA unique identifier for the Registration_Area.YYNo mapping; No mapping; No mapping 
    Routing_Area_IdA unique identifier for the Routing_Area.YYNo mapping; No mapping; UtranCell.lac & "/" & rac 
    SGSN_IdA unique identifier for the SGSN.YYlookup("nc_bsc","sgsn_id",utime(StartDate & StartTime,"%d %b %Y %R"), ManagedElement_RncFunction_UtranCell.nedn_SubNetwork) or lookup("nc_bsc","sgsn_id",utime(StartDate & StartTime,"%d %b %Y %R"), ManagedElement_RncFunction_UtranCell_GsmRelation.nedn_SubNetwork) or lookup("nc_bsc","sgsn_id",utime(StartDate & StartTime,"%d %b %Y %R"), ManagedElement_RncFunction_UtranCell_UtranRelation.nedn_SubNetwork); lookup("nc_bsc","sgsn_id",utime(StartDate & StartTime,"%d %b %Y %R"), ManagedElement_RncFunction_UtranCell.nedn_SubNetwork) or lookup("nc_bsc","sgsn_id",utime(StartDate & StartTime,"%d %b %Y %R"), ManagedElement_RncFunction_UtranCell_GsmRelation.nedn_SubNetwork) or lookup("nc_bsc","sgsn_id",utime(StartDate & StartTime,"%d %b %Y %R"), ManagedElement_RncFunction_UtranCell_UtranRelation.nedn_SubNetwork); lookup("nc_bsc","sgsn_id",now(),utranCellIubLink_MeContext) 
    UMTS_Cell_IdA unique identifier for the Cell.YYManagedElement_RncFunction_UtranCell.moid_UtranCell or ManagedElement_RncFunction_UtranCell_GsmRelation.moid_UtranCell or ManagedElement_RncFunction_UtranCell_UtranRelation.moid_UtranCell; ManagedElement_RncFunction_UtranCell.moid_UtranCell or ManagedElement_RncFunction_UtranCell_GsmRelation.moid_UtranCell or ManagedElement_RncFunction_UtranCell_UtranRelation.moid_UtranCell; UtranCell.UtranCell_id 
    Configuration Attributes
    Cell_NameA user friendly name preferably unique for the Cell.  ManagedElement_RncFunction_UtranCell.moid_UtranCell or ManagedElement_RncFunction_UtranCell_GsmRelation.moid_UtranCell or ManagedElement_RncFunction_UtranCell_UtranRelation.moid_UtranCell; ManagedElement_RncFunction_UtranCell.moid_UtranCell or ManagedElement_RncFunction_UtranCell_GsmRelation.moid_UtranCell or ManagedElement_RncFunction_UtranCell_UtranRelation.moid_UtranCell; UtranCell.userLabel 
    BCH_PowerBroadcast channel power.  No mapping; No mapping; UtranCell.bchPower 
    BVC_IdA unique identifier for the BVC.  No mapping; No mapping; No mapping 
    Cell_DescriptionDescription of Cell.  No mapping; No mapping; No mapping 
    Cell_TypeIs the cell omni_directional, or a sector, or micro/pico/macro/umbrella cell, etc.  ManagedElement_RncFunction_UtranCell."UMTS" or ManagedElement_RncFunction_UtranCell_GsmRelation."UMTS" or ManagedElement_RncFunction_UtranCell_UtranRelation."UMTS"; ManagedElement_RncFunction_UtranCell."UMTS" or ManagedElement_RncFunction_UtranCell_GsmRelation."UMTS" or ManagedElement_RncFunction_UtranCell_UtranRelation."UMTS"; "UMTS" 
    Cell_VersionHardware/Software version of the Cell.  ManagedElement_RncFunction_UtranCell."P7.1" or ManagedElement_RncFunction_UtranCell_GsmRelation."P7.1" or ManagedElement_RncFunction_UtranCell_UtranRelation."P7.1"; ManagedElement_RncFunction_UtranCell."P7.1" or ManagedElement_RncFunction_UtranCell_GsmRelation."P7.1" or ManagedElement_RncFunction_UtranCell_UtranRelation."P7.1"; "P7.1" 
    Dedicated_PDCHDedicated Packet Data Channel.  No mapping 
    Defined_CCHNumber of defined CCH channels for the Cell.  No mapping 
    Defined_PDCHDesignated Packet Data Channel.  No mapping 
    Defined_TCHNumber of defined TCH channels of the Cell.  No mapping 
    Defined_TRXNumber of defined TRX belonging to the cell.  No mapping 
    Max_PowerThe bs_tx_pwr_max configuration attribute.  No mapping 
    NSVC_CN_IdA unique identifier for the NSVC CN.  No mapping; No mapping; No mapping 
    Primary_Common_Pilot_Ch_PowerPrimary CPICH channel power.  No mapping; No mapping; UtranCell.primaryCpichPower 
    Primary_Scrambling_CodePrimary DL scrambling code.  No mapping; No mapping; UtranCell.primaryScramblingCode 
    Primary_Sync_Ch_PowerPrimary synchronisation channel power, DL.  No mapping; No mapping; UtranCell.primarySchPower 
    Secondary_Sync_Ch_PowerSecondary synchronisation channel power, DL.  No mapping; No mapping; UtranCell.secondarySchPower 
    Segment_IdA unique identifier for the Segment.  No mapping; No mapping; No mapping 
    TechnologyTechnology of the network/element (e.g. GSM, GPRS, UMTS).  ManagedElement_RncFunction_UtranCell."UMTS" or ManagedElement_RncFunction_UtranCell_GsmRelation."UMTS" or ManagedElement_RncFunction_UtranCell_UtranRelation."UMTS"; ManagedElement_RncFunction_UtranCell."UMTS" or ManagedElement_RncFunction_UtranCell_GsmRelation."UMTS" or ManagedElement_RncFunction_UtranCell_UtranRelation."UMTS"; "UMTS" 
    UTRAN_Absolute_Radio_Freq_DLDL UTRAN absolute Radio Frequency Channel number.  No mapping; No mapping; UtranCell.uarfcnDl 
    UTRAN_Absolute_Radio_Freq_ULUL UTRAN absolute Radio Frequency Channel number.  No mapping; No mapping; UtranCell.uarfcnUl 


    6.14 DC_SP_Device details

    In the network hierarchy, the immediate parent of the DC_SP_Device object is RNC.

    Attribute NameDescriptionRead-Only?Time-Tracked?MappingAggregator
    Primary Identifier
    DC_SP_Device_IdThe primary identifier of the DC_SP_Device.Y ME_Eqpt_SpDevicePool_DcDevice.nedn_SubNetwork & "/" & moid_Equipment & "/" & moid_SpDevicePool & "/DC-" & moid_DcDevice; ME_Eqpt_SpDevicePool_DcDevice.nedn_SubNetwork & "/" & moid_Equipment & "/" & moid_SpDevicePool & "/DC-" & moid_DcDevice 
    Relationship Attributes
    RNC_IdRNC in a UTRAN network.YYME_Eqpt_SpDevicePool_DcDevice.nedn_SubNetwork; ME_Eqpt_SpDevicePool_DcDevice.nedn_SubNetwork 
    Network_IdNetwork associated with the DC SP Device.YYlookup("nc_bsc","network_id",utime(StartDate & StartTime,"%d %b %Y %R"), nedn_SubNetwork); lookup("nc_bsc","network_id",utime(StartDate & StartTime,"%d %b %Y %R"), nedn_SubNetwork) 
    Region_IdRegion associated with the DC SP Device.YYlookup("nc_bsc","region_id",utime(StartDate & StartTime,"%d %b %Y %R"), nedn_SubNetwork); lookup("nc_bsc","region_id",utime(StartDate & StartTime,"%d %b %Y %R"), nedn_SubNetwork) 
    Configuration Attributes
    DC_SP_Device_NameThe meaningful name of the DC_SP_Device  ME_Eqpt_SpDevicePool_DcDevice.nedn_SubNetwork & "/" & moid_Equipment & "/" & moid_SpDevicePool & "/DC-" & moid_DcDevice; ME_Eqpt_SpDevicePool_DcDevice.nedn_SubNetwork & "/" & moid_Equipment & "/" & moid_SpDevicePool & "/DC-" & moid_DcDevice 
    TechnologyTechnology of the network/element (e.g. GSM, GPRS, UMTS).  "UMTS"; "UMTS" 
    VersionHardware/Software version of the DC SP Device.  "P7.1"; "P7.1" 


    6.15 DchFrameSynch details

    In the network hierarchy, the immediate parent of the DchFrameSynch object is RNC.

    Attribute NameDescriptionRead-Only?Time-Tracked?MappingAggregator
    Primary Identifier
    DchFrameSynch_IdA unique identifier for the DchFrameSynch.Y ManagedElement_RncFunction_DchFrameSynch.nedn_SubNetwork & "/" & moid_DchFrameSynch; ManagedElement_RncFunction_DchFrameSynch.nedn_SubNetwork & "/" & moid_DchFrameSynch 
    Relationship Attributes
    RNC_IdA unique identifier for the RNC.YYManagedElement_RncFunction_DchFrameSynch.nedn_SubNetwork; ManagedElement_RncFunction_DchFrameSynch.nedn_SubNetwork 
    Region_IdRegion of the DchFrameSynch / RNC.YYlookup("nc_bsc","region_id",utime(ManagedElement_RncFunction_DchFrameSynch.StartDate & StartTime,"%d %b %Y %R"), nedn_SubNetwork); lookup("nc_bsc","region_id",utime(ManagedElement_RncFunction_DchFrameSynch.StartDate & StartTime,"%d %b %Y %R"), nedn_SubNetwork) 
    Network_IdIdentifier of the Network / PLMN.YYlookup("nc_bsc","network_id",utime(ManagedElement_RncFunction_DchFrameSynch.StartDate & StartTime,"%d %b %Y %R"), nedn_SubNetwork); lookup("nc_bsc","network_id",utime(ManagedElement_RncFunction_DchFrameSynch.StartDate & StartTime,"%d %b %Y %R"), nedn_SubNetwork) 
    Configuration Attributes
    DchFrameSynch_NameA user friendly name preferably unique for the DchFrameSynch.  ManagedElement_RncFunction_DchFrameSynch.nedn_SubNetwork & "/" & moid_DchFrameSynch; ManagedElement_RncFunction_DchFrameSynch.nedn_SubNetwork & "/" & moid_DchFrameSynch 
    VersionHardware/Software version of the object that manage the DchFrameSynch.  "P7.1"; "P7.1" 
    TechnologyTechnology of the network/element (e.g. GSM, GPRS, UMTS).  "UMTS"; "UMTS" 


    6.16 Downlink_Baseband_Pool details

    In the network hierarchy, the immediate parent of the Downlink_Baseband_Pool object is NodeB.

    Attribute NameDescriptionRead-Only?Time-Tracked?MappingAggregator
    Primary Identifier
    DownlinkBB_Pool_IdA unique identifier for the Downlink BaseBand Pool.Y NodeB_DLBasebandPool.nedn_SubNetwork & "/" & nedn_MeContext & "/" & moid_Equipment & "/" & moid_Subrack & "/" & moid_DownlinkBaseBandPool; NodeB_DLBasebandPool.nedn_SubNetwork & "/" & nedn_MeContext & "/" & moid_Equipment & "/" & moid_Subrack & "/" & moid_DownlinkBaseBandPool 
    Relationship Attributes
    RNC_IdThe RNC associated to the NodeB which houses the Downlink Baseband Pool hardware.YYNodeB_DLBasebandPool.nedn_SubNetwork; NodeB_DLBasebandPool.nedn_SubNetwork 
    NodeB_IdThe associated NodeB which houses the Downlink Baseband Pool hardware.YYNodeB_DLBasebandPool.nedn_SubNetwork & "/" & nedn_MeContext; NodeB_DLBasebandPool.nedn_SubNetwork & "/" & nedn_MeContext 
    Network_IdThe network associated with the object.YYlookup("nc_bsc","network_id",utime(StartDate & StartTime,"%d %b %Y %R"), nedn_SubNetwork); lookup("nc_bsc","network_id",utime(StartDate & StartTime,"%d %b %Y %R"), nedn_SubNetwork) 
    Region_IdRegion associated with the object.YYlookup("nc_bsc","region_id",utime(StartDate & StartTime,"%d %b %Y %R"), nedn_SubNetwork); lookup("nc_bsc","region_id",utime(StartDate & StartTime,"%d %b %Y %R"), nedn_SubNetwork) 
    Configuration Attributes
    DownlinkBB_Pool_NameA user friendly name preferably unique for the Downlink BaseBand Pool.  NodeB_DLBasebandPool.nedn_SubNetwork & "/" & nedn_MeContext & "/" & moid_Equipment & "/" & moid_Subrack & "/" & moid_DownlinkBaseBandPool; NodeB_DLBasebandPool.nedn_SubNetwork & "/" & nedn_MeContext & "/" & moid_Equipment & "/" & moid_Subrack & "/" & moid_DownlinkBaseBandPool 
    TechnologyTechnology of the network/element (e.g. GSM, GPRS, UMTS).  "UMTS"; "UMTS" 
    VersionHardware/Software version of the Downlink Baseband Pool.  "P7.1"; "P7.1" 
    CE_LicenseLicense associcated with the Downlink Baseband Pool  No mapping; No mapping 


    6.17 E1_Phys_Path_Term details

    In the network hierarchy, the immediate parent of the E1_Phys_Path_Term object is Plug_In_Unit.

    Attribute NameDescriptionRead-Only?Time-Tracked?MappingAggregator
    Primary Identifier
    Phys_Path_Term_IdA unique identifier for the E1 or T1 physical link in the UTRAN network.Y RNC_E1_T1_J1_PHYSICAL_LINK.nedn_SubNetwork & "/" & moid_Equipment & "/" & moid_Subrack & "/" & moid_Slot & "/" & moid_PlugInUnit & "/" & moid_ExchangeTerminal & "/" & moid_E1PhysPathTerm or NODEB_E1_T1_J1_PHYSICAL_LINK.nedn_SubNetwork & "/" & nedn_MeContext & "/" & moid_Equipment & "/" & moid_Subrack & "/" & moid_Slot & "/" & moid_PlugInUnit & "/" & moid_ExchangeTerminal & "/" & moid_E1PhysPathTerm or RXI_E1_T1_J1_PHYSICAL_LINK.nedn_SubNetwork & "/" & nedn_MeContext & "/" & moid_Equipment & "/" & moid_Subrack & "/" & moid_Slot & "/" & moid_PlugInUnit & "/" & moid_ExchangeTerminal & "/" & moid_E1PhysPathTerm; RNC_E1_T1_J1_PHYSICAL_LINK.nedn_SubNetwork & "/" & moid_Equipment & "/" & moid_Subrack & "/" & moid_Slot & "/" & moid_PlugInUnit & "/" & moid_ExchangeTerminal & "/" & moid_E1PhysPathTerm or NODEB_E1_T1_J1_PHYSICAL_LINK.nedn_SubNetwork & "/" & nedn_MeContext & "/" & moid_Equipment & "/" & moid_Subrack & "/" & moid_Slot & "/" & moid_PlugInUnit & "/" & moid_ExchangeTerminal & "/" & moid_E1PhysPathTerm or RXI_E1_T1_J1_PHYSICAL_LINK.nedn_SubNetwork & "/" & nedn_MeContext & "/" & moid_Equipment & "/" & moid_Subrack & "/" & moid_Slot & "/" & moid_PlugInUnit & "/" & moid_ExchangeTerminal & "/" & moid_E1PhysPathTerm 
    Relationship Attributes
    Plug_In_Unit_IdEquipment Plug in Unit in a UTRAN network.YYRNC_E1_T1_J1_PHYSICAL_LINK.nedn_SubNetwork & "/" & moid_Equipment & "/" & moid_Subrack & "/" & moid_Slot & "/" & moid_PlugInUnit or NODEB_E1_T1_J1_PHYSICAL_LINK.nedn_SubNetwork & "/" & nedn_MeContext & "/" & moid_Equipment & "/" & moid_Subrack & "/" & moid_Slot & "/" & moid_PlugInUnit or RXI_E1_T1_J1_PHYSICAL_LINK.nedn_SubNetwork & "/" & nedn_MeContext & "/" & moid_Equipment & "/" & moid_Subrack & "/" & moid_Slot & "/" & moid_PlugInUnit; RNC_E1_T1_J1_PHYSICAL_LINK.nedn_SubNetwork & "/" & moid_Equipment & "/" & moid_Subrack & "/" & moid_Slot & "/" & moid_PlugInUnit or NODEB_E1_T1_J1_PHYSICAL_LINK.nedn_SubNetwork & "/" & nedn_MeContext & "/" & moid_Equipment & "/" & moid_Subrack & "/" & moid_Slot & "/" & moid_PlugInUnit or RXI_E1_T1_J1_PHYSICAL_LINK.nedn_SubNetwork & "/" & nedn_MeContext & "/" & moid_Equipment & "/" & moid_Subrack & "/" & moid_Slot & "/" & moid_PlugInUnit 
    Region_IdRegion associated with the E1 Phys Path Term.YYlookup("nc_bsc","region_id",utime(StartDate & StartTime,"%d %b %Y %R"), RNC_E1_T1_J1_PHYSICAL_LINK.nedn_SubNetwork) or lookup("nc_bsc","region_id",utime(StartDate & StartTime,"%d %b %Y %R"), NODEB_E1_T1_J1_PHYSICAL_LINK.nedn_SubNetwork) or lookup("nc_bsc","region_id",utime(StartDate & StartTime,"%d %b %Y %R"), RXI_E1_T1_J1_PHYSICAL_LINK.nedn_SubNetwork); lookup("nc_bsc","region_id",utime(StartDate & StartTime,"%d %b %Y %R"), RNC_E1_T1_J1_PHYSICAL_LINK.nedn_SubNetwork) or lookup("nc_bsc","region_id",utime(StartDate & StartTime,"%d %b %Y %R"), NODEB_E1_T1_J1_PHYSICAL_LINK.nedn_SubNetwork) or lookup("nc_bsc","region_id",utime(StartDate & StartTime,"%d %b %Y %R"), RXI_E1_T1_J1_PHYSICAL_LINK.nedn_SubNetwork) 
    NodeB_IdNodeB in a UTRAN network.YYNODEB_E1_T1_J1_PHYSICAL_LINK.nedn_SubNetwork & "/" & nedn_MeContext; NODEB_E1_T1_J1_PHYSICAL_LINK.nedn_SubNetwork & "/" & nedn_MeContext 
    RNC_IdRNC in a UTRAN network.YYRNC_E1_T1_J1_PHYSICAL_LINK.nedn_SubNetwork or NODEB_E1_T1_J1_PHYSICAL_LINK.nedn_SubNetwork or RXI_E1_T1_J1_PHYSICAL_LINK.nedn_SubNetwork; RNC_E1_T1_J1_PHYSICAL_LINK.nedn_SubNetwork or NODEB_E1_T1_J1_PHYSICAL_LINK.nedn_SubNetwork or RXI_E1_T1_J1_PHYSICAL_LINK.nedn_SubNetwork 
    Network_IdNetwork associated with the E1 Phys Path Term.YYlookup("nc_bsc","network_id",utime(StartDate & StartTime,"%d %b %Y %R"), RNC_E1_T1_J1_PHYSICAL_LINK.nedn_SubNetwork) or lookup("nc_bsc","network_id",utime(StartDate & StartTime,"%d %b %Y %R"), NODEB_E1_T1_J1_PHYSICAL_LINK.nedn_SubNetwork) or lookup("nc_bsc","network_id",utime(StartDate & StartTime,"%d %b %Y %R"), RXI_E1_T1_J1_PHYSICAL_LINK.nedn_SubNetwork); lookup("nc_bsc","network_id",utime(StartDate & StartTime,"%d %b %Y %R"), RNC_E1_T1_J1_PHYSICAL_LINK.nedn_SubNetwork) or lookup("nc_bsc","network_id",utime(StartDate & StartTime,"%d %b %Y %R"), NODEB_E1_T1_J1_PHYSICAL_LINK.nedn_SubNetwork) or lookup("nc_bsc","network_id",utime(StartDate & StartTime,"%d %b %Y %R"), RXI_E1_T1_J1_PHYSICAL_LINK.nedn_SubNetwork) 
    Configuration Attributes
    Phys_Path_Term_NameA user friendly name preferably unique for Phys Path Term.  RNC_E1_T1_J1_PHYSICAL_LINK.nedn_SubNetwork & "/" & moid_Equipment & "/" & moid_Subrack & "/" & moid_Slot & "/" & moid_PlugInUnit & "/" & moid_ExchangeTerminal & "/" & moid_E1PhysPathTerm or NODEB_E1_T1_J1_PHYSICAL_LINK.nedn_SubNetwork & "/" & nedn_MeContext & "/" & moid_Equipment & "/" & moid_Subrack & "/" & moid_Slot & "/" & moid_PlugInUnit & "/" & moid_ExchangeTerminal & "/" & moid_E1PhysPathTerm or RXI_E1_T1_J1_PHYSICAL_LINK.nedn_SubNetwork & "/" & nedn_MeContext & "/" & moid_Equipment & "/" & moid_Subrack & "/" & moid_Slot & "/" & moid_PlugInUnit & "/" & moid_ExchangeTerminal & "/" & moid_E1PhysPathTerm; RNC_E1_T1_J1_PHYSICAL_LINK.nedn_SubNetwork & "/" & moid_Equipment & "/" & moid_Subrack & "/" & moid_Slot & "/" & moid_PlugInUnit & "/" & moid_ExchangeTerminal & "/" & moid_E1PhysPathTerm or NODEB_E1_T1_J1_PHYSICAL_LINK.nedn_SubNetwork & "/" & nedn_MeContext & "/" & moid_Equipment & "/" & moid_Subrack & "/" & moid_Slot & "/" & moid_PlugInUnit & "/" & moid_ExchangeTerminal & "/" & moid_E1PhysPathTerm or RXI_E1_T1_J1_PHYSICAL_LINK.nedn_SubNetwork & "/" & nedn_MeContext & "/" & moid_Equipment & "/" & moid_Subrack & "/" & moid_Slot & "/" & moid_PlugInUnit & "/" & moid_ExchangeTerminal & "/" & moid_E1PhysPathTerm 
    Node_TypeType of Node.  RNC_E1_T1_J1_PHYSICAL_LINK."RNC" or NODEB_E1_T1_J1_PHYSICAL_LINK."NodeB" or RXI_E1_T1_J1_PHYSICAL_LINK."RXI" ; RNC_E1_T1_J1_PHYSICAL_LINK."RNC" or NODEB_E1_T1_J1_PHYSICAL_LINK."NodeB" or RXI_E1_T1_J1_PHYSICAL_LINK."RXI" 
    Node_IdThe unique identifier for the node this object is connected to.  No mapping; No mapping 
    Node_NameA user friendly name for this node the object is connected to.  No mapping; No mapping 
    VersionHardware/Software version of the E1 Phys Path Term.  RNC_E1_T1_J1_PHYSICAL_LINK."P7.1" or NODEB_E1_T1_J1_PHYSICAL_LINK."P7.1" or RXI_E1_T1_J1_PHYSICAL_LINK."P7.1"; RNC_E1_T1_J1_PHYSICAL_LINK."P7.1" or NODEB_E1_T1_J1_PHYSICAL_LINK."P7.1" or RXI_E1_T1_J1_PHYSICAL_LINK."P7.1" 
    TechnologyTechnology of the network/element (e.g. GSM, GPRS, UMTS).  RNC_E1_T1_J1_PHYSICAL_LINK."UMTS" or NODEB_E1_T1_J1_PHYSICAL_LINK."UMTS" or RXI_E1_T1_J1_PHYSICAL_LINK."UMTS"; RNC_E1_T1_J1_PHYSICAL_LINK."UMTS" or NODEB_E1_T1_J1_PHYSICAL_LINK."UMTS" or RXI_E1_T1_J1_PHYSICAL_LINK."UMTS" 


    6.18 E1Ttp details

    In the network hierarchy, the immediate parent of the E1Ttp object is VC12_TP.

    Attribute NameDescriptionRead-Only?Time-Tracked?MappingAggregator
    Primary Identifier
    E1Ttp_IdA unique identifier for the SDH VC4 termination point.Y RNC_E1Ttp.nedn_SubNetwork & "/" & moid_Equipment & "/" & moid_Subrack & "/" & moid_Slot & "/" & moid_PlugInUnit & "/" & moid_ExchangeTerminal & "/" & moid_Os155PhysPathTerm & "/" & moid_Vc4Ttp & "/" & moid_Vc12Ttp & "/" & moid_E1Ttp or NODEB_E1Ttp.nedn_SubNetwork & "/" & nedn_MeContext & "/" & moid_Equipment & "/" & moid_Subrack & "/" & moid_Slot & "/" & moid_PlugInUnit & "/" & moid_ExchangeTerminal & "/" & moid_Os155PhysPathTerm & "/" & moid_Vc4Ttp & "/" & moid_Vc12Ttp & "/" & moid_E1Ttp or RXI_E1Ttp.nedn_SubNetwork & "/" & nedn_MeContext & "/" & moid_Equipment & "/" & moid_Subrack & "/" & moid_Slot & "/" & moid_PlugInUnit & "/" & moid_ExchangeTerminal & "/" & moid_Os155PhysPathTerm & "/" & moid_Vc4Ttp & "/" & moid_Vc12Ttp & "/" & moid_E1Ttp; RNC_E1Ttp.nedn_SubNetwork & "/" & moid_Equipment & "/" & moid_Subrack & "/" & moid_Slot & "/" & moid_PlugInUnit & "/" & moid_ExchangeTerminal & "/" & moid_Os155PhysPathTerm & "/" & moid_Vc4Ttp & "/" & moid_Vc12Ttp & "/" & moid_E1Ttp or NODEB_E1Ttp.nedn_SubNetwork & "/" & nedn_MeContext & "/" & moid_Equipment & "/" & moid_Subrack & "/" & moid_Slot & "/" & moid_PlugInUnit & "/" & moid_ExchangeTerminal & "/" & moid_Os155PhysPathTerm & "/" & moid_Vc4Ttp & "/" & moid_Vc12Ttp & "/" & moid_E1Ttp or RXI_E1Ttp.nedn_SubNetwork & "/" & nedn_MeContext & "/" & moid_Equipment & "/" & moid_Subrack & "/" & moid_Slot & "/" & moid_PlugInUnit & "/" & moid_ExchangeTerminal & "/" & moid_Os155PhysPathTerm & "/" & moid_Vc4Ttp & "/" & moid_Vc12Ttp & "/" & moid_E1Ttp 
    Relationship Attributes
    NodeB_IdNodeB in a UTRAN network.YYNODEB_E1Ttp.nedn_SubNetwork & "/" & nedn_MeContext; NODEB_E1Ttp.nedn_SubNetwork & "/" & nedn_MeContext 
    Plug_In_Unit_IdEquipment Plug in Unit in a UTRAN network.YYRNC_E1Ttp.nedn_SubNetwork & "/" & moid_Equipment & "/" & moid_Subrack & "/" & moid_Slot & "/" & moid_PlugInUnit or NODEB_E1Ttp.nedn_SubNetwork & "/" & nedn_MeContext & "/" & moid_Equipment & "/" & moid_Subrack & "/" & moid_Slot & "/" & moid_PlugInUnit or RXI_E1Ttp.nedn_SubNetwork & "/" & nedn_MeContext & "/" & moid_Equipment & "/" & moid_Subrack & "/" & moid_Slot & "/" & moid_PlugInUnit; RNC_E1Ttp.nedn_SubNetwork & "/" & moid_Equipment & "/" & moid_Subrack & "/" & moid_Slot & "/" & moid_PlugInUnit or NODEB_E1Ttp.nedn_SubNetwork & "/" & nedn_MeContext & "/" & moid_Equipment & "/" & moid_Subrack & "/" & moid_Slot & "/" & moid_PlugInUnit or RXI_E1Ttp.nedn_SubNetwork & "/" & nedn_MeContext & "/" & moid_Equipment & "/" & moid_Subrack & "/" & moid_Slot & "/" & moid_PlugInUnit 
    RNC_IdRNC in a UTRAN network.YYRNC_E1Ttp.nedn_SubNetwork or NODEB_E1Ttp.nedn_SubNetwork or RXI_E1Ttp.nedn_SubNetwork; RNC_E1Ttp.nedn_SubNetwork or NODEB_E1Ttp.nedn_SubNetwork or RXI_E1Ttp.nedn_SubNetwork 
    OS155_Phys_Path_Term_IdSDH Physical Path.YYRNC_E1Ttp.nedn_SubNetwork & "/" & moid_Equipment & "/" & moid_Subrack & "/" & moid_Slot & "/" & moid_PlugInUnit & "/" & moid_ExchangeTerminal & "/" & moid_Os155PhysPathTerm or NODEB_E1Ttp.nedn_SubNetwork & "/" & nedn_MeContext & "/" & moid_Equipment & "/" & moid_Subrack & "/" & moid_Slot & "/" & moid_PlugInUnit & "/" & moid_ExchangeTerminal & "/" & moid_Os155PhysPathTerm or RXI_E1Ttp.nedn_SubNetwork & "/" & nedn_MeContext & "/" & moid_Equipment & "/" & moid_Subrack & "/" & moid_Slot & "/" & moid_PlugInUnit & "/" & moid_ExchangeTerminal & "/" & moid_Os155PhysPathTerm; RNC_E1Ttp.nedn_SubNetwork & "/" & moid_Equipment & "/" & moid_Subrack & "/" & moid_Slot & "/" & moid_PlugInUnit & "/" & moid_ExchangeTerminal & "/" & moid_Os155PhysPathTerm or NODEB_E1Ttp.nedn_SubNetwork & "/" & nedn_MeContext & "/" & moid_Equipment & "/" & moid_Subrack & "/" & moid_Slot & "/" & moid_PlugInUnit & "/" & moid_ExchangeTerminal & "/" & moid_Os155PhysPathTerm or RXI_E1Ttp.nedn_SubNetwork & "/" & nedn_MeContext & "/" & moid_Equipment & "/" & moid_Subrack & "/" & moid_Slot & "/" & moid_PlugInUnit & "/" & moid_ExchangeTerminal & "/" & moid_Os155PhysPathTerm 
    VC12_TP_IdSDH VC12 termination point.YYRNC_E1Ttp.nedn_SubNetwork & "/" & moid_ManagedElement & "/" & moid_Equipment & "/" & moid_Subrack & "/" & moid_Slot & "/" & moid_PlugInUnit & "/" & moid_ExchangeTerminal & "/" & moid_Os155PhysPathTerm & "/" & moid_Vc4Ttp & "/" & moid_Vc12Ttp or NODEB_E1Ttp.nedn_SubNetwork & "/" & nedn_MeContext & "/" & moid_ManagedElement & "/" & moid_Equipment & "/" & moid_Subrack & "/" & moid_Slot & "/" & moid_PlugInUnit & "/" & moid_ExchangeTerminal & "/" & moid_Os155PhysPathTerm & "/" & moid_Vc4Ttp & "/" & moid_Vc12Ttp or RXI_E1Ttp.nedn_SubNetwork & "/" & nedn_MeContext & "/" & moid_ManagedElement & "/" & moid_Equipment & "/" & moid_Subrack & "/" & moid_Slot & "/" & moid_PlugInUnit & "/" & moid_ExchangeTerminal & "/" & moid_Os155PhysPathTerm & "/" & moid_Vc4Ttp & "/" & moid_Vc12Ttp; RNC_E1Ttp.nedn_SubNetwork & "/" & moid_ManagedElement & "/" & moid_Equipment & "/" & moid_Subrack & "/" & moid_Slot & "/" & moid_PlugInUnit & "/" & moid_ExchangeTerminal & "/" & moid_Os155PhysPathTerm & "/" & moid_Vc4Ttp & "/" & moid_Vc12Ttp or NODEB_E1Ttp.nedn_SubNetwork & "/" & nedn_MeContext & "/" & moid_ManagedElement & "/" & moid_Equipment & "/" & moid_Subrack & "/" & moid_Slot & "/" & moid_PlugInUnit & "/" & moid_ExchangeTerminal & "/" & moid_Os155PhysPathTerm & "/" & moid_Vc4Ttp & "/" & moid_Vc12Ttp or RXI_E1Ttp.nedn_SubNetwork & "/" & nedn_MeContext & "/" & moid_ManagedElement & "/" & moid_Equipment & "/" & moid_Subrack & "/" & moid_Slot & "/" & moid_PlugInUnit & "/" & moid_ExchangeTerminal & "/" & moid_Os155PhysPathTerm & "/" & moid_Vc4Ttp & "/" & moid_Vc12Ttp 
    VC4_TP_IdSDH VC4 termination point.YYRNC_E1Ttp.nedn_SubNetwork & "/" & moid_ManagedElement & "/" & moid_Equipment & "/" & moid_Subrack & "/" & moid_Slot & "/" & moid_PlugInUnit & "/" & moid_ExchangeTerminal & "/" & moid_Os155PhysPathTerm & "/" & moid_Vc4Ttp or NODEB_E1Ttp.nedn_SubNetwork & "/" & nedn_MeContext & "/" & moid_Equipment & "/" & moid_Subrack & "/" & moid_Slot & "/" & moid_PlugInUnit & "/" & moid_ExchangeTerminal & "/" & moid_Os155PhysPathTerm & "/" & moid_Vc4Ttp or RXI_E1Ttp.nedn_SubNetwork & "/" & nedn_MeContext & "/" & moid_Equipment & "/" & moid_Subrack & "/" & moid_Slot & "/" & moid_PlugInUnit & "/" & moid_ExchangeTerminal & "/" & moid_Os155PhysPathTerm & "/" & moid_Vc4Ttp; RNC_E1Ttp.nedn_SubNetwork & "/" & moid_ManagedElement & "/" & moid_Equipment & "/" & moid_Subrack & "/" & moid_Slot & "/" & moid_PlugInUnit & "/" & moid_ExchangeTerminal & "/" & moid_Os155PhysPathTerm & "/" & moid_Vc4Ttp or NODEB_E1Ttp.nedn_SubNetwork & "/" & nedn_MeContext & "/" & moid_Equipment & "/" & moid_Subrack & "/" & moid_Slot & "/" & moid_PlugInUnit & "/" & moid_ExchangeTerminal & "/" & moid_Os155PhysPathTerm & "/" & moid_Vc4Ttp or RXI_E1Ttp.nedn_SubNetwork & "/" & nedn_MeContext & "/" & moid_Equipment & "/" & moid_Subrack & "/" & moid_Slot & "/" & moid_PlugInUnit & "/" & moid_ExchangeTerminal & "/" & moid_Os155PhysPathTerm & "/" & moid_Vc4Ttp 
    Network_IdNetwork associated with the E1Ttp.YYlookup("nc_bsc","network_id",utime(StartDate & StartTime,"%d %b %Y %R"), RNC_E1Ttp.nedn_SubNetwork) or lookup("nc_bsc","network_id",utime(StartDate & StartTime,"%d %b %Y %R"), NODEB_E1Ttp.nedn_SubNetwork) or lookup("nc_bsc","network_id",utime(StartDate & StartTime,"%d %b %Y %R"), RXI_E1Ttp.nedn_SubNetwork); lookup("nc_bsc","network_id",utime(StartDate & StartTime,"%d %b %Y %R"), RNC_E1Ttp.nedn_SubNetwork) or lookup("nc_bsc","network_id",utime(StartDate & StartTime,"%d %b %Y %R"), NODEB_E1Ttp.nedn_SubNetwork) or lookup("nc_bsc","network_id",utime(StartDate & StartTime,"%d %b %Y %R"), RXI_E1Ttp.nedn_SubNetwork) 
    Region_IdRegion associated with the E1Ttp.YYlookup("nc_bsc","region_id",utime(StartDate & StartTime,"%d %b %Y %R"), RNC_E1Ttp.nedn_SubNetwork) or lookup("nc_bsc","region_id",utime(StartDate & StartTime,"%d %b %Y %R"), NODEB_E1Ttp.nedn_SubNetwork) or lookup("nc_bsc","region_id",utime(StartDate & StartTime,"%d %b %Y %R"), RXI_E1Ttp.nedn_SubNetwork); lookup("nc_bsc","region_id",utime(StartDate & StartTime,"%d %b %Y %R"), RNC_E1Ttp.nedn_SubNetwork) or lookup("nc_bsc","region_id",utime(StartDate & StartTime,"%d %b %Y %R"), NODEB_E1Ttp.nedn_SubNetwork) or lookup("nc_bsc","region_id",utime(StartDate & StartTime,"%d %b %Y %R"), RXI_E1Ttp.nedn_SubNetwork) 
    Configuration Attributes
    E1Ttp_NameA user friendly name preferably unique for the E1Ttp.  RNC_E1Ttp.nedn_SubNetwork & "/" & moid_Equipment & "/" & moid_Subrack & "/" & moid_Slot & "/" & moid_PlugInUnit & "/" & moid_ExchangeTerminal & "/" & moid_Os155PhysPathTerm & "/" & Moid_Vc4Ttp & "/" & moid_Vc12Ttp & "/" & moid_E1Ttp or NODEB_E1Ttp.nedn_SubNetwork & "/" & nedn_MeContext & "/" & moid_Equipment & "/" & moid_Subrack & "/" & moid_Slot & "/" & moid_PlugInUnit & "/" & moid_ExchangeTerminal & "/" & moid_Os155PhysPathTerm & "/" & Moid_Vc4Ttp & "/" & moid_Vc12Ttp & "/" & moid_E1Ttp or RXI_E1Ttp.nedn_SubNetwork & "/" & nedn_MeContext & "/" & moid_Equipment & "/" & moid_Subrack & "/" & moid_Slot & "/" & moid_PlugInUnit & "/" & moid_ExchangeTerminal & "/" & moid_Os155PhysPathTerm & "/" & Moid_Vc4Ttp & "/" & moid_Vc12Ttp & "/" & moid_E1Ttp; RNC_E1Ttp.nedn_SubNetwork & "/" & moid_Equipment & "/" & moid_Subrack & "/" & moid_Slot & "/" & moid_PlugInUnit & "/" & moid_ExchangeTerminal & "/" & moid_Os155PhysPathTerm & "/" & Moid_Vc4Ttp & "/" & moid_Vc12Ttp & "/" & moid_E1Ttp or NODEB_E1Ttp.nedn_SubNetwork & "/" & nedn_MeContext & "/" & moid_Equipment & "/" & moid_Subrack & "/" & moid_Slot & "/" & moid_PlugInUnit & "/" & moid_ExchangeTerminal & "/" & moid_Os155PhysPathTerm & "/" & Moid_Vc4Ttp & "/" & moid_Vc12Ttp & "/" & moid_E1Ttp or RXI_E1Ttp.nedn_SubNetwork & "/" & nedn_MeContext & "/" & moid_Equipment & "/" & moid_Subrack & "/" & moid_Slot & "/" & moid_PlugInUnit & "/" & moid_ExchangeTerminal & "/" & moid_Os155PhysPathTerm & "/" & Moid_Vc4Ttp & "/" & moid_Vc12Ttp & "/" & moid_E1Ttp 
    TechnologyTechnology of the network/element (e.g. GSM, GPRS, UMTS).  RNC_E1Ttp."UMTS" or NODEB_E1Ttp."UMTS" or RXI_E1Ttp."UMTS"; RNC_E1Ttp."UMTS" or NODEB_E1Ttp."UMTS" or RXI_E1Ttp."UMTS" 
    VersionHardware/Software version of the E1Ttp.  RNC_E1Ttp."P7.1" or NODEB_E1Ttp."P7.1" or RXI_E1Ttp."P7.1"; RNC_E1Ttp."P7.1" or NODEB_E1Ttp."P7.1" or RXI_E1Ttp."P7.1" 
    Node_TypeType of Node.  RNC_E1Ttp."RNC" or NODEB_E1Ttp."NodeB" or RXI_E1Ttp."RXI"; RNC_E1Ttp."RNC" or NODEB_E1Ttp."NodeB" or RXI_E1Ttp."RXI" 
    Node_IdThe unique identifier for the node this object is connected to.  No mapping; No mapping 
    Node_NameA user friendly name for this node the object is connected to.  No mapping; No mapping 


    6.19 E3_Phys_Path_Term details

    In the network hierarchy, the immediate parent of the E3_Phys_Path_Term object is Plug_In_Unit.

    Attribute NameDescriptionRead-Only?Time-Tracked?MappingAggregator
    Primary Identifier
    E3_Phys_Path_Term_IdA unique identifier for the E3 or T3 Physical Link.Y RNC_E3_T3_PHYSICAL_LINK.nedn_SubNetwork & "/" & moid_Equipment & "/" & moid_Subrack & "/" & moid_Slot & "/" & moid_PlugInUnit & "/" & moid_ExchangeTerminal & "/" & moid_E3PhysPathTerm or NODEB_E3_T3_PHYSICAL_LINK.nedn_SubNetwork & "/" & nedn_MeContext & "/" & moid_Equipment & "/" & moid_Subrack & "/" & moid_Slot & "/" & moid_PlugInUnit & "/" & moid_ExchangeTerminal & "/" & moid_E3PhysPathTerm or RXI_E3_T3_PHYSICAL_LINK.nedn_SubNetwork & "/" & nedn_MeContext & "/" & moid_Equipment & "/" & moid_Subrack & "/" & moid_Slot & "/" & moid_PlugInUnit & "/" & moid_ExchangeTerminal & "/" & moid_E3PhysPathTerm; RNC_E3_T3_PHYSICAL_LINK.nedn_SubNetwork & "/" & moid_Equipment & "/" & moid_Subrack & "/" & moid_Slot & "/" & moid_PlugInUnit & "/" & moid_ExchangeTerminal & "/" & moid_E3PhysPathTerm or NODEB_E3_T3_PHYSICAL_LINK.nedn_SubNetwork & "/" & nedn_MeContext & "/" & moid_Equipment & "/" & moid_Subrack & "/" & moid_Slot & "/" & moid_PlugInUnit & "/" & moid_ExchangeTerminal & "/" & moid_E3PhysPathTerm or RXI_E3_T3_PHYSICAL_LINK.nedn_SubNetwork & "/" & nedn_MeContext & "/" & moid_Equipment & "/" & moid_Subrack & "/" & moid_Slot & "/" & moid_PlugInUnit & "/" & moid_ExchangeTerminal & "/" & moid_E3PhysPathTerm 
    Relationship Attributes
    NodeB_IdNodeB in a UTRAN network.YYNODEB_E3_T3_PHYSICAL_LINK.nedn_SubNetwork & "/" & nedn_MeContext; NODEB_E3_T3_PHYSICAL_LINK.nedn_SubNetwork & "/" & nedn_MeContext 
    Plug_In_Unit_IdEquipment Plug in Unit in a UTRAN network.YYRNC_E3_T3_PHYSICAL_LINK.nedn_SubNetwork & "/" & moid_Equipment & "/" & moid_Subrack & "/" & moid_Slot & "/" & moid_PlugInUnit or NODEB_E3_T3_PHYSICAL_LINK.nedn_SubNetwork & "/" & nedn_MeContext & "/" & moid_Equipment & "/" & moid_Subrack & "/" & moid_Slot & "/" & moid_PlugInUnit or RXI_E3_T3_PHYSICAL_LINK.nedn_SubNetwork & "/" & nedn_MeContext & "/" & moid_Equipment & "/" & moid_Subrack & "/" & moid_Slot & "/" & moid_PlugInUnit; RNC_E3_T3_PHYSICAL_LINK.nedn_SubNetwork & "/" & moid_Equipment & "/" & moid_Subrack & "/" & moid_Slot & "/" & moid_PlugInUnit or NODEB_E3_T3_PHYSICAL_LINK.nedn_SubNetwork & "/" & nedn_MeContext & "/" & moid_Equipment & "/" & moid_Subrack & "/" & moid_Slot & "/" & moid_PlugInUnit or RXI_E3_T3_PHYSICAL_LINK.nedn_SubNetwork & "/" & nedn_MeContext & "/" & moid_Equipment & "/" & moid_Subrack & "/" & moid_Slot & "/" & moid_PlugInUnit 
    RNC_IdRNC in a UTRAN network.YYRNC_E3_T3_PHYSICAL_LINK.nedn_SubNetwork or NODEB_E3_T3_PHYSICAL_LINK.nedn_SubNetwork or RXI_E3_T3_PHYSICAL_LINK.nedn_SubNetwork; RNC_E3_T3_PHYSICAL_LINK.nedn_SubNetwork or NODEB_E3_T3_PHYSICAL_LINK.nedn_SubNetwork or RXI_E3_T3_PHYSICAL_LINK.nedn_SubNetwork 
    Network_IdNetwork associated with the E3 Phys Path Term.YYlookup("nc_bsc","network_id",utime(StartDate & StartTime,"%d %b %Y %R"), RNC_E3_T3_PHYSICAL_LINK.nedn_SubNetwork) or lookup("nc_bsc","network_id",utime(StartDate & StartTime,"%d %b %Y %R"), NODEB_E3_T3_PHYSICAL_LINK.nedn_SubNetwork) or lookup("nc_bsc","network_id",utime(StartDate & StartTime,"%d %b %Y %R"), RXI_E3_T3_PHYSICAL_LINK.nedn_SubNetwork); lookup("nc_bsc","network_id",utime(StartDate & StartTime,"%d %b %Y %R"), RNC_E3_T3_PHYSICAL_LINK.nedn_SubNetwork) or lookup("nc_bsc","network_id",utime(StartDate & StartTime,"%d %b %Y %R"), NODEB_E3_T3_PHYSICAL_LINK.nedn_SubNetwork) or lookup("nc_bsc","network_id",utime(StartDate & StartTime,"%d %b %Y %R"), RXI_E3_T3_PHYSICAL_LINK.nedn_SubNetwork) 
    Region_IdRegion associated with E3 Phys Path Term.YYlookup("nc_bsc","region_id",utime(StartDate & StartTime,"%d %b %Y %R"), RNC_E3_T3_PHYSICAL_LINK.nedn_SubNetwork) or lookup("nc_bsc","region_id",utime(StartDate & StartTime,"%d %b %Y %R"), NODEB_E3_T3_PHYSICAL_LINK.nedn_SubNetwork) or lookup("nc_bsc","region_id",utime(StartDate & StartTime,"%d %b %Y %R"), RXI_E3_T3_PHYSICAL_LINK.nedn_SubNetwork); lookup("nc_bsc","region_id",utime(StartDate & StartTime,"%d %b %Y %R"), RNC_E3_T3_PHYSICAL_LINK.nedn_SubNetwork) or lookup("nc_bsc","region_id",utime(StartDate & StartTime,"%d %b %Y %R"), NODEB_E3_T3_PHYSICAL_LINK.nedn_SubNetwork) or lookup("nc_bsc","region_id",utime(StartDate & StartTime,"%d %b %Y %R"), RXI_E3_T3_PHYSICAL_LINK.nedn_SubNetwork) 
    Configuration Attributes
    E3_Phys_Path_Term_NameA user friendly name preferably unique for the E3 Phys Link.  RNC_E3_T3_PHYSICAL_LINK.nedn_SubNetwork & "/" & moid_Equipment & "/" & moid_Subrack & "/" & moid_Slot & "/" & moid_PlugInUnit & "/" & moid_ExchangeTerminal & "/" & moid_E3PhysPathTerm or NODEB_E3_T3_PHYSICAL_LINK.nedn_SubNetwork & "/" & nedn_MeContext & "/" & moid_Equipment & "/" & moid_Subrack & "/" & moid_Slot & "/" & moid_PlugInUnit & "/" & moid_ExchangeTerminal & "/" & moid_E3PhysPathTerm or RXI_E3_T3_PHYSICAL_LINK.nedn_SubNetwork & "/" & nedn_MeContext & "/" & moid_Equipment & "/" & moid_Subrack & "/" & moid_Slot & "/" & moid_PlugInUnit & "/" & moid_ExchangeTerminal & "/" & moid_E3PhysPathTerm; RNC_E3_T3_PHYSICAL_LINK.nedn_SubNetwork & "/" & moid_Equipment & "/" & moid_Subrack & "/" & moid_Slot & "/" & moid_PlugInUnit & "/" & moid_ExchangeTerminal & "/" & moid_E3PhysPathTerm or NODEB_E3_T3_PHYSICAL_LINK.nedn_SubNetwork & "/" & nedn_MeContext & "/" & moid_Equipment & "/" & moid_Subrack & "/" & moid_Slot & "/" & moid_PlugInUnit & "/" & moid_ExchangeTerminal & "/" & moid_E3PhysPathTerm or RXI_E3_T3_PHYSICAL_LINK.nedn_SubNetwork & "/" & nedn_MeContext & "/" & moid_Equipment & "/" & moid_Subrack & "/" & moid_Slot & "/" & moid_PlugInUnit & "/" & moid_ExchangeTerminal & "/" & moid_E3PhysPathTerm 
    TechnologyTechnology of the network/element (e.g. GSM, GPRS, UMTS).  RNC_E3_T3_PHYSICAL_LINK."UMTS" or NODEB_E3_T3_PHYSICAL_LINK."UMTS" or RXI_E3_T3_PHYSICAL_LINK."UMTS"; RNC_E3_T3_PHYSICAL_LINK."UMTS" or NODEB_E3_T3_PHYSICAL_LINK."UMTS" or RXI_E3_T3_PHYSICAL_LINK."UMTS" 
    VersionHardware/Software version of the E3 Phys Path Term.  RNC_E3_T3_PHYSICAL_LINK."P7.1" or NODEB_E3_T3_PHYSICAL_LINK."P7.1" or RXI_E3_T3_PHYSICAL_LINK."P7.1"; RNC_E3_T3_PHYSICAL_LINK."P7.1" or NODEB_E3_T3_PHYSICAL_LINK."P7.1" or RXI_E3_T3_PHYSICAL_LINK."P7.1" 
    Node_TypeType of Node.  RNC_E3_T3_PHYSICAL_LINK."RNC" or NODEB_E3_T3_PHYSICAL_LINK."NodeB" or RXI_E3_T3_PHYSICAL_LINK."RXI"; RNC_E3_T3_PHYSICAL_LINK."RNC" or NODEB_E3_T3_PHYSICAL_LINK."NodeB" or RXI_E3_T3_PHYSICAL_LINK."RXI" 
    Node_IdThe unique identifier for the node this object is connected to.  No mapping; No mapping 
    Node_NameA user friendly name for this node the object is connected to.  No mapping; No mapping 


    6.20 Ethernet_Link details

    In the network hierarchy, the immediate parent of the Ethernet_Link object is IP_Interface.

    Attribute NameDescriptionRead-Only?Time-Tracked?MappingAggregator
    Primary Identifier
    Ethernet_Link_IdA unique identifier for the Ethernet Link in a UTRAN network.Y RNC_Ethernet_Link.nedn_SubNetwork & "/" & moid_IpOam & "/" & moid_Ip & "/" & moid_EthernetLink or NODEB_Ethernet_Link.nedn_SubNetwork & "/" & nedn_MeContext & "/" & moid_IpOam & "/" & moid_Ip & "/" & moid_EthernetLink or RXI_Ethernet_Link.nedn_SubNetwork & "/" & nedn_MeContext & "/" & moid_IpOam & "/" & moid_Ip & "/" & moid_EthernetLink; RNC_Ethernet_Link.nedn_SubNetwork & "/" & moid_IpOam & "/" & moid_Ip & "/" & moid_EthernetLink or NODEB_Ethernet_Link.nedn_SubNetwork & "/" & nedn_MeContext & "/" & moid_IpOam & "/" & moid_Ip & "/" & moid_EthernetLink or RXI_Ethernet_Link.nedn_SubNetwork & "/" & nedn_MeContext & "/" & moid_IpOam & "/" & moid_Ip & "/" & moid_EthernetLink 
    Relationship Attributes
    Network_IdNetwork associated with the Ethernet Link.YYlookup("nc_bsc","network_id",utime(StartDate & StartTime,"%d %b %Y %R"), RNC_Ethernet_Link.nedn_SubNetwork) or lookup("nc_bsc","network_id",utime(StartDate & StartTime,"%d %b %Y %R"), NODEB_Ethernet_Link.nedn_SubNetwork) or lookup("nc_bsc","network_id",utime(StartDate & StartTime,"%d %b %Y %R"), RXI_Ethernet_Link.nedn_SubNetwork); lookup("nc_bsc","network_id",utime(StartDate & StartTime,"%d %b %Y %R"), RNC_Ethernet_Link.nedn_SubNetwork) or lookup("nc_bsc","network_id",utime(StartDate & StartTime,"%d %b %Y %R"), NODEB_Ethernet_Link.nedn_SubNetwork) or lookup("nc_bsc","network_id",utime(StartDate & StartTime,"%d %b %Y %R"), RXI_Ethernet_Link.nedn_SubNetwork) 
    NodeB_IdIdentifier of the NodeBYYNODEB_Ethernet_Link.nedn_SubNetwork & "/" & nedn_MeContext; NODEB_Ethernet_Link.nedn_SubNetwork & "/" & nedn_MeContext 
    RNC_IdRNC in a UTRAN network.YYRNC_Ethernet_Link.nedn_SubNetwork or NODEB_Ethernet_Link.nedn_SubNetwork or RXI_Ethernet_Link.nedn_SubNetwork; RNC_Ethernet_Link.nedn_SubNetwork or NODEB_Ethernet_Link.nedn_SubNetwork or RXI_Ethernet_Link.nedn_SubNetwork 
    Region_IdRegion associated with the Ethernet Link.YYlookup("nc_bsc","region_id",utime(StartDate & StartTime,"%d %b %Y %R"), RNC_Ethernet_Link.nedn_SubNetwork) or lookup("nc_bsc","region_id",utime(StartDate & StartTime,"%d %b %Y %R"), NODEB_Ethernet_Link.nedn_SubNetwork) or lookup("nc_bsc","region_id",utime(StartDate & StartTime,"%d %b %Y %R"), RXI_Ethernet_Link.nedn_SubNetwork); lookup("nc_bsc","region_id",utime(StartDate & StartTime,"%d %b %Y %R"), RNC_Ethernet_Link.nedn_SubNetwork) or lookup("nc_bsc","region_id",utime(StartDate & StartTime,"%d %b %Y %R"), NODEB_Ethernet_Link.nedn_SubNetwork) or lookup("nc_bsc","region_id",utime(StartDate & StartTime,"%d %b %Y %R"), RXI_Ethernet_Link.nedn_SubNetwork) 
    Interface_IdIP link in a UTRAN network.YYRNC_Ethernet_Link.nedn_SubNetwork & "/" & moid_IpOam & "/" & moid_Ip or NODEB_Ethernet_Link.nedn_SubNetwork & "/" & nedn_MeContext & "/" & moid_IpOam & "/" & moid_Ip or RXI_Ethernet_Link.nedn_SubNetwork & "/" & nedn_MeContext & "/" & moid_IpOam & "/" & moid_Ip; RNC_Ethernet_Link.nedn_SubNetwork & "/" & moid_IpOam & "/" & moid_Ip or NODEB_Ethernet_Link.nedn_SubNetwork & "/" & nedn_MeContext & "/" & moid_IpOam & "/" & moid_Ip or RXI_Ethernet_Link.nedn_SubNetwork & "/" & nedn_MeContext & "/" & moid_IpOam & "/" & moid_Ip 
    Configuration Attributes
    Ethernet_Link_NameA user-friendly name preferably unique for the Ethernet Link.  RNC_Ethernet_Link.nedn_SubNetwork & "/" & moid_IpOam & "/" & moid_Ip & "/" & moid_EthernetLink or NODEB_Ethernet_Link.nedn_SubNetwork & "/" & nedn_MeContext & "/" & moid_IpOam & "/" & moid_Ip & "/" & moid_EthernetLink or RXI_Ethernet_Link.nedn_SubNetwork & "/" & nedn_MeContext & "/" & moid_IpOam & "/" & moid_Ip & "/" & moid_EthernetLink; RNC_Ethernet_Link.nedn_SubNetwork & "/" & moid_IpOam & "/" & moid_Ip & "/" & moid_EthernetLink or NODEB_Ethernet_Link.nedn_SubNetwork & "/" & nedn_MeContext & "/" & moid_IpOam & "/" & moid_Ip & "/" & moid_EthernetLink or RXI_Ethernet_Link.nedn_SubNetwork & "/" & nedn_MeContext & "/" & moid_IpOam & "/" & moid_Ip & "/" & moid_EthernetLink 
    TechnologyTechnology of the network/element (e.g. GSM, GPRS, UMTS).  RNC_Ethernet_Link."UMTS" or NODEB_Ethernet_Link."UMTS" or RXI_Ethernet_Link."UMTS"; RNC_Ethernet_Link."UMTS" or NODEB_Ethernet_Link."UMTS" or RXI_Ethernet_Link."UMTS" 
    VersionHardware/Software version of the Ethernet Link.  RNC_Ethernet_Link."P7.1" or NODEB_Ethernet_Link."P7.1" or RXI_Ethernet_Link."P7.1"; RNC_Ethernet_Link."P7.1" or NODEB_Ethernet_Link."P7.1" or RXI_Ethernet_Link."P7.1" 
    Node_TypeThe type of the Node associated with the Ethernet Link (e.g. MSC, BSC).  RNC_Ethernet_Link."RNC" or NODEB_Ethernet_Link."NodeB" or RXI_Ethernet_Link."RXI"; RNC_Ethernet_Link."RNC" or NODEB_Ethernet_Link."NodeB" or RXI_Ethernet_Link."RXI" 
    Node_IdThe unique identifier for the node this object is connected to.  No mapping; No mapping 
    Node_NameA user friendly name for this node the object is connected to.  No mapping; No mapping 
    Ip_Protocol_Layer_IdThe Ip Protocol layer associated with the object  No mapping; No mapping 
    Ip_System_IdIP System in a UTRAN network.  RNC_Ethernet_Link.nedn_SubNetwork & "/" & moid_IpOam or NODEB_Ethernet_Link.nedn_SubNetwork & "/" & nedn_MeContext & "/" & moid_IpOam or RXI_Ethernet_Link.nedn_SubNetwork & "/" & nedn_MeContext & "/" & moid_IpOam; RNC_Ethernet_Link.nedn_SubNetwork & "/" & moid_IpOam or NODEB_Ethernet_Link.nedn_SubNetwork & "/" & nedn_MeContext & "/" & moid_IpOam or RXI_Ethernet_Link.nedn_SubNetwork & "/" & nedn_MeContext & "/" & moid_IpOam 


    6.21 EthernetSwitchModulePort details

    In the network hierarchy, the immediate parent of the EthernetSwitchModulePort object is NodeB.

    Attribute NameDescriptionRead-Only?Time-Tracked?MappingAggregator
    Primary Identifier
    EthernetSwitchModulePort_IdA unique identifier for the EthernetSwitchModulePortY ME_EthernetSwitchModulePort.nedn_SubNetwork & "/" &moid_Equipment & "/" & moid_Subrack & "/" & moid_Slot & "/" & moid_PlugInUnit & "/" & moid_EthernetSwitchModule&"/"&moid_EthernetSwitchModulePort; ME_EthernetSwitchModulePort.nedn_SubNetwork & "/" &moid_Equipment & "/" & moid_Subrack & "/" & moid_Slot & "/" & moid_PlugInUnit & "/" & moid_EthernetSwitchModule&"/"&moid_EthernetSwitchModulePort 
    Relationship Attributes
    Network_IdNetwork associated wtih the EthernetSwitchModulePortYYlookup("nc_bsc","network_id",utime(StartDate & StartTime,"%d %b %Y %R"), nedn_SubNetwork); lookup("nc_bsc","network_id",utime(StartDate & StartTime,"%d %b %Y %R"), nedn_SubNetwork) 
    Region_IdRegion associated with the EthernetSwitchModulePortYYlookup("nc_bsc","region_id",utime(StartDate & StartTime,"%d %b %Y %R"), nedn_SubNetwork); lookup("nc_bsc","region_id",utime(StartDate & StartTime,"%d %b %Y %R"), nedn_SubNetwork) 
    RNC_IdIdentifier for the RNC associated with this EthernetSwitchModulePortYYME_EthernetSwitchModulePort.nedn_SubNetwork; ME_EthernetSwitchModulePort.nedn_SubNetwork 
    NodeB_IdNodeB identifier associated with this EthernetSwitchModulePort.YYME_EthernetSwitchModulePort.nedn_SubNetwork & "/" &moid_Equipment; ME_EthernetSwitchModulePort.nedn_SubNetwork & "/" &moid_Equipment 
    Configuration Attributes
    EthSwModPort_NameA user-friendly name preferably unique for the EthernetSwitchModulePort  ME_EthernetSwitchModulePort.nedn_SubNetwork & "/" &moid_Equipment & "/" & moid_Subrack & "/" & moid_Slot & "/" & moid_PlugInUnit & "/" & moid_EthernetSwitchModule&"/"&moid_EthernetSwitchModulePort; ME_EthernetSwitchModulePort.nedn_SubNetwork & "/" &moid_Equipment & "/" & moid_Subrack & "/" & moid_Slot & "/" & moid_PlugInUnit & "/" & moid_EthernetSwitchModule&"/"&moid_EthernetSwitchModulePort 
    VersionHardware/Software version of the EthernetSwitchModulePort  "P7.1"; "P7.1" 
    TechnologyTechnology of the network/element  "UMTS"; "UMTS" 
    ActualSpeedDuplexThe mode, in which the port is actually operating. The value NO_LINK means that the link is disabled.  ME_EthernetSwitchModulePort.ActualEthModSpeedDuplex; ME_EthernetSwitchModulePort.ActualEthModSpeedDuplex 


    6.22 EthernetSwitchPort details

    In the network hierarchy, the immediate parent of the EthernetSwitchPort object is Plug_In_Unit.

    Attribute NameDescriptionRead-Only?Time-Tracked?MappingAggregator
    Primary Identifier
    EthernetSwitchPort_IdThe primary identifier of the EthernetSwitchPort.Y RNC_EthernetSwitchPort.nedn_SubNetwork & "/" & moid_Equipment & "/" & moid_Subrack & "/" & moid_Slot & "/" & moid_PlugInUnit & "/" & moid_ExchangeTerminalIp & "/" & moid_EthernetSwitch & "/" & moid_EthernetSwitchPort or NODEB_EthernetSwitchPort.nedn_SubNetwork & "/" & nedn_MeContext & "/" & moid_Equipment & "/" & moid_Subrack & "/" & moid_Slot & "/" & moid_PlugInUnit & "/" & moid_ExchangeTerminalIp & "/" & moid_EthernetSwitch & "/" & moid_EthernetSwitchPort or RXI_EthernetSwitchPort.nedn_SubNetwork & "/" & nedn_MeContext & "/" & moid_Equipment & "/" & moid_Subrack & "/" & moid_Slot & "/" & moid_PlugInUnit & "/" & moid_ExchangeTerminalIp & "/" & moid_EthernetSwitch & "/" & moid_EthernetSwitchPort; RNC_EthernetSwitchPort.nedn_SubNetwork & "/" & moid_Equipment & "/" & moid_Subrack & "/" & moid_Slot & "/" & moid_PlugInUnit & "/" & moid_ExchangeTerminalIp & "/" & moid_EthernetSwitch & "/" & moid_EthernetSwitchPort or NODEB_EthernetSwitchPort.nedn_SubNetwork & "/" & nedn_MeContext & "/" & moid_Equipment & "/" & moid_Subrack & "/" & moid_Slot & "/" & moid_PlugInUnit & "/" & moid_ExchangeTerminalIp & "/" & moid_EthernetSwitch & "/" & moid_EthernetSwitchPort or RXI_EthernetSwitchPort.nedn_SubNetwork & "/" & nedn_MeContext & "/" & moid_Equipment & "/" & moid_Subrack & "/" & moid_Slot & "/" & moid_PlugInUnit & "/" & moid_ExchangeTerminalIp & "/" & moid_EthernetSwitch & "/" & moid_EthernetSwitchPort 
    Relationship Attributes
    Plug_In_Unit_IdEquipment Plug in Unit in a UTRAN network.YYRNC_EthernetSwitchPort.nedn_SubNetwork & "/" & moid_Equipment & "/" & moid_Subrack & "/" & moid_Slot & "/" & moid_PlugInUnit or NODEB_EthernetSwitchPort.nedn_SubNetwork & "/" & nedn_MeContext & "/" & moid_Equipment & "/" & moid_Subrack & "/" & moid_Slot & "/" & moid_PlugInUnit or RXI_EthernetSwitchPort.nedn_SubNetwork & "/" & nedn_MeContext & "/" & moid_Equipment & "/" & moid_Subrack & "/" & moid_Slot & "/" & moid_PlugInUnit; RNC_EthernetSwitchPort.nedn_SubNetwork & "/" & moid_Equipment & "/" & moid_Subrack & "/" & moid_Slot & "/" & moid_PlugInUnit or NODEB_EthernetSwitchPort.nedn_SubNetwork & "/" & nedn_MeContext & "/" & moid_Equipment & "/" & moid_Subrack & "/" & moid_Slot & "/" & moid_PlugInUnit or RXI_EthernetSwitchPort.nedn_SubNetwork & "/" & nedn_MeContext & "/" & moid_Equipment & "/" & moid_Subrack & "/" & moid_Slot & "/" & moid_PlugInUnit 
    NodeB_IdNodeB in a UTRAN network.YYNODEB_EthernetSwitchPort.nedn_SubNetwork & "/" & nedn_MeContext; NODEB_EthernetSwitchPort.nedn_SubNetwork & "/" & nedn_MeContext 
    RNC_IdRNC in a UTRAN network.YYRNC_EthernetSwitchPort.nedn_SubNetwork or NODEB_EthernetSwitchPort.nedn_SubNetwork or RXI_EthernetSwitchPort.nedn_SubNetwork; RNC_EthernetSwitchPort.nedn_SubNetwork or NODEB_EthernetSwitchPort.nedn_SubNetwork or RXI_EthernetSwitchPort.nedn_SubNetwork 
    Network_IdNetwork associated with the EthernetSwitchPort.YYlookup("nc_bsc","network_id",utime(StartDate & StartTime,"%d %b %Y %R"), RNC_EthernetSwitchPort.nedn_SubNetwork) or lookup("nc_bsc","network_id",utime(StartDate & StartTime,"%d %b %Y %R"), NODEB_EthernetSwitchPort.nedn_SubNetwork) or lookup("nc_bsc","network_id",utime(StartDate & StartTime,"%d %b %Y %R"), RXI_EthernetSwitchPort.nedn_SubNetwork); lookup("nc_bsc","network_id",utime(StartDate & StartTime,"%d %b %Y %R"), RNC_EthernetSwitchPort.nedn_SubNetwork) or lookup("nc_bsc","network_id",utime(StartDate & StartTime,"%d %b %Y %R"), NODEB_EthernetSwitchPort.nedn_SubNetwork) or lookup("nc_bsc","network_id",utime(StartDate & StartTime,"%d %b %Y %R"), RXI_EthernetSwitchPort.nedn_SubNetwork) 
    Region_IdRegion associated with the EthernetSwitchPort.YYlookup("nc_bsc","region_id",utime(StartDate & StartTime,"%d %b %Y %R"), RNC_EthernetSwitchPort.nedn_SubNetwork) or lookup("nc_bsc","region_id",utime(StartDate & StartTime,"%d %b %Y %R"), NODEB_EthernetSwitchPort.nedn_SubNetwork) or lookup("nc_bsc","region_id",utime(StartDate & StartTime,"%d %b %Y %R"), RXI_EthernetSwitchPort.nedn_SubNetwork); lookup("nc_bsc","region_id",utime(StartDate & StartTime,"%d %b %Y %R"), RNC_EthernetSwitchPort.nedn_SubNetwork) or lookup("nc_bsc","region_id",utime(StartDate & StartTime,"%d %b %Y %R"), NODEB_EthernetSwitchPort.nedn_SubNetwork) or lookup("nc_bsc","region_id",utime(StartDate & StartTime,"%d %b %Y %R"), RXI_EthernetSwitchPort.nedn_SubNetwork) 
    Configuration Attributes
    EthernetSwitchPort_NameThe meaningful name of the EthernetSwitchPort.  RNC_EthernetSwitchPort.nedn_SubNetwork & "/" & moid_Equipment & "/" & moid_Subrack & "/" & moid_Slot & "/" & moid_PlugInUnit & "/" & moid_ExchangeTerminalIp & "/" & moid_EthernetSwitch & "/" & moid_EthernetSwitchPort or NODEB_EthernetSwitchPort.nedn_SubNetwork & "/" & nedn_MeContext & "/" & moid_Equipment & "/" & moid_Subrack & "/" & moid_Slot & "/" & moid_PlugInUnit & "/" & moid_ExchangeTerminalIp & "/" & moid_EthernetSwitch & "/" & moid_EthernetSwitchPort or RXI_EthernetSwitchPort.nedn_SubNetwork & "/" & nedn_MeContext & "/" & moid_Equipment & "/" & moid_Subrack & "/" & moid_Slot & "/" & moid_PlugInUnit & "/" & moid_ExchangeTerminalIp & "/" & moid_EthernetSwitch & "/" & moid_EthernetSwitchPort; RNC_EthernetSwitchPort.nedn_SubNetwork & "/" & moid_Equipment & "/" & moid_Subrack & "/" & moid_Slot & "/" & moid_PlugInUnit & "/" & moid_ExchangeTerminalIp & "/" & moid_EthernetSwitch & "/" & moid_EthernetSwitchPort or NODEB_EthernetSwitchPort.nedn_SubNetwork & "/" & nedn_MeContext & "/" & moid_Equipment & "/" & moid_Subrack & "/" & moid_Slot & "/" & moid_PlugInUnit & "/" & moid_ExchangeTerminalIp & "/" & moid_EthernetSwitch & "/" & moid_EthernetSwitchPort or RXI_EthernetSwitchPort.nedn_SubNetwork & "/" & nedn_MeContext & "/" & moid_Equipment & "/" & moid_Subrack & "/" & moid_Slot & "/" & moid_PlugInUnit & "/" & moid_ExchangeTerminalIp & "/" & moid_EthernetSwitch & "/" & moid_EthernetSwitchPort 
    TechnologyTechnology of the network/element (e.g. GSM, GPRS, UMTS).  RNC_EthernetSwitchPort."UMTS" or NODEB_EthernetSwitchPort."UMTS" or RXI_EthernetSwitchPort."UMTS"; RNC_EthernetSwitchPort."UMTS" or NODEB_EthernetSwitchPort."UMTS" or RXI_EthernetSwitchPort."UMTS" 
    VersionHardware/Software version of the EthernetSwitchPort.  RNC_EthernetSwitchPort."P7.1" or NODEB_EthernetSwitchPort."P7.1" or RXI_EthernetSwitchPort."P7.1"; RNC_EthernetSwitchPort."P7.1" or NODEB_EthernetSwitchPort."P7.1" or RXI_EthernetSwitchPort."P7.1" 
    Node_TypeType of Node.  RNC_EthernetSwitchPort."RNC" or NODEB_EthernetSwitchPort."NodeB" or RXI_EthernetSwitchPort."RXI"; RNC_EthernetSwitchPort."RNC" or NODEB_EthernetSwitchPort."NodeB" or RXI_EthernetSwitchPort."RXI" 
    Node_IdThe unique identifier for the node this object is connected to.  No mapping; No mapping 
    Node_NameA user friendly name for this node the object is connected to.  No mapping; No mapping 


    6.23 Fast_Ethernet details

    In the network hierarchy, the immediate parent of the Fast_Ethernet object is Plug_In_Unit.

    Attribute NameDescriptionRead-Only?Time-Tracked?MappingAggregator
    Primary Identifier
    Fast_Ethernet_IdA unique identifier for the Fast Ethernet.Y ME_RNC_Eqpt_FastEthernet.nedn_SubNetwork & "/" & moid_Equipment & "/" & moid_Subrack & "/" & moid_Slot & "/" & moid_PlugInUnit & "/" & moid_GeneralProcessorUnit & "/" & moid_FastEthernet; ME_RNC_Eqpt_FastEthernet.nedn_SubNetwork & "/" & moid_Equipment & "/" & moid_Subrack & "/" & moid_Slot & "/" & moid_PlugInUnit & "/" & moid_GeneralProcessorUnit & "/" & moid_FastEthernet 
    Relationship Attributes
    Network_IdNetwork associated with the Fast Ethernet.YYlookup("nc_bsc","network_id",utime(StartDate & StartTime,"%d %b %Y %R"), nedn_SubNetwork); lookup("nc_bsc","network_id",utime(StartDate & StartTime,"%d %b %Y %R"), nedn_SubNetwork) 
    Region_IdRegion associated with the Fast Ethernet.YYlookup("nc_bsc","region_id",utime(StartDate & StartTime,"%d %b %Y %R"), nedn_SubNetwork); lookup("nc_bsc","region_id",utime(StartDate & StartTime,"%d %b %Y %R"), nedn_SubNetwork) 
    Plug_In_Unit_IdThe Plug_In_Unit associated with the object.YYME_RNC_Eqpt_FastEthernet.nedn_SubNetwork & "/" & moid_Equipment & "/" & moid_Subrack & "/" & moid_Slot & "/" & moid_PlugInUnit; ME_RNC_Eqpt_FastEthernet.nedn_SubNetwork & "/" & moid_Equipment & "/" & moid_Subrack & "/" & moid_Slot & "/" & moid_PlugInUnit 
    Configuration Attributes
    Fast_Ethernet_NameA user-friendly name preferably unique for the Fast Ethernet.  ME_RNC_Eqpt_FastEthernet.nedn_SubNetwork & "/" & moid_Equipment & "/" & moid_Subrack & "/" & moid_Slot & "/" & moid_PlugInUnit & "/" & moid_GeneralProcessorUnit & "/" & moid_FastEthernet; ME_RNC_Eqpt_FastEthernet.nedn_SubNetwork & "/" & moid_Equipment & "/" & moid_Subrack & "/" & moid_Slot & "/" & moid_PlugInUnit & "/" & moid_GeneralProcessorUnit & "/" & moid_FastEthernet 
    Node_IdThe unique identifier for the node this object is connected to.  ME_RNC_Eqpt_FastEthernet.nedn_SubNetwork; ME_RNC_Eqpt_FastEthernet.nedn_SubNetwork 
    Node_TypeThe type of network element of the node this object is connected to.  ME_RNC_Eqpt_FastEthernet."RNC"; ME_RNC_Eqpt_FastEthernet."RNC" 
    Node_NameA user friendly name for this node the object is connected to.  ME_RNC_Eqpt_FastEthernet.nedn_SubNetwork; ME_RNC_Eqpt_FastEthernet.nedn_SubNetwork 
    TechnologyTechnology of the network/element (e.g. GSM, GPRS, UMTS).  "UMTS"; "UMTS" 
    VersionHardware/Software version of the equipment supporting the Fast Ethernet.  "P7.1"; "P7.1" 


    6.24 GigabitEthernet details

    In the network hierarchy, the immediate parent of the GigabitEthernet object is Plug_In_Unit.

    Attribute NameDescriptionRead-Only?Time-Tracked?MappingAggregator
    Primary Identifier
    GigabitEthernet_IdA unique identifier for the GigabitEthernet.Y ME_RNC_Eqpt_GigaBitEthernet.nedn_SubNetwork & "/" & moid_Equipment & "/" & moid_Subrack & "/" & moid_Slot & "/" & moid_PlugInUnit & "/" & moid_EtMfg & "/" & moid_GigaBitEthernet; ME_RNC_Eqpt_GigaBitEthernet.nedn_SubNetwork & "/" & moid_Equipment & "/" & moid_Subrack & "/" & moid_Slot & "/" & moid_PlugInUnit & "/" & moid_EtMfg & "/" & moid_GigaBitEthernet 
    Relationship Attributes
    Plug_In_Unit_IdThe Plug In Unit associated with the object.YYME_RNC_Eqpt_GigaBitEthernet.nedn_SubNetwork & "/" & moid_Equipment & "/" & moid_Subrack & "/" & moid_Slot & "/" & moid_PlugInUnit; ME_RNC_Eqpt_GigaBitEthernet.nedn_SubNetwork & "/" & moid_Equipment & "/" & moid_Subrack & "/" & moid_Slot & "/" & moid_PlugInUnit 
    Network_IdNetwork associated with the GigabitEthernet.YYlookup("nc_bsc","network_id",utime(StartDate & StartTime,"%d %b %Y %R"), nedn_SubNetwork); lookup("nc_bsc","network_id",utime(StartDate & StartTime,"%d %b %Y %R"), nedn_SubNetwork) 
    Region_IdRegion associated with the GigabitEthernet.YYlookup("nc_bsc","region_id",utime(StartDate & StartTime,"%d %b %Y %R"), nedn_SubNetwork); lookup("nc_bsc","region_id",utime(StartDate & StartTime,"%d %b %Y %R"), nedn_SubNetwork) 
    Configuration Attributes
    GigabitEthernet_NameA user-friendly name preferably unique for the GigabitEthernet.  ME_RNC_Eqpt_GigaBitEthernet.nedn_SubNetwork & "/" & moid_Equipment & "/" & moid_Subrack & "/" & moid_Slot & "/" & moid_PlugInUnit & "/" & moid_EtMfg & "/" & moid_GigaBitEthernet; ME_RNC_Eqpt_GigaBitEthernet.nedn_SubNetwork & "/" & moid_Equipment & "/" & moid_Subrack & "/" & moid_Slot & "/" & moid_PlugInUnit & "/" & moid_EtMfg & "/" & moid_GigaBitEthernet 
    TechnologyTechnology of the network/element (e.g. GSM, GPRS, UMTS).  "UMTS"; "UMTS" 
    VersionHardware/Software version of the equipment supporting the GigabitEthernet.  "P7.1"; "P7.1" 
    Node_IdThe unique identifier for the node this object is connected to.  ME_RNC_Eqpt_GigaBitEthernet.nedn_SubNetwork; ME_RNC_Eqpt_GigaBitEthernet.nedn_SubNetwork 
    Node_TypeThe type of network element of the node this object is connected to.  ME_RNC_Eqpt_GigaBitEthernet."RNC"; ME_RNC_Eqpt_GigaBitEthernet."RNC" 
    Node_NameA user friendly name for this node the object is connected to.  ME_RNC_Eqpt_GigaBitEthernet.nedn_SubNetwork; ME_RNC_Eqpt_GigaBitEthernet.nedn_SubNetwork 


    6.25 IMA_Group details

    In the network hierarchy, the immediate parents of the IMA_Group object are: NodeB and RNC.


    Attribute NameDescriptionRead-Only?Time-Tracked?MappingAggregator
    Primary Identifier
    IMA_Group_IdPrimary identifier of the IMA Group.Y RNC_IMA_GROUP.nedn_SubNetwork & "/" & moid_ImaGroup or NODEB_IMA_GROUP.nedn_SubNetwork & "/" & nedn_MeContext & "/" & moid_ImaGroup or RXI_IMA_GROUP.nedn_SubNetwork & "/" & nedn_MeContext & "/" & moid_ImaGroup; RNC_IMA_GROUP.nedn_SubNetwork & "/" & moid_ImaGroup or NODEB_IMA_GROUP.nedn_SubNetwork & "/" & nedn_MeContext & "/" & moid_ImaGroup or RXI_IMA_GROUP.nedn_SubNetwork & "/" & nedn_MeContext & "/" & moid_ImaGroup 
    Relationship Attributes
    NodeB_IdA unique identifier for the NodeB.YYNODEB_IMA_GROUP.nedn_SubNetwork & "/" & nedn_MeContext; NODEB_IMA_GROUP.nedn_SubNetwork & "/" & nedn_MeContext 
    RNC_IdA unique identifier for the RNC.YYRNC_IMA_GROUP.nedn_SubNetwork or NODEB_IMA_GROUP.nedn_SubNetwork or RXI_IMA_GROUP.nedn_SubNetwork; RNC_IMA_GROUP.nedn_SubNetwork or NODEB_IMA_GROUP.nedn_SubNetwork or RXI_IMA_GROUP.nedn_SubNetwork 
    Region_IdIdentifier of the region for the IMA Group or Node.YYlookup("nc_bsc","region_id",utime(StartDate & StartTime,"%d %b %Y %R"), RNC_IMA_GROUP.nedn_SubNetwork) or lookup("nc_bsc","region_id",utime(StartDate & StartTime,"%d %b %Y %R"), NODEB_IMA_GROUP.nedn_SubNetwork) or lookup("nc_bsc","region_id",utime(StartDate & StartTime,"%d %b %Y %R"), RXI_IMA_GROUP.nedn_SubNetwork); lookup("nc_bsc","region_id",utime(StartDate & StartTime,"%d %b %Y %R"), RNC_IMA_GROUP.nedn_SubNetwork) or lookup("nc_bsc","region_id",utime(StartDate & StartTime,"%d %b %Y %R"), NODEB_IMA_GROUP.nedn_SubNetwork) or lookup("nc_bsc","region_id",utime(StartDate & StartTime,"%d %b %Y %R"), RXI_IMA_GROUP.nedn_SubNetwork) 
    Network_IdIdentifier of the Network / PLMN.YYlookup("nc_bsc","network_id",utime(StartDate & StartTime,"%d %b %Y %R"), RNC_IMA_GROUP.nedn_SubNetwork) or lookup("nc_bsc","network_id",utime(StartDate & StartTime,"%d %b %Y %R"), NODEB_IMA_GROUP.nedn_SubNetwork) or lookup("nc_bsc","network_id",utime(StartDate & StartTime,"%d %b %Y %R"), RXI_IMA_GROUP.nedn_SubNetwork); lookup("nc_bsc","network_id",utime(StartDate & StartTime,"%d %b %Y %R"), RNC_IMA_GROUP.nedn_SubNetwork) or lookup("nc_bsc","network_id",utime(StartDate & StartTime,"%d %b %Y %R"), NODEB_IMA_GROUP.nedn_SubNetwork) or lookup("nc_bsc","network_id",utime(StartDate & StartTime,"%d %b %Y %R"), RXI_IMA_GROUP.nedn_SubNetwork) 
    Configuration Attributes
    IMA_Group_NameMeaningful name of the IMA Group.  RNC_IMA_GROUP.nedn_SubNetwork & "/" & moid_ImaGroup or NODEB_IMA_GROUP.nedn_SubNetwork & "/" & nedn_MeContext & "/" & moid_ImaGroup or RXI_IMA_GROUP.nedn_SubNetwork & "/" & nedn_MeContext & "/" & moid_ImaGroup; RNC_IMA_GROUP.nedn_SubNetwork & "/" & moid_ImaGroup or NODEB_IMA_GROUP.nedn_SubNetwork & "/" & nedn_MeContext & "/" & moid_ImaGroup or RXI_IMA_GROUP.nedn_SubNetwork & "/" & nedn_MeContext & "/" & moid_ImaGroup 
    Node_IdIdentifier of the Node (e.g. RNC).  No mapping; No mapping 
    IMA_Group_TypeType or Information about the IMA Group.  No mapping; No mapping 
    Node_TypeType of the Node (e.g. RNC).  RNC_IMA_GROUP."RNC" or NODEB_IMA_GROUP."NodeB" or RXI_IMA_GROUP."RXI"; RNC_IMA_GROUP."RNC" or NODEB_IMA_GROUP."NodeB" or RXI_IMA_GROUP."RXI" 
    VersionVersion of the IMA Group or Node.  RNC_IMA_GROUP."P7.1" or NODEB_IMA_GROUP."P7.1" or RXI_IMA_GROUP."P7.1"; RNC_IMA_GROUP."P7.1" or NODEB_IMA_GROUP."P7.1" or RXI_IMA_GROUP."P7.1" 
    TechnologyTechnology of the network/element (e.g. GSM, GPRS, UMTS).  RNC_IMA_GROUP."UMTS" or NODEB_IMA_GROUP."UMTS" or RXI_IMA_GROUP."UMTS"; RNC_IMA_GROUP."UMTS" or NODEB_IMA_GROUP."UMTS" or RXI_IMA_GROUP."UMTS" 


    6.26 IMA_Link details

    In the network hierarchy, the immediate parent of the IMA_Link object is IMA_Group.

    Attribute NameDescriptionRead-Only?Time-Tracked?MappingAggregator
    Primary Identifier
    IMA_Link_IdPrimary identifier of the IMA Link.Y RNC_IMA_LINK.nedn_SubNetwork & "/" & moid_ImaGroup & "/" & moid_ImaLink or NODEB_IMA_LINK.nedn_SubNetwork & "/" & nedn_MeContext & "/" & moid_ImaGroup & "/" & moid_ImaLink or RXI_IMA_LINK.nedn_SubNetwork & "/" & nedn_MeContext & "/" & moid_ImaGroup & "/" & moid_ImaLink; RNC_IMA_LINK.nedn_SubNetwork & "/" & moid_ImaGroup & "/" & moid_ImaLink or NODEB_IMA_LINK.nedn_SubNetwork & "/" & nedn_MeContext & "/" & moid_ImaGroup & "/" & moid_ImaLink or RXI_IMA_LINK.nedn_SubNetwork & "/" & nedn_MeContext & "/" & moid_ImaGroup & "/" & moid_ImaLink 
    Relationship Attributes
    IMA_Group_IdIdentifier of the IMA Group.YYRNC_IMA_LINK.nedn_SubNetwork & "/" & moid_ImaGroup or NODEB_IMA_LINK.nedn_SubNetwork & "/" & nedn_MeContext & "/" & moid_ImaGroup or RXI_IMA_LINK.nedn_SubNetwork & "/" & nedn_MeContext & "/" & moid_ImaGroup; RNC_IMA_LINK.nedn_SubNetwork & "/" & moid_ImaGroup or NODEB_IMA_LINK.nedn_SubNetwork & "/" & nedn_MeContext & "/" & moid_ImaGroup or RXI_IMA_LINK.nedn_SubNetwork & "/" & nedn_MeContext & "/" & moid_ImaGroup 
    NodeB_IdIdentifier of the BS.YYNODEB_IMA_LINK.nedn_SubNetwork & "/" & nedn_MeContext; NODEB_IMA_LINK.nedn_SubNetwork & "/" & nedn_MeContext 
    RNC_IdIdentifier of the BSC/RNC.YYRNC_IMA_LINK.nedn_SubNetwork or NODEB_IMA_LINK.nedn_SubNetwork or RXI_IMA_LINK.nedn_SubNetwork; RNC_IMA_LINK.nedn_SubNetwork or NODEB_IMA_LINK.nedn_SubNetwork or RXI_IMA_LINK.nedn_SubNetwork 
    Region_IdIdentifier of the region of the IMA Link or RNC.YYlookup("nc_bsc","region_id",utime(StartDate & StartTime,"%d %b %Y %R"), RNC_IMA_LINK.nedn_SubNetwork) or lookup("nc_bsc","region_id",utime(StartDate & StartTime,"%d %b %Y %R"), NODEB_IMA_LINK.nedn_SubNetwork) or lookup("nc_bsc","region_id",utime(StartDate & StartTime,"%d %b %Y %R"), RXI_IMA_LINK.nedn_SubNetwork); lookup("nc_bsc","region_id",utime(StartDate & StartTime,"%d %b %Y %R"), RNC_IMA_LINK.nedn_SubNetwork) or lookup("nc_bsc","region_id",utime(StartDate & StartTime,"%d %b %Y %R"), NODEB_IMA_LINK.nedn_SubNetwork) or lookup("nc_bsc","region_id",utime(StartDate & StartTime,"%d %b %Y %R"), RXI_IMA_LINK.nedn_SubNetwork) 
    Network_IdIdentifier of the network/PLMN.YYlookup("nc_bsc","network_id",utime(StartDate & StartTime,"%d %b %Y %R"), RNC_IMA_LINK.nedn_SubNetwork) or lookup("nc_bsc","network_id",utime(StartDate & StartTime,"%d %b %Y %R"), NODEB_IMA_LINK.nedn_SubNetwork) or lookup("nc_bsc","network_id",utime(StartDate & StartTime,"%d %b %Y %R"), RXI_IMA_LINK.nedn_SubNetwork); lookup("nc_bsc","network_id",utime(StartDate & StartTime,"%d %b %Y %R"), RNC_IMA_LINK.nedn_SubNetwork) or lookup("nc_bsc","network_id",utime(StartDate & StartTime,"%d %b %Y %R"), NODEB_IMA_LINK.nedn_SubNetwork) or lookup("nc_bsc","network_id",utime(StartDate & StartTime,"%d %b %Y %R"), RXI_IMA_LINK.nedn_SubNetwork) 
    Configuration Attributes
    IMA_Link_NameMeaningful name of the IMA Link.  RNC_IMA_LINK.nedn_SubNetwork & "/" & moid_ImaGroup & "/" & moid_ImaLink or NODEB_IMA_LINK.nedn_SubNetwork & "/" & nedn_MeContext & "/" & moid_ImaGroup & "/" & moid_ImaLink or RXI_IMA_LINK.nedn_SubNetwork & "/" & nedn_MeContext & "/" & moid_ImaGroup & "/" & moid_ImaLink; RNC_IMA_LINK.nedn_SubNetwork & "/" & moid_ImaGroup & "/" & moid_ImaLink or NODEB_IMA_LINK.nedn_SubNetwork & "/" & nedn_MeContext & "/" & moid_ImaGroup & "/" & moid_ImaLink or RXI_IMA_LINK.nedn_SubNetwork & "/" & nedn_MeContext & "/" & moid_ImaGroup & "/" & moid_ImaLink 
    VersionHardware/Software version of the IMA_link or RNC.  RNC_IMA_LINK."P7.1" or NODEB_IMA_LINK."P7.1" or RXI_IMA_LINK."P7.1"; RNC_IMA_LINK."P7.1" or NODEB_IMA_LINK."P7.1" or RXI_IMA_LINK."P7.1" 
    TechnologyTechnology of the network/element (e.g. GSM, GPRS, UMTS).  RNC_IMA_LINK."UMTS" or NODEB_IMA_LINK."UMTS" or RXI_IMA_LINK."UMTS"; RNC_IMA_LINK."UMTS" or NODEB_IMA_LINK."UMTS" or RXI_IMA_LINK."UMTS" 


    6.27 InternalEthernetPort_IpIf details

    In the network hierarchy, the immediate parent of the InternalEthernetPort_IpIf object is InternalEthernetPort.

    Attribute NameDescriptionRead-Only?Time-Tracked?MappingAggregator
    Primary Identifier
    InternalEthernetPort_IpIf_IdThe primary identifier of the InternalEthernetPort_IpIf.Y RNC_PInU_ExchTermIp_InternalEthPrt_IpIntf.nedn_SubNetwork & "/" & moid_Equipment & "/" & moid_Subrack & "/" & moid_Slot & "/" & moid_PlugInUnit & "/" & moid_ExchangeTerminalIp & "/" & moid_InternalEthernetPort & "/" & moid_IpInterface or NodeB_PInU_ExchTermIp_InternalEthPrt_IpIntf.nedn_SubNetwork & "/" & nedn_MeContext & "/" & moid_Equipment & "/" & moid_Subrack & "/" & moid_Slot & "/" & moid_PlugInUnit & "/" & moid_ExchangeTerminalIp & "/" & moid_InternalEthernetPort & "/" & moid_IpInterface or RXI_PInU_ExchTermIp_InternalEthPrt_IpIntf.nedn_SubNetwork & "/" & nedn_MeContext & "/" & moid_Equipment & "/" & moid_Subrack & "/" & moid_Slot & "/" & moid_PlugInUnit & "/" & moid_ExchangeTerminalIp & "/" & moid_InternalEthernetPort & "/" & moid_IpInterface; RNC_PInU_ExchTermIp_InternalEthPrt_IpIntf.nedn_SubNetwork & "/" & moid_Equipment & "/" & moid_Subrack & "/" & moid_Slot & "/" & moid_PlugInUnit & "/" & moid_ExchangeTerminalIp & "/" & moid_InternalEthernetPort & "/" & moid_IpInterface or NodeB_PInU_ExchTermIp_InternalEthPrt_IpIntf.nedn_SubNetwork & "/" & nedn_MeContext & "/" & moid_Equipment & "/" & moid_Subrack & "/" & moid_Slot & "/" & moid_PlugInUnit & "/" & moid_ExchangeTerminalIp & "/" & moid_InternalEthernetPort & "/" & moid_IpInterface or RXI_PInU_ExchTermIp_InternalEthPrt_IpIntf.nedn_SubNetwork & "/" & nedn_MeContext & "/" & moid_Equipment & "/" & moid_Subrack & "/" & moid_Slot & "/" & moid_PlugInUnit & "/" & moid_ExchangeTerminalIp & "/" & moid_InternalEthernetPort & "/" & moid_IpInterface 
    Relationship Attributes
    InternalEthernetPort_IdThe InternalEthernetPort this device belongs to.YYRNC_PInU_ExchTermIp_InternalEthPrt_IpIntf.nedn_SubNetwork & "/" & moid_Equipment & "/" & moid_Subrack & "/" & moid_Slot & "/" & moid_PlugInUnit & "/" & moid_ExchangeTerminalIp & "/" & moid_InternalEthernetPort or NodeB_PInU_ExchTermIp_InternalEthPrt_IpIntf.nedn_SubNetwork & "/" & nedn_MeContext & "/" & moid_Equipment & "/" & moid_Subrack & "/" & moid_Slot & "/" & moid_PlugInUnit & "/" & moid_ExchangeTerminalIp & "/" & moid_InternalEthernetPort or RXI_PInU_ExchTermIp_InternalEthPrt_IpIntf.nedn_SubNetwork & "/" & nedn_MeContext & "/" & moid_Equipment & "/" & moid_Subrack & "/" & moid_Slot & "/" & moid_PlugInUnit & "/" & moid_ExchangeTerminalIp & "/" & moid_InternalEthernetPort; RNC_PInU_ExchTermIp_InternalEthPrt_IpIntf.nedn_SubNetwork & "/" & moid_Equipment & "/" & moid_Subrack & "/" & moid_Slot & "/" & moid_PlugInUnit & "/" & moid_ExchangeTerminalIp & "/" & moid_InternalEthernetPort or NodeB_PInU_ExchTermIp_InternalEthPrt_IpIntf.nedn_SubNetwork & "/" & nedn_MeContext & "/" & moid_Equipment & "/" & moid_Subrack & "/" & moid_Slot & "/" & moid_PlugInUnit & "/" & moid_ExchangeTerminalIp & "/" & moid_InternalEthernetPort or RXI_PInU_ExchTermIp_InternalEthPrt_IpIntf.nedn_SubNetwork & "/" & nedn_MeContext & "/" & moid_Equipment & "/" & moid_Subrack & "/" & moid_Slot & "/" & moid_PlugInUnit & "/" & moid_ExchangeTerminalIp & "/" & moid_InternalEthernetPort 
    Plug_In_UnitEquipment Plug in Unit in a UTRAN network.YYRNC_PInU_ExchTermIp_InternalEthPrt_IpIntf.nedn_SubNetwork & "/" & moid_Equipment & "/" & moid_Subrack & "/" & moid_Slot & "/" & moid_PlugInUnit or NodeB_PInU_ExchTermIp_InternalEthPrt_IpIntf.nedn_SubNetwork & "/" & nedn_MeContext & "/" & moid_Equipment & "/" & moid_Subrack & "/" & moid_Slot & "/" & moid_PlugInUnit or RXI_PInU_ExchTermIp_InternalEthPrt_IpIntf.nedn_SubNetwork & "/" & nedn_MeContext & "/" & moid_Equipment & "/" & moid_Subrack & "/" & moid_Slot & "/" & moid_PlugInUnit; RNC_PInU_ExchTermIp_InternalEthPrt_IpIntf.nedn_SubNetwork & "/" & moid_Equipment & "/" & moid_Subrack & "/" & moid_Slot & "/" & moid_PlugInUnit or NodeB_PInU_ExchTermIp_InternalEthPrt_IpIntf.nedn_SubNetwork & "/" & nedn_MeContext & "/" & moid_Equipment & "/" & moid_Subrack & "/" & moid_Slot & "/" & moid_PlugInUnit or RXI_PInU_ExchTermIp_InternalEthPrt_IpIntf.nedn_SubNetwork & "/" & nedn_MeContext & "/" & moid_Equipment & "/" & moid_Subrack & "/" & moid_Slot & "/" & moid_PlugInUnit 
    NodeB_IdNodeB in a UTRAN network.YYNodeB_PInU_ExchTermIp_InternalEthPrt_IpIntf.nedn_SubNetwork & "/" & nedn_MeContext; NodeB_PInU_ExchTermIp_InternalEthPrt_IpIntf.nedn_SubNetwork & "/" & nedn_MeContext 
    RNC_IdRNC in a UTRAN network.YYRNC_PInU_ExchTermIp_InternalEthPrt_IpIntf.nedn_SubNetwork or NodeB_PInU_ExchTermIp_InternalEthPrt_IpIntf.nedn_SubNetwork or RXI_PInU_ExchTermIp_InternalEthPrt_IpIntf.nedn_SubNetwork; RNC_PInU_ExchTermIp_InternalEthPrt_IpIntf.nedn_SubNetwork or NodeB_PInU_ExchTermIp_InternalEthPrt_IpIntf.nedn_SubNetwork or RXI_PInU_ExchTermIp_InternalEthPrt_IpIntf.nedn_SubNetwork 
    Network_IdNetwork associated with the InternalEthernetPort_IpIf.YYlookup("nc_bsc","network_id",utime(StartDate & StartTime,"%d %b %Y %R"), RNC_PInU_ExchTermIp_InternalEthPrt_IpIntf.nedn_SubNetwork) or lookup("nc_bsc","network_id",utime(StartDate & StartTime,"%d %b %Y %R"), NodeB_PInU_ExchTermIp_InternalEthPrt_IpIntf.nedn_SubNetwork) or lookup("nc_bsc","network_id",utime(StartDate & StartTime,"%d %b %Y %R"), RXI_PInU_ExchTermIp_InternalEthPrt_IpIntf.nedn_SubNetwork); lookup("nc_bsc","network_id",utime(StartDate & StartTime,"%d %b %Y %R"), RNC_PInU_ExchTermIp_InternalEthPrt_IpIntf.nedn_SubNetwork) or lookup("nc_bsc","network_id",utime(StartDate & StartTime,"%d %b %Y %R"), NodeB_PInU_ExchTermIp_InternalEthPrt_IpIntf.nedn_SubNetwork) or lookup("nc_bsc","network_id",utime(StartDate & StartTime,"%d %b %Y %R"), RXI_PInU_ExchTermIp_InternalEthPrt_IpIntf.nedn_SubNetwork) 
    Region_IdRegion associated with the InternalEthernetPort_IpIf.YYlookup("nc_bsc","region_id",utime(StartDate & StartTime,"%d %b %Y %R"), RNC_PInU_ExchTermIp_InternalEthPrt_IpIntf.nedn_SubNetwork) or lookup("nc_bsc","region_id",utime(StartDate & StartTime,"%d %b %Y %R"), NodeB_PInU_ExchTermIp_InternalEthPrt_IpIntf.nedn_SubNetwork) or lookup("nc_bsc","region_id",utime(StartDate & StartTime,"%d %b %Y %R"), RXI_PInU_ExchTermIp_InternalEthPrt_IpIntf.nedn_SubNetwork); lookup("nc_bsc","region_id",utime(StartDate & StartTime,"%d %b %Y %R"), RNC_PInU_ExchTermIp_InternalEthPrt_IpIntf.nedn_SubNetwork) or lookup("nc_bsc","region_id",utime(StartDate & StartTime,"%d %b %Y %R"), NodeB_PInU_ExchTermIp_InternalEthPrt_IpIntf.nedn_SubNetwork) or lookup("nc_bsc","region_id",utime(StartDate & StartTime,"%d %b %Y %R"), RXI_PInU_ExchTermIp_InternalEthPrt_IpIntf.nedn_SubNetwork) 
    Configuration Attributes
    InternalEthernetPort_IpIf_NameThe meaningful name of the InternalEthernetPort_IpIf  RNC_PInU_ExchTermIp_InternalEthPrt_IpIntf.nedn_SubNetwork & "/" & moid_Equipment & "/" & moid_Subrack & "/" & moid_Slot & "/" & moid_PlugInUnit & "/" & moid_ExchangeTerminalIp & "/" & moid_InternalEthernetPort & "/" & moid_IpInterface or NodeB_PInU_ExchTermIp_InternalEthPrt_IpIntf.nedn_SubNetwork & "/" & nedn_MeContext & "/" & moid_Equipment & "/" & moid_Subrack & "/" & moid_Slot & "/" & moid_PlugInUnit & "/" & moid_ExchangeTerminalIp & "/" & moid_InternalEthernetPort & "/" & moid_IpInterface or RXI_PInU_ExchTermIp_InternalEthPrt_IpIntf.nedn_SubNetwork & "/" & nedn_MeContext & "/" & moid_Equipment & "/" & moid_Subrack & "/" & moid_Slot & "/" & moid_PlugInUnit & "/" & moid_ExchangeTerminalIp & "/" & moid_InternalEthernetPort & "/" & moid_IpInterface; RNC_PInU_ExchTermIp_InternalEthPrt_IpIntf.nedn_SubNetwork & "/" & moid_Equipment & "/" & moid_Subrack & "/" & moid_Slot & "/" & moid_PlugInUnit & "/" & moid_ExchangeTerminalIp & "/" & moid_InternalEthernetPort & "/" & moid_IpInterface or NodeB_PInU_ExchTermIp_InternalEthPrt_IpIntf.nedn_SubNetwork & "/" & nedn_MeContext & "/" & moid_Equipment & "/" & moid_Subrack & "/" & moid_Slot & "/" & moid_PlugInUnit & "/" & moid_ExchangeTerminalIp & "/" & moid_InternalEthernetPort & "/" & moid_IpInterface or RXI_PInU_ExchTermIp_InternalEthPrt_IpIntf.nedn_SubNetwork & "/" & nedn_MeContext & "/" & moid_Equipment & "/" & moid_Subrack & "/" & moid_Slot & "/" & moid_PlugInUnit & "/" & moid_ExchangeTerminalIp & "/" & moid_InternalEthernetPort & "/" & moid_IpInterface 
    TechnologyTechnology of the network/element (e.g. GSM, GPRS, UMTS).  RNC_PInU_ExchTermIp_InternalEthPrt_IpIntf."UMTS" or NodeB_PInU_ExchTermIp_InternalEthPrt_IpIntf."UMTS" or RXI_PInU_ExchTermIp_InternalEthPrt_IpIntf."UMTS"; RNC_PInU_ExchTermIp_InternalEthPrt_IpIntf."UMTS" or NodeB_PInU_ExchTermIp_InternalEthPrt_IpIntf."UMTS" or RXI_PInU_ExchTermIp_InternalEthPrt_IpIntf."UMTS" 
    VersionHardware/Software version of the InternalEthernetPort_IpIf.  RNC_PInU_ExchTermIp_InternalEthPrt_IpIntf."P7.1" or NodeB_PInU_ExchTermIp_InternalEthPrt_IpIntf."P7.1" or RXI_PInU_ExchTermIp_InternalEthPrt_IpIntf."P7.1"; RNC_PInU_ExchTermIp_InternalEthPrt_IpIntf."P7.1" or NodeB_PInU_ExchTermIp_InternalEthPrt_IpIntf."P7.1" or RXI_PInU_ExchTermIp_InternalEthPrt_IpIntf."P7.1" 
    Node_TypeType of Node.  RNC_PInU_ExchTermIp_InternalEthPrt_IpIntf."RNC" or NodeB_PInU_ExchTermIp_InternalEthPrt_IpIntf."NodeB" or RXI_PInU_ExchTermIp_InternalEthPrt_IpIntf."RXI"; RNC_PInU_ExchTermIp_InternalEthPrt_IpIntf."RNC" or NodeB_PInU_ExchTermIp_InternalEthPrt_IpIntf."NodeB" or RXI_PInU_ExchTermIp_InternalEthPrt_IpIntf."RXI" 
    Node_IdThe unique identifier for the node this object is connected to.  No mapping; No mapping 
    Node_NameA user friendly name for this node the object is connected to.  No mapping; No mapping 


    6.28 InternalEthernetPort details

    In the network hierarchy, the immediate parent of the InternalEthernetPort object is Plug_In_Unit.

    Attribute NameDescriptionRead-Only?Time-Tracked?MappingAggregator
    Primary Identifier
    InternalEthernetPort_IdThe primary identifier of the InternalEthernetPortY RNC_InternalEthernetPort.nedn_SubNetwork & "/" & moid_Equipment & "/" & moid_Subrack & "/" & moid_Slot & "/" & moid_PlugInUnit & "/" & moid_ExchangeTerminalIp & "/" & moid_InternalEthernetPort or NODEB_InternalEthernetPort.nedn_SubNetwork & "/" & nedn_MeContext & "/" & moid_Equipment & "/" & moid_Subrack & "/" & moid_Slot & "/" & moid_PlugInUnit & "/" & moid_ExchangeTerminalIp & "/" & moid_InternalEthernetPort or RXI_InternalEthernetPort.nedn_SubNetwork & "/" & nedn_MeContext & "/" & moid_Equipment & "/" & moid_Subrack & "/" & moid_Slot & "/" & moid_PlugInUnit & "/" & moid_ExchangeTerminalIp & "/" & moid_InternalEthernetPort; RNC_InternalEthernetPort.nedn_SubNetwork & "/" & moid_Equipment & "/" & moid_Subrack & "/" & moid_Slot & "/" & moid_PlugInUnit & "/" & moid_ExchangeTerminalIp & "/" & moid_InternalEthernetPort or NODEB_InternalEthernetPort.nedn_SubNetwork & "/" & nedn_MeContext & "/" & moid_Equipment & "/" & moid_Subrack & "/" & moid_Slot & "/" & moid_PlugInUnit & "/" & moid_ExchangeTerminalIp & "/" & moid_InternalEthernetPort or RXI_InternalEthernetPort.nedn_SubNetwork & "/" & nedn_MeContext & "/" & moid_Equipment & "/" & moid_Subrack & "/" & moid_Slot & "/" & moid_PlugInUnit & "/" & moid_ExchangeTerminalIp & "/" & moid_InternalEthernetPort 
    Relationship Attributes
    Plug_In_Unit_IdEquipment Plug in Unit in a UTRAN network.YYRNC_InternalEthernetPort.nedn_SubNetwork & "/" & moid_Equipment & "/" & moid_Subrack & "/" & moid_Slot & "/" & moid_PlugInUnit or NODEB_InternalEthernetPort.nedn_SubNetwork & "/" & nedn_MeContext & "/" & moid_Equipment & "/" & moid_Subrack & "/" & moid_Slot & "/" & moid_PlugInUnit or RXI_InternalEthernetPort.nedn_SubNetwork & "/" & nedn_MeContext & "/" & moid_Equipment & "/" & moid_Subrack & "/" & moid_Slot & "/" & moid_PlugInUnit; RNC_InternalEthernetPort.nedn_SubNetwork & "/" & moid_Equipment & "/" & moid_Subrack & "/" & moid_Slot & "/" & moid_PlugInUnit or NODEB_InternalEthernetPort.nedn_SubNetwork & "/" & nedn_MeContext & "/" & moid_Equipment & "/" & moid_Subrack & "/" & moid_Slot & "/" & moid_PlugInUnit or RXI_InternalEthernetPort.nedn_SubNetwork & "/" & nedn_MeContext & "/" & moid_Equipment & "/" & moid_Subrack & "/" & moid_Slot & "/" & moid_PlugInUnit 
    NodeB_IdNodeB in a UTRAN network.YYNODEB_InternalEthernetPort.nedn_SubNetwork & "/" & nedn_MeContext; NODEB_InternalEthernetPort.nedn_SubNetwork & "/" & nedn_MeContext 
    RNC_IdRNC in a UTRAN network.YYRNC_InternalEthernetPort.nedn_SubNetwork or NODEB_InternalEthernetPort.nedn_SubNetwork or RXI_InternalEthernetPort.nedn_SubNetwork; RNC_InternalEthernetPort.nedn_SubNetwork or NODEB_InternalEthernetPort.nedn_SubNetwork or RXI_InternalEthernetPort.nedn_SubNetwork 
    Network_IdNetwork associated with the InternalEthernetPort.YYlookup("nc_bsc","network_id",utime(StartDate & StartTime,"%d %b %Y %R"), RNC_InternalEthernetPort.nedn_SubNetwork) or lookup("nc_bsc","network_id",utime(StartDate & StartTime,"%d %b %Y %R"), NODEB_InternalEthernetPort.nedn_SubNetwork) or lookup("nc_bsc","network_id",utime(StartDate & StartTime,"%d %b %Y %R"), RXI_InternalEthernetPort.nedn_SubNetwork); lookup("nc_bsc","network_id",utime(StartDate & StartTime,"%d %b %Y %R"), RNC_InternalEthernetPort.nedn_SubNetwork) or lookup("nc_bsc","network_id",utime(StartDate & StartTime,"%d %b %Y %R"), NODEB_InternalEthernetPort.nedn_SubNetwork) or lookup("nc_bsc","network_id",utime(StartDate & StartTime,"%d %b %Y %R"), RXI_InternalEthernetPort.nedn_SubNetwork) 
    Region_IdRegion associated with the InternalEthernetPort.YYlookup("nc_bsc","region_id",utime(StartDate & StartTime,"%d %b %Y %R"), RNC_InternalEthernetPort.nedn_SubNetwork) or lookup("nc_bsc","region_id",utime(StartDate & StartTime,"%d %b %Y %R"), NODEB_InternalEthernetPort.nedn_SubNetwork) or lookup("nc_bsc","region_id",utime(StartDate & StartTime,"%d %b %Y %R"), RXI_InternalEthernetPort.nedn_SubNetwork); lookup("nc_bsc","region_id",utime(StartDate & StartTime,"%d %b %Y %R"), RNC_InternalEthernetPort.nedn_SubNetwork) or lookup("nc_bsc","region_id",utime(StartDate & StartTime,"%d %b %Y %R"), NODEB_InternalEthernetPort.nedn_SubNetwork) or lookup("nc_bsc","region_id",utime(StartDate & StartTime,"%d %b %Y %R"), RXI_InternalEthernetPort.nedn_SubNetwork) 
    Configuration Attributes
    InternalEthernetPort_NameThe meaningful name of the InternalEthernetPort  RNC_InternalEthernetPort.nedn_SubNetwork & "/" & moid_Equipment & "/" & moid_Subrack & "/" & moid_Slot & "/" & moid_PlugInUnit & "/" & moid_ExchangeTerminalIp & "/" & moid_InternalEthernetPort or NODEB_InternalEthernetPort.nedn_SubNetwork & "/" & nedn_MeContext & "/" & moid_Equipment & "/" & moid_Subrack & "/" & moid_Slot & "/" & moid_PlugInUnit & "/" & moid_ExchangeTerminalIp & "/" & moid_InternalEthernetPort or RXI_InternalEthernetPort.nedn_SubNetwork & "/" & nedn_MeContext & "/" & moid_Equipment & "/" & moid_Subrack & "/" & moid_Slot & "/" & moid_PlugInUnit & "/" & moid_ExchangeTerminalIp & "/" & moid_InternalEthernetPort; RNC_InternalEthernetPort.nedn_SubNetwork & "/" & moid_Equipment & "/" & moid_Subrack & "/" & moid_Slot & "/" & moid_PlugInUnit & "/" & moid_ExchangeTerminalIp & "/" & moid_InternalEthernetPort or NODEB_InternalEthernetPort.nedn_SubNetwork & "/" & nedn_MeContext & "/" & moid_Equipment & "/" & moid_Subrack & "/" & moid_Slot & "/" & moid_PlugInUnit & "/" & moid_ExchangeTerminalIp & "/" & moid_InternalEthernetPort or RXI_InternalEthernetPort.nedn_SubNetwork & "/" & nedn_MeContext & "/" & moid_Equipment & "/" & moid_Subrack & "/" & moid_Slot & "/" & moid_PlugInUnit & "/" & moid_ExchangeTerminalIp & "/" & moid_InternalEthernetPort 
    TechnologyTechnology of the network/element (e.g. GSM, GPRS, UMTS).  RNC_InternalEthernetPort."UMTS" or NODEB_InternalEthernetPort."UMTS" or RXI_InternalEthernetPort."UMTS"; RNC_InternalEthernetPort."UMTS" or NODEB_InternalEthernetPort."UMTS" or RXI_InternalEthernetPort."UMTS" 
    VersionHardware/Software version of the InternalEthernetPort.  RNC_InternalEthernetPort."P7.1" or NODEB_InternalEthernetPort."P7.1" or RXI_InternalEthernetPort."P7.1"; RNC_InternalEthernetPort."P7.1" or NODEB_InternalEthernetPort."P7.1" or RXI_InternalEthernetPort."P7.1" 
    Node_TypeType of Node.  RNC_InternalEthernetPort."RNC" or NODEB_InternalEthernetPort."NodeB" or RXI_InternalEthernetPort."RXI"; RNC_InternalEthernetPort."RNC" or NODEB_InternalEthernetPort."NodeB" or RXI_InternalEthernetPort."RXI" 
    Node_IdThe unique identifier for the node this object is connected to.  No mapping; No mapping 
    Node_NameA user friendly name for this node the object is connected to.  No mapping; No mapping 


    6.29 InternalLinkGroup details

    In the network hierarchy, the immediate parents of the InternalLinkGroup object are: RNC and NodeB.


    Attribute NameDescriptionRead-Only?Time-Tracked?MappingAggregator
    Primary Identifier
    InternalLinkGroup_IdA unique identifier for the InternalLinkGroup.Y RNC_SwitchFabric_InternalLinkGroup.nedn_SubNetwork & "/" & moid_SwitchFabric & "/" & moid_InternalLinkGroup or NodeB_SwitchFabric_InternalLinkGroup.nedn_SubNetwork & "/" & nedn_MeContext & "/" & moid_SwitchFabric & "/" & moid_InternalLinkGroup or RXI_SwitchFabric_InternalLinkGroup.nedn_SubNetwork & "/" & nedn_MeContext & "/" & moid_SwitchFabric & "/" & moid_InternalLinkGroup; RNC_SwitchFabric_InternalLinkGroup.nedn_SubNetwork & "/" & moid_SwitchFabric & "/" & moid_InternalLinkGroup or NodeB_SwitchFabric_InternalLinkGroup.nedn_SubNetwork & "/" & nedn_MeContext & "/" & moid_SwitchFabric & "/" & moid_InternalLinkGroup or RXI_SwitchFabric_InternalLinkGroup.nedn_SubNetwork & "/" & nedn_MeContext & "/" & moid_SwitchFabric & "/" & moid_InternalLinkGroup 
    Relationship Attributes
    Network_IdNetwork associated with the node where InternalLinkGroup is setup against.YYlookup("nc_bsc","network_id",utime(StartDate & StartTime,"%d %b %Y %R"), RNC_SwitchFabric_InternalLinkGroup.nedn_SubNetwork) or lookup("nc_bsc","network_id",utime(StartDate & StartTime,"%d %b %Y %R"), NodeB_SwitchFabric_InternalLinkGroup.nedn_SubNetwork) or lookup("nc_bsc","network_id",utime(StartDate & StartTime,"%d %b %Y %R"), RXI_SwitchFabric_InternalLinkGroup.nedn_SubNetwork); lookup("nc_bsc","network_id",utime(StartDate & StartTime,"%d %b %Y %R"), RNC_SwitchFabric_InternalLinkGroup.nedn_SubNetwork) or lookup("nc_bsc","network_id",utime(StartDate & StartTime,"%d %b %Y %R"), NodeB_SwitchFabric_InternalLinkGroup.nedn_SubNetwork) or lookup("nc_bsc","network_id",utime(StartDate & StartTime,"%d %b %Y %R"), RXI_SwitchFabric_InternalLinkGroup.nedn_SubNetwork) 
    RNC_IdThe RNC associated with the node where InternalLinkGroup is setup against.YYRNC_SwitchFabric_InternalLinkGroup.nedn_SubNetwork or NodeB_SwitchFabric_InternalLinkGroup.nedn_SubNetwork or RXI_SwitchFabric_InternalLinkGroup.nedn_SubNetwork; RNC_SwitchFabric_InternalLinkGroup.nedn_SubNetwork or NodeB_SwitchFabric_InternalLinkGroup.nedn_SubNetwork or RXI_SwitchFabric_InternalLinkGroup.nedn_SubNetwork 
    NodeB_IdThe NodeB in a UTRAN network.YYNodeB_SwitchFabric_InternalLinkGroup.nedn_SubNetwork & "/" & nedn_MeContext; NodeB_SwitchFabric_InternalLinkGroup.nedn_SubNetwork & "/" & nedn_MeContext 
    Region_IdRegion associated with the InternalLinkGroupYYlookup("nc_bsc","region_id",utime(StartDate & StartTime,"%d %b %Y %R"), RNC_SwitchFabric_InternalLinkGroup.nedn_SubNetwork) or lookup("nc_bsc","region_id",utime(StartDate & StartTime,"%d %b %Y %R"), NodeB_SwitchFabric_InternalLinkGroup.nedn_SubNetwork) or lookup("nc_bsc","region_id",utime(StartDate & StartTime,"%d %b %Y %R"), RXI_SwitchFabric_InternalLinkGroup.nedn_SubNetwork); lookup("nc_bsc","region_id",utime(StartDate & StartTime,"%d %b %Y %R"), RNC_SwitchFabric_InternalLinkGroup.nedn_SubNetwork) or lookup("nc_bsc","region_id",utime(StartDate & StartTime,"%d %b %Y %R"), NodeB_SwitchFabric_InternalLinkGroup.nedn_SubNetwork) or lookup("nc_bsc","region_id",utime(StartDate & StartTime,"%d %b %Y %R"), RXI_SwitchFabric_InternalLinkGroup.nedn_SubNetwork) 
    Configuration Attributes
    InternalLinkGroup_NameA user friendly name preferably unique for the InternalLinkGroup  RNC_SwitchFabric_InternalLinkGroup.nedn_SubNetwork & "/" & moid_SwitchFabric & "/" & moid_InternalLinkGroup or NodeB_SwitchFabric_InternalLinkGroup.nedn_SubNetwork & "/" & nedn_MeContext & "/" & moid_SwitchFabric & "/" & moid_InternalLinkGroup or RXI_SwitchFabric_InternalLinkGroup.nedn_SubNetwork & "/" & nedn_MeContext & "/" & moid_SwitchFabric & "/" & moid_InternalLinkGroup; RNC_SwitchFabric_InternalLinkGroup.nedn_SubNetwork & "/" & moid_SwitchFabric & "/" & moid_InternalLinkGroup or NodeB_SwitchFabric_InternalLinkGroup.nedn_SubNetwork & "/" & nedn_MeContext & "/" & moid_SwitchFabric & "/" & moid_InternalLinkGroup or RXI_SwitchFabric_InternalLinkGroup.nedn_SubNetwork & "/" & nedn_MeContext & "/" & moid_SwitchFabric & "/" & moid_InternalLinkGroup 
    Node_TypeType of Node.  RNC_SwitchFabric_InternalLinkGroup."RNC" or NodeB_SwitchFabric_InternalLinkGroup."NodeB" or RXI_SwitchFabric_InternalLinkGroup."RXI"; RNC_SwitchFabric_InternalLinkGroup."RNC" or NodeB_SwitchFabric_InternalLinkGroup."NodeB" or RXI_SwitchFabric_InternalLinkGroup."RXI" 
    VersionHardware/Software version of the InternalLinkGroup  RNC_SwitchFabric_InternalLinkGroup."P7.1" or NodeB_SwitchFabric_InternalLinkGroup."P7.1" or RXI_SwitchFabric_InternalLinkGroup."P7.1"; RNC_SwitchFabric_InternalLinkGroup."P7.1" or NodeB_SwitchFabric_InternalLinkGroup."P7.1" or RXI_SwitchFabric_InternalLinkGroup."P7.1" 
    TechnologyTechnology of the network/element (e.g. GSM, GPRS, UMTS).  RNC_SwitchFabric_InternalLinkGroup."UMTS" or NodeB_SwitchFabric_InternalLinkGroup."UMTS" or RXI_SwitchFabric_InternalLinkGroup."UMTS"; RNC_SwitchFabric_InternalLinkGroup."UMTS" or NodeB_SwitchFabric_InternalLinkGroup."UMTS" or RXI_SwitchFabric_InternalLinkGroup."UMTS" 
    Node_IdThe unique identifier for the node this object is connected to.  No mapping; No mapping 
    Node_NameA user friendly name for this node the object is connected to.  No mapping; No mapping 


    6.30 Ip_Atm_Link details

    In the network hierarchy, the immediate parent of the Ip_Atm_Link object is IP_Interface.

    Attribute NameDescriptionRead-Only?Time-Tracked?MappingAggregator
    Primary Identifier
    Ip_Atm_Link_IdA unique identifier for the IP over ATM Link in a UTRAN network.Y RNC_IP_ATM_Link.nedn_SubNetwork & "/" & moid_IpOam & "/" & moid_Ip & "/" & moid_IpAtmLink or NODEB_IP_ATM_Link.nedn_SubNetwork & "/" & nedn_MeContext & "/" & moid_IpOam & "/" & moid_Ip & "/" & moid_IpAtmLink or RXI_IP_ATM_Link.nedn_SubNetwork & "/" & nedn_MeContext & "/" & moid_IpOam & "/" & moid_Ip & "/" & moid_IpAtmLink; RNC_IP_ATM_Link.nedn_SubNetwork & "/" & moid_IpOam & "/" & moid_Ip & "/" & moid_IpAtmLink or NODEB_IP_ATM_Link.nedn_SubNetwork & "/" & nedn_MeContext & "/" & moid_IpOam & "/" & moid_Ip & "/" & moid_IpAtmLink or RXI_IP_ATM_Link.nedn_SubNetwork & "/" & nedn_MeContext & "/" & moid_IpOam & "/" & moid_Ip & "/" & moid_IpAtmLink 
    Relationship Attributes
    Network_IdNetwork associated with the IP ATM Link.YYlookup("nc_bsc","network_id",utime(StartDate & StartTime,"%d %b %Y %R"), RNC_IP_ATM_Link.nedn_SubNetwork) or lookup("nc_bsc","network_id",utime(StartDate & StartTime,"%d %b %Y %R"), NODEB_IP_ATM_Link.nedn_SubNetwork) or lookup("nc_bsc","network_id",utime(StartDate & StartTime,"%d %b %Y %R"), RXI_IP_ATM_Link.nedn_SubNetwork); lookup("nc_bsc","network_id",utime(StartDate & StartTime,"%d %b %Y %R"), RNC_IP_ATM_Link.nedn_SubNetwork) or lookup("nc_bsc","network_id",utime(StartDate & StartTime,"%d %b %Y %R"), NODEB_IP_ATM_Link.nedn_SubNetwork) or lookup("nc_bsc","network_id",utime(StartDate & StartTime,"%d %b %Y %R"), RXI_IP_ATM_Link.nedn_SubNetwork) 
    NodeB_IdNodeB in a UTRAN network.YYNODEB_IP_ATM_Link.nedn_SubNetwork & "/" & nedn_MeContext; NODEB_IP_ATM_Link.nedn_SubNetwork & "/" & nedn_MeContext 
    RNC_IdRNC in a UTRAN network.YYRNC_IP_ATM_Link.nedn_SubNetwork or NODEB_IP_ATM_Link.nedn_SubNetwork or RXI_IP_ATM_Link.nedn_SubNetwork; RNC_IP_ATM_Link.nedn_SubNetwork or NODEB_IP_ATM_Link.nedn_SubNetwork or RXI_IP_ATM_Link.nedn_SubNetwork 
    Region_IdRegion associated with the IP ATM Link.YYlookup("nc_bsc","region_id",utime(StartDate & StartTime,"%d %b %Y %R"), RNC_IP_ATM_Link.nedn_SubNetwork) or lookup("nc_bsc","region_id",utime(StartDate & StartTime,"%d %b %Y %R"), NODEB_IP_ATM_Link.nedn_SubNetwork) or lookup("nc_bsc","region_id",utime(StartDate & StartTime,"%d %b %Y %R"), RXI_IP_ATM_Link.nedn_SubNetwork); lookup("nc_bsc","region_id",utime(StartDate & StartTime,"%d %b %Y %R"), RNC_IP_ATM_Link.nedn_SubNetwork) or lookup("nc_bsc","region_id",utime(StartDate & StartTime,"%d %b %Y %R"), NODEB_IP_ATM_Link.nedn_SubNetwork) or lookup("nc_bsc","region_id",utime(StartDate & StartTime,"%d %b %Y %R"), RXI_IP_ATM_Link.nedn_SubNetwork) 
    Interface_IdIP Link in a UTRAN network.YYRNC_IP_ATM_Link.nedn_SubNetwork & "/" & moid_IpOam & "/" & moid_Ip or NODEB_IP_ATM_Link.nedn_SubNetwork & "/" & nedn_MeContext & "/" & moid_IpOam & "/" & moid_Ip or RXI_IP_ATM_Link.nedn_SubNetwork & "/" & nedn_MeContext & "/" & moid_IpOam & "/" & moid_Ip; RNC_IP_ATM_Link.nedn_SubNetwork & "/" & moid_IpOam & "/" & moid_Ip or NODEB_IP_ATM_Link.nedn_SubNetwork & "/" & nedn_MeContext & "/" & moid_IpOam & "/" & moid_Ip or RXI_IP_ATM_Link.nedn_SubNetwork & "/" & nedn_MeContext & "/" & moid_IpOam & "/" & moid_Ip 
    Configuration Attributes
    Ip_Atm_Link_NameA user-friendly name preferably unique for the Ip Atm Link.  RNC_IP_ATM_Link.nedn_SubNetwork & "/" & moid_IpOam & "/" & moid_Ip & "/" & moid_IpAtmLink or NODEB_IP_ATM_Link.nedn_SubNetwork & "/" & nedn_MeContext & "/" & moid_IpOam & "/" & moid_Ip & "/" & moid_IpAtmLink or RXI_IP_ATM_Link.nedn_SubNetwork & "/" & nedn_MeContext & "/" & moid_IpOam & "/" & moid_Ip & "/" & moid_IpAtmLink; RNC_IP_ATM_Link.nedn_SubNetwork & "/" & moid_IpOam & "/" & moid_Ip & "/" & moid_IpAtmLink or NODEB_IP_ATM_Link.nedn_SubNetwork & "/" & nedn_MeContext & "/" & moid_IpOam & "/" & moid_Ip & "/" & moid_IpAtmLink or RXI_IP_ATM_Link.nedn_SubNetwork & "/" & nedn_MeContext & "/" & moid_IpOam & "/" & moid_Ip & "/" & moid_IpAtmLink 
    TechnologyTechnology of the network/element (e.g. GSM, GPRS, UMTS).  RNC_IP_ATM_Link."UMTS" or NODEB_IP_ATM_Link."UMTS" or RXI_IP_ATM_Link."UMTS"; RNC_IP_ATM_Link."UMTS" or NODEB_IP_ATM_Link."UMTS" or RXI_IP_ATM_Link."UMTS" 
    VersionHardware/Software version of the IP ATM Link.  RNC_IP_ATM_Link."P7.1" or NODEB_IP_ATM_Link."P7.1" or RXI_IP_ATM_Link."P7.1"; RNC_IP_ATM_Link."P7.1" or NODEB_IP_ATM_Link."P7.1" or RXI_IP_ATM_Link."P7.1" 
    Node_TypeType of Node.  RNC_IP_ATM_Link."RNC" or NODEB_IP_ATM_Link."NodeB" or RXI_IP_ATM_Link."RXI" ; RNC_IP_ATM_Link."RNC" or NODEB_IP_ATM_Link."NodeB" or RXI_IP_ATM_Link."RXI" 
    Node_IdThe unique identifier for the node this object is connected to.  No mapping; No mapping 
    Node_NameA user friendly name for this node the object is connected to.  No mapping; No mapping 
    Ip_protocol_layer_idThe identifier of the Ip_protocol_layer_id  No mapping; No mapping 
    IP_SystemIP_System in a UTRAN network.  RNC_IP_ATM_Link.nedn_SubNetwork & "/" & moid_IpOam or NODEB_IP_ATM_Link.nedn_SubNetwork & "/" & nedn_MeContext & "/" & moid_IpOam or RXI_IP_ATM_Link.nedn_SubNetwork & "/" & nedn_MeContext & "/" & moid_IpOam; RNC_IP_ATM_Link.nedn_SubNetwork & "/" & moid_IpOam or NODEB_IP_ATM_Link.nedn_SubNetwork & "/" & nedn_MeContext & "/" & moid_IpOam or RXI_IP_ATM_Link.nedn_SubNetwork & "/" & nedn_MeContext & "/" & moid_IpOam 


    6.31 IP_Interface details

    In the network hierarchy, the immediate parent of the IP_Interface object is Region.

    Attribute NameDescriptionRead-Only?Time-Tracked?MappingAggregator
    Primary Identifier
    Interface_IdA unique identifier for the IP Interface.Y RNC_IP_Link.nedn_SubNetwork & "/" & moid_IpOam & "/" & moid_Ip or NODEB_IP_Link.nedn_SubNetwork & "/" & nedn_MeContext & "/" & moid_IpOam & "/" & moid_Ip or RXI_IP_Link.nedn_SubNetwork & "/" & nedn_MeContext & "/" & moid_IpOam & "/" & moid_Ip or PlugInUnit_EtMfg_GigaBitEther_IpIntf.nedn_SubNetwork & "/" & moid_Equipment & "/" & moid_Subrack & "/" & moid_Slot & "/" & moid_PlugInUnit & "/" & moid_EtMfg & "/" & moid_GigaBitEthernet & "/" & moid_IpInterface; RNC_IP_Link.nedn_SubNetwork & "/" & moid_IpOam & "/" & moid_Ip or NODEB_IP_Link.nedn_SubNetwork & "/" & nedn_MeContext & "/" & moid_IpOam & "/" & moid_Ip or RXI_IP_Link.nedn_SubNetwork & "/" & nedn_MeContext & "/" & moid_IpOam & "/" & moid_Ip or PlugInUnit_EtMfg_GigaBitEther_IpIntf.nedn_SubNetwork & "/" & moid_Equipment & "/" & moid_Subrack & "/" & moid_Slot & "/" & moid_PlugInUnit & "/" & moid_EtMfg & "/" & moid_GigaBitEthernet & "/" & moid_IpInterface 
    Relationship Attributes
    Network_IdNetwork associated with the IP Interface.YYlookup("nc_bsc","network_id",utime(StartDate & StartTime,"%d %b %Y %R"), RNC_IP_Link.nedn_SubNetwork) or lookup("nc_bsc","network_id",utime(StartDate & StartTime,"%d %b %Y %R"), NODEB_IP_Link.nedn_SubNetwork) or lookup("nc_bsc","network_id",utime(StartDate & StartTime,"%d %b %Y %R"), RXI_IP_Link.nedn_SubNetwork) or lookup("nc_bsc","network_id",utime(StartDate & StartTime,"%d %b %Y %R"), PlugInUnit_EtMfg_GigaBitEther_IpIntf.nedn_SubNetwork); lookup("nc_bsc","network_id",utime(StartDate & StartTime,"%d %b %Y %R"), RNC_IP_Link.nedn_SubNetwork) or lookup("nc_bsc","network_id",utime(StartDate & StartTime,"%d %b %Y %R"), NODEB_IP_Link.nedn_SubNetwork) or lookup("nc_bsc","network_id",utime(StartDate & StartTime,"%d %b %Y %R"), RXI_IP_Link.nedn_SubNetwork) or lookup("nc_bsc","network_id",utime(StartDate & StartTime,"%d %b %Y %R"), PlugInUnit_EtMfg_GigaBitEther_IpIntf.nedn_SubNetwork) 
    Region_IdRegion associated with the IP Interface.YYlookup("nc_bsc","region_id",utime(StartDate & StartTime,"%d %b %Y %R"), RNC_IP_Link.nedn_SubNetwork) or lookup("nc_bsc","region_id",utime(StartDate & StartTime,"%d %b %Y %R"), NODEB_IP_Link.nedn_SubNetwork) or lookup("nc_bsc","region_id",utime(StartDate & StartTime,"%d %b %Y %R"), RXI_IP_Link.nedn_SubNetwork) or lookup("nc_bsc","region_id",utime(StartDate & StartTime,"%d %b %Y %R"), PlugInUnit_EtMfg_GigaBitEther_IpIntf.nedn_SubNetwork); lookup("nc_bsc","region_id",utime(StartDate & StartTime,"%d %b %Y %R"), RNC_IP_Link.nedn_SubNetwork) or lookup("nc_bsc","region_id",utime(StartDate & StartTime,"%d %b %Y %R"), NODEB_IP_Link.nedn_SubNetwork) or lookup("nc_bsc","region_id",utime(StartDate & StartTime,"%d %b %Y %R"), RXI_IP_Link.nedn_SubNetwork) or lookup("nc_bsc","region_id",utime(StartDate & StartTime,"%d %b %Y %R"), PlugInUnit_EtMfg_GigaBitEther_IpIntf.nedn_SubNetwork) 
    Configuration Attributes
    Interface_NameA user friendly name preferably unique for the IP Interface.  RNC_IP_Link.nedn_SubNetwork & "/" & moid_IpOam & "/" & moid_Ip or NODEB_IP_Link.nedn_SubNetwork & "/" & nedn_MeContext & "/" & moid_IpOam & "/" & moid_Ip or RXI_IP_Link.nedn_SubNetwork & "/" & nedn_MeContext & "/" & moid_IpOam & "/" & moid_Ip or PlugInUnit_EtMfg_GigaBitEther_IpIntf.nedn_SubNetwork & "/" & moid_Equipment & "/" & moid_Subrack & "/" & moid_Slot & "/" & moid_PlugInUnit & "/" & moid_EtMfg & "/" & moid_GigaBitEthernet & "/" & moid_IpInterface; RNC_IP_Link.nedn_SubNetwork & "/" & moid_IpOam & "/" & moid_Ip or NODEB_IP_Link.nedn_SubNetwork & "/" & nedn_MeContext & "/" & moid_IpOam & "/" & moid_Ip or RXI_IP_Link.nedn_SubNetwork & "/" & nedn_MeContext & "/" & moid_IpOam & "/" & moid_Ip or PlugInUnit_EtMfg_GigaBitEther_IpIntf.nedn_SubNetwork & "/" & moid_Equipment & "/" & moid_Subrack & "/" & moid_Slot & "/" & moid_PlugInUnit & "/" & moid_EtMfg & "/" & moid_GigaBitEthernet & "/" & moid_IpInterface 
    IP_AddressIP Address of the Node connected to the IP Interface.  No mapping; No mapping 
    Interface_DuplexInterface duplex allocation.  No mapping; No mapping 
    Interface_VersionHardware/Software version of the IP Interface.  RNC_IP_Link."P7.1" or NODEB_IP_Link."P7.1" or RXI_IP_Link."P7.1" or PlugInUnit_EtMfg_GigaBitEther_IpIntf."P7.1"; RNC_IP_Link."P7.1" or NODEB_IP_Link."P7.1" or RXI_IP_Link."P7.1" or PlugInUnit_EtMfg_GigaBitEther_IpIntf."P7.1" 
    MTUMaximum Transmission Unit of the IP Interface.  No mapping; No mapping 
    Mib2_if_descrDescription of the Mib2 interface.  No mapping; No mapping 
    Mib2_if_indexIndex of the Mib2 interface.  No mapping; No mapping 
    Mib2_if_nameA user friendly name preferably unique for the Mib2 interface.  No mapping; No mapping 
    Mib2_if_typeType of Mib2 interface.  No mapping; No mapping 
    Node_IdA unique identifier for the Node (connected to the IP Interface).  NODEB_IP_Link.nedn_SubNetwork & "/" & nedn_MeContext or RNC_IP_Link.nedn_SubNetwork or RXI_IP_Link.nedn_SubNetwork & "/" & nedn_MeContext or PlugInUnit_EtMfg_GigaBitEther_IpIntf.nedn_SubNetwork; NODEB_IP_Link.nedn_SubNetwork & "/" & nedn_MeContext or RNC_IP_Link.nedn_SubNetwork or RXI_IP_Link.nedn_SubNetwork & "/" & nedn_MeContext or PlugInUnit_EtMfg_GigaBitEther_IpIntf.nedn_SubNetwork 
    Node_NameA user friendly name preferably unique for the Node (connected to the IP Interface).  NODEB_IP_Link.nedn_SubNetwork & "/" & nedn_MeContext or RNC_IP_Link.nedn_SubNetwork or RXI_IP_Link.nedn_SubNetwork & "/" & nedn_MeContext or PlugInUnit_EtMfg_GigaBitEther_IpIntf.nedn_SubNetwork; NODEB_IP_Link.nedn_SubNetwork & "/" & nedn_MeContext or RNC_IP_Link.nedn_SubNetwork or RXI_IP_Link.nedn_SubNetwork & "/" & nedn_MeContext or PlugInUnit_EtMfg_GigaBitEther_IpIntf.nedn_SubNetwork 
    Node_TypeType of Node (connected to the IP Interface).  RNC_IP_Link."RNC" or NODEB_IP_Link."NodeB" or RXI_IP_Link."RXI" or PlugInUnit_EtMfg_GigaBitEther_IpIntf."RNC"; RNC_IP_Link."RNC" or NODEB_IP_Link."NodeB" or RXI_IP_Link."RXI" or PlugInUnit_EtMfg_GigaBitEther_IpIntf."RNC" 
    Physical_addressPhysical address of the IP Interface.  No mapping; No mapping 
    SpeedTransmission speed of the IP Interface.  No mapping; No mapping 
    Subnet_Prefix_LengthSubnet prefix length allocation.  No mapping; No mapping 
    TechnologyTechnology of the network/element (e.g. GPRS, UMTS).  RNC_IP_Link."UMTS" or NODEB_IP_Link."UMTS" or RXI_IP_Link."UMTS" or PlugInUnit_EtMfg_GigaBitEther_IpIntf."UMTS"; RNC_IP_Link."UMTS" or NODEB_IP_Link."UMTS" or RXI_IP_Link."UMTS" or PlugInUnit_EtMfg_GigaBitEther_IpIntf."UMTS" 


    6.32 IPAccessHost_Et details

    In the network hierarchy, the immediate parents of the IPAccessHost_Et object are: NodeB and RNC.


    Attribute NameDescriptionRead-Only?Time-Tracked?MappingAggregator
    Primary Identifier
    IPAccessHostEt_IdThe primary identifier of the IpAccessHostEt.Y RNC_IpAccessHostEt.nedn_SubNetwork & "/" & moid_IpSystem & "/" & moid_IpAccessHostEt or NODEB_IpAccessHostEt.nedn_SubNetwork & "/" & nedn_MeContext & "/" & moid_IpSystem & "/" & moid_IpAccessHostEt or RXI_IpAccessHostEt.nedn_SubNetwork & "/" & nedn_MeContext & "/" & moid_IpSystem & "/" & moid_IpAccessHostEt ; RNC_IpAccessHostEt.nedn_SubNetwork & "/" & moid_IpSystem & "/" & moid_IpAccessHostEt or NODEB_IpAccessHostEt.nedn_SubNetwork & "/" & nedn_MeContext & "/" & moid_IpSystem & "/" & moid_IpAccessHostEt or RXI_IpAccessHostEt.nedn_SubNetwork & "/" & nedn_MeContext & "/" & moid_IpSystem & "/" & moid_IpAccessHostEt 
    Relationship Attributes
    NodeB_IdNodeB in a UTRAN network.YYNODEB_IpAccessHostEt.nedn_SubNetwork & "/" & nedn_MeContext; NODEB_IpAccessHostEt.nedn_SubNetwork & "/" & nedn_MeContext 
    RNC_IdRNC in a UTRAN network.YYRNC_IpAccessHostEt.nedn_SubNetwork or NODEB_IpAccessHostEt.nedn_SubNetwork or RXI_IpAccessHostEt.nedn_SubNetwork; RNC_IpAccessHostEt.nedn_SubNetwork or NODEB_IpAccessHostEt.nedn_SubNetwork or RXI_IpAccessHostEt.nedn_SubNetwork 
    Network_IdNetwork associated with the IpAccessHostEt.YYlookup("nc_bsc","network_id",utime(StartDate & StartTime,"%d %b %Y %R"), RNC_IpAccessHostEt.nedn_SubNetwork) or lookup("nc_bsc","network_id",utime(StartDate & StartTime,"%d %b %Y %R"), NODEB_IpAccessHostEt.nedn_SubNetwork) or lookup("nc_bsc","network_id",utime(StartDate & StartTime,"%d %b %Y %R"), RXI_IpAccessHostEt.nedn_SubNetwork); lookup("nc_bsc","network_id",utime(StartDate & StartTime,"%d %b %Y %R"), RNC_IpAccessHostEt.nedn_SubNetwork) or lookup("nc_bsc","network_id",utime(StartDate & StartTime,"%d %b %Y %R"), NODEB_IpAccessHostEt.nedn_SubNetwork) or lookup("nc_bsc","network_id",utime(StartDate & StartTime,"%d %b %Y %R"), RXI_IpAccessHostEt.nedn_SubNetwork) 
    Region_IdRegion associated with the IpAccessHostEt.YYlookup("nc_bsc","region_id",utime(StartDate & StartTime,"%d %b %Y %R"), RNC_IpAccessHostEt.nedn_SubNetwork) or lookup("nc_bsc","region_id",utime(StartDate & StartTime,"%d %b %Y %R"), NODEB_IpAccessHostEt.nedn_SubNetwork) or lookup("nc_bsc","region_id",utime(StartDate & StartTime,"%d %b %Y %R"), RXI_IpAccessHostEt.nedn_SubNetwork); lookup("nc_bsc","region_id",utime(StartDate & StartTime,"%d %b %Y %R"), RNC_IpAccessHostEt.nedn_SubNetwork) or lookup("nc_bsc","region_id",utime(StartDate & StartTime,"%d %b %Y %R"), NODEB_IpAccessHostEt.nedn_SubNetwork) or lookup("nc_bsc","region_id",utime(StartDate & StartTime,"%d %b %Y %R"), RXI_IpAccessHostEt.nedn_SubNetwork) 
    Configuration Attributes
    IPAccessHostEt_NameThe meaningful name of the IpAccessHostEt  RNC_IpAccessHostEt.nedn_SubNetwork & "/" & moid_IpSystem & "/" & moid_IpAccessHostEt or NODEB_IpAccessHostEt.nedn_SubNetwork & "/" & nedn_MeContext & "/" & moid_IpSystem & "/" & moid_IpAccessHostEt or RXI_IpAccessHostEt.nedn_SubNetwork & "/" & nedn_MeContext & "/" & moid_IpSystem & "/" & moid_IpAccessHostEt ; RNC_IpAccessHostEt.nedn_SubNetwork & "/" & moid_IpSystem & "/" & moid_IpAccessHostEt or NODEB_IpAccessHostEt.nedn_SubNetwork & "/" & nedn_MeContext & "/" & moid_IpSystem & "/" & moid_IpAccessHostEt or RXI_IpAccessHostEt.nedn_SubNetwork & "/" & nedn_MeContext & "/" & moid_IpSystem & "/" & moid_IpAccessHostEt 
    TechnologyTechnology of the network/element (e.g. GSM, GPRS, UMTS).  RNC_IpAccessHostEt."UMTS" or NODEB_IpAccessHostEt."UMTS" or RXI_IpAccessHostEt."UMTS"; RNC_IpAccessHostEt."UMTS" or NODEB_IpAccessHostEt."UMTS" or RXI_IpAccessHostEt."UMTS" 
    VersionHardware/Software version of the IpAccessHostEt.  RNC_IpAccessHostEt."P7.1" or NODEB_IpAccessHostEt."P7.1" or RXI_IpAccessHostEt."P7.1"; RNC_IpAccessHostEt."P7.1" or NODEB_IpAccessHostEt."P7.1" or RXI_IpAccessHostEt."P7.1" 
    Node_TypeType of Node.  RNC_IpAccessHostEt."RNC" or NODEB_IpAccessHostEt."NodeB" or RXI_IpAccessHostEt."RXI" ; RNC_IpAccessHostEt."RNC" or NODEB_IpAccessHostEt."NodeB" or RXI_IpAccessHostEt."RXI" 
    Node_IdThe unique identifier for the node this object is connected to.  No mapping; No mapping 
    Node_NameA user friendly name for this node the object is connected to.  No mapping; No mapping 


    6.33 IPAccessHost_Gpb details

    In the network hierarchy, the immediate parents of the IPAccessHost_Gpb object are: RNC and NodeB.


    Attribute NameDescriptionRead-Only?Time-Tracked?MappingAggregator
    Primary Identifier
    IPAccessHost_Gpb_IdA unique identifier for the IPAccessHost Gpb.Y RNC_IpSystem_IpAccessHostGpb.nedn_SubNetwork & "/" & moid_IpSystem & "/" & moid_IpAccessHostGpb or NodeB_IpSystem_IpAccessHostGpb.nedn_SubNetwork & "/" & nedn_MeContext & "/" & moid_IpSystem & "/" & moid_IpAccessHostGpb; RNC_IpSystem_IpAccessHostGpb.nedn_SubNetwork & "/" & moid_IpSystem & "/" & moid_IpAccessHostGpb or NodeB_IpSystem_IpAccessHostGpb.nedn_SubNetwork & "/" & nedn_MeContext & "/" & moid_IpSystem & "/" & moid_IpAccessHostGpb 
    Relationship Attributes
    Network_IdNetwork associated with the IPAccessHost Gpb.YYlookup("nc_bsc","network_id",utime(StartDate & StartTime,"%d %b %Y %R"), RNC_IpSystem_IpAccessHostGpb.nedn_SubNetwork) or lookup("nc_bsc","network_id",utime(StartDate & StartTime,"%d %b %Y %R"), NodeB_IpSystem_IpAccessHostGpb.nedn_SubNetwork); lookup("nc_bsc","network_id",utime(StartDate & StartTime,"%d %b %Y %R"), RNC_IpSystem_IpAccessHostGpb.nedn_SubNetwork) or lookup("nc_bsc","network_id",utime(StartDate & StartTime,"%d %b %Y %R"), NodeB_IpSystem_IpAccessHostGpb.nedn_SubNetwork) 
    Region_IdRegion associated with the IPAccessHost Gpb.YYlookup("nc_bsc","region_id",utime(StartDate & StartTime,"%d %b %Y %R"), RNC_IpSystem_IpAccessHostGpb.nedn_SubNetwork) or lookup("nc_bsc","region_id",utime(StartDate & StartTime,"%d %b %Y %R"), NodeB_IpSystem_IpAccessHostGpb.nedn_SubNetwork); lookup("nc_bsc","region_id",utime(StartDate & StartTime,"%d %b %Y %R"), RNC_IpSystem_IpAccessHostGpb.nedn_SubNetwork) or lookup("nc_bsc","region_id",utime(StartDate & StartTime,"%d %b %Y %R"), NodeB_IpSystem_IpAccessHostGpb.nedn_SubNetwork) 
    RNC_IdRNC in a UTRAN network.YYRNC_IpSystem_IpAccessHostGpb.nedn_SubNetwork; RNC_IpSystem_IpAccessHostGpb.nedn_SubNetwork 
    NodeB_IdNodeB in a UTRAN network.YYNodeB_IpSystem_IpAccessHostGpb.nedn_SubNetwork & "/" & nedn_MeContext; NodeB_IpSystem_IpAccessHostGpb.nedn_SubNetwork & "/" & nedn_MeContext 
    Configuration Attributes
    IPAccessHost_Gpb_NameUnique identifier for the IPAccessHost Gpb.  RNC_IpSystem_IpAccessHostGpb.nedn_SubNetwork & "/" & moid_IpSystem & "/" & moid_IpAccessHostGpb or NodeB_IpSystem_IpAccessHostGpb.nedn_SubNetwork & "/" & nedn_MeContext & "/" & moid_IpSystem & "/" & moid_IpAccessHostGpb; RNC_IpSystem_IpAccessHostGpb.nedn_SubNetwork & "/" & moid_IpSystem & "/" & moid_IpAccessHostGpb or NodeB_IpSystem_IpAccessHostGpb.nedn_SubNetwork & "/" & nedn_MeContext & "/" & moid_IpSystem & "/" & moid_IpAccessHostGpb 
    VersionHardware/Software version of the IPAccessHost.  RNC_IpSystem_IpAccessHostGpb."P7.1" or NodeB_IpSystem_IpAccessHostGpb."P7.1"; RNC_IpSystem_IpAccessHostGpb."P7.1" or NodeB_IpSystem_IpAccessHostGpb."P7.1" 
    TechnologyTechnology of the network/element (e.g. GSM, GPRS, UMTS).  RNC_IpSystem_IpAccessHostGpb."UMTS" or NodeB_IpSystem_IpAccessHostGpb."UMTS"; RNC_IpSystem_IpAccessHostGpb."UMTS" or NodeB_IpSystem_IpAccessHostGpb."UMTS" 


    6.34 IPAccessHost_Spb details

    In the network hierarchy, the immediate parents of the IPAccessHost_Spb object are: RNC and NodeB.


    Attribute NameDescriptionRead-Only?Time-Tracked?MappingAggregator
    Primary Identifier
    IPAccessHost_Spb_IdA unique identifier for the IPAccessHost Spb.Y RNC_IP_Access.nedn_SubNetwork & "/" & moid_IpSystem & "/" & moid_IpAccessHostSpb; RNC_IP_Access.nedn_SubNetwork & "/" & moid_IpSystem & "/" & moid_IpAccessHostSpb 
    Relationship Attributes
    Network_IdNetwork associated with the IPAccessHost Spb.YYlookup("nc_bsc","network_id",utime(StartDate & StartTime,"%d %b %Y %R"), nedn_SubNetwork); lookup("nc_bsc","network_id",utime(StartDate & StartTime,"%d %b %Y %R"), nedn_SubNetwork) 
    Region_IdRegion associated with the IPAccessHost Spb.YYlookup("nc_bsc","region_id",utime(StartDate & StartTime,"%d %b %Y %R"), nedn_SubNetwork); lookup("nc_bsc","region_id",utime(StartDate & StartTime,"%d %b %Y %R"), nedn_SubNetwork) 
    RNC_IdRNC in a UTRAN network.YYRNC_IP_Access.nedn_SubNetwork; RNC_IP_Access.nedn_SubNetwork 
    NodeB_IdNodeB in a UTRAN network.YYNo mapping; No mapping 
    Configuration Attributes
    IPAccessHost_Spb_NameA user friendly name preferably unique for the IPAccessHost Spb.  RNC_IP_Access.nedn_SubNetwork & "/" & moid_IpSystem & "/" & moid_IpAccessHostSpb; RNC_IP_Access.nedn_SubNetwork & "/" & moid_IpSystem & "/" & moid_IpAccessHostSpb 
    TechnologyTechnology of the network/element (e.g. GSM, GPRS, UMTS).  "UMTS"; "UMTS" 
    VersionHardware/Software version of the IPAccessHost Spb.  "P7.1"; "P7.1" 


    6.35 IPAccessUdpHost_Msb details

    In the network hierarchy, the immediate parents of the IPAccessUdpHost_Msb object are: RNC and NodeB.


    Attribute NameDescriptionRead-Only?Time-Tracked?MappingAggregator
    Primary Identifier
    IPAccessHost_Msb_IdIPAccessHost Msb.Y RNC_IpSystem_IpAccessUdpHostMsb.nedn_SubNetwork & "/" & moid_IpSystem & "/" & moid_UdpHostMainMsb & "/" & moid_IpAccessUdpHostMsb or NodeB_IpSystem_IpAccessUdpHostMsb.nedn_SubNetwork & "/" & nedn_MeContext & "/" & moid_IpSystem & "/" & moid_UdpHostMainMsb & "/" & moid_IpAccessUdpHostMsb; RNC_IpSystem_IpAccessUdpHostMsb.nedn_SubNetwork & "/" & moid_IpSystem & "/" & moid_UdpHostMainMsb & "/" & moid_IpAccessUdpHostMsb or NodeB_IpSystem_IpAccessUdpHostMsb.nedn_SubNetwork & "/" & nedn_MeContext & "/" & moid_IpSystem & "/" & moid_UdpHostMainMsb & "/" & moid_IpAccessUdpHostMsb 
    Relationship Attributes
    Network_IdNetwork associated with the IPAccessHost Msb.YYlookup("nc_bsc","network_id",utime(StartDate & StartTime,"%d %b %Y %R"), RNC_IpSystem_IpAccessUdpHostMsb.nedn_SubNetwork) or lookup("nc_bsc","network_id",utime(StartDate & StartTime,"%d %b %Y %R"), NodeB_IpSystem_IpAccessUdpHostMsb.nedn_SubNetwork); lookup("nc_bsc","network_id",utime(StartDate & StartTime,"%d %b %Y %R"), RNC_IpSystem_IpAccessUdpHostMsb.nedn_SubNetwork) or lookup("nc_bsc","network_id",utime(StartDate & StartTime,"%d %b %Y %R"), NodeB_IpSystem_IpAccessUdpHostMsb.nedn_SubNetwork) 
    Region_IdRegion associated with the IPAccessHost Msb.YYlookup("nc_bsc","region_id",utime(StartDate & StartTime,"%d %b %Y %R"), RNC_IpSystem_IpAccessUdpHostMsb.nedn_SubNetwork) or lookup("nc_bsc","region_id",utime(StartDate & StartTime,"%d %b %Y %R"), NodeB_IpSystem_IpAccessUdpHostMsb.nedn_SubNetwork); lookup("nc_bsc","region_id",utime(StartDate & StartTime,"%d %b %Y %R"), RNC_IpSystem_IpAccessUdpHostMsb.nedn_SubNetwork) or lookup("nc_bsc","region_id",utime(StartDate & StartTime,"%d %b %Y %R"), NodeB_IpSystem_IpAccessUdpHostMsb.nedn_SubNetwork) 
    RNC_IdRNC in a UTRAN network.YYRNC_IpSystem_IpAccessUdpHostMsb.nedn_SubNetwork; RNC_IpSystem_IpAccessUdpHostMsb.nedn_SubNetwork 
    NodeB_IdNodeB in a UTRAN network.YYNodeB_IpSystem_IpAccessUdpHostMsb.nedn_SubNetwork & "/" & nedn_MeContext; NodeB_IpSystem_IpAccessUdpHostMsb.nedn_SubNetwork & "/" & nedn_MeContext 
    Configuration Attributes
    IPAccessHost_Msb_NameIPAccessHost Msb.  RNC_IpSystem_IpAccessUdpHostMsb.nedn_SubNetwork & "/" & moid_IpSystem & "/" & moid_UdpHostMainMsb & "/" & moid_IpAccessUdpHostMsb or NodeB_IpSystem_IpAccessUdpHostMsb.nedn_SubNetwork & "/" & nedn_MeContext & "/" & moid_IpSystem & "/" & moid_UdpHostMainMsb & "/" & moid_IpAccessUdpHostMsb; RNC_IpSystem_IpAccessUdpHostMsb.nedn_SubNetwork & "/" & moid_IpSystem & "/" & moid_UdpHostMainMsb & "/" & moid_IpAccessUdpHostMsb or NodeB_IpSystem_IpAccessUdpHostMsb.nedn_SubNetwork & "/" & nedn_MeContext & "/" & moid_IpSystem & "/" & moid_UdpHostMainMsb & "/" & moid_IpAccessUdpHostMsb 
    VersionHardware/Software version of the IPAccessHost Msb.  RNC_IpSystem_IpAccessUdpHostMsb."P7.1" or NodeB_IpSystem_IpAccessUdpHostMsb."P7.1"; RNC_IpSystem_IpAccessUdpHostMsb."P7.1" or NodeB_IpSystem_IpAccessUdpHostMsb."P7.1" 
    TechnologyTechnology of the network/element (e.g. GSM, GPRS, UMTS).  RNC_IpSystem_IpAccessUdpHostMsb."UMTS" or NodeB_IpSystem_IpAccessUdpHostMsb."UMTS"; RNC_IpSystem_IpAccessUdpHostMsb."UMTS" or NodeB_IpSystem_IpAccessUdpHostMsb."UMTS" 


    6.36 IPEthPacketDataRouter details

    In the network hierarchy, the immediate parent of the IPEthPacketDataRouter object is RNC.

    Attribute NameDescriptionRead-Only?Time-Tracked?MappingAggregator
    Primary Identifier
    IPEthPacketDataRouter_IdA unique identifier for the IPEthPacketDataRouter.Y ME_RNC_IpEthPDR.nedn_SubNetwork & "/" & moid_Equipment & "/" & moid_SpDevicePool & "/" & moid_PdrDevice & "/" & moid_IpEthPacketDataRouter; ME_RNC_IpEthPDR.nedn_SubNetwork & "/" & moid_Equipment & "/" & moid_SpDevicePool & "/" & moid_PdrDevice & "/" & moid_IpEthPacketDataRouter 
    Relationship Attributes
    Network_IdNetwork associated with the IPEthPacketDataRouter.YYlookup("nc_bsc","network_id",utime(StartDate & StartTime,"%d %b %Y %R"), nedn_SubNetwork); lookup("nc_bsc","network_id",utime(StartDate & StartTime,"%d %b %Y %R"), nedn_SubNetwork) 
    Region_IdRegion associated with the IPEthPacketDataRouter.YYlookup("nc_bsc","region_id",utime(StartDate & StartTime,"%d %b %Y %R"), nedn_SubNetwork); lookup("nc_bsc","region_id",utime(StartDate & StartTime,"%d %b %Y %R"), nedn_SubNetwork) 
    RNC_IdRNC in a UTRAN network.YYME_RNC_IpEthPDR.nedn_SubNetwork; ME_RNC_IpEthPDR.nedn_SubNetwork 
    Configuration Attributes
    IPEthPacketDataRouter_NameA user friendly name preferably unique for IPEthPacketDataRouter.  ME_RNC_IpEthPDR.nedn_SubNetwork & "/" & moid_Equipment & "/" & moid_SpDevicePool & "/" & moid_PdrDevice & "/" & moid_IpEthPacketDataRouter; ME_RNC_IpEthPDR.nedn_SubNetwork & "/" & moid_Equipment & "/" & moid_SpDevicePool & "/" & moid_PdrDevice & "/" & moid_IpEthPacketDataRouter 
    VersionHardware/Software version of the IPEthPacketDataRouter.  "P7.1"; "P7.1" 
    TechnologyTechnology of the network/element (e.g. GSM, GPRS, UMTS).  "UMTS"; "UMTS" 


    6.37 IpHostLink details

    In the network hierarchy, the immediate parent of the IpHostLink object is IP_Interface.

    Attribute NameDescriptionRead-Only?Time-Tracked?MappingAggregator
    Primary Identifier
    IpHostLink_IDA unique identifier for the IP over ATM Link in a UTRAN network.Y RNC_IPHostLink.nedn_SubNetwork & "/" & moid_IpOam & "/" & moid_Ip & "/" & moid_IpHostLink or NODEB_IPHostLink.nedn_SubNetwork & "/" & nedn_MeContext & "/" & moid_IpOam & "/" & moid_Ip & "/" & moid_IpHostLink or RXI_IPHostLink.nedn_SubNetwork & "/" & nedn_MeContext & "/" & moid_IpOam & "/" & moid_Ip & "/" & moid_IpHostLink; RNC_IPHostLink.nedn_SubNetwork & "/" & moid_IpOam & "/" & moid_Ip & "/" & moid_IpHostLink or NODEB_IPHostLink.nedn_SubNetwork & "/" & nedn_MeContext & "/" & moid_IpOam & "/" & moid_Ip & "/" & moid_IpHostLink or RXI_IPHostLink.nedn_SubNetwork & "/" & nedn_MeContext & "/" & moid_IpOam & "/" & moid_Ip & "/" & moid_IpHostLink 
    Relationship Attributes
    Interface_IdIP Link in a UTRAN network.YYRNC_IPHostLink.nedn_SubNetwork & "/" & moid_IpOam & "/" & moid_Ip or NODEB_IPHostLink.nedn_SubNetwork & "/" & nedn_MeContext & "/" & moid_IpOam & "/" & moid_Ip or RXI_IPHostLink.nedn_SubNetwork & "/" & nedn_MeContext & "/" & moid_IpOam & "/" & moid_Ip; RNC_IPHostLink.nedn_SubNetwork & "/" & moid_IpOam & "/" & moid_Ip or NODEB_IPHostLink.nedn_SubNetwork & "/" & nedn_MeContext & "/" & moid_IpOam & "/" & moid_Ip or RXI_IPHostLink.nedn_SubNetwork & "/" & nedn_MeContext & "/" & moid_IpOam & "/" & moid_Ip 
    Network_IdNetwork associated with the IP ATM Link.YYlookup("nc_bsc","network_id",utime(StartDate & StartTime,"%d %b %Y %R"), RNC_IPHostLink.nedn_SubNetwork) or lookup("nc_bsc","network_id",utime(StartDate & StartTime,"%d %b %Y %R"), NODEB_IPHostLink.nedn_SubNetwork) or lookup("nc_bsc","network_id",utime(StartDate & StartTime,"%d %b %Y %R"), RXI_IPHostLink.nedn_SubNetwork); lookup("nc_bsc","network_id",utime(StartDate & StartTime,"%d %b %Y %R"), RNC_IPHostLink.nedn_SubNetwork) or lookup("nc_bsc","network_id",utime(StartDate & StartTime,"%d %b %Y %R"), NODEB_IPHostLink.nedn_SubNetwork) or lookup("nc_bsc","network_id",utime(StartDate & StartTime,"%d %b %Y %R"), RXI_IPHostLink.nedn_SubNetwork) 
    NodeB_IdNodeB in a UTRAN network.YYNODEB_IPHostLink.nedn_SubNetwork & "/" & nedn_MeContext; NODEB_IPHostLink.nedn_SubNetwork & "/" & nedn_MeContext 
    RNC_IdRNC in a UTRAN network.YYRNC_IPHostLink.nedn_SubNetwork or NODEB_IPHostLink.nedn_SubNetwork or RXI_IPHostLink.nedn_SubNetwork; RNC_IPHostLink.nedn_SubNetwork or NODEB_IPHostLink.nedn_SubNetwork or RXI_IPHostLink.nedn_SubNetwork 
    Region_IdRegion associated with the IP ATM Link.YYlookup("nc_bsc","region_id",utime(StartDate & StartTime,"%d %b %Y %R"), RNC_IPHostLink.nedn_SubNetwork) or lookup("nc_bsc","region_id",utime(StartDate & StartTime,"%d %b %Y %R"), NODEB_IPHostLink.nedn_SubNetwork) or lookup("nc_bsc","region_id",utime(StartDate & StartTime,"%d %b %Y %R"), RXI_IPHostLink.nedn_SubNetwork); lookup("nc_bsc","region_id",utime(StartDate & StartTime,"%d %b %Y %R"), RNC_IPHostLink.nedn_SubNetwork) or lookup("nc_bsc","region_id",utime(StartDate & StartTime,"%d %b %Y %R"), NODEB_IPHostLink.nedn_SubNetwork) or lookup("nc_bsc","region_id",utime(StartDate & StartTime,"%d %b %Y %R"), RXI_IPHostLink.nedn_SubNetwork) 
    Configuration Attributes
    IpHostLink_NameA user-friendly name preferably unique for the Ip Atm Link.  RNC_IPHostLink.nedn_SubNetwork & "/" & moid_IpOam & "/" & moid_Ip & "/" & moid_IpHostLink or NODEB_IPHostLink.nedn_SubNetwork & "/" & nedn_MeContext & "/" & moid_IpOam & "/" & moid_Ip & "/" & moid_IpHostLink or RXI_IPHostLink.nedn_SubNetwork & "/" & nedn_MeContext & "/" & moid_IpOam & "/" & moid_Ip & "/" & moid_IpHostLink; RNC_IPHostLink.nedn_SubNetwork & "/" & moid_IpOam & "/" & moid_Ip & "/" & moid_IpHostLink or NODEB_IPHostLink.nedn_SubNetwork & "/" & nedn_MeContext & "/" & moid_IpOam & "/" & moid_Ip & "/" & moid_IpHostLink or RXI_IPHostLink.nedn_SubNetwork & "/" & nedn_MeContext & "/" & moid_IpOam & "/" & moid_Ip & "/" & moid_IpHostLink 
    IP_OamIP_Oam in a UTRAN network.  RNC_IPHostLink.nedn_SubNetwork & "/" & moid_IpOam or NODEB_IPHostLink.nedn_SubNetwork & "/" & nedn_MeContext & "/" & moid_IpOam or RXI_IPHostLink.nedn_SubNetwork & "/" & nedn_MeContext & "/" & moid_IpOam; RNC_IPHostLink.nedn_SubNetwork & "/" & moid_IpOam or NODEB_IPHostLink.nedn_SubNetwork & "/" & nedn_MeContext & "/" & moid_IpOam or RXI_IPHostLink.nedn_SubNetwork & "/" & nedn_MeContext & "/" & moid_IpOam 
    TechnologyTechnology of the network/element (e.g. GSM, GPRS, UMTS).  RNC_IPHostLink."UMTS" or NODEB_IPHostLink."UMTS" or RXI_IPHostLink."UMTS"; RNC_IPHostLink."UMTS" or NODEB_IPHostLink."UMTS" or RXI_IPHostLink."UMTS" 
    VersionHardware/Software version of the IP ATM Link.  RNC_IPHostLink."P7.1" or NODEB_IPHostLink."P7.1" or RXI_IPHostLink."P7.1"; RNC_IPHostLink."P7.1" or NODEB_IPHostLink."P7.1" or RXI_IPHostLink."P7.1" 
    Node_TypeType of Node.  RNC_IPHostLink."RNC" or NODEB_IPHostLink."NodeB" or RXI_IPHostLink."RXI"; RNC_IPHostLink."RNC" or NODEB_IPHostLink."NodeB" or RXI_IPHostLink."RXI" 
    Node_IdThe unique identifier for the node this object is connected to.  No mapping; No mapping 
    Node_NameA user friendly name for this node the object is connected to.  No mapping; No mapping 
    Ip_protocol_layer_idThe identifier of the Ip_protocol_layer_id  No mapping; No mapping 


    6.38 IuBcLink details

    In the network hierarchy, the immediate parent of the IuBcLink object is RNC.

    Attribute NameDescriptionRead-Only?Time-Tracked?MappingAggregator
    Primary Identifier
    IuBcLink_IdThe unique identifier for the IuBcLinkY ManagedElement_RncFunction_IuBcLink.nedn_subnetwork&"/"&moid_iubclink; ManagedElement_RncFunction_IuBcLink.nedn_subnetwork&"/"&moid_iubclink 
    Relationship Attributes
    Network_IdNetwork associated with the IuBcLinkYYlookup("nc_bsc","network_id",utime(StartDate & StartTime,"%d %b %Y %R"), nedn_SubNetwork); lookup("nc_bsc","network_id",utime(StartDate & StartTime,"%d %b %Y %R"), nedn_SubNetwork) 
    Region_IdRegion associated with the IuBcLinkYYlookup("nc_bsc","region_id",utime(StartDate & StartTime,"%d %b %Y %R"), nedn_SubNetwork); lookup("nc_bsc","region_id",utime(StartDate & StartTime,"%d %b %Y %R"), nedn_SubNetwork) 
    RNC_IdRNC identifer associated with this IuBcLink.YYManagedElement_RncFunction_IuBcLink.nedn_SubNetwork; ManagedElement_RncFunction_IuBcLink.nedn_SubNetwork 
    Configuration Attributes
    IuBcLink_Namea user friendly name preferably unique for the IuBcLink  ManagedElement_RncFunction_IuBcLink.nedn_subnetwork&"/"&moid_iubclink; ManagedElement_RncFunction_IuBcLink.nedn_subnetwork&"/"&moid_iubclink 
    VersionHardware/software version of the IuBcLink  "P7.1"; "P7.1" 
    TechnologyTechnology of the network/element  "UMTS"; "UMTS" 


    6.39 IubEdch details

    In the network hierarchy, the immediate parent of the IubEdch object is RNC.

    Attribute NameDescriptionRead-Only?Time-Tracked?MappingAggregator
    Primary Identifier
    IubEdch_IdA unique identifier for the IubEdch.Y ME_RNC_IubLink_IubEdch.nedn_SubNetwork & "/" & moid_IubLink & "/" & moid_IubEdch; ME_RNC_IubLink_IubEdch.nedn_SubNetwork & "/" & moid_IubLink & "/" & moid_IubEdch 
    Relationship Attributes
    Network_IdNetwork associated with the IubEdch.YYlookup("nc_bsc","network_id",utime(StartDate & StartTime,"%d %b %Y %R"), nedn_SubNetwork); lookup("nc_bsc","network_id",utime(StartDate & StartTime,"%d %b %Y %R"), nedn_SubNetwork) 
    Region_IdRegion associated with the IubEdch.YYlookup("nc_bsc","region_id",utime(StartDate & StartTime,"%d %b %Y %R"), nedn_SubNetwork); lookup("nc_bsc","region_id",utime(StartDate & StartTime,"%d %b %Y %R"), nedn_SubNetwork) 
    RNC_IdRNC in a UTRAN network.YYME_RNC_IubLink_IubEdch.nedn_SubNetwork; ME_RNC_IubLink_IubEdch.nedn_SubNetwork 
    Configuration Attributes
    IubEdch_NameA user friendly name preferably unique for IubEdch.  ME_RNC_IubLink_IubEdch.nedn_SubNetwork & "/" & moid_IubLink & "/" & moid_IubEdch; ME_RNC_IubLink_IubEdch.nedn_SubNetwork & "/" & moid_IubLink & "/" & moid_IubEdch 
    VersionHardware/Software version of the IubEdch.  "P7.1"; "P7.1" 
    TechnologyTechnology of the network/element (e.g. GSM, GPRS, UMTS).  "UMTS"; "UMTS" 


    6.40 Iub details

    In the network hierarchy, the immediate parents of the Iub object are: NodeB and RNC.


    Attribute NameDescriptionRead-Only?Time-Tracked?MappingAggregator
    Primary Identifier
    Iub_IdPrimary Identifier of the Iub Interface.Y ME_RNC_IubLink.nedn_SubNetwork & "/" & moid_IubLink or ManagedElement_NodeBFunction_Iub.nedn_SubNetwork & "/" & nedn_MeContext & "/" & moid_Iub; ME_RNC_IubLink.nedn_SubNetwork & "/" & moid_IubLink or ManagedElement_NodeBFunction_Iub.nedn_SubNetwork & "/" & nedn_MeContext & "/" & moid_Iub 
    Relationship Attributes
    NodeB_IdIdentifier of the NodeB.YYManagedElement_NodeBFunction_Iub.nedn_SubNetwork & "/" & nedn_MeContext; ManagedElement_NodeBFunction_Iub.nedn_SubNetwork & "/" & nedn_MeContext 
    RNC_IdIdentifier of the RNC.YYME_RNC_IubLink.nedn_SubNetwork or ManagedElement_NodeBFunction_Iub.nedn_SubNetwork; ME_RNC_IubLink.nedn_SubNetwork or ManagedElement_NodeBFunction_Iub.nedn_SubNetwork 
    Region_IdRegion of the Iub / RNC.YYlookup("nc_bsc","region_id",utime(StartDate & StartTime,"%d %b %Y %R"), ME_RNC_IubLink.nedn_SubNetwork) or lookup("nc_bsc","region_id",utime(StartDate & StartTime,"%d %b %Y %R"), ManagedElement_NodeBFunction_Iub.nedn_SubNetwork); lookup("nc_bsc","region_id",utime(StartDate & StartTime,"%d %b %Y %R"), ME_RNC_IubLink.nedn_SubNetwork) or lookup("nc_bsc","region_id",utime(StartDate & StartTime,"%d %b %Y %R"), ManagedElement_NodeBFunction_Iub.nedn_SubNetwork) 
    Network_IdIdentifier of the Network / PLMN.YYlookup("nc_bsc","network_id",utime(StartDate & StartTime,"%d %b %Y %R"), ME_RNC_IubLink.nedn_SubNetwork) or lookup("nc_bsc","network_id",utime(StartDate & StartTime,"%d %b %Y %R"), ManagedElement_NodeBFunction_Iub.nedn_SubNetwork); lookup("nc_bsc","network_id",utime(StartDate & StartTime,"%d %b %Y %R"), ME_RNC_IubLink.nedn_SubNetwork) or lookup("nc_bsc","network_id",utime(StartDate & StartTime,"%d %b %Y %R"), ManagedElement_NodeBFunction_Iub.nedn_SubNetwork) 
    Configuration Attributes
    Iub_NameMeaningful name of the Iub.  ME_RNC_IubLink.nedn_SubNetwork & "/" & moid_IubLink or ManagedElement_NodeBFunction_Iub.nedn_SubNetwork & "/" & nedn_MeContext & "/" & moid_Iub; ME_RNC_IubLink.nedn_SubNetwork & "/" & moid_IubLink or ManagedElement_NodeBFunction_Iub.nedn_SubNetwork & "/" & nedn_MeContext & "/" & moid_Iub 
    VersionThe hardware/software version of the equipment/element which is supporting this Iub link.  ME_RNC_IubLink."P7.1" or ManagedElement_NodeBFunction_Iub."P7.1"; ME_RNC_IubLink."P7.1" or ManagedElement_NodeBFunction_Iub."P7.1" 
    TechnologyTechnology of the network/element (e.g. GSM, GPRS, UMTS).  ME_RNC_IubLink."UMTS" or ManagedElement_NodeBFunction_Iub."UMTS"; ME_RNC_IubLink."UMTS" or ManagedElement_NodeBFunction_Iub."UMTS" 


    6.41 Iu details

    In the network hierarchy, the immediate parents of the Iu object are: NodeB and RNC.


    Attribute NameDescriptionRead-Only?Time-Tracked?MappingAggregator
    Primary Identifier
    Iu_IdIdentifier of the Iu Interface.Y ME_RNC_CNOPR_IuLink.nedn_SubNetwork & "/" & moid_CnOperator & "/" & moid_IuLink; ME_RNC_CNOPR_IuLink.nedn_SubNetwork & "/" & moid_CnOperator & "/" & moid_IuLink 
    Relationship Attributes
    NodeB_IdIdentifier of the NodeB.YYNo mapping; No mapping 
    RNC_IdIdentifier of the RNC.YYME_RNC_CNOPR_IuLink.nedn_SubNetwork; ME_RNC_CNOPR_IuLink.nedn_SubNetwork 
    Region_IdIdentifier of the Region.YYlookup("nc_bsc","region_id",utime(StartDate & StartTime,"%d %b %Y %R"), nedn_SubNetwork); lookup("nc_bsc","region_id",utime(StartDate & StartTime,"%d %b %Y %R"), nedn_SubNetwork) 
    Network_IdIdentifier of the Network.YYlookup("nc_bsc","network_id",utime(StartDate & StartTime,"%d %b %Y %R"), nedn_SubNetwork); lookup("nc_bsc","network_id",utime(StartDate & StartTime,"%d %b %Y %R"), nedn_SubNetwork) 
    Configuration Attributes
    Iu_NameMeaningful name of the Iu Interface.  ME_RNC_CNOPR_IuLink.nedn_SubNetwork & "/" & moid_CnOperator & "/" & moid_IuLink; ME_RNC_CNOPR_IuLink.nedn_SubNetwork & "/" & moid_CnOperator & "/" & moid_IuLink 
    Node_IdA unique identifier for Node.  No mapping; No mapping 
    VersionThe hardware/software version of the equipment/element which is supporting this Iu link.  "P7.1"; "P7.1" 
    Node_NameA user friendly name preferably unique for the Node.  No mapping; No mapping 
    Node_TypeType of Node.  "RNC"; "RNC" 
    TechnologyTechnology of the network/element (e.g. GSM, GPRS, UMTS).  "UMTS"; "UMTS" 


    6.42 LAC details

    In the network hierarchy, the immediate parent of the LAC object is MSC.

    Attribute NameDescriptionRead-Only?Time-Tracked?MappingAggregator
    Primary Identifier
    LAC_IdA unique identifier for the LAC.Y ManagedElement_RncFunction_LocationArea.nedn_SubNetwork & "/" & moid_RncFunction & "/" & moid_LocationArea; ManagedElement_RncFunction_LocationArea.nedn_SubNetwork & "/" & moid_RncFunction & "/" & moid_LocationArea; "Populated by customer" 
    Relationship Attributes
    MSC_IdThe MSC which controls this Location Area Code.YYlookup("nc_bsc","msc_id",utime(StartDate & StartTime,"%d %b %Y %R"), nedn_SubNetwork); lookup("nc_bsc","msc_id",utime(StartDate & StartTime,"%d %b %Y %R"), nedn_SubNetwork); No mapping 
    Network_IdNetwork associated with the LAC.YYlookup("nc_bsc","network_id",utime(StartDate & StartTime,"%d %b %Y %R"), nedn_SubNetwork); lookup("nc_bsc","network_id",utime(StartDate & StartTime,"%d %b %Y %R"), nedn_SubNetwork); No mapping 
    Region_IdRegion associated with the LAC.YYlookup("nc_bsc","region_id",utime(StartDate & StartTime,"%d %b %Y %R"), nedn_SubNetwork); lookup("nc_bsc","region_id",utime(StartDate & StartTime,"%d %b %Y %R"), nedn_SubNetwork); No mapping 
    Configuration Attributes
    LAC_NameA user friendly name preferably unique for the LAC.  ManagedElement_RncFunction_LocationArea.nedn_SubNetwork & "/" & moid_RncFunction & "/" & moid_LocationArea; ManagedElement_RncFunction_LocationArea.nedn_SubNetwork & "/" & moid_RncFunction & "/" & moid_LocationArea; No mapping 


    6.43 Load_Control_Unit details

    In the network hierarchy, the immediate parent of the Load_Control_Unit object is Plug_In_Unit.

    Attribute NameDescriptionRead-Only?Time-Tracked?MappingAggregator
    Primary Identifier
    Load_Control_Unit_Id A unique identifier for the Load Control within a UTRAN network.Y RNC_PIU_GeneralProcessorUnit_LoadControl.nedn_SubNetwork & "/" & moid_Equipment & "/" & moid_Subrack & "/" & moid_Slot & "/" & moid_PlugInUnit & "/" & moid_GeneralProcessorUnit & "/" & moid_LoadControl; RNC_PIU_GeneralProcessorUnit_LoadControl.nedn_SubNetwork & "/" & moid_Equipment & "/" & moid_Subrack & "/" & moid_Slot & "/" & moid_PlugInUnit & "/" & moid_GeneralProcessorUnit & "/" & moid_LoadControl 
    Relationship Attributes
    Network_IdThe network associated with the object.YYlookup("nc_bsc","network_id",utime(StartDate & StartTime,"%d %b %Y %R"), nedn_SubNetwork); lookup("nc_bsc","network_id",utime(StartDate & StartTime,"%d %b %Y %R"), nedn_SubNetwork) 
    Region_IdRegion associated with the object.YYlookup("nc_bsc","region_id",utime(StartDate & StartTime,"%d %b %Y %R"), nedn_SubNetwork); lookup("nc_bsc","region_id",utime(StartDate & StartTime,"%d %b %Y %R"), nedn_SubNetwork) 
    RNC_IdRNC in a UTRAN network.YYRNC_PIU_GeneralProcessorUnit_LoadControl.nedn_SubNetwork; RNC_PIU_GeneralProcessorUnit_LoadControl.nedn_SubNetwork 
    Plug_In_UnitThe plug_in_unit this load control belongs to.YYRNC_PIU_GeneralProcessorUnit_LoadControl.nedn_SubNetwork & "/" & moid_Equipment & "/" & moid_Subrack & "/" & moid_Slot & "/" & moid_PlugInUnit; RNC_PIU_GeneralProcessorUnit_LoadControl.nedn_SubNetwork & "/" & moid_Equipment & "/" & moid_Subrack & "/" & moid_Slot & "/" & moid_PlugInUnit 
    Configuration Attributes
    Load_Control_Unit_NameA user-friendly name preferably unique for the Load Control.  RNC_PIU_GeneralProcessorUnit_LoadControl.nedn_SubNetwork & "/" & moid_Equipment & "/" & moid_Subrack & "/" & moid_Slot & "/" & moid_PlugInUnit & "/" & moid_GeneralProcessorUnit & "/" & moid_LoadControl; RNC_PIU_GeneralProcessorUnit_LoadControl.nedn_SubNetwork & "/" & moid_Equipment & "/" & moid_Subrack & "/" & moid_Slot & "/" & moid_PlugInUnit & "/" & moid_GeneralProcessorUnit & "/" & moid_LoadControl 
    Node_IdThe unique identifier for the node this object is connected to.  RNC_PIU_GeneralProcessorUnit_LoadControl.nedn_SubNetwork; RNC_PIU_GeneralProcessorUnit_LoadControl.nedn_SubNetwork 
    Node_TypeThe type of network element of the node this object is connected to.  "RNC"; "RNC" 
    Node_NameA user friendly name for this node the object is connected to.  RNC_PIU_GeneralProcessorUnit_LoadControl.nedn_SubNetwork; RNC_PIU_GeneralProcessorUnit_LoadControl.nedn_SubNetwork 
    TechnologyTechnology of the network/element (e.g. GSM, GPRS, UMTS).  "UMTS"; "UMTS" 
    VersionHardware/Software version of the Load Control Unit.  "P7.1"; "P7.1" 


    6.44 M3UA details

    In the network hierarchy, the immediate parent of the M3UA object is MTP3B_SP.

    Attribute NameDescriptionRead-Only?Time-Tracked?MappingAggregator
    Primary Identifier
    M3UA_IdA unique identifier for the M3UA.Y ME_TN_Mtp3bSpItu_M3uAssociation.nedn_SubNetwork & "/" & moid_Mtp3bSpItu & "/" & moid_M3uAssociation; ME_TN_Mtp3bSpItu_M3uAssociation.nedn_SubNetwork & "/" & moid_Mtp3bSpItu & "/" & moid_M3uAssociation 
    Relationship Attributes
    Network_IdNetwork associated with the M3UA.YYlookup("nc_bsc","network_id",utime(StartDate & StartTime,"%d %b %Y %R"), nedn_SubNetwork); lookup("nc_bsc","network_id",utime(StartDate & StartTime,"%d %b %Y %R"), nedn_SubNetwork) 
    Region_IdRegion associated with M3UA.YYlookup("nc_bsc","region_id",utime(StartDate & StartTime,"%d %b %Y %R"), nedn_SubNetwork); lookup("nc_bsc","region_id",utime(StartDate & StartTime,"%d %b %Y %R"), nedn_SubNetwork) 
    RNC_IdRNC in a UTRAN network.YYME_TN_Mtp3bSpItu_M3uAssociation.nedn_SubNetwork; ME_TN_Mtp3bSpItu_M3uAssociation.nedn_SubNetwork 
    MTP3B_SP_IdMTP3B SP that is supporting the M3UA.YYME_TN_Mtp3bSpItu_M3uAssociation.nedn_SubNetwork & "/" & moid_Mtp3bSpItu; ME_TN_Mtp3bSpItu_M3uAssociation.nedn_SubNetwork & "/" & moid_Mtp3bSpItu 
    Configuration Attributes
    M3UA_NameA user friendly name preferably unique for M3UA.  ME_TN_Mtp3bSpItu_M3uAssociation.nedn_SubNetwork & "/" & moid_Mtp3bSpItu & "/" & moid_M3uAssociation; ME_TN_Mtp3bSpItu_M3uAssociation.nedn_SubNetwork & "/" & moid_Mtp3bSpItu & "/" & moid_M3uAssociation 
    Node_IdThe unique identifier for the node this object is connected to.  No mapping; No mapping 
    VersionHardware/Software version of the equipment supporting M3UA.  "P7.1"; "P7.1" 
    TechnologyTechnology of the network/element (e.g. GSM, GPRS, UMTS).  "UMTS"; "UMTS" 
    Node_TypeType of Node.  ME_TN_Mtp3bSpItu_M3uAssociation."RNC"; ME_TN_Mtp3bSpItu_M3uAssociation."RNC" 
    Node_NameA user friendly name for this node the object is connected to.  No mapping; No mapping 


    6.45 Mbms details

    In the network hierarchy, the immediate parent of the Mbms object is RNC.

    Attribute NameDescriptionRead-Only?Time-Tracked?MappingAggregator
    Primary Identifier
    Mbms_IdThe primary identifier of the MbmsY ME_RNC_Mbms.nedn_SubNetwork & "/" & moid_Mbms; ME_RNC_Mbms.nedn_SubNetwork & "/" & moid_Mbms 
    Relationship Attributes
    RNC_IdRNC in a UTRAN network.YYME_RNC_Mbms.nedn_SubNetwork; ME_RNC_Mbms.nedn_SubNetwork 
    Network_IdNetwork associated with the Mbms.YYlookup("nc_bsc","network_id",utime(StartDate & StartTime,"%d %b %Y %R"), nedn_SubNetwork); lookup("nc_bsc","network_id",utime(StartDate & StartTime,"%d %b %Y %R"), nedn_SubNetwork) 
    Region_IdRegion associated with the Mbms.YYlookup("nc_bsc","region_id",utime(StartDate & StartTime,"%d %b %Y %R"), nedn_SubNetwork); lookup("nc_bsc","region_id",utime(StartDate & StartTime,"%d %b %Y %R"), nedn_SubNetwork) 
    Configuration Attributes
    Mbms_NameThe meaningful name of the Mbms  ME_RNC_Mbms.nedn_SubNetwork & "/" & moid_Mbms; ME_RNC_Mbms.nedn_SubNetwork & "/" & moid_Mbms 
    TechnologyTechnology of the network/element (e.g. GSM, GPRS, UMTS).  "UMTS"; "UMTS" 
    VersionHardware/Software version of the Mbms.  "P7.1"; "P7.1" 


    6.46 Medium_Access_Unit details

    In the network hierarchy, the immediate parent of the Medium_Access_Unit object is Plug_In_Unit.

    Attribute NameDescriptionRead-Only?Time-Tracked?MappingAggregator
    Primary Identifier
    Medium_Access_Unit_IdA unique identifier for the Medium Access Unit in a UTRAN network.Y RNC_Processor_Load.nedn_SubNetwork & "/" & moid_Equipment & "/" & moid_Subrack & "/" & moid_Slot & "/" & moid_PlugInUnit & "/" & moid_GeneralProcessorUnit & "/" & moid_MediumAccessUnit or RXI_Processor_Load.nedn_SubNetwork & "/" & moid_Equipment & "/" & moid_Subrack & "/" & moid_Slot & "/" & moid_PlugInUnit & "/" & moid_GeneralProcessorUnit & "/" & moid_MediumAccessUnit or NODEB_Processor_Load.nedn_SubNetwork & "/" & nedn_MeContext & "/" & moid_Equipment & "/" & moid_Subrack & "/" & moid_Slot & "/" & moid_PlugInUnit & "/" & moid_GeneralProcessorUnit & "/" & moid_MediumAccessUnit or NODEB_CBU_Processor_Load.nedn_SubNetwork & "/" & nedn_MeContext & "/" & moid_Equipment & "/" & moid_Subrack & "/" & moid_Slot & "/" & moid_PlugInUnit & "/" & moid_Cbu & "/" & moid_GeneralProcessorUnit & "/" & moid_MediumAccessUnit or RNC_CBU_Processor_Load.nedn_SubNetwork & "/" & moid_Equipment & "/" & moid_Subrack & "/" & moid_Slot & "/" & moid_PlugInUnit & "/" & moid_Cbu & "/" & moid_GeneralProcessorUnit & "/" & moid_MediumAccessUnit or RXI_CBU_Processor_Load.nedn_SubNetwork & "/" & moid_Equipment & "/" & moid_Subrack & "/" & moid_Slot & "/" & moid_PlugInUnit & "/" & moid_Cbu & "/" & moid_GeneralProcessorUnit & "/" & moid_MediumAccessUnit; RNC_Processor_Load.nedn_SubNetwork & "/" & moid_Equipment & "/" & moid_Subrack & "/" & moid_Slot & "/" & moid_PlugInUnit & "/" & moid_GeneralProcessorUnit & "/" & moid_MediumAccessUnit or RXI_Processor_Load.nedn_SubNetwork & "/" & moid_Equipment & "/" & moid_Subrack & "/" & moid_Slot & "/" & moid_PlugInUnit & "/" & moid_GeneralProcessorUnit & "/" & moid_MediumAccessUnit or NODEB_Processor_Load.nedn_SubNetwork & "/" & nedn_MeContext & "/" & moid_Equipment & "/" & moid_Subrack & "/" & moid_Slot & "/" & moid_PlugInUnit & "/" & moid_GeneralProcessorUnit & "/" & moid_MediumAccessUnit or NODEB_CBU_Processor_Load.nedn_SubNetwork & "/" & nedn_MeContext & "/" & moid_Equipment & "/" & moid_Subrack & "/" & moid_Slot & "/" & moid_PlugInUnit & "/" & moid_Cbu & "/" & moid_GeneralProcessorUnit & "/" & moid_MediumAccessUnit or RNC_CBU_Processor_Load.nedn_SubNetwork & "/" & moid_Equipment & "/" & moid_Subrack & "/" & moid_Slot & "/" & moid_PlugInUnit & "/" & moid_Cbu & "/" & moid_GeneralProcessorUnit & "/" & moid_MediumAccessUnit or RXI_CBU_Processor_Load.nedn_SubNetwork & "/" & moid_Equipment & "/" & moid_Subrack & "/" & moid_Slot & "/" & moid_PlugInUnit & "/" & moid_Cbu & "/" & moid_GeneralProcessorUnit & "/" & moid_MediumAccessUnit 
    Relationship Attributes
    Network_IdNetwork associated with the Medium Access Unit.YYlookup("nc_bsc","network_id",utime(StartDate & StartTime,"%d %b %Y %R"), RNC_Processor_Load.nedn_SubNetwork) or lookup("nc_bsc","network_id",utime(StartDate & StartTime,"%d %b %Y %R"), RXI_Processor_Load.nedn_SubNetwork) or lookup("nc_bsc","network_id",utime(StartDate & StartTime,"%d %b %Y %R"), NODEB_Processor_Load.nedn_SubNetwork) or lookup("nc_bsc","network_id",utime(StartDate & StartTime,"%d %b %Y %R"), NODEB_CBU_Processor_Load.nedn_SubNetwork) or lookup("nc_bsc","network_id",utime(StartDate & StartTime,"%d %b %Y %R"), RNC_CBU_Processor_Load.nedn_SubNetwork) or lookup("nc_bsc","network_id",utime(StartDate & StartTime,"%d %b %Y %R"), RXI_CBU_Processor_Load.nedn_SubNetwork); lookup("nc_bsc","network_id",utime(StartDate & StartTime,"%d %b %Y %R"), RNC_Processor_Load.nedn_SubNetwork) or lookup("nc_bsc","network_id",utime(StartDate & StartTime,"%d %b %Y %R"), RXI_Processor_Load.nedn_SubNetwork) or lookup("nc_bsc","network_id",utime(StartDate & StartTime,"%d %b %Y %R"), NODEB_Processor_Load.nedn_SubNetwork) or lookup("nc_bsc","network_id",utime(StartDate & StartTime,"%d %b %Y %R"), NODEB_CBU_Processor_Load.nedn_SubNetwork) or lookup("nc_bsc","network_id",utime(StartDate & StartTime,"%d %b %Y %R"), RNC_CBU_Processor_Load.nedn_SubNetwork) or lookup("nc_bsc","network_id",utime(StartDate & StartTime,"%d %b %Y %R"), RXI_CBU_Processor_Load.nedn_SubNetwork) 
    RNC_IdRNC in a UTRAN network.YYRNC_Processor_Load.nedn_SubNetwork or NODEB_Processor_Load.nedn_SubNetwork or RXI_Processor_Load.nedn_SubNetwork or RNC_CBU_Processor_Load.nedn_SubNetwork or NODEB_CBU_Processor_Load.nedn_SubNetwork or RXI_CBU_Processor_Load.nedn_SubNetwork; RNC_Processor_Load.nedn_SubNetwork or NODEB_Processor_Load.nedn_SubNetwork or RXI_Processor_Load.nedn_SubNetwork or RNC_CBU_Processor_Load.nedn_SubNetwork or NODEB_CBU_Processor_Load.nedn_SubNetwork or RXI_CBU_Processor_Load.nedn_SubNetwork 
    Region_IdRegion associated with the Medium Access Unit.YYlookup("nc_bsc","region_id",utime(StartDate & StartTime,"%d %b %Y %R"), RNC_Processor_Load.nedn_SubNetwork) or lookup("nc_bsc","region_id",utime(StartDate & StartTime,"%d %b %Y %R"), RXI_Processor_Load.nedn_SubNetwork) or lookup("nc_bsc","region_id",utime(StartDate & StartTime,"%d %b %Y %R"), NODEB_Processor_Load.nedn_SubNetwork) or lookup("nc_bsc","region_id",utime(StartDate & StartTime,"%d %b %Y %R"), NODEB_CBU_Processor_Load.nedn_SubNetwork) or lookup("nc_bsc","region_id",utime(StartDate & StartTime,"%d %b %Y %R"), RNC_CBU_Processor_Load.nedn_SubNetwork) or lookup("nc_bsc","region_id",utime(StartDate & StartTime,"%d %b %Y %R"), RXI_CBU_Processor_Load.nedn_SubNetwork); lookup("nc_bsc","region_id",utime(StartDate & StartTime,"%d %b %Y %R"), RNC_Processor_Load.nedn_SubNetwork) or lookup("nc_bsc","region_id",utime(StartDate & StartTime,"%d %b %Y %R"), RXI_Processor_Load.nedn_SubNetwork) or lookup("nc_bsc","region_id",utime(StartDate & StartTime,"%d %b %Y %R"), NODEB_Processor_Load.nedn_SubNetwork) or lookup("nc_bsc","region_id",utime(StartDate & StartTime,"%d %b %Y %R"), NODEB_CBU_Processor_Load.nedn_SubNetwork) or lookup("nc_bsc","region_id",utime(StartDate & StartTime,"%d %b %Y %R"), RNC_CBU_Processor_Load.nedn_SubNetwork) or lookup("nc_bsc","region_id",utime(StartDate & StartTime,"%d %b %Y %R"), RXI_CBU_Processor_Load.nedn_SubNetwork) 
    Plug_in_Unit_IdPlug in Unit for a UTRAN network.YYRNC_Processor_Load.nedn_SubNetwork & "/" & moid_Equipment & "/" & moid_Subrack & "/" & moid_Slot & "/" & moid_PlugInUnit or RXI_Processor_Load.nedn_SubNetwork & "/" & moid_Equipment & "/" & moid_Subrack & "/" & moid_Slot & "/" & moid_PlugInUnit or NODEB_Processor_Load.nedn_SubNetwork & "/" & nedn_MeContext & "/" & moid_Equipment & "/" & moid_Subrack & "/" & moid_Slot & "/" & moid_PlugInUnit or NODEB_CBU_Processor_Load.nedn_SubNetwork & "/" & nedn_MeContext & "/" & moid_Equipment & "/" & moid_Subrack & "/" & moid_Slot & "/" & moid_PlugInUnit or RNC_CBU_Processor_Load.nedn_SubNetwork & "/" & moid_Equipment & "/" & moid_Subrack & "/" & moid_Slot & "/" & moid_PlugInUnit or RXI_CBU_Processor_Load.nedn_SubNetwork & "/" & moid_Equipment & "/" & moid_Subrack & "/" & moid_Slot & "/" & moid_PlugInUnit; RNC_Processor_Load.nedn_SubNetwork & "/" & moid_Equipment & "/" & moid_Subrack & "/" & moid_Slot & "/" & moid_PlugInUnit or RXI_Processor_Load.nedn_SubNetwork & "/" & moid_Equipment & "/" & moid_Subrack & "/" & moid_Slot & "/" & moid_PlugInUnit or NODEB_Processor_Load.nedn_SubNetwork & "/" & nedn_MeContext & "/" & moid_Equipment & "/" & moid_Subrack & "/" & moid_Slot & "/" & moid_PlugInUnit or NODEB_CBU_Processor_Load.nedn_SubNetwork & "/" & nedn_MeContext & "/" & moid_Equipment & "/" & moid_Subrack & "/" & moid_Slot & "/" & moid_PlugInUnit or RNC_CBU_Processor_Load.nedn_SubNetwork & "/" & moid_Equipment & "/" & moid_Subrack & "/" & moid_Slot & "/" & moid_PlugInUnit or RXI_CBU_Processor_Load.nedn_SubNetwork & "/" & moid_Equipment & "/" & moid_Subrack & "/" & moid_Slot & "/" & moid_PlugInUnit 
    Configuration Attributes
    Medium_Access_Unit_NameA user-friendly name preferably unique for the Medium_Access_Unit.  RNC_Processor_Load.nedn_SubNetwork & "/" & moid_Equipment & "/" & moid_Subrack & "/" & moid_Slot & "/" & moid_PlugInUnit & "/" & moid_GeneralProcessorUnit & "/" & moid_MediumAccessUnit or RXI_Processor_Load.nedn_SubNetwork & "/" & moid_Equipment & "/" & moid_Subrack & "/" & moid_Slot & "/" & moid_PlugInUnit & "/" & moid_GeneralProcessorUnit & "/" & moid_MediumAccessUnit or NODEB_Processor_Load.nedn_SubNetwork & "/" & nedn_MeContext & "/" & moid_Equipment & "/" & moid_Subrack & "/" & moid_Slot & "/" & moid_PlugInUnit & "/" & moid_GeneralProcessorUnit & "/" & moid_MediumAccessUnit or NODEB_CBU_Processor_Load.nedn_SubNetwork & "/" & nedn_MeContext & "/" & moid_Equipment & "/" & moid_Subrack & "/" & moid_Slot & "/" & moid_PlugInUnit & "/" & moid_Cbu & "/" & moid_GeneralProcessorUnit & "/" & moid_MediumAccessUnit or RNC_CBU_Processor_Load.nedn_SubNetwork & "/" & moid_Equipment & "/" & moid_Subrack & "/" & moid_Slot & "/" & moid_PlugInUnit & "/" & moid_Cbu & "/" & moid_GeneralProcessorUnit & "/" & moid_MediumAccessUnit or RXI_CBU_Processor_Load.nedn_SubNetwork & "/" & moid_Equipment & "/" & moid_Subrack & "/" & moid_Slot & "/" & moid_PlugInUnit & "/" & moid_Cbu & "/" & moid_GeneralProcessorUnit & "/" & moid_MediumAccessUnit; RNC_Processor_Load.nedn_SubNetwork & "/" & moid_Equipment & "/" & moid_Subrack & "/" & moid_Slot & "/" & moid_PlugInUnit & "/" & moid_GeneralProcessorUnit & "/" & moid_MediumAccessUnit or RXI_Processor_Load.nedn_SubNetwork & "/" & moid_Equipment & "/" & moid_Subrack & "/" & moid_Slot & "/" & moid_PlugInUnit & "/" & moid_GeneralProcessorUnit & "/" & moid_MediumAccessUnit or NODEB_Processor_Load.nedn_SubNetwork & "/" & nedn_MeContext & "/" & moid_Equipment & "/" & moid_Subrack & "/" & moid_Slot & "/" & moid_PlugInUnit & "/" & moid_GeneralProcessorUnit & "/" & moid_MediumAccessUnit or NODEB_CBU_Processor_Load.nedn_SubNetwork & "/" & nedn_MeContext & "/" & moid_Equipment & "/" & moid_Subrack & "/" & moid_Slot & "/" & moid_PlugInUnit & "/" & moid_Cbu & "/" & moid_GeneralProcessorUnit & "/" & moid_MediumAccessUnit or RNC_CBU_Processor_Load.nedn_SubNetwork & "/" & moid_Equipment & "/" & moid_Subrack & "/" & moid_Slot & "/" & moid_PlugInUnit & "/" & moid_Cbu & "/" & moid_GeneralProcessorUnit & "/" & moid_MediumAccessUnit or RXI_CBU_Processor_Load.nedn_SubNetwork & "/" & moid_Equipment & "/" & moid_Subrack & "/" & moid_Slot & "/" & moid_PlugInUnit & "/" & moid_Cbu & "/" & moid_GeneralProcessorUnit & "/" & moid_MediumAccessUnit 
    TechnologyTechnology of the network/element (e.g. GSM, GPRS, UMTS).  RNC_Processor_Load."UMTS" or RXI_Processor_Load."UMTS" or NODEB_Processor_Load."UMTS" or NODEB_CBU_Processor_Load."UMTS" or RNC_CBU_Processor_Load."UMTS" or RXI_CBU_Processor_Load."UMTS"; RNC_Processor_Load."UMTS" or RXI_Processor_Load."UMTS" or NODEB_Processor_Load."UMTS" or NODEB_CBU_Processor_Load."UMTS" or RNC_CBU_Processor_Load."UMTS" or RXI_CBU_Processor_Load."UMTS" 
    VersionHardware/Software version of the Medium Access Unit.  RNC_Processor_Load."P7.1" or RXI_Processor_Load.."P7.1" or NODEB_Processor_Load."P7.1" or NODEB_CBU_Processor_Load."P7.1" or RNC_CBU_Processor_Load."P7.1" or RXI_CBU_Processor_Load."P7.1"; RNC_Processor_Load."P7.1" or RXI_Processor_Load.."P7.1" or NODEB_Processor_Load."P7.1" or NODEB_CBU_Processor_Load."P7.1" or RNC_CBU_Processor_Load."P7.1" or RXI_CBU_Processor_Load."P7.1" 
    Node_TypeType of Node.  RNC_Processor_Load."RNC" or NODEB_Processor_Load."NodeB" or RXI_Processor_Load."RXI" or RNC_CBU_Processor_Load."RNC" or NODEB_CBU_Processor_Load."NodeB" or RXI_CBU_Processor_Load."RXI"; RNC_Processor_Load."RNC" or NODEB_Processor_Load."NodeB" or RXI_Processor_Load."RXI" or RNC_CBU_Processor_Load."RNC" or NODEB_CBU_Processor_Load."NodeB" or RXI_CBU_Processor_Load."RXI" 
    Node_IdThe unique identifier for the node this object is connected to.  No mapping; No mapping 
    Node_NameA user friendly name for this node the object is connected to.  No mapping; No mapping 


    6.47 MTP2_Tp details

    In the network hierarchy, the immediate parents of the MTP2_Tp object are: RNC and NodeB.


    Attribute NameDescriptionRead-Only?Time-Tracked?MappingAggregator
    Primary Identifier
    MTP2_Tp_IdA unique identifier for the MTP2 TP.Y RNC_Mtp2tpItu.nedn_SubNetwork & "/" & moid_Mtp2tpItu or NODEB_Mtp2tpItu.nedn_SubNetwork & "/" & nedn_MeContext & "/" & moid_Mtp2tpItu; RNC_Mtp2tpItu.nedn_SubNetwork & "/" & moid_Mtp2tpItu or NODEB_Mtp2tpItu.nedn_SubNetwork & "/" & nedn_MeContext & "/" & moid_Mtp2tpItu 
    Relationship Attributes
    Network_IdNetwork associated with the MTP2 TP.YYlookup("nc_bsc","network_id",utime(StartDate & StartTime,"%d %b %Y %R"), RNC_Mtp2tpItu.nedn_SubNetwork) or lookup("nc_bsc","network_id",utime(StartDate & StartTime,"%d %b %Y %R"), NODEB_Mtp2tpItu.nedn_SubNetwork); lookup("nc_bsc","network_id",utime(StartDate & StartTime,"%d %b %Y %R"), RNC_Mtp2tpItu.nedn_SubNetwork) or lookup("nc_bsc","network_id",utime(StartDate & StartTime,"%d %b %Y %R"), NODEB_Mtp2tpItu.nedn_SubNetwork) 
    Region_IdRegion associated with the MTP2 TP.YYlookup("nc_bsc","region_id",utime(StartDate & StartTime,"%d %b %Y %R"), RNC_Mtp2tpItu.nedn_SubNetwork) or lookup("nc_bsc","region_id",utime(StartDate & StartTime,"%d %b %Y %R"), NODEB_Mtp2tpItu.nedn_SubNetwork); lookup("nc_bsc","region_id",utime(StartDate & StartTime,"%d %b %Y %R"), RNC_Mtp2tpItu.nedn_SubNetwork) or lookup("nc_bsc","region_id",utime(StartDate & StartTime,"%d %b %Y %R"), NODEB_Mtp2tpItu.nedn_SubNetwork) 
    RNC_IdRNC in a UTRAN network.YYRNC_Mtp2tpItu.nedn_SubNetwork or NODEB_Mtp2tpItu.nedn_SubNetwork; RNC_Mtp2tpItu.nedn_SubNetwork or NODEB_Mtp2tpItu.nedn_SubNetwork 
    NodeB_IdNodeB in a UTRAN network.YYNODEB_Mtp2tpItu.nedn_SubNetwork & "/" & nedn_MeContext; NODEB_Mtp2tpItu.nedn_SubNetwork & "/" & nedn_MeContext 
    Configuration Attributes
    MTP2_Tp_NameA user friendly name preferably unique for MTP2 TP.  RNC_Mtp2tpItu.nedn_SubNetwork & "/" & moid_Mtp2tpItu or NODEB_Mtp2tpItu.nedn_SubNetwork & "/" & nedn_MeContext & "/" & moid_Mtp2tpItu; RNC_Mtp2tpItu.nedn_SubNetwork & "/" & moid_Mtp2tpItu or NODEB_Mtp2tpItu.nedn_SubNetwork & "/" & nedn_MeContext & "/" & moid_Mtp2tpItu 
    VersionHardware/Software version of the MTP2 TP.  RNC_Mtp2tpItu."P7.1" or NODEB_Mtp2tpItu."P7.1"; RNC_Mtp2tpItu."P7.1" or NODEB_Mtp2tpItu."P7.1" 
    TechnologyTechnology of the network/element (e.g. GSM, GPRS, UMTS).  RNC_Mtp2tpItu."UMTS" or NODEB_Mtp2tpItu."UMTS"; RNC_Mtp2tpItu."UMTS" or NODEB_Mtp2tpItu."UMTS" 
    Node_IdThe unique identifier for the node this object is connected to.  No mapping; No mapping 
    Node_TypeThe type of network element of the node this object is connected to.  RNC_Mtp2tpItu."RNC" or NODEB_Mtp2tpItu."NodeB" ; RNC_Mtp2tpItu."RNC" or NODEB_Mtp2tpItu."NodeB" 
    Node_NameA user friendly name for this node the object is connected to.  No mapping; No mapping 


    6.48 MTP3B_AP details

    In the network hierarchy, the immediate parents of the MTP3B_AP object are: RNC and Region.


    Attribute NameDescriptionRead-Only?Time-Tracked?MappingAggregator
    Primary Identifier
    MTP3B_AP_IdA unique identifier for the MTP3B_AP signaling in a UTRAN network.Y ME_TN_Mtp3bSpItu_Mtp3bAp.nedn_SubNetwork & "/" & moid_Mtp3bSpItu & "/" & moid_Mtp3bAp; ME_TN_Mtp3bSpItu_Mtp3bAp.nedn_SubNetwork & "/" & moid_Mtp3bSpItu & "/" & moid_Mtp3bAp 
    Relationship Attributes
    RNC_IdRNC in a UTRAN network.YYME_TN_Mtp3bSpItu_Mtp3bAp.nedn_SubNetwork; ME_TN_Mtp3bSpItu_Mtp3bAp.nedn_SubNetwork 
    Signalling_Point_IdThe signalling point associated with the object.YYNo mapping; No mapping 
    Region_IdRegion associated with the MTP3B AP.YYlookup("nc_bsc","region_id",utime(StartDate & StartTime,"%d %b %Y %R"), nedn_SubNetwork); lookup("nc_bsc","region_id",utime(StartDate & StartTime,"%d %b %Y %R"), nedn_SubNetwork) 
    Network_IdNetwork associated with the MTP3B SP.YYlookup("nc_bsc","network_id",utime(StartDate & StartTime,"%d %b %Y %R"), nedn_SubNetwork); lookup("nc_bsc","network_id",utime(StartDate & StartTime,"%d %b %Y %R"), nedn_SubNetwork) 
    Configuration Attributes
    MTP3B_AP_NameA user friendly name preferably unique for MTP3B AP.  ME_TN_Mtp3bSpItu_Mtp3bAp.nedn_SubNetwork & "/" & moid_Mtp3bSpItu & "/" & moid_Mtp3bAp; ME_TN_Mtp3bSpItu_Mtp3bAp.nedn_SubNetwork & "/" & moid_Mtp3bSpItu & "/" & moid_Mtp3bAp 
    Node_IdThe unique identifier for the node this object is connected to.  No mapping; No mapping 
    Node_TypeThe type of network element of the node this object is connected to.  ME_TN_Mtp3bSpItu_Mtp3bAp."RNC"; ME_TN_Mtp3bSpItu_Mtp3bAp."RNC" 
    Node_NameA user friendly name for this node the object is connected to.  No mapping; No mapping 
    VersionHardware/Software version of the MTP3B AP.  "P7.1"; "P7.1" 
    TechnologyTechnology of the network/element (e.g. GSM, GPRS, UMTS).  "UMTS"; "UMTS" 


    6.49 MTP3B_SL details

    In the network hierarchy, the immediate parents of the MTP3B_SL object are: RNC and MTP3B_SP.


    Attribute NameDescriptionRead-Only?Time-Tracked?MappingAggregator
    Primary Identifier
    MTP3B_SL_IdA unique identifier for the MTP signalling Link in a UTRAN network.Y ME_TN_Mtp3bSpItu_Mtp3bSls_Mtp3bSlItu.nedn_SubNetwork & "/" & moid_Mtp3bSpItu & "/" & moid_Mtp3bSls & "/" & moid_Mtp3bSlItu; ME_TN_Mtp3bSpItu_Mtp3bSls_Mtp3bSlItu.nedn_SubNetwork & "/" & moid_Mtp3bSpItu & "/" & moid_Mtp3bSls & "/" & moid_Mtp3bSlItu 
    Relationship Attributes
    Network_IdNetwork associated with the MTP3B SL.YYlookup("nc_bsc","network_id",utime(StartDate & StartTime,"%d %b %Y %R"), nedn_SubNetwork); lookup("nc_bsc","network_id",utime(StartDate & StartTime,"%d %b %Y %R"), nedn_SubNetwork) 
    RNC_IdRNC in a UTRAN network.YYME_TN_Mtp3bSpItu_Mtp3bSls_Mtp3bSlItu.nedn_SubNetwork; ME_TN_Mtp3bSpItu_Mtp3bSls_Mtp3bSlItu.nedn_SubNetwork 
    Region_IdRegion associated with the MTP3B SL.YYlookup("nc_bsc","region_id",utime(StartDate & StartTime,"%d %b %Y %R"), nedn_SubNetwork); lookup("nc_bsc","region_id",utime(StartDate & StartTime,"%d %b %Y %R"), nedn_SubNetwork) 
    MTP3B_SP_IdMTP3B SP associated with this Signalling Link.YYME_TN_Mtp3bSpItu_Mtp3bSls_Mtp3bSlItu.nedn_SubNetwork & "/" & moid_Mtp3bSpItu; ME_TN_Mtp3bSpItu_Mtp3bSls_Mtp3bSlItu.nedn_SubNetwork & "/" & moid_Mtp3bSpItu 
    Configuration Attributes
    MTP3B_SL_NameA user friendly name preferably unique for the MTP3B SL.  ME_TN_Mtp3bSpItu_Mtp3bSls_Mtp3bSlItu.nedn_SubNetwork & "/" & moid_Mtp3bSpItu & "/" & moid_Mtp3bSls & "/" & moid_Mtp3bSlItu; ME_TN_Mtp3bSpItu_Mtp3bSls_Mtp3bSlItu.nedn_SubNetwork & "/" & moid_Mtp3bSpItu & "/" & moid_Mtp3bSls & "/" & moid_Mtp3bSlItu 
    TechnologyTechnology of the network/element (e.g. GSM, GPRS, UMTS).  "UMTS"; "UMTS" 
    VersionHardware/Software version of the MTP3B SL.  "P7.1"; "P7.1" 
    Node_IdThe unique identifier for the node this object is connected to.  No mapping; No mapping 
    Node_TypeThe type of network element of the node this object is connected to.  ME_TN_Mtp3bSpItu_Mtp3bSls_Mtp3bSlItu."RNC"; ME_TN_Mtp3bSpItu_Mtp3bSls_Mtp3bSlItu."RNC" 
    Node_NameA user friendly name for this node the object is connected to.  No mapping; No mapping 


    6.50 MTP3B_SP details

    In the network hierarchy, the immediate parent of the MTP3B_SP object is RNC.

    Attribute NameDescriptionRead-Only?Time-Tracked?MappingAggregator
    Primary Identifier
    MTP3B_SP_IdA unique identifier for the MTP3B_SP signaling in a UTRAN network.Y RNC_Mtp3bSpItu_Signaling.nedn_SubNetwork & "/" & moid_Mtp3bSpItu; RNC_Mtp3bSpItu_Signaling.nedn_SubNetwork & "/" & moid_Mtp3bSpItu 
    Relationship Attributes
    Network_IdNetwork associated with the MTP3B SP.YYlookup("nc_bsc","network_id",utime(StartDate & StartTime,"%d %b %Y %R"), nedn_SubNetwork); lookup("nc_bsc","network_id",utime(StartDate & StartTime,"%d %b %Y %R"), nedn_SubNetwork) 
    RNC_IdRNC in a UTRAN network.YYRNC_Mtp3bSpItu_Signaling.nedn_SubNetwork; RNC_Mtp3bSpItu_Signaling.nedn_SubNetwork 
    Region_IdRegion associated with the MTP3B SP.YYlookup("nc_bsc","region_id",utime(StartDate & StartTime,"%d %b %Y %R"), nedn_SubNetwork); lookup("nc_bsc","region_id",utime(StartDate & StartTime,"%d %b %Y %R"), nedn_SubNetwork) 
    Configuration Attributes
    MTP3B_SP_NameA user friendly name preferably unique for MTP3B SP.  RNC_Mtp3bSpItu_Signaling.nedn_SubNetwork & "/" & moid_Mtp3bSpItu; RNC_Mtp3bSpItu_Signaling.nedn_SubNetwork & "/" & moid_Mtp3bSpItu 
    TechnologyTechnology of the network/element (e.g. GSM, GPRS, UMTS).  "UMTS"; "UMTS" 
    VersionHardware/Software version of the MTP3B SP.  "P7.1"; "P7.1" 
    Node_IdThe unique identifier for the node this object is connected to.  No mapping; No mapping 
    Node_TypeThe type of network element of the node this object is connected to.  RNC_Mtp3bSpItu_Signaling."RNC"; RNC_Mtp3bSpItu_Signaling."RNC" 
    Node_NameA user friendly name for this node the object is connected to.  No mapping; No mapping 


    6.51 MTP3B_SR details

    In the network hierarchy, the immediate parent of the MTP3B_SR object is MTP3B_SRS.

    Attribute NameDescriptionRead-Only?Time-Tracked?MappingAggregator
    Primary Identifier
    MTP3B_SR_IdA unique identifier for the MTP3B signalling route.Y ME_TN_Mtp3bSpItu_Mtp3bSrs_Mtp3bSr.nedn_SubNetwork & "/" & moid_Mtp3bSpItu & "/" & moid_Mtp3bSrs & "/" & moid_Mtp3bSr; ME_TN_Mtp3bSpItu_Mtp3bSrs_Mtp3bSr.nedn_SubNetwork & "/" & moid_Mtp3bSpItu & "/" & moid_Mtp3bSrs & "/" & moid_Mtp3bSr 
    Relationship Attributes
    RNC_IdRNC in a UTRAN network.YYME_TN_Mtp3bSpItu_Mtp3bSrs_Mtp3bSr.nedn_SubNetwork; ME_TN_Mtp3bSpItu_Mtp3bSrs_Mtp3bSr.nedn_SubNetwork 
    MTP3B_SP_IdMTP3B signalling point.YYME_TN_Mtp3bSpItu_Mtp3bSrs_Mtp3bSr.nedn_SubNetwork & "/" & moid_Mtp3bSpItu; ME_TN_Mtp3bSpItu_Mtp3bSrs_Mtp3bSr.nedn_SubNetwork & "/" & moid_Mtp3bSpItu 
    MTP3B_SRS_IdMTP3B signalling route set.YYME_TN_Mtp3bSpItu_Mtp3bSrs_Mtp3bSr.nedn_SubNetwork & "/" & moid_Mtp3bSpItu & "/" & moid_Mtp3bSrs; ME_TN_Mtp3bSpItu_Mtp3bSrs_Mtp3bSr.nedn_SubNetwork & "/" & moid_Mtp3bSpItu & "/" & moid_Mtp3bSrs 
    Network_IdNetwork associated with the MTP3B SR.YYlookup("nc_bsc","network_id",utime(StartDate & StartTime,"%d %b %Y %R"), nedn_SubNetwork); lookup("nc_bsc","network_id",utime(StartDate & StartTime,"%d %b %Y %R"), nedn_SubNetwork) 
    Region_IdRegion associated with the MTP3B SR.YYlookup("nc_bsc","region_id",utime(StartDate & StartTime,"%d %b %Y %R"), nedn_SubNetwork); lookup("nc_bsc","region_id",utime(StartDate & StartTime,"%d %b %Y %R"), nedn_SubNetwork) 
    Configuration Attributes
    MTP3B_SR_NameA user friendly name preferably unique for the MTP3B SR.  ME_TN_Mtp3bSpItu_Mtp3bSrs_Mtp3bSr.nedn_SubNetwork & "/" & moid_Mtp3bSpItu & "/" & moid_Mtp3bSrs & "/" & moid_Mtp3bSr; ME_TN_Mtp3bSpItu_Mtp3bSrs_Mtp3bSr.nedn_SubNetwork & "/" & moid_Mtp3bSpItu & "/" & moid_Mtp3bSrs & "/" & moid_Mtp3bSr 
    VersionHardware/Software version of the MTP3B SR.  "P7.1"; "P7.1" 
    TechnologyTechnology of the network/element (e.g. GSM, GPRS, UMTS).  "UMTS"; "UMTS" 
    Node_IdThe unique identifier for the node this object is connected to.  No mapping; No mapping 
    Node_TypeThe type of network element of the node this object is connected to.  ME_TN_Mtp3bSpItu_Mtp3bSrs_Mtp3bSr."RNC"; ME_TN_Mtp3bSpItu_Mtp3bSrs_Mtp3bSr."RNC" 
    Node_NameA user friendly name for this node the object is connected to.  No mapping; No mapping 


    6.52 MTP3B_SRS details

    In the network hierarchy, the immediate parent of the MTP3B_SRS object is MTP3B_SP.

    Attribute NameDescriptionRead-Only?Time-Tracked?MappingAggregator
    Primary Identifier
    MTP3B_SRS_IdA unique identifier for the MTP3B signaling route set.Y ME_TN_Mtp3bSpItu_Mtp3bSrs.nedn_SubNetwork & "/" & moid_Mtp3bSpItu & "/" & moid_Mtp3bSrs; ME_TN_Mtp3bSpItu_Mtp3bSrs.nedn_SubNetwork & "/" & moid_Mtp3bSpItu & "/" & moid_Mtp3bSrs 
    Relationship Attributes
    RNC_IdRNC in a UTRAN network.YYME_TN_Mtp3bSpItu_Mtp3bSrs.nedn_SubNetwork; ME_TN_Mtp3bSpItu_Mtp3bSrs.nedn_SubNetwork 
    MTP3B_SP_IdUnique identifier for MTP3B signalling point.YYME_TN_Mtp3bSpItu_Mtp3bSrs.nedn_SubNetwork & "/" & moid_Mtp3bSpItu; ME_TN_Mtp3bSpItu_Mtp3bSrs.nedn_SubNetwork & "/" & moid_Mtp3bSpItu 
    Network_IdNetwork associated with the MTP3B SRS.YYlookup("nc_bsc","network_id",utime(StartDate & StartTime,"%d %b %Y %R"), nedn_SubNetwork); lookup("nc_bsc","network_id",utime(StartDate & StartTime,"%d %b %Y %R"), nedn_SubNetwork) 
    Region_IdRegion associated with the MTP3B SRS.YYlookup("nc_bsc","region_id",utime(StartDate & StartTime,"%d %b %Y %R"), nedn_SubNetwork); lookup("nc_bsc","region_id",utime(StartDate & StartTime,"%d %b %Y %R"), nedn_SubNetwork) 
    Configuration Attributes
    MTP3B_SRS_NameA user friendly name preferably unique for the MTP3BSRS.  ME_TN_Mtp3bSpItu_Mtp3bSrs.nedn_SubNetwork & "/" & moid_Mtp3bSpItu & "/" & moid_Mtp3bSrs; ME_TN_Mtp3bSpItu_Mtp3bSrs.nedn_SubNetwork & "/" & moid_Mtp3bSpItu & "/" & moid_Mtp3bSrs 
    TechnologyTechnology of the network/element (e.g. GSM, GPRS, UMTS).  "UMTS"; "UMTS" 
    VersionHardware/Software version of the MTP3B SRS.  "P7.1"; "P7.1" 
    Node_IdThe unique identifier for the node this object is connected to.  No mapping; No mapping 
    Node_TypeThe type of network element of the node this object is connected to.  ME_TN_Mtp3bSpItu_Mtp3bSrs."RNC"; ME_TN_Mtp3bSpItu_Mtp3bSrs."RNC" 
    Node_NameA user friendly name for this node the object is connected to.  No mapping; No mapping 


    6.53 NBAPCommon details

    In the network hierarchy, the immediate parent of the NBAPCommon object is Iub.

    Attribute NameDescriptionRead-Only?Time-Tracked?MappingAggregator
    Primary Identifier
    NBAPCommon_IdThe primary identifier of the NBAPCommonY ManagedElement_RncFunction_NbapCommon.nedn_SubNetwork & "/" & moid_IubLink & "/" & moid_NbapCommon; ManagedElement_RncFunction_NbapCommon.nedn_SubNetwork & "/" & moid_IubLink & "/" & moid_NbapCommon 
    Relationship Attributes
    NodeB_IdIdentifier for the NodeB associated with this objectYYlookup("nc_iub","nodeb_id",utime(StartDate & StartTime,"%d %b %Y %R"), ManagedElement_RncFunction_NbapCommon.nedn_SubNetwork & "/" & moid_IubLink); lookup("nc_iub","nodeb_id",utime(StartDate & StartTime,"%d %b %Y %R"), ManagedElement_RncFunction_NbapCommon.nedn_SubNetwork & "/" & moid_IubLink) 
    Iub_IdThe Iub link related to this object.YYManagedElement_RncFunction_NbapCommon.nedn_SubNetwork & "/" & moid_IubLink; ManagedElement_RncFunction_NbapCommon.nedn_SubNetwork & "/" & moid_IubLink 
    RNC_IdRNC in a UTRAN network.YYManagedElement_RncFunction_NbapCommon.nedn_SubNetwork; ManagedElement_RncFunction_NbapCommon.nedn_SubNetwork 
    Network_IdNetwork associated with the NBAPCommon object.YYlookup("nc_bsc","network_id",utime(StartDate & StartTime,"%d %b %Y %R"), nedn_SubNetwork); lookup("nc_bsc","network_id",utime(StartDate & StartTime,"%d %b %Y %R"), nedn_SubNetwork) 
    Region_IdRegion associated with the NBAPCommon object.YYlookup("nc_bsc","region_id",utime(StartDate & StartTime,"%d %b %Y %R"), nedn_SubNetwork); lookup("nc_bsc","region_id",utime(StartDate & StartTime,"%d %b %Y %R"), nedn_SubNetwork) 
    Configuration Attributes
    NBAPCommon_NameThe meaningful name of the NBAPCommon.  ManagedElement_RncFunction_NbapCommon.nedn_SubNetwork & "/" & moid_IubLink & "/" & moid_NbapCommon; ManagedElement_RncFunction_NbapCommon.nedn_SubNetwork & "/" & moid_IubLink & "/" & moid_NbapCommon 
    TechnologyTechnology of the network/element (e.g. GSM, GPRS, UMTS).  "UMTS"; "UMTS" 
    VersionHardware/Software version of the NBAPCommon object.  "P7.1"; "P7.1" 


    6.54 Neighbour_RNC details

    In the network hierarchy, the immediate parent of the Neighbour_RNC object is RNC.

    Attribute NameDescriptionRead-Only?Time-Tracked?MappingAggregator
    Primary Identifier
    RNC_Neighbour_IdA unique identifier for the RNC.Y ManagedElement_RncFunction_IurLink.nedn_SubNetwork & "/" & moid_IurLink or ManagedElement_RncFunction_IurLink_IurCchUp.nedn_SubNetwork & "/" & moid_IurLink or ManagedElement_RncFunction_IurLink_IurCchCp.nedn_SubNetwork & "/" & moid_IurLink; ManagedElement_RncFunction_IurLink.nedn_SubNetwork & "/" & moid_IurLink or ManagedElement_RncFunction_IurLink_IurCchUp.nedn_SubNetwork & "/" & moid_IurLink or ManagedElement_RncFunction_IurLink_IurCchCp.nedn_SubNetwork & "/" & moid_IurLink 
    Relationship Attributes
    Source_RNC_IdA unique identifier for the Source RNC.YYManagedElement_RncFunction_IurLink.nedn_SubNetwork or ManagedElement_RncFunction_IurLink_IurCchUp.nedn_SubNetwork or ManagedElement_RncFunction_IurLink_IurCchCp.nedn_SubNetwork; ManagedElement_RncFunction_IurLink.nedn_SubNetwork or ManagedElement_RncFunction_IurLink_IurCchUp.nedn_SubNetwork or ManagedElement_RncFunction_IurLink_IurCchCp.nedn_SubNetwork 
    Configuration Attributes
    RNC_Neighbour_NameA user friendly name preferably unique for the RNC.  ManagedElement_RncFunction_IurLink.nedn_SubNetwork & "/" & moid_IurLink or ManagedElement_RncFunction_IurLink_IurCchUp.nedn_SubNetwork & "/" & moid_IurLink or ManagedElement_RncFunction_IurLink_IurCchCp.nedn_SubNetwork & "/" & moid_IurLink; ManagedElement_RncFunction_IurLink.nedn_SubNetwork & "/" & moid_IurLink or ManagedElement_RncFunction_IurLink_IurCchUp.nedn_SubNetwork & "/" & moid_IurLink or ManagedElement_RncFunction_IurLink_IurCchCp.nedn_SubNetwork & "/" & moid_IurLink 
    Source_RNC_TechnologyTechnology of the network/element (e.g. GSM, GPRS, UMTS).  ManagedElement_RncFunction_IurLink."UMTS" or ManagedElement_RncFunction_IurLink_IurCchUp."UMTS" or ManagedElement_RncFunction_IurLink_IurCchCp."UMTS"; ManagedElement_RncFunction_IurLink."UMTS" or ManagedElement_RncFunction_IurLink_IurCchUp."UMTS" or ManagedElement_RncFunction_IurLink_IurCchCp."UMTS" 
    Source_RNC_TypeType of Source RNC.  ManagedElement_RncFunction_IurLink."UTRAN" or ManagedElement_RncFunction_IurLink_IurCchUp."UTRAN" or ManagedElement_RncFunction_IurLink_IurCchCp."UTRAN"; ManagedElement_RncFunction_IurLink."UTRAN" or ManagedElement_RncFunction_IurLink_IurCchUp."UTRAN" or ManagedElement_RncFunction_IurLink_IurCchCp."UTRAN" 
    Source_RNC_VendorManufacturer of the Source RNC.  ManagedElement_RncFunction_IurLink."Ericsson" or ManagedElement_RncFunction_IurLink_IurCchUp."Ericsson" or ManagedElement_RncFunction_IurLink_IurCchCp."Ericsson"; ManagedElement_RncFunction_IurLink."Ericsson" or ManagedElement_RncFunction_IurLink_IurCchUp."Ericsson" or ManagedElement_RncFunction_IurLink_IurCchCp."Ericsson" 
    Source_RNC_VersionHardware/Software version of the Source RNC.  ManagedElement_RncFunction_IurLink."P7.1" or ManagedElement_RncFunction_IurLink_IurCchUp."P7.1" or ManagedElement_RncFunction_IurLink_IurCchCp."P7.1"; ManagedElement_RncFunction_IurLink."P7.1" or ManagedElement_RncFunction_IurLink_IurCchUp."P7.1" or ManagedElement_RncFunction_IurLink_IurCchCp."P7.1" 
    Target_RNC_IdA unique identifier for the Target RNC.  ManagedElement_RncFunction_IurLink.moid_IurLink or ManagedElement_RncFunction_IurLink_IurCchUp.moid_IurLink or ManagedElement_RncFunction_IurLink_IurCchCp.moid_IurLink; ManagedElement_RncFunction_IurLink.moid_IurLink or ManagedElement_RncFunction_IurLink_IurCchUp.moid_IurLink or ManagedElement_RncFunction_IurLink_IurCchCp.moid_IurLink 
    Target_RNC_TechnologyTechnology of the network/element (e.g. GSM, GPRS, UMTS).  lookup("nc_bsc","technology", utime(StartDate & StartTime,"%d %b %Y %R"), ManagedElement_RncFunction_IurLink.nedn_SubNetwork or lookup("nc_bsc","technology", utime(StartDate & StartTime,"%d %b %Y %R"), ManagedElement_RncFunction_IurLink_IurCchUp.nedn_SubNetwork or lookup("nc_bsc","technology", utime(StartDate & StartTime,"%d %b %Y %R"), ManagedElement_RncFunction_IurLink_IurCchCp.nedn_SubNetwork; lookup("nc_bsc","technology", utime(StartDate & StartTime,"%d %b %Y %R"), ManagedElement_RncFunction_IurLink.nedn_SubNetwork or lookup("nc_bsc","technology", utime(StartDate & StartTime,"%d %b %Y %R"), ManagedElement_RncFunction_IurLink_IurCchUp.nedn_SubNetwork or lookup("nc_bsc","technology", utime(StartDate & StartTime,"%d %b %Y %R"), ManagedElement_RncFunction_IurLink_IurCchCp.nedn_SubNetwork 
    Target_RNC_TypeType of Target RNC.  ManagedElement_RncFunction_IurLink."UTRAN" or ManagedElement_RncFunction_IurLink_IurCchUp."UTRAN" or ManagedElement_RncFunction_IurLink_IurCchCp."UTRAN"; ManagedElement_RncFunction_IurLink."UTRAN" or ManagedElement_RncFunction_IurLink_IurCchUp."UTRAN" or ManagedElement_RncFunction_IurLink_IurCchCp."UTRAN" 
    Target_RNC_VendorManufacturer of the Target RNC.  lookup("nc_bsc","vendor_id", utime(StartDate & StartTime,"%d %b %Y %R"), ManagedElement_RncFunction_IurLink.nedn_SubNetwork) or lookup("nc_bsc","vendor_id", utime(StartDate & StartTime,"%d %b %Y %R"), ManagedElement_RncFunction_IurLink_IurCchUp.nedn_SubNetwork) or lookup("nc_bsc","vendor_id", utime(StartDate & StartTime,"%d %b %Y %R"), ManagedElement_RncFunction_IurLink_IurCchCp.nedn_SubNetwork); lookup("nc_bsc","vendor_id", utime(StartDate & StartTime,"%d %b %Y %R"), ManagedElement_RncFunction_IurLink.nedn_SubNetwork) or lookup("nc_bsc","vendor_id", utime(StartDate & StartTime,"%d %b %Y %R"), ManagedElement_RncFunction_IurLink_IurCchUp.nedn_SubNetwork) or lookup("nc_bsc","vendor_id", utime(StartDate & StartTime,"%d %b %Y %R"), ManagedElement_RncFunction_IurLink_IurCchCp.nedn_SubNetwork) 
    Target_RNC_VersionHardware/Software version of the Target RNC.  lookup("nc_bsc","bsc_version", utime(StartDate & StartTime,"%d %b %Y %R"), ManagedElement_RncFunction_IurLink.nedn_SubNetwork) or lookup("nc_bsc","bsc_version", utime(StartDate & StartTime,"%d %b %Y %R"), ManagedElement_RncFunction_IurLink_IurCchUp.nedn_SubNetwork) or lookup("nc_bsc","bsc_version", utime(StartDate & StartTime,"%d %b %Y %R"), ManagedElement_RncFunction_IurLink_IurCchCp.nedn_SubNetwork); lookup("nc_bsc","bsc_version", utime(StartDate & StartTime,"%d %b %Y %R"), ManagedElement_RncFunction_IurLink.nedn_SubNetwork) or lookup("nc_bsc","bsc_version", utime(StartDate & StartTime,"%d %b %Y %R"), ManagedElement_RncFunction_IurLink_IurCchUp.nedn_SubNetwork) or lookup("nc_bsc","bsc_version", utime(StartDate & StartTime,"%d %b %Y %R"), ManagedElement_RncFunction_IurLink_IurCchCp.nedn_SubNetwork) 


    6.55 Neighbour details

    In the network hierarchy, the immediate parent of the Neighbour object is Cell.

    Attribute NameDescriptionRead-Only?Time-Tracked?MappingAggregator
    Primary Identifier
    Neighbour_IdA unique identifier for the Neighbour.Y ManagedElement_RncFunction_UtranCell_GsmRelation.nedn_SubNetwork & "/" & moid_UtranCell & "/" & moid_GsmRelation or ManagedElement_RncFunction_UtranCell_UtranRelation.nedn_SubNetwork & "/" & moid_UtranCell & "/" & moid_UtranRelation; ManagedElement_RncFunction_UtranCell_GsmRelation.nedn_SubNetwork & "/" & moid_UtranCell & "/" & moid_GsmRelation or ManagedElement_RncFunction_UtranCell_UtranRelation.nedn_SubNetwork & "/" & moid_UtranCell & "/" & moid_UtranRelation; UtranRelation.utranCellIubLink_MeContext & "/" & UtranCell_id & "/" & adjacentCell_UtranCell 
    Relationship Attributes
    Source_Cell_IdA unique identifier for the Cell_Id of the Cell that is handling calls.YYManagedElement_RncFunction_UtranCell_GsmRelation.moid_UtranCell or ManagedElement_RncFunction_UtranCell_UtranRelation.moid_UtranCell; ManagedElement_RncFunction_UtranCell_GsmRelation.moid_UtranCell or ManagedElement_RncFunction_UtranCell_UtranRelation.moid_UtranCell; UtranRelation.UtranCell_id 
    Configuration Attributes
    Neighbour_NameA user friendly name preferably unique for the Neighbour.  ManagedElement_RncFunction_UtranCell_GsmRelation.nedn_SubNetwork & "/" & moid_UtranCell & "/" & moid_GsmRelation or ManagedElement_RncFunction_UtranCell_UtranRelation.nedn_SubNetwork & "/" & moid_UtranCell & "/" & moid_UtranRelation; ManagedElement_RncFunction_UtranCell_GsmRelation.nedn_SubNetwork & "/" & moid_UtranCell & "/" & moid_GsmRelation or ManagedElement_RncFunction_UtranCell_UtranRelation.nedn_SubNetwork & "/" & moid_UtranCell & "/" & moid_UtranRelation; UtranRelation.UtranRelation_id 
    Source_Cell_TechnologyTechnology of the network/element (e.g. GSM, GPRS, UMTS).  ManagedElement_RncFunction_UtranCell_GsmRelation."UMTS" or ManagedElement_RncFunction_UtranCell_UtranRelation."UMTS"; ManagedElement_RncFunction_UtranCell_GsmRelation."UMTS" or ManagedElement_RncFunction_UtranCell_UtranRelation."UMTS"; No mapping 
    Source_Cell_TypeType of Source Cell.  ManagedElement_RncFunction_UtranCell_GsmRelation."UMTS" or ManagedElement_RncFunction_UtranCell_UtranRelation."UMTS"; ManagedElement_RncFunction_UtranCell_GsmRelation."UMTS" or ManagedElement_RncFunction_UtranCell_UtranRelation."UMTS"; lookup("nc_cell","cell_type",now(),UtranCell_id) 
    Source_Cell_VendorManufacturer of the Source Cell.  ManagedElement_RncFunction_UtranCell_GsmRelation."Ericsson" or ManagedElement_RncFunction_UtranCell_UtranRelation."Ericsson"; ManagedElement_RncFunction_UtranCell_GsmRelation."Ericsson" or ManagedElement_RncFunction_UtranCell_UtranRelation."Ericsson"; No mapping 
    Source_Cell_VersionHardware/Software version of the Source Cell.  ManagedElement_RncFunction_UtranCell_GsmRelation."P7.1" or ManagedElement_RncFunction_UtranCell_UtranRelation."P7.1"; ManagedElement_RncFunction_UtranCell_GsmRelation."P7.1" or ManagedElement_RncFunction_UtranCell_UtranRelation."P7.1"; lookup("nc_cell","cell_version",now(),UtranCell_id) 
    Target_Cell_IdA unique identifier for the Cell_Id of the Cell that is receiving handed-over calls.  ManagedElement_RncFunction_UtranCell_GsmRelation.moid_GsmRelation or ManagedElement_RncFunction_UtranCell_UtranRelation.moid_UtranRelation; ManagedElement_RncFunction_UtranCell_GsmRelation.moid_GsmRelation or ManagedElement_RncFunction_UtranCell_UtranRelation.moid_UtranRelation; UtranRelation.adjacentCell_UtranCell 
    Target_Cell_PositionPosition of Target Cell.  No mapping 
    Target_Cell_TechnologyTechnology of the network/element (e.g. GSM, GPRS, UMTS).  ManagedElement_RncFunction_UtranCell_GsmRelation."UMTS" or ManagedElement_RncFunction_UtranCell_UtranRelation."UMTS"; ManagedElement_RncFunction_UtranCell_GsmRelation."UMTS" or ManagedElement_RncFunction_UtranCell_UtranRelation."UMTS"; No mapping 
    Target_Cell_TypeType of Target Cell.  ManagedElement_RncFunction_UtranCell_GsmRelation."UMTS" or ManagedElement_RncFunction_UtranCell_UtranRelation."UMTS"; ManagedElement_RncFunction_UtranCell_GsmRelation."UMTS" or ManagedElement_RncFunction_UtranCell_UtranRelation."UMTS"; lookup("nc_cell","cell_type",now(),adjacentCell_UtranCell) 
    Target_Cell_VendorManufacturer of the Target Cell.  ManagedElement_RncFunction_UtranCell_GsmRelation."Ericsson" or ManagedElement_RncFunction_UtranCell_UtranRelation."Ericsson"; ManagedElement_RncFunction_UtranCell_GsmRelation."Ericsson" or ManagedElement_RncFunction_UtranCell_UtranRelation."Ericsson"; No mapping 
    Target_Cell_VersionHardware/Software version of the Target Cell.  ManagedElement_RncFunction_UtranCell_GsmRelation."P7.1" or ManagedElement_RncFunction_UtranCell_UtranRelation."P7.1"; ManagedElement_RncFunction_UtranCell_GsmRelation."P7.1" or ManagedElement_RncFunction_UtranCell_UtranRelation."P7.1"; No mapping 


    6.56 Network details

    Attribute NameDescriptionRead-Only?Time-Tracked?MappingAggregator
    Primary Identifier
    Network_IdA unique identifier for the Network.Y ManagedElement_RncFunction.NETWORK_ID; ManagedElement_RncFunction.NETWORK_ID; "Populated by customer" 
    Configuration Attributes
    Network_NameA user friendly name preferably unique for the Network.  "Populated by customer"; "Populated by customer"; "PLMN" 
    Default_Link_SpeedThe default speed of SS7 Signalling Links in this network.  No mapping 
    Network_TypeType of Network (e.g. GSM-900, GSM-1800 or GSM-1900).  "UMTS"; "UMTS"; "UMTS" 


    6.57 Nni_SAAL_Tp details

    In the network hierarchy, the immediate parents of the Nni_SAAL_Tp object are: NodeB and RNC.


    Attribute NameDescriptionRead-Only?Time-Tracked?MappingAggregator
    Primary Identifier
    Nni_SAAL_Tp_IdA unique identifier for the NniSAalTp signalling.Y RNC_NniSAalTp_Signaling.nedn_SubNetwork & "/" & moid_NniSaalTp or NODEB_NniSAalTp_Signaling.nedn_SubNetwork & "/" & nedn_MeContext & "/" & moid_NniSaalTp or RXI_NniSAalTp_Signaling.nedn_SubNetwork & "/" & nedn_MeContext & "/" & moid_NniSaalTp; RNC_NniSAalTp_Signaling.nedn_SubNetwork & "/" & moid_NniSaalTp or NODEB_NniSAalTp_Signaling.nedn_SubNetwork & "/" & nedn_MeContext & "/" & moid_NniSaalTp or RXI_NniSAalTp_Signaling.nedn_SubNetwork & "/" & nedn_MeContext & "/" & moid_NniSaalTp 
    Relationship Attributes
    Network_IdNetwork associated with the NNI SAAL TP.YYlookup("nc_bsc","network_id",utime(StartDate & StartTime,"%d %b %Y %R"), RNC_NniSAalTp_Signaling.nedn_SubNetwork) or lookup("nc_bsc","network_id",utime(StartDate & StartTime,"%d %b %Y %R"), NODEB_NniSAalTp_Signaling.nedn_SubNetwork) or lookup("nc_bsc","network_id",utime(StartDate & StartTime,"%d %b %Y %R"), RXI_NniSAalTp_Signaling.nedn_SubNetwork); lookup("nc_bsc","network_id",utime(StartDate & StartTime,"%d %b %Y %R"), RNC_NniSAalTp_Signaling.nedn_SubNetwork) or lookup("nc_bsc","network_id",utime(StartDate & StartTime,"%d %b %Y %R"), NODEB_NniSAalTp_Signaling.nedn_SubNetwork) or lookup("nc_bsc","network_id",utime(StartDate & StartTime,"%d %b %Y %R"), RXI_NniSAalTp_Signaling.nedn_SubNetwork) 
    NodeB_IdNodeB in a UTRAN network.YYNODEB_NniSAalTp_Signaling.nedn_SubNetwork & "/" & nedn_MeContext; NODEB_NniSAalTp_Signaling.nedn_SubNetwork & "/" & nedn_MeContext 
    RNC_IdRNC in a UTRAN network.YYRNC_NniSAalTp_Signaling.nedn_SubNetwork or NODEB_NniSAalTp_Signaling.nedn_SubNetwork or RXI_NniSAalTp_Signaling.nedn_SubNetwork; RNC_NniSAalTp_Signaling.nedn_SubNetwork or NODEB_NniSAalTp_Signaling.nedn_SubNetwork or RXI_NniSAalTp_Signaling.nedn_SubNetwork 
    Region_IdRegion associated with the Nni SAAL Tp.YYlookup("nc_bsc","region_id",utime(StartDate & StartTime,"%d %b %Y %R"), RNC_NniSAalTp_Signaling.nedn_SubNetwork) or lookup("nc_bsc","region_id",utime(StartDate & StartTime,"%d %b %Y %R"), NODEB_NniSAalTp_Signaling.nedn_SubNetwork) or lookup("nc_bsc","region_id",utime(StartDate & StartTime,"%d %b %Y %R"), RXI_NniSAalTp_Signaling.nedn_SubNetwork); lookup("nc_bsc","region_id",utime(StartDate & StartTime,"%d %b %Y %R"), RNC_NniSAalTp_Signaling.nedn_SubNetwork) or lookup("nc_bsc","region_id",utime(StartDate & StartTime,"%d %b %Y %R"), NODEB_NniSAalTp_Signaling.nedn_SubNetwork) or lookup("nc_bsc","region_id",utime(StartDate & StartTime,"%d %b %Y %R"), RXI_NniSAalTp_Signaling.nedn_SubNetwork) 
    Configuration Attributes
    Nni_SAAL_Tp_NameA user-friendly name preferably unique for the Nni SAAL Tp.  RNC_NniSAalTp_Signaling.nedn_SubNetwork & "/" & moid_NniSaalTp or NODEB_NniSAalTp_Signaling.nedn_SubNetwork & "/" & nedn_MeContext & "/" & moid_NniSaalTp or RXI_NniSAalTp_Signaling.nedn_SubNetwork & "/" & nedn_MeContext & "/" & moid_NniSaalTp; RNC_NniSAalTp_Signaling.nedn_SubNetwork & "/" & moid_NniSaalTp or NODEB_NniSAalTp_Signaling.nedn_SubNetwork & "/" & nedn_MeContext & "/" & moid_NniSaalTp or RXI_NniSAalTp_Signaling.nedn_SubNetwork & "/" & nedn_MeContext & "/" & moid_NniSaalTp 
    TechnologyTechnology of the network/element (e.g. GSM, GPRS, UMTS).  RNC_NniSAalTp_Signaling."UMTS" or NODEB_NniSAalTp_Signaling."UMTS" or RXI_NniSAalTp_Signaling."UMTS"; RNC_NniSAalTp_Signaling."UMTS" or NODEB_NniSAalTp_Signaling."UMTS" or RXI_NniSAalTp_Signaling."UMTS" 
    VersionHardware/Software version of the NNI SAAL TP.  RNC_NniSAalTp_Signaling."P7.1" or NODEB_NniSAalTp_Signaling."P7.1" or RXI_NniSAalTp_Signaling."P7.1"; RNC_NniSAalTp_Signaling."P7.1" or NODEB_NniSAalTp_Signaling."P7.1" or RXI_NniSAalTp_Signaling."P7.1" 
    Node_TypeType of Node.  RNC_NniSAalTp_Signaling."RNC" or NODEB_NniSAalTp_Signaling."NodeB" or RXI_NniSAalTp_Signaling."RXI"; RNC_NniSAalTp_Signaling."RNC" or NODEB_NniSAalTp_Signaling."NodeB" or RXI_NniSAalTp_Signaling."RXI" 
    Node_IdThe unique identifier for the node this object is connected to.  No mapping; No mapping 
    Node_NameA user friendly name for this node the object is connected to.  No mapping; No mapping 


    6.58 NodeB details

    In the network hierarchy, the immediate parent of the NodeB object is RNC.

    Attribute NameDescriptionRead-Only?Time-Tracked?MappingAggregator
    Primary Identifier
    NodeB_IdA unique identifier for the NodeB.Y ManagedElement.nedn_SubNetwork & "/" & nedn_MeContext; ManagedElement.nedn_SubNetwork & "/" & nedn_MeContext; UtranCell.utranCellIubLink_MeContext & "/" & substr(utranCellIubLink_IubLink,-1,4) 
    Relationship Attributes
    MSC_IdA unique identifier for the MSC.YYlookup("nc_bsc","msc_id",utime(StartDate & StartTime,"%d %b %Y %R"), nedn_SubNetwork); lookup("nc_bsc","msc_id",utime(StartDate & StartTime,"%d %b %Y %R"), nedn_SubNetwork); lookup("nc_bsc","msc_id",now(),utranCellIubLink_MeContext) 
    Network_IdNetwork associated with the NodeB.YYlookup("nc_bsc","network_id",utime(StartDate & StartTime,"%d %b %Y %R"), nedn_SubNetwork); lookup("nc_bsc","network_id",utime(StartDate & StartTime,"%d %b %Y %R"), nedn_SubNetwork); lookup("nc_bsc","network_id",now(),utranCellIubLink_MeContext) 
    RNC_IdThe RNC that controls this NodeB.YYManagedElement.nedn_SubNetwork; ManagedElement.nedn_SubNetwork; UtranCell.utranCellIubLink_MeContext 
    Region_IdRegion associated with the NodeB.YYlookup("nc_bsc","region_id",utime(StartDate & StartTime,"%d %b %Y %R"), nedn_SubNetwork); lookup("nc_bsc","region_id",utime(StartDate & StartTime,"%d %b %Y %R"), nedn_SubNetwork); lookup("nc_bsc","region_id",now(),utranCellIubLink_MeContext) 
    SGSN_IdA unique identifier for the SGSN.YYlookup("nc_bsc","sgsn_id",utime(StartDate & StartTime,"%d %b %Y %R"), nedn_SubNetwork); lookup("nc_bsc","sgsn_id",utime(StartDate & StartTime,"%d %b %Y %R"), nedn_SubNetwork); lookup("nc_bsc","sgsn_id",now(),utranCellIubLink_MeContext) 
    Configuration Attributes
    NodeB_NameA user friendly name preferably unique for the NodeB (site).  ManagedElement.nedn_SubNetwork & "/" & nedn_MeContext; ManagedElement.nedn_SubNetwork & "/" & nedn_MeContext; substr(UtranCell.utranCellIubLink_IubLink,-1,4) 
    NodeB_VersionHardware/Software version of the NodeB.  "P7.1"; "P7.1"; "P7.1" 
    TechnologyTechnology of the network/element (e.g. GSM, GPRS, UMTS).  "UMTS"; "UMTS"; "UMTS" 


    6.59 NodeSynch details

    In the network hierarchy, the immediate parent of the NodeSynch object is Iub.

    Attribute NameDescriptionRead-Only?Time-Tracked?MappingAggregator
    Primary Identifier
    NodeSynch_IdThe primary identifier of the NodeSynch.Y ME_RNC_IubLink_NodeSynch.nedn_SubNetwork & "/" & moid_IubLink & "/" & moid_NodeSynch; ME_RNC_IubLink_NodeSynch.nedn_SubNetwork & "/" & moid_IubLink & "/" & moid_NodeSynch 
    Relationship Attributes
    Iub_IdThe Iub link related to this object.YYME_RNC_IubLink_NodeSynch.nedn_SubNetwork & "/" & moid_IubLink; ME_RNC_IubLink_NodeSynch.nedn_SubNetwork & "/" & moid_IubLink 
    NodeB_IdIdentifier for the NodeB associated with this objectYYlookup("nc_iub","nodeb_id",utime(StartDate & StartTime,"%d %b %Y %R"), ME_RNC_IubLink_NodeSynch.nedn_SubNetwork & "/" & moid_IubLink); lookup("nc_iub","nodeb_id",utime(StartDate & StartTime,"%d %b %Y %R"), ME_RNC_IubLink_NodeSynch.nedn_SubNetwork & "/" & moid_IubLink) 
    RNC_IdRNC in a UTRAN network.YYME_RNC_IubLink_NodeSynch.nedn_SubNetwork; ME_RNC_IubLink_NodeSynch.nedn_SubNetwork 
    Network_IdNetwork associated with the NodeSynch.YYlookup("nc_bsc","network_id",utime(StartDate & StartTime,"%d %b %Y %R"), nedn_SubNetwork); lookup("nc_bsc","network_id",utime(StartDate & StartTime,"%d %b %Y %R"), nedn_SubNetwork) 
    Region_IdRegion associated with the NodeSynch.YYlookup("nc_bsc","region_id",utime(StartDate & StartTime,"%d %b %Y %R"), nedn_SubNetwork); lookup("nc_bsc","region_id",utime(StartDate & StartTime,"%d %b %Y %R"), nedn_SubNetwork) 
    Configuration Attributes
    NodeSynch_NameThe meaningful name of the NodeSynch  ME_RNC_IubLink_NodeSynch.nedn_SubNetwork & "/" & moid_IubLink & "/" & moid_NodeSynch; ME_RNC_IubLink_NodeSynch.nedn_SubNetwork & "/" & moid_IubLink & "/" & moid_NodeSynch 
    TechnologyTechnology of the network/element (e.g. GSM, GPRS, UMTS).  "UMTS"; "UMTS" 
    VersionHardware/Software version of the NodeSynch.  "P7.1"; "P7.1" 


    6.60 OS155_Phys_Path_Term details

    In the network hierarchy, the immediate parent of the OS155_Phys_Path_Term object is Plug_In_Unit.

    Attribute NameDescriptionRead-Only?Time-Tracked?MappingAggregator
    Primary Identifier
    OS155_Phys_Path_Term_IdA unique identifier for the 155Mbits Physical path Termination.Y RNC_155_Physical_Link.nedn_SubNetwork & "/" & moid_Equipment & "/" & moid_Subrack & "/" & moid_Slot & "/" & moid_PlugInUnit & "/" & moid_ExchangeTerminal & "/" & moid_Os155SpiTtp or NODEB_155_Physical_Link.nedn_SubNetwork & "/" & nedn_MeContext & "/" & moid_Equipment & "/" & moid_Subrack & "/" & moid_Slot & "/" & moid_PlugInUnit & "/" & moid_ExchangeTerminal & "/" & moid_Os155SpiTtp or RXI_155_Physical_Link.nedn_SubNetwork & "/" & nedn_MeContext & "/" & moid_Equipment & "/" & moid_Subrack & "/" & moid_Slot & "/" & moid_PlugInUnit & "/" & moid_ExchangeTerminal & "/" & moid_Os155SpiTtp; RNC_155_Physical_Link.nedn_SubNetwork & "/" & moid_Equipment & "/" & moid_Subrack & "/" & moid_Slot & "/" & moid_PlugInUnit & "/" & moid_ExchangeTerminal & "/" & moid_Os155SpiTtp or NODEB_155_Physical_Link.nedn_SubNetwork & "/" & nedn_MeContext & "/" & moid_Equipment & "/" & moid_Subrack & "/" & moid_Slot & "/" & moid_PlugInUnit & "/" & moid_ExchangeTerminal & "/" & moid_Os155SpiTtp or RXI_155_Physical_Link.nedn_SubNetwork & "/" & nedn_MeContext & "/" & moid_Equipment & "/" & moid_Subrack & "/" & moid_Slot & "/" & moid_PlugInUnit & "/" & moid_ExchangeTerminal & "/" & moid_Os155SpiTtp 
    Relationship Attributes
    Network_IdNetwork associated with the OS155 Phys Path Term.YYlookup("nc_bsc","network_id",utime(StartDate & StartTime,"%d %b %Y %R"), RNC_155_Physical_Link.nedn_SubNetwork) or lookup("nc_bsc","network_id",utime(StartDate & StartTime,"%d %b %Y %R"), NODEB_155_Physical_Link.nedn_SubNetwork) or lookup("nc_bsc","network_id",utime(StartDate & StartTime,"%d %b %Y %R"), RXI_155_Physical_Link.nedn_SubNetwork); lookup("nc_bsc","network_id",utime(StartDate & StartTime,"%d %b %Y %R"), RNC_155_Physical_Link.nedn_SubNetwork) or lookup("nc_bsc","network_id",utime(StartDate & StartTime,"%d %b %Y %R"), NODEB_155_Physical_Link.nedn_SubNetwork) or lookup("nc_bsc","network_id",utime(StartDate & StartTime,"%d %b %Y %R"), RXI_155_Physical_Link.nedn_SubNetwork) 
    NodeB_IdNodeB in a UTRAN network.YYNODEB_155_Physical_Link.nedn_SubNetwork & "/" & nedn_MeContext; NODEB_155_Physical_Link.nedn_SubNetwork & "/" & nedn_MeContext 
    Plug_In_Unit_IdEquipment Plug in Unit in a UTRAN network.YYRNC_155_Physical_Link.nedn_SubNetwork & "/" & moid_Equipment & "/" & moid_Subrack & "/" & moid_Slot & "/" & moid_PlugInUnit or NODEB_155_Physical_Link.nedn_SubNetwork & "/" & nedn_MeContext & "/" & moid_Equipment & "/" & moid_Subrack & "/" & moid_Slot & "/" & moid_PlugInUnit or RXI_155_Physical_Link.nedn_SubNetwork & "/" & nedn_MeContext & "/" & moid_Equipment & "/" & moid_Subrack & "/" & moid_Slot & "/" & moid_PlugInUnit; RNC_155_Physical_Link.nedn_SubNetwork & "/" & moid_Equipment & "/" & moid_Subrack & "/" & moid_Slot & "/" & moid_PlugInUnit or NODEB_155_Physical_Link.nedn_SubNetwork & "/" & nedn_MeContext & "/" & moid_Equipment & "/" & moid_Subrack & "/" & moid_Slot & "/" & moid_PlugInUnit or RXI_155_Physical_Link.nedn_SubNetwork & "/" & nedn_MeContext & "/" & moid_Equipment & "/" & moid_Subrack & "/" & moid_Slot & "/" & moid_PlugInUnit 
    RNC_IdRNC in a UTRAN network.YYRNC_155_Physical_Link.nedn_SubNetwork or NODEB_155_Physical_Link.nedn_SubNetwork or RXI_155_Physical_Link.nedn_SubNetwork; RNC_155_Physical_Link.nedn_SubNetwork or NODEB_155_Physical_Link.nedn_SubNetwork or RXI_155_Physical_Link.nedn_SubNetwork 
    Region_IdRegion associated with the OS155 Physical Path Termination.YYlookup("nc_bsc","region_id",utime(StartDate & StartTime,"%d %b %Y %R"), RNC_155_Physical_Link.nedn_SubNetwork) or lookup("nc_bsc","region_id",utime(StartDate & StartTime,"%d %b %Y %R"), NODEB_155_Physical_Link.nedn_SubNetwork) or lookup("nc_bsc","region_id",utime(StartDate & StartTime,"%d %b %Y %R"), RXI_155_Physical_Link.nedn_SubNetwork); lookup("nc_bsc","region_id",utime(StartDate & StartTime,"%d %b %Y %R"), RNC_155_Physical_Link.nedn_SubNetwork) or lookup("nc_bsc","region_id",utime(StartDate & StartTime,"%d %b %Y %R"), NODEB_155_Physical_Link.nedn_SubNetwork) or lookup("nc_bsc","region_id",utime(StartDate & StartTime,"%d %b %Y %R"), RXI_155_Physical_Link.nedn_SubNetwork) 
    Configuration Attributes
    OS155_Phys_Path_Term_NameA user friendly name preferably unique for OS155 Phys Path Term.  RNC_155_Physical_Link.nedn_SubNetwork & "/" & moid_Equipment & "/" & moid_Subrack & "/" & moid_Slot & "/" & moid_PlugInUnit & "/" & moid_ExchangeTerminal & "/" & moid_Os155SpiTtp or NODEB_155_Physical_Link.nedn_SubNetwork & "/" & nedn_MeContext & "/" & moid_Equipment & "/" & moid_Subrack & "/" & moid_Slot & "/" & moid_PlugInUnit & "/" & moid_ExchangeTerminal & "/" & moid_Os155SpiTtp or RXI_155_Physical_Link.nedn_SubNetwork & "/" & nedn_MeContext & "/" & moid_Equipment & "/" & moid_Subrack & "/" & moid_Slot & "/" & moid_PlugInUnit & "/" & moid_ExchangeTerminal & "/" & moid_Os155SpiTtp; RNC_155_Physical_Link.nedn_SubNetwork & "/" & moid_Equipment & "/" & moid_Subrack & "/" & moid_Slot & "/" & moid_PlugInUnit & "/" & moid_ExchangeTerminal & "/" & moid_Os155SpiTtp or NODEB_155_Physical_Link.nedn_SubNetwork & "/" & nedn_MeContext & "/" & moid_Equipment & "/" & moid_Subrack & "/" & moid_Slot & "/" & moid_PlugInUnit & "/" & moid_ExchangeTerminal & "/" & moid_Os155SpiTtp or RXI_155_Physical_Link.nedn_SubNetwork & "/" & nedn_MeContext & "/" & moid_Equipment & "/" & moid_Subrack & "/" & moid_Slot & "/" & moid_PlugInUnit & "/" & moid_ExchangeTerminal & "/" & moid_Os155SpiTtp 
    TechnologyTechnology of the network/element (e.g. GSM, GPRS, UMTS).  RNC_155_Physical_Link."UMTS" or NODEB_155_Physical_Link."UMTS" or RXI_155_Physical_Link."UMTS"; RNC_155_Physical_Link."UMTS" or NODEB_155_Physical_Link."UMTS" or RXI_155_Physical_Link."UMTS" 
    VersionHardware/Software version of the OS155 Phys Path Term.  RNC_155_Physical_Link."P7.1" or NODEB_155_Physical_Link."P7.1" or RXI_155_Physical_Link."P7.1"; RNC_155_Physical_Link."P7.1" or NODEB_155_Physical_Link."P7.1" or RXI_155_Physical_Link."P7.1" 
    Node_TypeType of Node.  RNC_155_Physical_Link."RNC" or NODEB_155_Physical_Link."NodeB" or RXI_155_Physical_Link."RXI" ; RNC_155_Physical_Link."RNC" or NODEB_155_Physical_Link."NodeB" or RXI_155_Physical_Link."RXI" 
    Node_IdThe unique identifier for the node this object is connected to.  No mapping; No mapping 
    Node_NameA user friendly name for this node the object is connected to.  No mapping; No mapping 


    6.61 OSPF_Area details

    In the network hierarchy, the immediate parent of the OSPF_Area object is OSPF.

    Attribute NameDescriptionRead-Only?Time-Tracked?MappingAggregator
    Primary Identifier
    OSPF_Area_IdA unique identifier for the OSPF routing protocol area.Y RNC_OspfArea.nedn_SubNetwork & "/" & moid_IpSystem & "/" & moid_Ospf & "/" & moid_OspfArea or NODEB_OspfArea.nedn_SubNetwork & "/" & nedn_MeContext & "/" & moid_IpSystem & "/" & moid_Ospf & "/" & moid_OspfArea or RXI_OspfArea.nedn_SubNetwork & "/" & nedn_MeContext & "/" & moid_IpSystem & "/" & moid_Ospf & "/" & moid_OspfArea; RNC_OspfArea.nedn_SubNetwork & "/" & moid_IpSystem & "/" & moid_Ospf & "/" & moid_OspfArea or NODEB_OspfArea.nedn_SubNetwork & "/" & nedn_MeContext & "/" & moid_IpSystem & "/" & moid_Ospf & "/" & moid_OspfArea or RXI_OspfArea.nedn_SubNetwork & "/" & nedn_MeContext & "/" & moid_IpSystem & "/" & moid_Ospf & "/" & moid_OspfArea 
    Relationship Attributes
    NodeB_IdNodeB in a UTRAN network.YYNODEB_OspfArea.nedn_SubNetwork & "/" & nedn_MeContext; NODEB_OspfArea.nedn_SubNetwork & "/" & nedn_MeContext 
    RNC_IdRNC in a UTRAN network.YYRNC_OspfArea.nedn_SubNetwork or NODEB_OspfArea.nedn_SubNetwork or RXI_OspfArea.nedn_SubNetwork; RNC_OspfArea.nedn_SubNetwork or NODEB_OspfArea.nedn_SubNetwork or RXI_OspfArea.nedn_SubNetwork 
    OSPF_IdUnique identifier for the OSPF routing protocol.YYRNC_OspfArea.nedn_SubNetwork & "/" & moid_IpSystem & "/" & moid_Ospf or NODEB_OspfArea.nedn_SubNetwork & "/" & nedn_MeContext & "/" & moid_IpSystem & "/" & moid_Ospf or RXI_OspfArea.nedn_SubNetwork & "/" & nedn_MeContext & "/" & moid_IpSystem & "/" & moid_Ospf; RNC_OspfArea.nedn_SubNetwork & "/" & moid_IpSystem & "/" & moid_Ospf or NODEB_OspfArea.nedn_SubNetwork & "/" & nedn_MeContext & "/" & moid_IpSystem & "/" & moid_Ospf or RXI_OspfArea.nedn_SubNetwork & "/" & nedn_MeContext & "/" & moid_IpSystem & "/" & moid_Ospf 
    Network_IdNetwork associated with the OSPF Area.YYlookup("nc_bsc","network_id",utime(StartDate & StartTime,"%d %b %Y %R"), RNC_OspfArea.nedn_SubNetwork) or lookup("nc_bsc","network_id",utime(StartDate & StartTime,"%d %b %Y %R"), NODEB_OspfArea.nedn_SubNetwork) or lookup("nc_bsc","network_id",utime(StartDate & StartTime,"%d %b %Y %R"), RXI_OspfArea.nedn_SubNetwork); lookup("nc_bsc","network_id",utime(StartDate & StartTime,"%d %b %Y %R"), RNC_OspfArea.nedn_SubNetwork) or lookup("nc_bsc","network_id",utime(StartDate & StartTime,"%d %b %Y %R"), NODEB_OspfArea.nedn_SubNetwork) or lookup("nc_bsc","network_id",utime(StartDate & StartTime,"%d %b %Y %R"), RXI_OspfArea.nedn_SubNetwork) 
    Region_IdRegion associated with the OSPF_Area.YYlookup("nc_bsc","region_id",utime(StartDate&StartTime,"%d%b%Y%R"), RNC_OspfArea.nedn_SubNetwork) or lookup("nc_bsc","region_id",utime(StartDate&StartTime,"%d%b%Y%R"), NODEB_OspfArea.nedn_SubNetwork) or lookup("nc_bsc","region_id",utime(StartDate&StartTime,"%d%b%Y%R"), RXI_OspfArea.nedn_SubNetwork); lookup("nc_bsc","region_id",utime(StartDate&StartTime,"%d%b%Y%R"), RNC_OspfArea.nedn_SubNetwork) or lookup("nc_bsc","region_id",utime(StartDate&StartTime,"%d%b%Y%R"), NODEB_OspfArea.nedn_SubNetwork) or lookup("nc_bsc","region_id",utime(StartDate&StartTime,"%d%b%Y%R"), RXI_OspfArea.nedn_SubNetwork) 
    Configuration Attributes
    OSPF_Area_NameA user friendly name preferably unique for the OSPF Area.  RNC_OspfArea.nedn_SubNetwork & "/" & moid_IpSystem & "/" & moid_Ospf & "/" & moid_OspfArea or NODEB_OspfArea.nedn_SubNetwork & "/" & nedn_MeContext & "/" & moid_IpSystem & "/" & moid_Ospf & "/" & moid_OspfArea or RXI_OspfArea.nedn_SubNetwork & "/" & nedn_MeContext & "/" & moid_IpSystem & "/" & moid_Ospf & "/" & moid_OspfArea; RNC_OspfArea.nedn_SubNetwork & "/" & moid_IpSystem & "/" & moid_Ospf & "/" & moid_OspfArea or NODEB_OspfArea.nedn_SubNetwork & "/" & nedn_MeContext & "/" & moid_IpSystem & "/" & moid_Ospf & "/" & moid_OspfArea or RXI_OspfArea.nedn_SubNetwork & "/" & nedn_MeContext & "/" & moid_IpSystem & "/" & moid_Ospf & "/" & moid_OspfArea 
    TechnologyTechnology of the network/element (e.g. GSM, GPRS, UMTS).  RNC_OspfArea."UMTS" or NODEB_OspfArea."UMTS" or RXI_OspfArea."UMTS"; RNC_OspfArea."UMTS" or NODEB_OspfArea."UMTS" or RXI_OspfArea."UMTS" 
    VersionHardware/Software version of the OSPF Area.  RNC_OspfArea."P7.1" or NODEB_OspfArea."P7.1" or RXI_OspfArea."P7.1"; RNC_OspfArea."P7.1" or NODEB_OspfArea."P7.1" or RXI_OspfArea."P7.1" 
    Node_TypeType of Node.  RNC_OspfArea."RNC" or NODEB_OspfArea."NodeB" or RXI_OspfArea."RXI" ; RNC_OspfArea."RNC" or NODEB_OspfArea."NodeB" or RXI_OspfArea."RXI" 
    Node_IdThe unique identifier for the node this object is connected to.  No mapping; No mapping 
    Node_NameA user friendly name for this node the object is connected to.  No mapping; No mapping 


    6.62 OSPF_Interface details

    In the network hierarchy, the immediate parent of the OSPF_Interface object is OSPF.

    Attribute NameDescriptionRead-Only?Time-Tracked?MappingAggregator
    Primary Identifier
    OSPF_Interface_IdA unique identifier for the OSPF routing protocol Interface.Y RNC_OspfInterface.nedn_SubNetwork & "/" & moid_IpSystem & "/" & moid_Ospf & "/" & moid_OspfInterface or NODEB_OspfInterface.nedn_SubNetwork & "/" & nedn_MeContext & "/" & moid_IpSystem & "/" & moid_Ospf & "/" & moid_OspfInterface or RXI_OspfInterface.nedn_SubNetwork & "/" & nedn_MeContext & "/" & moid_IpSystem & "/" & moid_Ospf & "/" & moid_OspfInterface; RNC_OspfInterface.nedn_SubNetwork & "/" & moid_IpSystem & "/" & moid_Ospf & "/" & moid_OspfInterface or NODEB_OspfInterface.nedn_SubNetwork & "/" & nedn_MeContext & "/" & moid_IpSystem & "/" & moid_Ospf & "/" & moid_OspfInterface or RXI_OspfInterface.nedn_SubNetwork & "/" & nedn_MeContext & "/" & moid_IpSystem & "/" & moid_Ospf & "/" & moid_OspfInterface 
    Relationship Attributes
    NodeB_IdNodeB in a UTRAN network.YYNODEB_OspfInterface.nedn_SubNetwork & "/" & nedn_MeContext; NODEB_OspfInterface.nedn_SubNetwork & "/" & nedn_MeContext 
    RNC_IdRNC in a UTRAN network.YYRNC_OspfInterface.nedn_SubNetwork or NODEB_OspfInterface.nedn_SubNetwork or RXI_OspfInterface.nedn_SubNetwork; RNC_OspfInterface.nedn_SubNetwork or NODEB_OspfInterface.nedn_SubNetwork or RXI_OspfInterface.nedn_SubNetwork 
    OSPF_IdIdentifier for OSPF routing protocol.YYRNC_OspfInterface.nedn_SubNetwork & "/" & moid_IpSystem & "/" & moid_Ospf & "/" & moid_OspfInterface or NODEB_OspfInterface.nedn_SubNetwork & "/" & nedn_MeContext & "/" & moid_IpSystem & "/" & moid_Ospf & "/" & moid_OspfInterface or RXI_OspfInterface.nedn_SubNetwork & "/" & nedn_MeContext & "/" & moid_IpSystem & "/" & moid_Ospf & "/" & moid_OspfInterface; RNC_OspfInterface.nedn_SubNetwork & "/" & moid_IpSystem & "/" & moid_Ospf & "/" & moid_OspfInterface or NODEB_OspfInterface.nedn_SubNetwork & "/" & nedn_MeContext & "/" & moid_IpSystem & "/" & moid_Ospf & "/" & moid_OspfInterface or RXI_OspfInterface.nedn_SubNetwork & "/" & nedn_MeContext & "/" & moid_IpSystem & "/" & moid_Ospf & "/" & moid_OspfInterface 
    Network_IdNetwork associated with the OSPF Interface.YYlookup("nc_bsc","network_id",utime(StartDate & StartTime,"%d %b %Y %R"), RNC_OspfInterface.nedn_SubNetwork) or lookup("nc_bsc","network_id",utime(StartDate & StartTime,"%d %b %Y %R"), NODEB_OspfInterface.nedn_SubNetwork) or lookup("nc_bsc","network_id",utime(StartDate & StartTime,"%d %b %Y %R"), RXI_OspfInterface.nedn_SubNetwork); lookup("nc_bsc","network_id",utime(StartDate & StartTime,"%d %b %Y %R"), RNC_OspfInterface.nedn_SubNetwork) or lookup("nc_bsc","network_id",utime(StartDate & StartTime,"%d %b %Y %R"), NODEB_OspfInterface.nedn_SubNetwork) or lookup("nc_bsc","network_id",utime(StartDate & StartTime,"%d %b %Y %R"), RXI_OspfInterface.nedn_SubNetwork) 
    Region_IdRegion associated with the OSPF_Interface.YYlookup("nc_bsc","region_id",utime(StartDate & StartTime,"%d %b %Y %R"), RNC_OspfInterface.nedn_SubNetwork) or lookup("nc_bsc","region_id",utime(StartDate & StartTime,"%d %b %Y %R"), NODEB_OspfInterface.nedn_SubNetwork) or lookup("nc_bsc","region_id",utime(StartDate & StartTime,"%d %b %Y %R"), RXI_OspfInterface.nedn_SubNetwork); lookup("nc_bsc","region_id",utime(StartDate & StartTime,"%d %b %Y %R"), RNC_OspfInterface.nedn_SubNetwork) or lookup("nc_bsc","region_id",utime(StartDate & StartTime,"%d %b %Y %R"), NODEB_OspfInterface.nedn_SubNetwork) or lookup("nc_bsc","region_id",utime(StartDate & StartTime,"%d %b %Y %R"), RXI_OspfInterface.nedn_SubNetwork) 
    Configuration Attributes
    OSPF_Interface_NameA user friendly name preferably unique for the OSPF Interface.  RNC_OspfInterface.nedn_SubNetwork & "/" & moid_IpSystem & "/" & moid_Ospf & "/" & moid_OspfInterface or NODEB_OspfInterface.nedn_SubNetwork & "/" & nedn_MeContext & "/" & moid_IpSystem & "/" & moid_Ospf & "/" & moid_OspfInterface or RXI_OspfInterface.nedn_SubNetwork & "/" & nedn_MeContext & "/" & moid_IpSystem & "/" & moid_Ospf & "/" & moid_OspfInterface; RNC_OspfInterface.nedn_SubNetwork & "/" & moid_IpSystem & "/" & moid_Ospf & "/" & moid_OspfInterface or NODEB_OspfInterface.nedn_SubNetwork & "/" & nedn_MeContext & "/" & moid_IpSystem & "/" & moid_Ospf & "/" & moid_OspfInterface or RXI_OspfInterface.nedn_SubNetwork & "/" & nedn_MeContext & "/" & moid_IpSystem & "/" & moid_Ospf & "/" & moid_OspfInterface 
    TechnologyTechnology of the network/element (e.g. GSM, GPRS, UMTS).  RNC_OspfInterface."UMTS" or NODEB_OspfInterface."UMTS" or RXI_OspfInterface."UMTS"; RNC_OspfInterface."UMTS" or NODEB_OspfInterface."UMTS" or RXI_OspfInterface."UMTS" 
    VersionHardware/Software version of the OSPF Interface.  RNC_OspfInterface."P7.1" or NODEB_OspfInterface."P7.1" or RXI_OspfInterface."P7.1"; RNC_OspfInterface."P7.1" or NODEB_OspfInterface."P7.1" or RXI_OspfInterface."P7.1" 
    Node_TypeType of Node.  RNC_OspfInterface."RNC" or NODEB_OspfInterface."NodeB" or RXI_OspfInterface."RXI"; RNC_OspfInterface."RNC" or NODEB_OspfInterface."NodeB" or RXI_OspfInterface."RXI" 
    Node_IdThe unique identifier for the node this object is connected to.  No mapping; No mapping 
    Node_NameA user friendly name for this node the object is connected to.  No mapping; No mapping 


    6.63 OSPF details

    In the network hierarchy, the immediate parents of the OSPF object are: NodeB and RNC.


    Attribute NameDescriptionRead-Only?Time-Tracked?MappingAggregator
    Primary Identifier
    OSPF_IdA unique identifier for the OSPF routing protocol.Y RNC_Ospf.nedn_SubNetwork & "/" & moid_IpSystem & "/" & moid_Ospf or NODEB_Ospf.nedn_SubNetwork & "/" & nedn_MeContext & "/" & moid_IpSystem & "/" & moid_Ospf or RXI_Ospf.nedn_SubNetwork & "/" & nedn_MeContext & "/" & moid_IpSystem & "/" & moid_Ospf; RNC_Ospf.nedn_SubNetwork & "/" & moid_IpSystem & "/" & moid_Ospf or NODEB_Ospf.nedn_SubNetwork & "/" & nedn_MeContext & "/" & moid_IpSystem & "/" & moid_Ospf or RXI_Ospf.nedn_SubNetwork & "/" & nedn_MeContext & "/" & moid_IpSystem & "/" & moid_Ospf 
    Relationship Attributes
    NodeB_IdNodeB in a UTRAN network.YYNODEB_Ospf.nedn_SubNetwork & "/" & nedn_MeContext; NODEB_Ospf.nedn_SubNetwork & "/" & nedn_MeContext 
    RNC_IdRNC in a UTRAN network.YYRNC_Ospf.nedn_SubNetwork or NODEB_Ospf.nedn_SubNetwork or RXI_Ospf.nedn_SubNetwork; RNC_Ospf.nedn_SubNetwork or NODEB_Ospf.nedn_SubNetwork or RXI_Ospf.nedn_SubNetwork 
    Network_IdNetwork associated with the OSPF.YYlookup("nc_bsc","network_id",utime(StartDate & StartTime,"%d %b %Y %R"), RNC_Ospf.nedn_SubNetwork) or lookup("nc_bsc","network_id",utime(StartDate & StartTime,"%d %b %Y %R"), NODEB_Ospf.nedn_SubNetwork) or lookup("nc_bsc","network_id",utime(StartDate & StartTime,"%d %b %Y %R"), RXI_Ospf.nedn_SubNetwork); lookup("nc_bsc","network_id",utime(StartDate & StartTime,"%d %b %Y %R"), RNC_Ospf.nedn_SubNetwork) or lookup("nc_bsc","network_id",utime(StartDate & StartTime,"%d %b %Y %R"), NODEB_Ospf.nedn_SubNetwork) or lookup("nc_bsc","network_id",utime(StartDate & StartTime,"%d %b %Y %R"), RXI_Ospf.nedn_SubNetwork) 
    Region_IdRegion associated with the OSPF.YYlookup("nc_bsc","region_id",utime(StartDate & StartTime,"%d %b %Y %R"), RNC_Ospf.nedn_SubNetwork) or lookup("nc_bsc","region_id",utime(StartDate & StartTime,"%d %b %Y %R"), NODEB_Ospf.nedn_SubNetwork) or lookup("nc_bsc","region_id",utime(StartDate & StartTime,"%d %b %Y %R"), RXI_Ospf.nedn_SubNetwork); lookup("nc_bsc","region_id",utime(StartDate & StartTime,"%d %b %Y %R"), RNC_Ospf.nedn_SubNetwork) or lookup("nc_bsc","region_id",utime(StartDate & StartTime,"%d %b %Y %R"), NODEB_Ospf.nedn_SubNetwork) or lookup("nc_bsc","region_id",utime(StartDate & StartTime,"%d %b %Y %R"), RXI_Ospf.nedn_SubNetwork) 
    Configuration Attributes
    OSPF_NameA user friendly name preferably unique for the OSPF.  RNC_Ospf.nedn_SubNetwork & "/" & moid_IpSystem & "/" & moid_Ospf or NODEB_Ospf.nedn_SubNetwork & "/" & nedn_MeContext & "/" & moid_IpSystem & "/" & moid_Ospf or RXI_Ospf.nedn_SubNetwork & "/" & nedn_MeContext & "/" & moid_IpSystem & "/" & moid_Ospf; RNC_Ospf.nedn_SubNetwork & "/" & moid_IpSystem & "/" & moid_Ospf or NODEB_Ospf.nedn_SubNetwork & "/" & nedn_MeContext & "/" & moid_IpSystem & "/" & moid_Ospf or RXI_Ospf.nedn_SubNetwork & "/" & nedn_MeContext & "/" & moid_IpSystem & "/" & moid_Ospf 
    TechnologyTechnology of the network/element (e.g. GSM, GPRS, UMTS).  RNC_Ospf."UMTS" or NODEB_Ospf."UMTS" or RXI_Ospf."UMTS"; RNC_Ospf."UMTS" or NODEB_Ospf."UMTS" or RXI_Ospf."UMTS" 
    VersionHardware/Software version of the OSPF.  RNC_Ospf."P7.1" or NODEB_Ospf."P7.1" or RXI_Ospf."P7.1"; RNC_Ospf."P7.1" or NODEB_Ospf."P7.1" or RXI_Ospf."P7.1" 
    Node_TypeType of Node.  RNC_Ospf."RNC" or NODEB_Ospf."NodeB" or RXI_Ospf."RXI"; RNC_Ospf."RNC" or NODEB_Ospf."NodeB" or RXI_Ospf."RXI" 
    Node_IdThe unique identifier for the node this object is connected to.  No mapping; No mapping 
    Node_NameA user friendly name for this node the object is connected to.  No mapping; No mapping 


    6.64 PacketDataRouter details

    In the network hierarchy, the immediate parent of the PacketDataRouter object is PDR_SP_Device.

    Attribute NameDescriptionRead-Only?Time-Tracked?MappingAggregator
    Primary Identifier
    PacketDataRouter_IdThe primary identifier of the PacketDataRouter.Y Me_Eqpt_SpDevicePool_PdrDevice_PacketDataRouter.nedn_SubNetwork & "/" & moid_Equipment & "/" & moid_SpDevicePool & "/PDR-" & moid_PdrDevice & "/" & moid_PacketDataRouter; Me_Eqpt_SpDevicePool_PdrDevice_PacketDataRouter.nedn_SubNetwork & "/" & moid_Equipment & "/" & moid_SpDevicePool & "/PDR-" & moid_PdrDevice & "/" & moid_PacketDataRouter 
    Relationship Attributes
    RNC_IdRNC in a UTRAN network.YYMe_Eqpt_SpDevicePool_PdrDevice_PacketDataRouter.nedn_SubNetwork; Me_Eqpt_SpDevicePool_PdrDevice_PacketDataRouter.nedn_SubNetwork 
    Network_IdNetwork associated with the PacketDataRouter.YYlookup("nc_bsc","network_id",utime(StartDate & StartTime,"%d %b %Y %R"), nedn_SubNetwork); lookup("nc_bsc","network_id",utime(StartDate & StartTime,"%d %b %Y %R"), nedn_SubNetwork) 
    Region_IdRegion associated with the PacketDataRouter.YYlookup("nc_bsc","region_id",utime(StartDate & StartTime,"%d %b %Y %R"), nedn_SubNetwork); lookup("nc_bsc","region_id",utime(StartDate & StartTime,"%d %b %Y %R"), nedn_SubNetwork) 
    PDR_SP_Device_IdThe PDR SP Device related to this object.YYMe_Eqpt_SpDevicePool_PdrDevice_PacketDataRouter.nedn_SubNetwork & "/" & moid_Equipment & "/" & moid_SpDevicePool & "/PDR-" & moid_PdrDevice; Me_Eqpt_SpDevicePool_PdrDevice_PacketDataRouter.nedn_SubNetwork & "/" & moid_Equipment & "/" & moid_SpDevicePool & "/PDR-" & moid_PdrDevice 
    Configuration Attributes
    PacketDataRouter_NameThe meaningful name of the PacketDataRouter.  Me_Eqpt_SpDevicePool_PdrDevice_PacketDataRouter.nedn_SubNetwork & "/" & moid_Equipment & "/" & moid_SpDevicePool & "/PDR-" & moid_PdrDevice & "/" & moid_PacketDataRouter; Me_Eqpt_SpDevicePool_PdrDevice_PacketDataRouter.nedn_SubNetwork & "/" & moid_Equipment & "/" & moid_SpDevicePool & "/PDR-" & moid_PdrDevice & "/" & moid_PacketDataRouter 
    TechnologyTechnology of the network/element (e.g. GSM, GPRS, UMTS).  "UMTS"; "UMTS" 
    VersionHardware/Software version of the PacketDataRouter.  "P7.1"; "P7.1" 


    6.65 Pcap details

    In the network hierarchy, the immediate parent of the Pcap object is SasPositioning.

    Attribute NameDescriptionRead-Only?Time-Tracked?MappingAggregator
    Primary Identifier
    Pcap_IdUnique identifier for the PcapY ME_RncFunction_SasPositioning_Pcap.nedn_SubNetwork&"/"&moid_saspositioning&"/"&moid_pcap; ME_RncFunction_SasPositioning_Pcap.nedn_SubNetwork&"/"&moid_saspositioning&"/"&moid_pcap 
    Relationship Attributes
    RNC_IdRNC associated with the PcapYYME_RncFunction_SasPositioning_Pcap.nedn_SubNetwork; ME_RncFunction_SasPositioning_Pcap.nedn_SubNetwork 
    SasPositioning_IdSasPositioning object associated with this pcapYYME_RncFunction_SasPositioning_Pcap.nedn_SubNetwork&"/"&moid_saspositioning; ME_RncFunction_SasPositioning_Pcap.nedn_SubNetwork&"/"&moid_saspositioning 
    Region_IdRegion associated with this Pcap YYlookup("nc_bsc","region_id",utime(StartDate & StartTime,"%d %b %Y %R"), nedn_SubNetwork); lookup("nc_bsc","region_id",utime(StartDate & StartTime,"%d %b %Y %R"), nedn_SubNetwork) 
    Network_IdNetwork associated with this PcapYYlookup("nc_bsc","network_id",utime(StartDate & StartTime,"%d %b %Y %R"), nedn_SubNetwork); lookup("nc_bsc","network_id",utime(StartDate & StartTime,"%d %b %Y %R"), nedn_SubNetwork) 
    Configuration Attributes
    Pcap_NameA user friendly name, preferably unique for the Pcap.  ME_RncFunction_SasPositioning_Pcap.nedn_SubNetwork&"/"&moid_saspositioning&"/"&moid_pcap; ME_RncFunction_SasPositioning_Pcap.nedn_SubNetwork&"/"&moid_saspositioning&"/"&moid_pcap 
    VersionHardware/software version associated with the Pcap  "P7.1"; "P7.1" 
    TechnologyTechnology associated with the Pcap  "UMTS"; "UMTS" 


    6.66 PDR_SP_Device details

    In the network hierarchy, the immediate parent of the PDR_SP_Device object is RNC.

    Attribute NameDescriptionRead-Only?Time-Tracked?MappingAggregator
    Primary Identifier
    PDR_SP_Device_IdThe primary identifier of the PDR_SP_Device.Y Me_Eqpt_SpDevicePool_PdrDevice.nedn_SubNetwork & "/" & moid_Equipment & "/" & moid_SpDevicePool & "/PDR-" & moid_PdrDevice; Me_Eqpt_SpDevicePool_PdrDevice.nedn_SubNetwork & "/" & moid_Equipment & "/" & moid_SpDevicePool & "/PDR-" & moid_PdrDevice 
    Relationship Attributes
    RNC_IdRNC in a UTRAN network.YYMe_Eqpt_SpDevicePool_PdrDevice.nedn_SubNetwork; Me_Eqpt_SpDevicePool_PdrDevice.nedn_SubNetwork 
    Network_IdNetwork associated with the PDR SP DeviceYYlookup("nc_bsc","network_id",utime(StartDate & StartTime,"%d %b %Y %R"), nedn_SubNetwork); lookup("nc_bsc","network_id",utime(StartDate & StartTime,"%d %b %Y %R"), nedn_SubNetwork) 
    Region_IdRegion associated with the PDR SP Device.YYlookup("nc_bsc","region_id",utime(StartDate & StartTime,"%d %b %Y %R"), nedn_SubNetwork); lookup("nc_bsc","region_id",utime(StartDate & StartTime,"%d %b %Y %R"), nedn_SubNetwork) 
    Configuration Attributes
    PDR_SP_Device_NameThe meaningful name of the PDR_SP_Device.  Me_Eqpt_SpDevicePool_PdrDevice.nedn_SubNetwork & "/" & moid_Equipment & "/" & moid_SpDevicePool & "/PDR-" & moid_PdrDevice; Me_Eqpt_SpDevicePool_PdrDevice.nedn_SubNetwork & "/" & moid_Equipment & "/" & moid_SpDevicePool & "/PDR-" & moid_PdrDevice 
    TechnologyTechnology of the network/element (e.g. GSM, GPRS, UMTS).  "UMTS"; "UMTS" 
    VersionHardware/Software version of the PDR_SP_Device.  "P7.1"; "P7.1" 


    6.67 Plug_In_Unit details

    In the network hierarchy, the immediate parent of the Plug_In_Unit object is RNC.

    Attribute NameDescriptionRead-Only?Time-Tracked?MappingAggregator
    Primary Identifier
    Plug_In_Unit_IdA unique identifier for the Plug in Unit within a UTRAN network.Y RNC_Plug_In_Unit.nedn_SubNetwork & "/" & moid_Equipment & "/" & moid_Subrack & "/" & moid_Slot & "/" & moid_PlugInUnit or RXI_Plug_In_Unit.nedn_SubNetwork & "/" & moid_Equipment & "/" & moid_Subrack & "/" & moid_Slot & "/" & moid_PlugInUnit or NODEB_Plug_In_Unit.nedn_SubNetwork & "/" & nedn_MeContext & "/" & moid_Equipment & "/" & moid_Subrack & "/" & moid_Slot & "/" & moid_PlugInUnit or ME_Eqpt_Subrack_Slot_PlugInUnit_SpbDvGrp_CcDevice.nedn_SubNetwork & "/" & moid_Equipment & "/" & moid_Subrack & "/" & moid_Slot & "/" & moid_PlugInUnit & "/" & moid_SpbDeviceGroup & "/" & moid_SpbDeviceSet & "/" & moid_CcDevice or ME_Eqpt_Subrack_Slot_PlugInUnit_SpbDvGrp_DcDevice.nedn_SubNetwork & "/" & moid_Equipment & "/" & moid_Subrack & "/" & moid_Slot & "/" & moid_PlugInUnit & "/" & moid_SpbDeviceGroup & "/" & moid_SpbDeviceSet & "/" & moid_DcDevice or RNC_PIU_GeneralProcessorUnit_LoadControl.nedn_SubNetwork & "/" & moid_Equipment & "/" & moid_Subrack & "/" & moid_Slot & "/" & moid_PlugInUnit & "/" & moid_GeneralProcessorUnit & "/" & moid_LoadControl or NODEB_PIU_GeneralProcessorUnit_LoadControl.nedn_SubNetwork & "/" & nedn_MeContext & "/" & moid_Equipment & "/" & moid_Subrack & "/" & moid_Slot & "/" & moid_PlugInUnit & "/" & moid_GeneralProcessorUnit & "/" & moid_LoadControl or RXI_PIU_GeneralProcessorUnit_LoadControl.nedn_SubNetwork & "/" & moid_Equipment & "/" & moid_Subrack & "/" & moid_Slot & "/" & moid_PlugInUnit & "/" & moid_GeneralProcessorUnit & "/" & moid_LoadControl; RNC_Plug_In_Unit.nedn_SubNetwork & "/" & moid_Equipment & "/" & moid_Subrack & "/" & moid_Slot & "/" & moid_PlugInUnit or RXI_Plug_In_Unit.nedn_SubNetwork & "/" & moid_Equipment & "/" & moid_Subrack & "/" & moid_Slot & "/" & moid_PlugInUnit or NODEB_Plug_In_Unit.nedn_SubNetwork & "/" & nedn_MeContext & "/" & moid_Equipment & "/" & moid_Subrack & "/" & moid_Slot & "/" & moid_PlugInUnit or ME_Eqpt_Subrack_Slot_PlugInUnit_SpbDvGrp_CcDevice.nedn_SubNetwork & "/" & moid_Equipment & "/" & moid_Subrack & "/" & moid_Slot & "/" & moid_PlugInUnit & "/" & moid_SpbDeviceGroup & "/" & moid_SpbDeviceSet & "/" & moid_CcDevice or ME_Eqpt_Subrack_Slot_PlugInUnit_SpbDvGrp_DcDevice.nedn_SubNetwork & "/" & moid_Equipment & "/" & moid_Subrack & "/" & moid_Slot & "/" & moid_PlugInUnit & "/" & moid_SpbDeviceGroup & "/" & moid_SpbDeviceSet & "/" & moid_DcDevice or RNC_PIU_GeneralProcessorUnit_LoadControl.nedn_SubNetwork & "/" & moid_Equipment & "/" & moid_Subrack & "/" & moid_Slot & "/" & moid_PlugInUnit & "/" & moid_GeneralProcessorUnit & "/" & moid_LoadControl or NODEB_PIU_GeneralProcessorUnit_LoadControl.nedn_SubNetwork & "/" & nedn_MeContext & "/" & moid_Equipment & "/" & moid_Subrack & "/" & moid_Slot & "/" & moid_PlugInUnit & "/" & moid_GeneralProcessorUnit & "/" & moid_LoadControl or RXI_PIU_GeneralProcessorUnit_LoadControl.nedn_SubNetwork & "/" & moid_Equipment & "/" & moid_Subrack & "/" & moid_Slot & "/" & moid_PlugInUnit & "/" & moid_GeneralProcessorUnit & "/" & moid_LoadControl 
    Relationship Attributes
    Network_IdNetwork associated with the Plug In Unit.YYlookup("nc_bsc","network_id",utime(StartDate & StartTime,"%d %b %Y %R"), RNC_Plug_In_Unit.nedn_SubNetwork) or lookup("nc_bsc","network_id",utime(StartDate & StartTime,"%d %b %Y %R"), RXI_Plug_In_Unit.nedn_SubNetwork) or lookup("nc_bsc","network_id",utime(StartDate & StartTime,"%d %b %Y %R"), NODEB_Plug_In_Unit.nedn_SubNetwork) or lookup("nc_bsc","network_id",utime(StartDate & StartTime,"%d %b %Y %R"), ME_Eqpt_Subrack_Slot_PlugInUnit_SpbDvGrp_CcDevice.nedn_SubNetwork) or lookup("nc_bsc","network_id",utime(StartDate & StartTime,"%d %b %Y %R"), ME_Eqpt_Subrack_Slot_PlugInUnit_SpbDvGrp_DcDevice.nedn_SubNetwork) or lookup("nc_bsc","network_id",utime(StartDate & StartTime,"%d %b %Y %R"), RNC_PIU_GeneralProcessorUnit_LoadControl.nedn_SubNetwork) or lookup("nc_bsc","network_id",utime(StartDate & StartTime,"%d %b %Y %R"), NODEB_PIU_GeneralProcessorUnit_LoadControl.nedn_SubNetwork) or lookup("nc_bsc","network_id",utime(StartDate & StartTime,"%d %b %Y %R"), RXI_PIU_GeneralProcessorUnit_LoadControl.nedn_SubNetwork); lookup("nc_bsc","network_id",utime(StartDate & StartTime,"%d %b %Y %R"), RNC_Plug_In_Unit.nedn_SubNetwork) or lookup("nc_bsc","network_id",utime(StartDate & StartTime,"%d %b %Y %R"), RXI_Plug_In_Unit.nedn_SubNetwork) or lookup("nc_bsc","network_id",utime(StartDate & StartTime,"%d %b %Y %R"), NODEB_Plug_In_Unit.nedn_SubNetwork) or lookup("nc_bsc","network_id",utime(StartDate & StartTime,"%d %b %Y %R"), ME_Eqpt_Subrack_Slot_PlugInUnit_SpbDvGrp_CcDevice.nedn_SubNetwork) or lookup("nc_bsc","network_id",utime(StartDate & StartTime,"%d %b %Y %R"), ME_Eqpt_Subrack_Slot_PlugInUnit_SpbDvGrp_DcDevice.nedn_SubNetwork) or lookup("nc_bsc","network_id",utime(StartDate & StartTime,"%d %b %Y %R"), RNC_PIU_GeneralProcessorUnit_LoadControl.nedn_SubNetwork) or lookup("nc_bsc","network_id",utime(StartDate & StartTime,"%d %b %Y %R"), NODEB_PIU_GeneralProcessorUnit_LoadControl.nedn_SubNetwork) or lookup("nc_bsc","network_id",utime(StartDate & StartTime,"%d %b %Y %R"), RXI_PIU_GeneralProcessorUnit_LoadControl.nedn_SubNetwork) 
    RNC_IdRNC in a UTRAN network.YYRNC_Plug_In_Unit.nedn_SubNetwork or NODEB_Plug_In_Unit.nedn_SubNetwork or RXI_Plug_In_Unit.nedn_SubNetwork or ME_Eqpt_Subrack_Slot_PlugInUnit_SpbDvGrp_CcDevice.nedn_SubNetwork or ME_Eqpt_Subrack_Slot_PlugInUnit_SpbDvGrp_DcDevice.nedn_SubNetwork or RNC_PIU_GeneralProcessorUnit_LoadControl.nedn_SubNetwork or NODEB_PIU_GeneralProcessorUnit_LoadControl.nedn_SubNetwork or RXI_PIU_GeneralProcessorUnit_LoadControl.nedn_SubNetwork; RNC_Plug_In_Unit.nedn_SubNetwork or NODEB_Plug_In_Unit.nedn_SubNetwork or RXI_Plug_In_Unit.nedn_SubNetwork or ME_Eqpt_Subrack_Slot_PlugInUnit_SpbDvGrp_CcDevice.nedn_SubNetwork or ME_Eqpt_Subrack_Slot_PlugInUnit_SpbDvGrp_DcDevice.nedn_SubNetwork or RNC_PIU_GeneralProcessorUnit_LoadControl.nedn_SubNetwork or NODEB_PIU_GeneralProcessorUnit_LoadControl.nedn_SubNetwork or RXI_PIU_GeneralProcessorUnit_LoadControl.nedn_SubNetwork 
    Region_IdRegion associated with the Plug In Unit.YYlookup("nc_bsc","region_id",utime(StartDate & StartTime,"%d %b %Y %R"), RNC_Plug_In_Unit.nedn_SubNetwork) or lookup("nc_bsc","region_id",utime(StartDate & StartTime,"%d %b %Y %R"), RXI_Plug_In_Unit.nedn_SubNetwork) or lookup("nc_bsc","region_id",utime(StartDate & StartTime,"%d %b %Y %R"), NODEB_Plug_In_Unit.nedn_SubNetwork) or lookup("nc_bsc","region_id",utime(StartDate & StartTime,"%d %b %Y %R"), ME_Eqpt_Subrack_Slot_PlugInUnit_SpbDvGrp_CcDevice.nedn_SubNetwork) or lookup("nc_bsc","region_id",utime(StartDate & StartTime,"%d %b %Y %R"), ME_Eqpt_Subrack_Slot_PlugInUnit_SpbDvGrp_DcDevice.nedn_SubNetwork) or lookup("nc_bsc","region_id",utime(StartDate & StartTime,"%d %b %Y %R"), RNC_PIU_GeneralProcessorUnit_LoadControl.nedn_SubNetwork) or lookup("nc_bsc","region_id",utime(StartDate & StartTime,"%d %b %Y %R"), NODEB_PIU_GeneralProcessorUnit_LoadControl.nedn_SubNetwork) or lookup("nc_bsc","region_id",utime(StartDate & StartTime,"%d %b %Y %R"), RXI_PIU_GeneralProcessorUnit_LoadControl.nedn_SubNetwork); lookup("nc_bsc","region_id",utime(StartDate & StartTime,"%d %b %Y %R"), RNC_Plug_In_Unit.nedn_SubNetwork) or lookup("nc_bsc","region_id",utime(StartDate & StartTime,"%d %b %Y %R"), RXI_Plug_In_Unit.nedn_SubNetwork) or lookup("nc_bsc","region_id",utime(StartDate & StartTime,"%d %b %Y %R"), NODEB_Plug_In_Unit.nedn_SubNetwork) or lookup("nc_bsc","region_id",utime(StartDate & StartTime,"%d %b %Y %R"), ME_Eqpt_Subrack_Slot_PlugInUnit_SpbDvGrp_CcDevice.nedn_SubNetwork) or lookup("nc_bsc","region_id",utime(StartDate & StartTime,"%d %b %Y %R"), ME_Eqpt_Subrack_Slot_PlugInUnit_SpbDvGrp_DcDevice.nedn_SubNetwork) or lookup("nc_bsc","region_id",utime(StartDate & StartTime,"%d %b %Y %R"), RNC_PIU_GeneralProcessorUnit_LoadControl.nedn_SubNetwork) or lookup("nc_bsc","region_id",utime(StartDate & StartTime,"%d %b %Y %R"), NODEB_PIU_GeneralProcessorUnit_LoadControl.nedn_SubNetwork) or lookup("nc_bsc","region_id",utime(StartDate & StartTime,"%d %b %Y %R"), RXI_PIU_GeneralProcessorUnit_LoadControl.nedn_SubNetwork) 
    Configuration Attributes
    Plug_In_Unit_NameA user-friendly name preferably unique for the Plug In Unit.  RNC_Plug_In_Unit.nedn_SubNetwork & "/" & moid_Equipment & "/" & moid_Subrack & "/" & moid_Slot & "/" & moid_PlugInUnit or RXI_Plug_In_Unit.nedn_SubNetwork & "/" & moid_Equipment & "/" & moid_Subrack & "/" & moid_Slot & "/" & moid_PlugInUnit or NODEB_Plug_In_Unit.nedn_SubNetwork & "/" & nedn_MeContext & "/" & moid_Equipment & "/" & moid_Subrack & "/" & moid_Slot & "/" & moid_PlugInUnit or ME_Eqpt_Subrack_Slot_PlugInUnit_SpbDvGrp_CcDevice.nedn_SubNetwork & "/" & moid_Equipment & "/" & moid_Subrack & "/" & moid_Slot & "/" & moid_PlugInUnit & "/" & moid_SpbDeviceGroup & "/" & moid_SpbDeviceSet & "/" & moid_CcDevice or ME_Eqpt_Subrack_Slot_PlugInUnit_SpbDvGrp_DcDevice.nedn_SubNetwork & "/" & moid_Equipment & "/" & moid_Subrack & "/" & moid_Slot & "/" & moid_PlugInUnit & "/" & moid_SpbDeviceGroup & "/" & moid_SpbDeviceSet & "/" & moid_DcDevice or RNC_PIU_GeneralProcessorUnit_LoadControl.nedn_SubNetwork & "/" & moid_Equipment & "/" & moid_Subrack & "/" & moid_Slot & "/" & moid_PlugInUnit & "/" & moid_GeneralProcessorUnit & "/" & moid_LoadControl or NODEB_PIU_GeneralProcessorUnit_LoadControl.nedn_SubNetwork & "/" & nedn_MeContext & "/" & moid_Equipment & "/" & moid_Subrack & "/" & moid_Slot & "/" & moid_PlugInUnit & "/" & moid_GeneralProcessorUnit & "/" & moid_LoadControl or RXI_PIU_GeneralProcessorUnit_LoadControl.nedn_SubNetwork & "/" & moid_Equipment & "/" & moid_Subrack & "/" & moid_Slot & "/" & moid_PlugInUnit & "/" & moid_GeneralProcessorUnit & "/" & moid_LoadControl; RNC_Plug_In_Unit.nedn_SubNetwork & "/" & moid_Equipment & "/" & moid_Subrack & "/" & moid_Slot & "/" & moid_PlugInUnit or RXI_Plug_In_Unit.nedn_SubNetwork & "/" & moid_Equipment & "/" & moid_Subrack & "/" & moid_Slot & "/" & moid_PlugInUnit or NODEB_Plug_In_Unit.nedn_SubNetwork & "/" & nedn_MeContext & "/" & moid_Equipment & "/" & moid_Subrack & "/" & moid_Slot & "/" & moid_PlugInUnit or ME_Eqpt_Subrack_Slot_PlugInUnit_SpbDvGrp_CcDevice.nedn_SubNetwork & "/" & moid_Equipment & "/" & moid_Subrack & "/" & moid_Slot & "/" & moid_PlugInUnit & "/" & moid_SpbDeviceGroup & "/" & moid_SpbDeviceSet & "/" & moid_CcDevice or ME_Eqpt_Subrack_Slot_PlugInUnit_SpbDvGrp_DcDevice.nedn_SubNetwork & "/" & moid_Equipment & "/" & moid_Subrack & "/" & moid_Slot & "/" & moid_PlugInUnit & "/" & moid_SpbDeviceGroup & "/" & moid_SpbDeviceSet & "/" & moid_DcDevice or RNC_PIU_GeneralProcessorUnit_LoadControl.nedn_SubNetwork & "/" & moid_Equipment & "/" & moid_Subrack & "/" & moid_Slot & "/" & moid_PlugInUnit & "/" & moid_GeneralProcessorUnit & "/" & moid_LoadControl or NODEB_PIU_GeneralProcessorUnit_LoadControl.nedn_SubNetwork & "/" & nedn_MeContext & "/" & moid_Equipment & "/" & moid_Subrack & "/" & moid_Slot & "/" & moid_PlugInUnit & "/" & moid_GeneralProcessorUnit & "/" & moid_LoadControl or RXI_PIU_GeneralProcessorUnit_LoadControl.nedn_SubNetwork & "/" & moid_Equipment & "/" & moid_Subrack & "/" & moid_Slot & "/" & moid_PlugInUnit & "/" & moid_GeneralProcessorUnit & "/" & moid_LoadControl 
    TechnologyTechnology of the network/element (e.g. GSM, GPRS, UMTS).  RNC_Plug_In_Unit."UMTS" or RXI_Plug_In_Unit."UMTS" or NODEB_Plug_In_Unit."UMTS" or ME_Eqpt_Subrack_Slot_PlugInUnit_SpbDvGrp_CcDevice."UMTS" or ME_Eqpt_Subrack_Slot_PlugInUnit_SpbDvGrp_DcDevice."UMTS" or RNC_PIU_GeneralProcessorUnit_LoadControl."UMTS" or NODEB_PIU_GeneralProcessorUnit_LoadControl."UMTS" or RXI_PIU_GeneralProcessorUnit_LoadControl."UMTS"; RNC_Plug_In_Unit."UMTS" or RXI_Plug_In_Unit."UMTS" or NODEB_Plug_In_Unit."UMTS" or ME_Eqpt_Subrack_Slot_PlugInUnit_SpbDvGrp_CcDevice."UMTS" or ME_Eqpt_Subrack_Slot_PlugInUnit_SpbDvGrp_DcDevice."UMTS" or RNC_PIU_GeneralProcessorUnit_LoadControl."UMTS" or NODEB_PIU_GeneralProcessorUnit_LoadControl."UMTS" or RXI_PIU_GeneralProcessorUnit_LoadControl."UMTS" 
    VersionHardware/Software version of the Plug In Unit.  RNC_Plug_In_Unit."P7.1" or RXI_Plug_In_Unit."P7.1" or NODEB_Plug_In_Unit."P7.1" or ME_Eqpt_Subrack_Slot_PlugInUnit_SpbDvGrp_CcDevice."P7.1" or ME_Eqpt_Subrack_Slot_PlugInUnit_SpbDvGrp_DcDevice."P7.1" or RNC_PIU_GeneralProcessorUnit_LoadControl."P7.1" or NODEB_PIU_GeneralProcessorUnit_LoadControl."P7.1" or RXI_PIU_GeneralProcessorUnit_LoadControl."P7.1"; RNC_Plug_In_Unit."P7.1" or RXI_Plug_In_Unit."P7.1" or NODEB_Plug_In_Unit."P7.1" or ME_Eqpt_Subrack_Slot_PlugInUnit_SpbDvGrp_CcDevice."P7.1" or ME_Eqpt_Subrack_Slot_PlugInUnit_SpbDvGrp_DcDevice."P7.1" or RNC_PIU_GeneralProcessorUnit_LoadControl."P7.1" or NODEB_PIU_GeneralProcessorUnit_LoadControl."P7.1" or RXI_PIU_GeneralProcessorUnit_LoadControl."P7.1" 
    Node_IdThe unique identifier for the node this object is connected to.  No mapping; No mapping 
    Node_TypeThe type of network element of the node this object is connected to.  RNC_Plug_In_Unit."RNC" or NODEB_Plug_In_Unit."NodeB" or RXI_Plug_In_Unit."RXI" or ME_Eqpt_Subrack_Slot_PlugInUnit_SpbDvGrp_CcDevice."RNC" or ME_Eqpt_Subrack_Slot_PlugInUnit_SpbDvGrp_DcDevice."RNC" or RNC_PIU_GeneralProcessorUnit_LoadControl."RNC" or NODEB_PIU_GeneralProcessorUnit_LoadControl."NodeB" or RXI_PIU_GeneralProcessorUnit_LoadControl."RNC" ; RNC_Plug_In_Unit."RNC" or NODEB_Plug_In_Unit."NodeB" or RXI_Plug_In_Unit."RXI" or ME_Eqpt_Subrack_Slot_PlugInUnit_SpbDvGrp_CcDevice."RNC" or ME_Eqpt_Subrack_Slot_PlugInUnit_SpbDvGrp_DcDevice."RNC" or RNC_PIU_GeneralProcessorUnit_LoadControl."RNC" or NODEB_PIU_GeneralProcessorUnit_LoadControl."NodeB" or RXI_PIU_GeneralProcessorUnit_LoadControl."RNC" 
    Node_NameA user friendly name for this node the object is connected to.  No mapping; No mapping 


    6.68 PositioningServiceClass details

    In the network hierarchy, the immediate parent of the PositioningServiceClass object is RNC.

    Attribute NameDescriptionRead-Only?Time-Tracked?MappingAggregator
    Primary Identifier
    PositioningServiceClass_IdThe primary identifier of the PositioningServiceClass.Y ME_RNC_UePost_PositioningServiceClass.nedn_SubNetwork & "/" & moid_UePositioning & "/" & moid_PositioningServiceClass; ME_RNC_UePost_PositioningServiceClass.nedn_SubNetwork & "/" & moid_UePositioning & "/" & moid_PositioningServiceClass 
    Relationship Attributes
    RNC_IdRNC in a UTRAN network.YYME_RNC_UePost_PositioningServiceClass.nedn_SubNetwork; ME_RNC_UePost_PositioningServiceClass.nedn_SubNetwork 
    Network_IdNetwork associated with the PositioningServiceClass.YYlookup("nc_bsc","network_id",utime(StartDate & StartTime,"%d %b %Y %R"), nedn_SubNetwork); lookup("nc_bsc","network_id",utime(StartDate & StartTime,"%d %b %Y %R"), nedn_SubNetwork) 
    Region_IdRegion associated with the PositioningServiceClass.YYlookup("nc_bsc","region_id",utime(StartDate & StartTime,"%d %b %Y %R"), nedn_SubNetwork); lookup("nc_bsc","region_id",utime(StartDate & StartTime,"%d %b %Y %R"), nedn_SubNetwork) 
    Configuration Attributes
    PositioningServiceClass_NameThe meaningful name of the PositioningServiceClass  ME_RNC_UePost_PositioningServiceClass.nedn_SubNetwork & "/" & moid_UePositioning & "/" & moid_PositioningServiceClass; ME_RNC_UePost_PositioningServiceClass.nedn_SubNetwork & "/" & moid_UePositioning & "/" & moid_PositioningServiceClass 
    TechnologyTechnology of the network/element (e.g. GSM, GPRS, UMTS).  "UMTS"; "UMTS" 
    VersionHardware/Software version of the PositioningServiceClass.  "P7.1"; "P7.1" 


    6.69 PVC details

    In the network hierarchy, the immediate parent of the PVC object is RNC.

    Attribute NameDescriptionRead-Only?Time-Tracked?MappingAggregator
    Primary Identifier
    PVC_IdA unique identifier for the PVC.Y ME_RncFunction_RncModule_PacketDataRouter.nedn_SubNetwork & "/" & moid_RncModule & "/" & moid_PacketDataRouter or ManagedElement_RncFunction_PdrDevice.nedn_SubNetwork & "/" & moid_Equipment & "/" & moid_Subrack & "/" & moid_Slot & "/" & moid_PlugInUnit & "/" & moid_SpbDeviceGroup & "/" & moid_SpbDeviceSet & "/" & moid_PdrDevice; ME_RncFunction_RncModule_PacketDataRouter.nedn_SubNetwork & "/" & moid_RncModule & "/" & moid_PacketDataRouter or ManagedElement_RncFunction_PdrDevice.nedn_SubNetwork & "/" & moid_Equipment & "/" & moid_Subrack & "/" & moid_Slot & "/" & moid_PlugInUnit & "/" & moid_SpbDeviceGroup & "/" & moid_SpbDeviceSet & "/" & moid_PdrDevice 
    Relationship Attributes
    Network_IdA unique identifier for the PVC.YYlookup("nc_bsc","network_id",utime(StartDate & StartTime,"%d %b %Y %R"), ME_RncFunction_RncModule_PacketDataRouter.nedn_SubNetwork) or lookup("nc_bsc","network_id",utime(StartDate & StartTime,"%d %b %Y %R"), ManagedElement_RncFunction_PdrDevice.nedn_SubNetwork); lookup("nc_bsc","network_id",utime(StartDate & StartTime,"%d %b %Y %R"), ME_RncFunction_RncModule_PacketDataRouter.nedn_SubNetwork) or lookup("nc_bsc","network_id",utime(StartDate & StartTime,"%d %b %Y %R"), ManagedElement_RncFunction_PdrDevice.nedn_SubNetwork) 
    RNC_IdA unique identifier for the RNC.YYME_RncFunction_RncModule_PacketDataRouter.nedn_SubNetwork or ManagedElement_RncFunction_PdrDevice.nedn_SubNetwork; ME_RncFunction_RncModule_PacketDataRouter.nedn_SubNetwork or ManagedElement_RncFunction_PdrDevice.nedn_SubNetwork 
    Region_IdRegion associated with the PVC.YYlookup("nc_bsc","region_id",utime(StartDate & StartTime,"%d %b %Y %R"), ME_RncFunction_RncModule_PacketDataRouter.nedn_SubNetwork) or lookup("nc_bsc","region_id",utime(StartDate & StartTime,"%d %b %Y %R"), ManagedElement_RncFunction_PdrDevice.nedn_SubNetwork); lookup("nc_bsc","region_id",utime(StartDate & StartTime,"%d %b %Y %R"), ME_RncFunction_RncModule_PacketDataRouter.nedn_SubNetwork) or lookup("nc_bsc","region_id",utime(StartDate & StartTime,"%d %b %Y %R"), ManagedElement_RncFunction_PdrDevice.nedn_SubNetwork) 
    Configuration Attributes
    PVC_NameA user friendly name preferably unique for the PVC.  ME_RncFunction_RncModule_PacketDataRouter.nedn_SubNetwork & "/" & moid_RncModule & "/" & moid_PacketDataRouter or ManagedElement_RncFunction_PdrDevice.nedn_SubNetwork & "/" & moid_Equipment & "/" & moid_Subrack & "/" & moid_Slot & "/" & moid_PlugInUnit & "/" & moid_SpbDeviceGroup & "/" & moid_SpbDeviceSet & "/" & moid_PdrDevice; ME_RncFunction_RncModule_PacketDataRouter.nedn_SubNetwork & "/" & moid_RncModule & "/" & moid_PacketDataRouter or ManagedElement_RncFunction_PdrDevice.nedn_SubNetwork & "/" & moid_Equipment & "/" & moid_Subrack & "/" & moid_Slot & "/" & moid_PlugInUnit & "/" & moid_SpbDeviceGroup & "/" & moid_SpbDeviceSet & "/" & moid_PdrDevice 
    Node_IdA unique identifier for the Node.  No mapping; No mapping 
    Node_NameA user friendly name preferably unique for the Node.  No mapping; No mapping 
    Node_TypeType of Node (connected to the PVC).  ME_RncFunction_RncModule_PacketDataRouter."RNC" or ManagedElement_RncFunction_PdrDevice."RNC"; ME_RncFunction_RncModule_PacketDataRouter."RNC" or ManagedElement_RncFunction_PdrDevice."RNC" 
    PVC_TypeType of PVC.  No mapping; No mapping 
    PVC_VersionHardware/Software version of the PVC.  ME_RncFunction_RncModule_PacketDataRouter."P7.1" or ManagedElement_RncFunction_PdrDevice."P7.1"; ME_RncFunction_RncModule_PacketDataRouter."P7.1" or ManagedElement_RncFunction_PdrDevice."P7.1" 
    TechnologyTechnology of the network/element (e.g. GSM, GPRS, UMTS).  ME_RncFunction_RncModule_PacketDataRouter."UMTS" or ManagedElement_RncFunction_PdrDevice."UMTS"; ME_RncFunction_RncModule_PacketDataRouter."UMTS" or ManagedElement_RncFunction_PdrDevice."UMTS" 


    6.70 Radio_Link details

    In the network hierarchy, the immediate parent of the Radio_Link object is NodeB.

    Attribute NameDescriptionRead-Only?Time-Tracked?MappingAggregator
    Primary Identifier
    Radio_Link_IdA unique identifier for the Radio Link.Y ME_NodeBFunction_Carrier_RadioLinks.nedn_SubNetwork & "/" & nedn_MeContext & "/" & moid_Sector & "/" & moid_Carrier & "/" & moid_RadioLinks; ME_NodeBFunction_Carrier_RadioLinks.nedn_SubNetwork & "/" & nedn_MeContext & "/" & moid_Sector & "/" & moid_Carrier & "/" & moid_RadioLinks 
    Relationship Attributes
    NodeB_IdA unique identifier for the NodeB.YYME_NodeBFunction_Carrier_RadioLinks.nedn_SubNetwork & "/" & nedn_MeContext; ME_NodeBFunction_Carrier_RadioLinks.nedn_SubNetwork & "/" & nedn_MeContext 
    RNC_IdA unique identifier for the RNC.YYME_NodeBFunction_Carrier_RadioLinks.nedn_SubNetwork; ME_NodeBFunction_Carrier_RadioLinks.nedn_SubNetwork 
    Network_IdIdentifier of the Network/PLMN.YYlookup("nc_bsc","network_id",utime(StartDate & StartTime,"%d %b %Y %R"), nedn_SubNetwork); lookup("nc_bsc","network_id",utime(StartDate & StartTime,"%d %b %Y %R"), nedn_SubNetwork) 
    Region_IdIdentifier of the Region.YYlookup("nc_bsc","region_id",utime(StartDate & StartTime,"%d %b %Y %R"), nedn_SubNetwork); lookup("nc_bsc","region_id",utime(StartDate & StartTime,"%d %b %Y %R"), nedn_SubNetwork) 
    Configuration Attributes
    Radio_Link_NameA user friendly name preferably unique for the Radio Link.  ME_NodeBFunction_Carrier_RadioLinks.nedn_SubNetwork & "/" & nedn_MeContext & "/" & moid_Sector & "/" & moid_Carrier & "/" & moid_RadioLinks; ME_NodeBFunction_Carrier_RadioLinks.nedn_SubNetwork & "/" & nedn_MeContext & "/" & moid_Sector & "/" & moid_Carrier & "/" & moid_RadioLinks 
    Radio_Link_VersionHardware/Software version of the Radio Link.  "P7.1"; "P7.1" 
    TechnologyTechnology of the network/element (e.g. GSM, GPRS, UMTS).  "UMTS"; "UMTS" 


    6.71 RANAP details

    In the network hierarchy, the immediate parent of the RANAP object is RNC.

    Attribute NameDescriptionRead-Only?Time-Tracked?MappingAggregator
    Primary Identifier
    RANAP_IdA unique identifier for the RANAP.Y ManagedElement_RncFunction_CnOperator_IuLink_Ranap.nedn_SubNetwork & "/" & moid_CnOperator & "/" & moid_IuLink & "/" & moid_Ranap; ManagedElement_RncFunction_CnOperator_IuLink_Ranap.nedn_SubNetwork & "/" & moid_CnOperator & "/" & moid_IuLink & "/" & moid_Ranap 
    Relationship Attributes
    RNC_IdA unique identifier for the RNC.YYManagedElement_RncFunction_CnOperator_IuLink_Ranap.nedn_SubNetwork; ManagedElement_RncFunction_CnOperator_IuLink_Ranap.nedn_SubNetwork 
    Region_IdRegion of the RANAP / RNC.YYlookup("nc_bsc","region_id",utime(ManagedElement_RncFunction_CnOperator_IuLink_Ranap.StartDate & StartTime,"%d %b %Y %R"), nedn_SubNetwork); lookup("nc_bsc","region_id",utime(ManagedElement_RncFunction_CnOperator_IuLink_Ranap.StartDate & StartTime,"%d %b %Y %R"), nedn_SubNetwork) 
    Network_IdIdentifier of the Network / PLMN.YYlookup("nc_bsc","network_id",utime(ManagedElement_RncFunction_CnOperator_IuLink_Ranap.StartDate & StartTime,"%d %b %Y %R"), nedn_SubNetwork); lookup("nc_bsc","network_id",utime(ManagedElement_RncFunction_CnOperator_IuLink_Ranap.StartDate & StartTime,"%d %b %Y %R"), nedn_SubNetwork) 
    Configuration Attributes
    RANAP_NameA user friendly name preferably unique for the RANAP object.  ManagedElement_RncFunction_CnOperator_IuLink_Ranap.nedn_SubNetwork & "/" & moid_CnOperator & "/" & moid_IuLink & "/" & moid_Ranap; ManagedElement_RncFunction_CnOperator_IuLink_Ranap.nedn_SubNetwork & "/" & moid_CnOperator & "/" & moid_IuLink & "/" & moid_Ranap 
    VersionHardware/Software version of the object supporting RANAP.  "P7.1"; "P7.1" 
    TechnologyTechnology of the network/element (e.g. GSM, GPRS, UMTS).  "UMTS"; "UMTS" 


    6.72 Region details

    In the network hierarchy, the immediate parent of the Region object is Network.

    Attribute NameDescriptionRead-Only?Time-Tracked?MappingAggregator
    Primary Identifier
    Region_IdRegion associated with the network object.Y ManagedElement_RncFunction.REGION_ID; ManagedElement_RncFunction.REGION_ID; "Populated by customer" 
    Relationship Attributes
    Network_IdNetwork associated with the Region.YYManagedElement_RncFunction.NETWORK_ID; ManagedElement_RncFunction.NETWORK_ID; "Populated by customer" 
    Configuration Attributes
    Region_NameA user friendly name preferably unique for the Region.  "Populated by customer"; "Populated by customer"; "Populated by customer" 


    6.73 RNC_RAB details

    In the network hierarchy, the immediate parents of the RNC_RAB object are: RNC and Region.


    This object is used for Data Availability tracking

    Attribute NameDescriptionRead-Only?Time-Tracked?MappingAggregator
    Primary Identifier
    BSC_RAB_IdA unique identifier for the RNC/BSC RAB.Y ManagedElement_RncFunction_UeRc.nedn_SubNetwork & "/" & moid_UeRc; ManagedElement_RncFunction_UeRc.nedn_SubNetwork & "/" & moid_UeRc 
    Relationship Attributes
    RAB_Type_IdA unique identifier for the RAB Type.YYManagedElement_RncFunction_UeRc.moid_UeRc; ManagedElement_RncFunction_UeRc.moid_UeRc 
    RNC_IdA unique identifier for the RNC.YYManagedElement_RncFunction_UeRc.nedn_SubNetwork; ManagedElement_RncFunction_UeRc.nedn_SubNetwork 
    Network_IdIdentifier of the Network / PLMN.YYlookup("nc_bsc","network_id",utime(StartDate & StartTime,"%d %b %Y %R"), nedn_SubNetwork); lookup("nc_bsc","network_id",utime(StartDate & StartTime,"%d %b %Y %R"), nedn_SubNetwork) 
    Region_IdRegion of the RNC.YYlookup("nc_bsc","region_id",utime(StartDate & StartTime,"%d %b %Y %R"), nedn_SubNetwork); lookup("nc_bsc","region_id",utime(StartDate & StartTime,"%d %b %Y %R"), nedn_SubNetwork) 
    Configuration Attributes
    BSC_RAB_NameA user friendly name preferably unique for the RNC/BSC RAB.  ManagedElement_RncFunction_UeRc.nedn_SubNetwork & "/" & moid_UeRc; ManagedElement_RncFunction_UeRc.nedn_SubNetwork & "/" & moid_UeRc 
    RNC_RAB_VersionHardware/Software version of the RNC/BSC RAB.  "P7.1"; "P7.1" 
    TechnologyTechnology of the network/element (e.g. GSM, GPRS, UMTS).  "UMTS"; "UMTS" 


    6.74 RncCapacity details

    In the network hierarchy, the immediate parent of the RncCapacity object is RNC.

    Attribute NameDescriptionRead-Only?Time-Tracked?MappingAggregator
    Primary Identifier
    RncCapacity_IdUnique identifier for the RncCapacityY ManagedElement_RncCapacity.nedn_SubNetwork&"/"& moid_SystemFunctions &"/" & moid_Licensing &"/"&moid_RncCapacity; ManagedElement_RncCapacity.nedn_SubNetwork&"/"& moid_SystemFunctions &"/" & moid_Licensing &"/"&moid_RncCapacity 
    Relationship Attributes
    Network_IdNetwork associated with the RncCapcityYYlookup("nc_bsc","network_id",utime(StartDate & StartTime,"%d %b %Y %R"), nedn_SubNetwork); lookup("nc_bsc","network_id",utime(StartDate & StartTime,"%d %b %Y %R"), nedn_SubNetwork) 
    Region_IdRegion associated with the RncCapacityYYlookup("nc_bsc","region_id",utime(StartDate & StartTime,"%d %b %Y %R"), nedn_SubNetwork); lookup("nc_bsc","region_id",utime(StartDate & StartTime,"%d %b %Y %R"), nedn_SubNetwork) 
    RNC_IdRNC identifier associated with this RncCapacityYYManagedElement_RncCapacity.nedn_SubNetwork; ManagedElement_RncCapacity.nedn_SubNetwork 
    Configuration Attributes
    RncCapcity_nameA user friendly name preferably unique for the RncCapcity  ManagedElement_RncCapacity.nedn_SubNetwork&"/"& moid_SystemFunctions &"/" & moid_Licensing &"/"&moid_RncCapacity; ManagedElement_RncCapacity.nedn_SubNetwork&"/"& moid_SystemFunctions &"/" & moid_Licensing &"/"&moid_RncCapacity 
    VersionHardward/software version of the RncCapcity object  "P7.1"; "P7.1" 
    TechnologyTechnology of the network/element   "UMTS"; "UMTS" 


    6.75 RNC details

    In the network hierarchy, the immediate parent of the RNC object is SGSN.

    This object is used for Data Availability tracking

    Attribute NameDescriptionRead-Only?Time-Tracked?MappingAggregator
    Primary Identifier
    RNC_IdA unique identifier for the RNC.Y ManagedElement_RncFunction.nedn_SubNetwork; ManagedElement_RncFunction.nedn_SubNetwork; UtranCell.utranCellIubLink_MeContext 
    Relationship Attributes
    MSC_IdThe MSC to which this RNC is connected.YYNo mapping; No mapping; "Populated by customer" 
    Network_IdNetwork associated with the RNC.YYManagedElement_RncFunction.NETWORK_ID; ManagedElement_RncFunction.NETWORK_ID; lookup("nc_bsc","network_id",now(),utranCellIubLink_MeContext) 
    Region_IdRegion associated with the RNC.YYManagedElement_RncFunction.REGION_ID; ManagedElement_RncFunction.REGION_ID; lookup("nc_bsc","region_id",now(),utranCellIubLink_MeContext) 
    SGSN_IdA unique identifier for the SGSN.YY"Populated by customer"; "Populated by customer"; "Populated by customer" 
    Configuration Attributes
    RNC_NameA user friendly name preferably unique for the RNC.  ManagedElement_RncFunction.nedn_SubNetwork; ManagedElement_RncFunction.nedn_SubNetwork; UtranCell.utranCellIubLink_MeContext 
    RNC_VersionHardware/Software version of the RNC.  "P7.1"; "P7.1"; "P7.1" 
    TechnologyTechnology of the network/element (e.g. GSM, GPRS, UMTS).  "UMTS"; "UMTS"; "UMTS" 


    6.76 Routing_Area details

    In the network hierarchy, the immediate parents of the Routing_Area object are: LAC and SGSN.


    Attribute NameDescriptionRead-Only?Time-Tracked?MappingAggregator
    Primary Identifier
    Routing_Area_IdA unique identifier for the Routing_Area.Y ME_RncFunction_LocationArea_RoutingArea.nedn_SubNetwork & "/" & moid_RncFunction & "/" & moid_LocationArea & "/" & moid_RoutingArea; ME_RncFunction_LocationArea_RoutingArea.nedn_SubNetwork & "/" & moid_RncFunction & "/" & moid_LocationArea & "/" & moid_RoutingArea 
    Relationship Attributes
    LAC_IdA unique identifier for the LAC.YYME_RncFunction_LocationArea_RoutingArea.nedn_SubNetwork & "/" & moid_RncFunction & "/" & moid_LocationArea; ME_RncFunction_LocationArea_RoutingArea.nedn_SubNetwork & "/" & moid_RncFunction & "/" & moid_LocationArea 
    Network_IdNetwork associated with the Routing_Area.YYlookup("nc_bsc","network_id",utime(StartDate & StartTime,"%d %b %Y %R"), nedn_SubNetwork); lookup("nc_bsc","network_id",utime(StartDate & StartTime,"%d %b %Y %R"), nedn_SubNetwork) 
    Region_IdRegion associated with the Routing_Area.YYlookup("nc_bsc","region_id",utime(StartDate & StartTime,"%d %b %Y %R"), nedn_SubNetwork); lookup("nc_bsc","region_id",utime(StartDate & StartTime,"%d %b %Y %R"), nedn_SubNetwork) 
    SGSN_IdA unique identifier for the SGSN.YYlookup("nc_bsc","sgsn_id",utime(StartDate & StartTime,"%d %b %Y %R"), nedn_SubNetwork); lookup("nc_bsc","sgsn_id",utime(StartDate & StartTime,"%d %b %Y %R"), nedn_SubNetwork) 
    Configuration Attributes
    Routing_Area_NameA user friendly name preferably unique for the Routing_Area.  ME_RncFunction_LocationArea_RoutingArea.nedn_SubNetwork & "/" & moid_RncFunction & "/" & moid_LocationArea & "/" & moid_RoutingArea; ME_RncFunction_LocationArea_RoutingArea.nedn_SubNetwork & "/" & moid_RncFunction & "/" & moid_LocationArea & "/" & moid_RoutingArea 
    SGSN_Unit_IdA unique identifier for the SGSN Unit.  No mapping; No mapping 


    6.77 SasPositioning details

    In the network hierarchy, the immediate parent of the SasPositioning object is RNC.

    Attribute NameDescriptionRead-Only?Time-Tracked?MappingAggregator
    Primary Identifier
    SasPositioning_IdUnique identifier for the SasPositioning object.Y ME_RncFunction_SasPositioning.nedn_SubNetwork&"/"&moid_saspositioning; ME_RncFunction_SasPositioning.nedn_SubNetwork&"/"&moid_saspositioning 
    Relationship Attributes
    Network_IdNetwork associated with the SasPositioning object.YYlookup("nc_bsc","network_id",utime(StartDate & StartTime,"%d %b %Y %R"), nedn_SubNetwork); lookup("nc_bsc","network_id",utime(StartDate & StartTime,"%d %b %Y %R"), nedn_SubNetwork) 
    Region_IdRegion associated with the Sas Positioning object.YYlookup("nc_bsc","region_id",utime(StartDate & StartTime,"%d %b %Y %R"), nedn_SubNetwork); lookup("nc_bsc","region_id",utime(StartDate & StartTime,"%d %b %Y %R"), nedn_SubNetwork) 
    RNC_IdRNC associated with the SasPositioning object.YYME_RncFunction_SasPositioning.nedn_SubNetwork; ME_RncFunction_SasPositioning.nedn_SubNetwork 
    Configuration Attributes
    SasPositioning_NameA user-friendly name preferably unique for the SasPositioning object.  ME_RncFunction_SasPositioning.nedn_SubNetwork&"/"&moid_saspositioning; ME_RncFunction_SasPositioning.nedn_SubNetwork&"/"&moid_saspositioning 
    VersionVersion associated with the SasPositioning object.  "P7.1"; "P7.1" 
    TechnologyTechnology associated with the SasPositioning object.  "UMTS"; "UMTS" 


    6.78 SCCP_Acct_Criteria details

    In the network hierarchy, the immediate parent of the SCCP_Acct_Criteria object is SCCP_SCRC.

    Attribute NameDescriptionRead-Only?Time-Tracked?MappingAggregator
    Primary Identifier
    SCCP_Accounting_Criteria_IdA unique identifier for the SCCP Accounting functionality in a UTRAN network.Y RNC_Signaling_Connection_Ctrl_Acc_Criteria.nedn_SubNetwork & "/" & moid_SccpSp & "/" & moid_SccpScrc & "/" & moid_SccpAccountingCriteria; RNC_Signaling_Connection_Ctrl_Acc_Criteria.nedn_SubNetwork & "/" & moid_SccpSp & "/" & moid_SccpScrc & "/" & moid_SccpAccountingCriteria 
    Relationship Attributes
    RNC_IdRNC in a UTRAN network.YYRNC_Signaling_Connection_Ctrl_Acc_Criteria.nedn_SubNetwork; RNC_Signaling_Connection_Ctrl_Acc_Criteria.nedn_SubNetwork 
    SCCP_SCRC_IdSCCP Routing Control.YYRNC_Signaling_Connection_Ctrl_Acc_Criteria.nedn_SubNetwork & "/" & moid_SccpSp & "/" & moid_SccpScrc; RNC_Signaling_Connection_Ctrl_Acc_Criteria.nedn_SubNetwork & "/" & moid_SccpSp & "/" & moid_SccpScrc 
    Network_IdNetwork associated with the SCCP Accounting Criteria.YYlookup("nc_bsc","network_id",utime(StartDate & StartTime,"%d %b %Y %R"), nedn_SubNetwork); lookup("nc_bsc","network_id",utime(StartDate & StartTime,"%d %b %Y %R"), nedn_SubNetwork) 
    SCCP_SP_IdSCCP Signalling Point.YYRNC_Signaling_Connection_Ctrl_Acc_Criteria.nedn_SubNetwork & "/" & moid_SccpSp; RNC_Signaling_Connection_Ctrl_Acc_Criteria.nedn_SubNetwork & "/" & moid_SccpSp 
    Region_IdRegion associated with the SCCP Accounting Criteria object.YYlookup("nc_bsc","region_id",utime(StartDate & StartTime,"%d %b %Y %R"), nedn_SubNetwork); lookup("nc_bsc","region_id",utime(StartDate & StartTime,"%d %b %Y %R"), nedn_SubNetwork) 
    Configuration Attributes
    SCCP_Accounting_Criteria_NameA user friendly name preferably unique for the SCCP Accounting.  RNC_Signaling_Connection_Ctrl_Acc_Criteria.nedn_SubNetwork & "/" & moid_SccpSp & "/" & moid_SccpScrc & "/" & moid_SccpAccountingCriteria; RNC_Signaling_Connection_Ctrl_Acc_Criteria.nedn_SubNetwork & "/" & moid_SccpSp & "/" & moid_SccpScrc & "/" & moid_SccpAccountingCriteria 
    TechnologyTechnology of the network/element (e.g. GSM, GPRS, UMTS).  "UMTS"; "UMTS" 
    VersionHardware/Software version of the SCCP Accounting Criteria.  "P7.1"; "P7.1" 
    Node_IdThe unique identifier for the node this object is connected to.  No mapping; No mapping 
    Node_TypeThe type of network element of the node this object is connected to.  RNC_Signaling_Connection_Ctrl_Acc_Criteria."RNC"; RNC_Signaling_Connection_Ctrl_Acc_Criteria."RNC" 
    Node_NameA user friendly name for this node the object is connected to.  No mapping; No mapping 


    6.79 SCCP_Policing details

    In the network hierarchy, the immediate parent of the SCCP_Policing object is SCCP_SCRC.

    Attribute NameDescriptionRead-Only?Time-Tracked?MappingAggregator
    Primary Identifier
    SCCP_Policing_IdA unique identifier for the SCCP signalling link in a UTRAN network.Y RNC_Signaling_Connection_Control_Policing.nedn_SubNetwork & "/" & moid_SccpSp & "/" & moid_SccpScrc & "/" & moid_SccpPolicing; RNC_Signaling_Connection_Control_Policing.nedn_SubNetwork & "/" & moid_SccpSp & "/" & moid_SccpScrc & "/" & moid_SccpPolicing 
    Relationship Attributes
    RNC_IdRNC in a UTRAN network.YYRNC_Signaling_Connection_Control_Policing.nedn_SubNetwork; RNC_Signaling_Connection_Control_Policing.nedn_SubNetwork 
    Sccp_Scrc_IdSCCP routing control.YYRNC_Signaling_Connection_Control_Policing.nedn_SubNetwork & "/" & moid_SccpSp & "/" & moid_SccpScrc; RNC_Signaling_Connection_Control_Policing.nedn_SubNetwork & "/" & moid_SccpSp & "/" & moid_SccpScrc 
    Network_IdNetwork associated with the SCCP Policing.YYlookup("nc_bsc","network_id",utime(StartDate & StartTime,"%d %b %Y %R"), nedn_SubNetwork); lookup("nc_bsc","network_id",utime(StartDate & StartTime,"%d %b %Y %R"), nedn_SubNetwork) 
    SCCP_SP_IdSCCP Signalling Point.YYRNC_Signaling_Connection_Control_Policing.nedn_SubNetwork & "/" & moid_SccpSp; RNC_Signaling_Connection_Control_Policing.nedn_SubNetwork & "/" & moid_SccpSp 
    Region_IdRegion associated with the SCCP Policing object.YYlookup("nc_bsc","region_id",utime(StartDate & StartTime,"%d %b %Y %R"), nedn_SubNetwork); lookup("nc_bsc","region_id",utime(StartDate & StartTime,"%d %b %Y %R"), nedn_SubNetwork) 
    Configuration Attributes
    SCCP_Policing_NameA user friendly name preferably unique for the SCCP Policing.  RNC_Signaling_Connection_Control_Policing.nedn_SubNetwork & "/" & moid_SccpSp & "/" & moid_SccpScrc & "/" & moid_SccpPolicing; RNC_Signaling_Connection_Control_Policing.nedn_SubNetwork & "/" & moid_SccpSp & "/" & moid_SccpScrc & "/" & moid_SccpPolicing 
    TechnologyTechnology of the network/element (e.g. GSM, GPRS, UMTS).  "UMTS"; "UMTS" 
    VersionHardware/Software version of the SCCP Policing.  "P7.1"; "P7.1" 
    Node_IdThe unique identifier for the node this object is connected to.  No mapping; No mapping 
    Node_NameA user friendly name for this node the object is connected to.  No mapping; No mapping 
    Node_TypeThe type of network element of the node this object is connected to.  RNC_Signaling_Connection_Control_Policing."RNC"; RNC_Signaling_Connection_Control_Policing."RNC" 


    6.80 SCCP_SCRC details

    In the network hierarchy, the immediate parent of the SCCP_SCRC object is SCCP_SP.

    Attribute NameDescriptionRead-Only?Time-Tracked?MappingAggregator
    Primary Identifier
    SCCP_SCRC_IdA unique identifier for the SCCP signalling link in a UTRAN network.Y RNC_Signaling_Connection_Control.nedn_SubNetwork & "/" & moid_SccpSp & "/" & moid_SccpScrc; RNC_Signaling_Connection_Control.nedn_SubNetwork & "/" & moid_SccpSp & "/" & moid_SccpScrc 
    Relationship Attributes
    Network_IdNetwork associated with the SCCP SCRC.YYlookup("nc_bsc","network_id",utime(StartDate & StartTime,"%d %b %Y %R"), nedn_SubNetwork); lookup("nc_bsc","network_id",utime(StartDate & StartTime,"%d %b %Y %R"), nedn_SubNetwork) 
    RNC_IdRNC in a UTRAN network.YYRNC_Signaling_Connection_Control.nedn_SubNetwork; RNC_Signaling_Connection_Control.nedn_SubNetwork 
    SCCP_SP_IdSCCP Signaling Point.YYRNC_Signaling_Connection_Control.nedn_SubNetwork & "/" & moid_SccpSp; RNC_Signaling_Connection_Control.nedn_SubNetwork & "/" & moid_SccpSp 
    Region_IdRegion associated with the SCCP SCRC.YYlookup("nc_bsc","region_id",utime(StartDate & StartTime,"%d %b %Y %R"), nedn_SubNetwork); lookup("nc_bsc","region_id",utime(StartDate & StartTime,"%d %b %Y %R"), nedn_SubNetwork) 
    Configuration Attributes
    SCCP_SCRC_NameA user friendly name preferably unique for SCCP SCRC.  RNC_Signaling_Connection_Control.nedn_SubNetwork & "/" & moid_SccpSp & "/" & moid_SccpScrc; RNC_Signaling_Connection_Control.nedn_SubNetwork & "/" & moid_SccpSp & "/" & moid_SccpScrc 
    TechnologyTechnology of the network/element (e.g. GSM, GPRS, UMTS).  "UMTS"; "UMTS" 
    VersionHardware/Software version of the SCCP SCRC.  "P7.1"; "P7.1" 
    Node_IdThe unique identifier for the node this object is connected to.  No mapping; No mapping 
    Node_TypeThe type of network element of the node this object is connected to.  RNC_Signaling_Connection_Control."RNC"; RNC_Signaling_Connection_Control."RNC" 
    Node_NameA user friendly name for this node the object is connected to.  No mapping; No mapping 


    6.81 SCCP_SP details

    In the network hierarchy, the immediate parent of the SCCP_SP object is RNC.

    Attribute NameDescriptionRead-Only?Time-Tracked?MappingAggregator
    Primary Identifier
    SCCP_SP_IdA unique identifier for the SCCP signalling link in a UTRAN network.Y RNC_Signaling_Connection_Control_SccpSp.nedn_SubNetwork & "/" & moid_SccpSp; RNC_Signaling_Connection_Control_SccpSp.nedn_SubNetwork & "/" & moid_SccpSp 
    Relationship Attributes
    RNC_IdRNC in a UTRAN network.YYRNC_Signaling_Connection_Control_SccpSp.nedn_SubNetwork; RNC_Signaling_Connection_Control_SccpSp.nedn_SubNetwork 
    Network_IdNetwork associated with the SCCP SP.YYlookup("nc_bsc","network_id",utime(StartDate & StartTime,"%d %b %Y %R"), nedn_SubNetwork); lookup("nc_bsc","network_id",utime(StartDate & StartTime,"%d %b %Y %R"), nedn_SubNetwork) 
    Region_IdRegion associated with the SCCP SP.YYlookup("nc_bsc","region_id",utime(StartDate & StartTime,"%d %b %Y %R"), nedn_SubNetwork); lookup("nc_bsc","region_id",utime(StartDate & StartTime,"%d %b %Y %R"), nedn_SubNetwork) 
    Configuration Attributes
    SCCP_SP_NameA user friendly name preferably unique for the SCCP SP.  RNC_Signaling_Connection_Control_SccpSp.nedn_SubNetwork & "/" & moid_SccpSp; RNC_Signaling_Connection_Control_SccpSp.nedn_SubNetwork & "/" & moid_SccpSp 
    TechnologyTechnology of the network/element (e.g. GSM, GPRS, UMTS).  "UMTS"; "UMTS" 
    VersionHardware/Software version of the SCCP SP.  "P7.1"; "P7.1" 
    Node_IdThe unique identifier for the node this object is connected to.  No mapping; No mapping 
    Node_TypeThe type of network element of the node this object is connected to.  RNC_Signaling_Connection_Control_SccpSp."RNC"; RNC_Signaling_Connection_Control_SccpSp."RNC" 
    Node_NameA user friendly name for this node the object is connected to.  No mapping; No mapping 


    6.82 SCTP details

    In the network hierarchy, the immediate parents of the SCTP object are: Region and RNC.


    Attribute NameDescriptionRead-Only?Time-Tracked?MappingAggregator
    Primary Identifier
    SCTP_IdUnique identifier for the SCTP.Y RNC_SCTP.nedn_SubNetwork & "/" & moid_Sctp or NODEB_SCTP.nedn_SubNetwork & "/" & nedn_MeContext & "/" & moid_Sctp; RNC_SCTP.nedn_SubNetwork & "/" & moid_Sctp or NODEB_SCTP.nedn_SubNetwork & "/" & nedn_MeContext & "/" & moid_Sctp 
    Relationship Attributes
    MSC_IdMSC IDYYNo mapping; No mapping 
    Region_IdRegion associated with the SCTP.YYlookup("nc_bsc","region_id",utime(StartDate & StartTime,"%d %b %Y %R"), RNC_SCTP.nedn_SubNetwork) or lookup("nc_bsc","region_id",utime(StartDate & StartTime,"%d %b %Y %R"), NODEB_SCTP.nedn_SubNetwork); lookup("nc_bsc","region_id",utime(StartDate & StartTime,"%d %b %Y %R"), RNC_SCTP.nedn_SubNetwork) or lookup("nc_bsc","region_id",utime(StartDate & StartTime,"%d %b %Y %R"), NODEB_SCTP.nedn_SubNetwork) 
    Network_IdNetwork associated with the SCTP.YYlookup("nc_bsc","network_id",utime(StartDate & StartTime,"%d %b %Y %R"), RNC_SCTP.nedn_SubNetwork) or lookup("nc_bsc","network_id",utime(StartDate & StartTime,"%d %b %Y %R"), NODEB_SCTP.nedn_SubNetwork); lookup("nc_bsc","network_id",utime(StartDate & StartTime,"%d %b %Y %R"), RNC_SCTP.nedn_SubNetwork) or lookup("nc_bsc","network_id",utime(StartDate & StartTime,"%d %b %Y %R"), NODEB_SCTP.nedn_SubNetwork) 
    RNC_IdRNC in a UTRAN network.YYRNC_SCTP.nedn_SubNetwork or NODEB_SCTP.nedn_SubNetwork; RNC_SCTP.nedn_SubNetwork or NODEB_SCTP.nedn_SubNetwork 
    NodeB_IdNodeB in a UTRAN network.YYNODEB_SCTP.nedn_SubNetwork & "/" & nedn_MeContext; NODEB_SCTP.nedn_SubNetwork & "/" & nedn_MeContext 
    Configuration Attributes
    SCTP_NameA user friendly name preferably unique for SCTP.  RNC_SCTP.nedn_SubNetwork & "/" & moid_Sctp or NODEB_SCTP.nedn_SubNetwork & "/" & nedn_MeContext & "/" & moid_Sctp; RNC_SCTP.nedn_SubNetwork & "/" & moid_Sctp or NODEB_SCTP.nedn_SubNetwork & "/" & nedn_MeContext & "/" & moid_Sctp 
    Node_TypeThe type of network element of the node this object is connected to.  RNC_SCTP."RNC" or NODEB_SCTP."NodeB"; RNC_SCTP."RNC" or NODEB_SCTP."NodeB" 
    Node_IdThe unique identifier for the node this object is connected to.  No mapping; No mapping 
    Node_NameA user friendly name for this node the object is connected to.  No mapping; No mapping 
    VersionHardware/Software version of the equipment supporting the SCTP.  RNC_SCTP."P7.1" or NODEB_SCTP."P7.1"; RNC_SCTP."P7.1" or NODEB_SCTP."P7.1" 
    TechnologyTechnology of the network/element (e.g. GSM, GPRS, UMTS).  RNC_SCTP."UMTS" or NODEB_SCTP."UMTS"; RNC_SCTP."UMTS" or NODEB_SCTP."UMTS" 


    6.83 SONET_STS1 details

    In the network hierarchy, the immediate parent of the SONET_STS1 object is OS155_Phys_Path_Term.

    Attribute NameDescriptionRead-Only?Time-Tracked?MappingAggregator
    Primary Identifier
    SONET_STS1_IdA unique identifier for the SONET STS1 higher order path.Y RNC_STS1_TP.nedn_SubNetwork & "/" & moid_Equipment & "/" & moid_Subrack & "/" & moid_Slot & "/" & moid_PlugInUnit & "/" & moid_ExchangeTerminal & "/" & moid_Os155PhysPathTerm & "/" & moid_Sts1SpeTtp Or NODEB_STS1_TP.nedn_SubNetwork & "/" & nedn_MeContext & "/" & moid_Equipment & "/" & moid_Subrack & "/" & moid_Slot & "/" & moid_PlugInUnit & "/" & moid_ExchangeTerminal & "/" & moid_Os155PhysPathTerm & "/" & moid_Sts1SpeTtp or RXI_STS1_TP.nedn_SubNetwork & "/" & nedn_MeContext & "/" & moid_Equipment & "/" & moid_Subrack & "/" & moid_Slot & "/" & moid_PlugInUnit & "/" & moid_ExchangeTerminal & "/" & moid_Os155PhysPathTerm & "/" & moid_Sts1SpeTtp; RNC_STS1_TP.nedn_SubNetwork & "/" & moid_Equipment & "/" & moid_Subrack & "/" & moid_Slot & "/" & moid_PlugInUnit & "/" & moid_ExchangeTerminal & "/" & moid_Os155PhysPathTerm & "/" & moid_Sts1SpeTtp Or NODEB_STS1_TP.nedn_SubNetwork & "/" & nedn_MeContext & "/" & moid_Equipment & "/" & moid_Subrack & "/" & moid_Slot & "/" & moid_PlugInUnit & "/" & moid_ExchangeTerminal & "/" & moid_Os155PhysPathTerm & "/" & moid_Sts1SpeTtp or RXI_STS1_TP.nedn_SubNetwork & "/" & nedn_MeContext & "/" & moid_Equipment & "/" & moid_Subrack & "/" & moid_Slot & "/" & moid_PlugInUnit & "/" & moid_ExchangeTerminal & "/" & moid_Os155PhysPathTerm & "/" & moid_Sts1SpeTtp 
    Relationship Attributes
    NodeB_IdNodeB in a UTRAN network.YYNODEB_STS1_TP.nedn_SubNetwork & "/" & nedn_MeContext; NODEB_STS1_TP.nedn_SubNetwork & "/" & nedn_MeContext 
    Plug_In_Unit_IdEquipment Plug In Unit in a UTRAN network.YYRNC_STS1_TP.nedn_SubNetwork & "/" & moid_Equipment & "/" & moid_Subrack & "/" & moid_Slot & "/" & moid_PlugInUnit or NODEB_STS1_TP.nedn_SubNetwork & "/" & nedn_MeContext & "/" & moid_Equipment & "/" & moid_Subrack & "/" & moid_Slot & "/" & moid_PlugInUnit or RXI_STS1_TP.nedn_SubNetwork & "/" & nedn_MeContext & "/" & moid_Equipment & "/" & moid_Subrack & "/" & moid_Slot & "/" & moid_PlugInUnit; RNC_STS1_TP.nedn_SubNetwork & "/" & moid_Equipment & "/" & moid_Subrack & "/" & moid_Slot & "/" & moid_PlugInUnit or NODEB_STS1_TP.nedn_SubNetwork & "/" & nedn_MeContext & "/" & moid_Equipment & "/" & moid_Subrack & "/" & moid_Slot & "/" & moid_PlugInUnit or RXI_STS1_TP.nedn_SubNetwork & "/" & nedn_MeContext & "/" & moid_Equipment & "/" & moid_Subrack & "/" & moid_Slot & "/" & moid_PlugInUnit 
    RNC_IdRNC in a UTRAN network.YYRNC_STS1_TP.nedn_SubNetwork or NODEB_STS1_TP.nedn_SubNetwork or RXI_STS1_TP.nedn_SubNetwork; RNC_STS1_TP.nedn_SubNetwork or NODEB_STS1_TP.nedn_SubNetwork or RXI_STS1_TP.nedn_SubNetwork 
    OS155_Phys_Path_Term_Id155 Mbit/s connections.YYRNC_STS1_TP.nedn_SubNetwork & "/" & moid_Equipment & "/" & moid_Subrack & "/" & moid_Slot & "/" & moid_PlugInUnit & "/" & moid_ExchangeTerminal & "/" & moid_Os155PhysPathTerm or NODEB_STS1_TP.nedn_SubNetwork & "/" & nedn_MeContext & "/" & moid_Equipment & "/" & moid_Subrack & "/" & moid_Slot & "/" & moid_PlugInUnit & "/" & moid_ExchangeTerminal & "/" & moid_Os155PhysPathTerm or RXI_STS1_TP.nedn_SubNetwork & "/" & nedn_MeContext & "/" & moid_Equipment & "/" & moid_Subrack & "/" & moid_Slot & "/" & moid_PlugInUnit & "/" & moid_ExchangeTerminal & "/" & moid_Os155PhysPathTerm; RNC_STS1_TP.nedn_SubNetwork & "/" & moid_Equipment & "/" & moid_Subrack & "/" & moid_Slot & "/" & moid_PlugInUnit & "/" & moid_ExchangeTerminal & "/" & moid_Os155PhysPathTerm or NODEB_STS1_TP.nedn_SubNetwork & "/" & nedn_MeContext & "/" & moid_Equipment & "/" & moid_Subrack & "/" & moid_Slot & "/" & moid_PlugInUnit & "/" & moid_ExchangeTerminal & "/" & moid_Os155PhysPathTerm or RXI_STS1_TP.nedn_SubNetwork & "/" & nedn_MeContext & "/" & moid_Equipment & "/" & moid_Subrack & "/" & moid_Slot & "/" & moid_PlugInUnit & "/" & moid_ExchangeTerminal & "/" & moid_Os155PhysPathTerm 
    Network_IdNetwork associated with the SONET STS1.YYlookup("nc_bsc","network_id",utime(StartDate & StartTime,"%d %b %Y %R"), RNC_STS1_TP.nedn_SubNetwork) or lookup("nc_bsc","network_id",utime(StartDate & StartTime,"%d %b %Y %R"), NODEB_STS1_TP.nedn_SubNetwork) or lookup("nc_bsc","network_id",utime(StartDate & StartTime,"%d %b %Y %R"), RXI_STS1_TP.nedn_SubNetwork); lookup("nc_bsc","network_id",utime(StartDate & StartTime,"%d %b %Y %R"), RNC_STS1_TP.nedn_SubNetwork) or lookup("nc_bsc","network_id",utime(StartDate & StartTime,"%d %b %Y %R"), NODEB_STS1_TP.nedn_SubNetwork) or lookup("nc_bsc","network_id",utime(StartDate & StartTime,"%d %b %Y %R"), RXI_STS1_TP.nedn_SubNetwork) 
    Region_IdRegion associated with the SONET STS1.YYlookup("nc_bsc","region_id",utime(StartDate & StartTime,"%d %b %Y %R"), RNC_STS1_TP.nedn_SubNetwork) or lookup("nc_bsc","region_id",utime(StartDate & StartTime,"%d %b %Y %R"), NODEB_STS1_TP.nedn_SubNetwork) or lookup("nc_bsc","region_id",utime(StartDate & StartTime,"%d %b %Y %R"), RXI_STS1_TP.nedn_SubNetwork); lookup("nc_bsc","region_id",utime(StartDate & StartTime,"%d %b %Y %R"), RNC_STS1_TP.nedn_SubNetwork) or lookup("nc_bsc","region_id",utime(StartDate & StartTime,"%d %b %Y %R"), NODEB_STS1_TP.nedn_SubNetwork) or lookup("nc_bsc","region_id",utime(StartDate & StartTime,"%d %b %Y %R"), RXI_STS1_TP.nedn_SubNetwork) 
    Configuration Attributes
    SONET_STS1_NameA user friendly name preferably unique for the STS1SPETtp.  RNC_STS1_TP.nedn_SubNetwork & "/" & moid_Equipment & "/" & moid_Subrack & "/" & moid_Slot & "/" & moid_PlugInUnit & "/" & moid_ExchangeTerminal & "/" & moid_Os155PhysPathTerm & "/" & moid_Sts1SpeTtp Or NODEB_STS1_TP.nedn_SubNetwork & "/" & nedn_MeContext & "/" & moid_Equipment & "/" & moid_Subrack & "/" & moid_Slot & "/" & moid_PlugInUnit & "/" & moid_ExchangeTerminal & "/" & moid_Os155PhysPathTerm & "/" & moid_Sts1SpeTtp or RXI_STS1_TP.nedn_SubNetwork & "/" & nedn_MeContext & "/" & moid_Equipment & "/" & moid_Subrack & "/" & moid_Slot & "/" & moid_PlugInUnit & "/" & moid_ExchangeTerminal & "/" & moid_Os155PhysPathTerm & "/" & moid_Sts1SpeTtp; RNC_STS1_TP.nedn_SubNetwork & "/" & moid_Equipment & "/" & moid_Subrack & "/" & moid_Slot & "/" & moid_PlugInUnit & "/" & moid_ExchangeTerminal & "/" & moid_Os155PhysPathTerm & "/" & moid_Sts1SpeTtp Or NODEB_STS1_TP.nedn_SubNetwork & "/" & nedn_MeContext & "/" & moid_Equipment & "/" & moid_Subrack & "/" & moid_Slot & "/" & moid_PlugInUnit & "/" & moid_ExchangeTerminal & "/" & moid_Os155PhysPathTerm & "/" & moid_Sts1SpeTtp or RXI_STS1_TP.nedn_SubNetwork & "/" & nedn_MeContext & "/" & moid_Equipment & "/" & moid_Subrack & "/" & moid_Slot & "/" & moid_PlugInUnit & "/" & moid_ExchangeTerminal & "/" & moid_Os155PhysPathTerm & "/" & moid_Sts1SpeTtp 
    TechnologyTechnology of the network/element (e.g. GSM, GPRS, UMTS).  RNC_STS1_TP."UMTS" or NODEB_STS1_TP."UMTS" or RXI_STS1_TP."UMTS"; RNC_STS1_TP."UMTS" or NODEB_STS1_TP."UMTS" or RXI_STS1_TP."UMTS" 
    VersionHardware/Software version of the SONET STS1.  RNC_STS1_TP."P7.1" or NODEB_STS1_TP."P7.1" or RXI_STS1_TP."P7.1"; RNC_STS1_TP."P7.1" or NODEB_STS1_TP."P7.1" or RXI_STS1_TP."P7.1" 
    Node_TypeType of Node.  RNC_STS1_TP."RNC" or NODEB_STS1_TP."NodeB" or RXI_STS1_TP."RXI"; RNC_STS1_TP."RNC" or NODEB_STS1_TP."NodeB" or RXI_STS1_TP."RXI" 
    Node_IdThe unique identifier for the node this object is connected to.  No mapping; No mapping 
    Node_NameA user friendly name for this node the object is connected to.  No mapping; No mapping 


    6.84 SONET_STS3 details

    In the network hierarchy, the immediate parent of the SONET_STS3 object is OS155_Phys_Path_Term.

    Attribute NameDescriptionRead-Only?Time-Tracked?MappingAggregator
    Primary Identifier
    SONET_STS3_IdA unique identifier for the STS3 SONET higher order path.Y RNC_STS3_TP.nedn_SubNetwork & "/" & moid_Equipment & "/" & moid_Subrack & "/" & moid_Slot & "/" & moid_PlugInUnit & "/" & moid_ExchangeTerminal & "/" & moid_Os155SpiTtp & "/" & moid_Sts3CspeTtp Or NODEB_STS3_TP.nedn_SubNetwork & "/" & nedn_MeContext & "/" & moid_Equipment & "/" & moid_Subrack & "/" & moid_Slot & "/" & moid_PlugInUnit & "/" & moid_ExchangeTerminal & "/" & moid_Os155PhysPathTerm & "/" & moid_Sts3CspeTtp or RXI_STS3_TP.nedn_SubNetwork & "/" & nedn_MeContext & "/" & moid_Equipment & "/" & moid_Subrack & "/" & moid_Slot & "/" & moid_PlugInUnit & "/" & moid_ExchangeTerminal & "/" & moid_Os155PhysPathTerm & "/" & moid_Sts3CspeTtp; RNC_STS3_TP.nedn_SubNetwork & "/" & moid_Equipment & "/" & moid_Subrack & "/" & moid_Slot & "/" & moid_PlugInUnit & "/" & moid_ExchangeTerminal & "/" & moid_Os155SpiTtp & "/" & moid_Sts3CspeTtp Or NODEB_STS3_TP.nedn_SubNetwork & "/" & nedn_MeContext & "/" & moid_Equipment & "/" & moid_Subrack & "/" & moid_Slot & "/" & moid_PlugInUnit & "/" & moid_ExchangeTerminal & "/" & moid_Os155PhysPathTerm & "/" & moid_Sts3CspeTtp or RXI_STS3_TP.nedn_SubNetwork & "/" & nedn_MeContext & "/" & moid_Equipment & "/" & moid_Subrack & "/" & moid_Slot & "/" & moid_PlugInUnit & "/" & moid_ExchangeTerminal & "/" & moid_Os155PhysPathTerm & "/" & moid_Sts3CspeTtp 
    Relationship Attributes
    NodeB_IdNodeB in a UTRAN network.YYNODEB_STS3_TP.nedn_SubNetwork & "/" & nedn_MeContext; NODEB_STS3_TP.nedn_SubNetwork & "/" & nedn_MeContext 
    RNC_IdRNC in a UTRAN network.YYRNC_STS3_TP.nedn_SubNetwork or NODEB_STS3_TP.nedn_SubNetwork or RXI_STS3_TP.nedn_SubNetwork; RNC_STS3_TP.nedn_SubNetwork or NODEB_STS3_TP.nedn_SubNetwork or RXI_STS3_TP.nedn_SubNetwork 
    Plug_In_Unit_IdEquipment Plug In Unit in a UTRAN network.YYRNC_STS3_TP.nedn_SubNetwork & "/" & moid_Equipment & "/" & moid_Subrack & "/" & moid_Slot & "/" & moid_PlugInUnit or NODEB_STS3_TP.nedn_SubNetwork & "/" & nedn_MeContext & "/" & moid_Equipment & "/" & moid_Subrack & "/" & moid_Slot & "/" & moid_PlugInUnit or RXI_STS3_TP.nedn_SubNetwork & "/" & nedn_MeContext & "/" & moid_Equipment & "/" & moid_Subrack & "/" & moid_Slot & "/" & moid_PlugInUnit; RNC_STS3_TP.nedn_SubNetwork & "/" & moid_Equipment & "/" & moid_Subrack & "/" & moid_Slot & "/" & moid_PlugInUnit or NODEB_STS3_TP.nedn_SubNetwork & "/" & nedn_MeContext & "/" & moid_Equipment & "/" & moid_Subrack & "/" & moid_Slot & "/" & moid_PlugInUnit or RXI_STS3_TP.nedn_SubNetwork & "/" & nedn_MeContext & "/" & moid_Equipment & "/" & moid_Subrack & "/" & moid_Slot & "/" & moid_PlugInUnit 
    OS155_Phys_Path_Term_Id155 Mbit/s connections link.YYRNC_STS3_TP.nedn_SubNetwork & "/" & moid_Equipment & "/" & moid_Subrack & "/" & moid_Slot & "/" & moid_PlugInUnit & "/" & moid_ExchangeTerminal & "/" & moid_Os155SpiTtp or NODEB_STS3_TP.nedn_SubNetwork & "/" & nedn_MeContext & "/" & moid_Equipment & "/" & moid_Subrack & "/" & moid_Slot & "/" & moid_PlugInUnit & "/" & moid_ExchangeTerminal & "/" & moid_Os155PhysPathTerm or RXI_STS3_TP.nedn_SubNetwork & "/" & nedn_MeContext & "/" & moid_Equipment & "/" & moid_Subrack & "/" & moid_Slot & "/" & moid_PlugInUnit & "/" & moid_ExchangeTerminal & "/" & moid_Os155PhysPathTerm; RNC_STS3_TP.nedn_SubNetwork & "/" & moid_Equipment & "/" & moid_Subrack & "/" & moid_Slot & "/" & moid_PlugInUnit & "/" & moid_ExchangeTerminal & "/" & moid_Os155SpiTtp or NODEB_STS3_TP.nedn_SubNetwork & "/" & nedn_MeContext & "/" & moid_Equipment & "/" & moid_Subrack & "/" & moid_Slot & "/" & moid_PlugInUnit & "/" & moid_ExchangeTerminal & "/" & moid_Os155PhysPathTerm or RXI_STS3_TP.nedn_SubNetwork & "/" & nedn_MeContext & "/" & moid_Equipment & "/" & moid_Subrack & "/" & moid_Slot & "/" & moid_PlugInUnit & "/" & moid_ExchangeTerminal & "/" & moid_Os155PhysPathTerm 
    Network_IdNetwork associated with the SONET STS3.YYlookup("nc_bsc","network_id",utime(StartDate & StartTime,"%d %b %Y %R"), RNC_STS3_TP.nedn_SubNetwork) or lookup("nc_bsc","network_id",utime(StartDate & StartTime,"%d %b %Y %R"), NODEB_STS3_TP.nedn_SubNetwork) or lookup("nc_bsc","network_id",utime(StartDate & StartTime,"%d %b %Y %R"), RXI_STS3_TP.nedn_SubNetwork); lookup("nc_bsc","network_id",utime(StartDate & StartTime,"%d %b %Y %R"), RNC_STS3_TP.nedn_SubNetwork) or lookup("nc_bsc","network_id",utime(StartDate & StartTime,"%d %b %Y %R"), NODEB_STS3_TP.nedn_SubNetwork) or lookup("nc_bsc","network_id",utime(StartDate & StartTime,"%d %b %Y %R"), RXI_STS3_TP.nedn_SubNetwork) 
    Region_IdRegion associated with the SONET STS3.YYlookup("nc_bsc","region_id",utime(StartDate & StartTime,"%d %b %Y %R"), RNC_STS3_TP.nedn_SubNetwork) or lookup("nc_bsc","region_id",utime(StartDate & StartTime,"%d %b %Y %R"), NODEB_STS3_TP.nedn_SubNetwork) or lookup("nc_bsc","region_id",utime(StartDate & StartTime,"%d %b %Y %R"), RXI_STS3_TP.nedn_SubNetwork); lookup("nc_bsc","region_id",utime(StartDate & StartTime,"%d %b %Y %R"), RNC_STS3_TP.nedn_SubNetwork) or lookup("nc_bsc","region_id",utime(StartDate & StartTime,"%d %b %Y %R"), NODEB_STS3_TP.nedn_SubNetwork) or lookup("nc_bsc","region_id",utime(StartDate & StartTime,"%d %b %Y %R"), RXI_STS3_TP.nedn_SubNetwork) 
    Configuration Attributes
    SONET_STS3_NameA user friendly name preferably unique for the STS3CSPETtp.  RNC_STS3_TP.nedn_SubNetwork & "/" & moid_Equipment & "/" & moid_Subrack & "/" & moid_Slot & "/" & moid_PlugInUnit & "/" & moid_ExchangeTerminal & "/" & moid_Os155SpiTtp & "/" & moid_Sts3CspeTtp Or NODEB_STS3_TP.nedn_SubNetwork & "/" & nedn_MeContext & "/" & moid_Equipment & "/" & moid_Subrack & "/" & moid_Slot & "/" & moid_PlugInUnit & "/" & moid_ExchangeTerminal & "/" & moid_Os155PhysPathTerm & "/" & moid_Sts3CspeTtp or RXI_STS3_TP.nedn_SubNetwork & "/" & nedn_MeContext & "/" & moid_Equipment & "/" & moid_Subrack & "/" & moid_Slot & "/" & moid_PlugInUnit & "/" & moid_ExchangeTerminal & "/" & moid_Os155PhysPathTerm & "/" & moid_Sts3CspeTtp; RNC_STS3_TP.nedn_SubNetwork & "/" & moid_Equipment & "/" & moid_Subrack & "/" & moid_Slot & "/" & moid_PlugInUnit & "/" & moid_ExchangeTerminal & "/" & moid_Os155SpiTtp & "/" & moid_Sts3CspeTtp Or NODEB_STS3_TP.nedn_SubNetwork & "/" & nedn_MeContext & "/" & moid_Equipment & "/" & moid_Subrack & "/" & moid_Slot & "/" & moid_PlugInUnit & "/" & moid_ExchangeTerminal & "/" & moid_Os155PhysPathTerm & "/" & moid_Sts3CspeTtp or RXI_STS3_TP.nedn_SubNetwork & "/" & nedn_MeContext & "/" & moid_Equipment & "/" & moid_Subrack & "/" & moid_Slot & "/" & moid_PlugInUnit & "/" & moid_ExchangeTerminal & "/" & moid_Os155PhysPathTerm & "/" & moid_Sts3CspeTtp 
    TechnologyTechnology of the network/element (e.g. GSM, GPRS, UMTS).  RNC_STS3_TP."UMTS" or NODEB_STS3_TP."UMTS" or RXI_STS3_TP."UMTS"; RNC_STS3_TP."UMTS" or NODEB_STS3_TP."UMTS" or RXI_STS3_TP."UMTS" 
    VersionHardware/Software version of the SONET STS3.  RNC_STS3_TP."P7.1" or NODEB_STS3_TP."P7.1" or RXI_STS3_TP."P7.1"; RNC_STS3_TP."P7.1" or NODEB_STS3_TP."P7.1" or RXI_STS3_TP."P7.1" 
    Node_TypeType of Node.  RNC_STS3_TP."RNC" or NODEB_STS3_TP."NodeB" or RXI_STS3_TP."RXI"; RNC_STS3_TP."RNC" or NODEB_STS3_TP."NodeB" or RXI_STS3_TP."RXI" 
    Node_IdThe unique identifier for the node this object is connected to.  No mapping; No mapping 
    Node_NameA user friendly name for this node the object is connected to.  No mapping; No mapping 


    6.85 SwitchPortStp details

    In the network hierarchy, the immediate parent of the SwitchPortStp object is EthernetSwitchPort.

    Attribute NameDescriptionRead-Only?Time-Tracked?MappingAggregator
    Primary Identifier
    SwitchPortStp_IdThe primary identifier of the SwitchPortStp.Y RNC_SwitchPortStp.nedn_SubNetwork & "/" & moid_Equipment & "/" & moid_Subrack & "/" & PlugInUnit & "/" & ExchangeTerminalIp & "/" & moid_EthernetSwitch & "/" & moid_EthernetSwitchPort & "/" & moid_SwitchPortStp or NODEB_SwitchPortStp.nedn_SubNetwork & "/" & nedn_MeContext & "/" & moid_Equipment & "/" & moid_Subrack & "/" & PlugInUnit & "/" & ExchangeTerminalIp & "/" & moid_EthernetSwitch & "/" & moid_EthernetSwitchPort & "/" & moid_SwitchPortStp or RXI_SwitchPortStp.nedn_SubNetwork & "/" & nedn_MeContext & "/" & moid_Equipment & "/" & moid_Subrack & "/" & PlugInUnit & "/" & ExchangeTerminalIp & "/" & moid_EthernetSwitch & "/" & moid_EthernetSwitchPort & "/" & moid_SwitchPortStp; RNC_SwitchPortStp.nedn_SubNetwork & "/" & moid_Equipment & "/" & moid_Subrack & "/" & PlugInUnit & "/" & ExchangeTerminalIp & "/" & moid_EthernetSwitch & "/" & moid_EthernetSwitchPort & "/" & moid_SwitchPortStp or NODEB_SwitchPortStp.nedn_SubNetwork & "/" & nedn_MeContext & "/" & moid_Equipment & "/" & moid_Subrack & "/" & PlugInUnit & "/" & ExchangeTerminalIp & "/" & moid_EthernetSwitch & "/" & moid_EthernetSwitchPort & "/" & moid_SwitchPortStp or RXI_SwitchPortStp.nedn_SubNetwork & "/" & nedn_MeContext & "/" & moid_Equipment & "/" & moid_Subrack & "/" & PlugInUnit & "/" & ExchangeTerminalIp & "/" & moid_EthernetSwitch & "/" & moid_EthernetSwitchPort & "/" & moid_SwitchPortStp 
    Relationship Attributes
    EthernetSwitchPort_IdThe Ethernet Switch Port this object belongs to.YYRNC_SwitchPortStp.nedn_SubNetwork & "/" & moid_Equipment & "/" & moid_Subrack & "/" & PlugInUnit & "/" & ExchangeTerminalIp & "/" & moid_EthernetSwitch & "/" & moid_EthernetSwitchPort or NODEB_SwitchPortStp.nedn_SubNetwork & "/" & nedn_MeContext & "/" & moid_Equipment & "/" & moid_Subrack & "/" & PlugInUnit & "/" & ExchangeTerminalIp & "/" & moid_EthernetSwitch & "/" & moid_EthernetSwitchPort or RXI_SwitchPortStp.nedn_SubNetwork & "/" & nedn_MeContext & "/" & moid_Equipment & "/" & moid_Subrack & "/" & PlugInUnit & "/" & ExchangeTerminalIp & "/" & moid_EthernetSwitch & "/" & moid_EthernetSwitchPort; RNC_SwitchPortStp.nedn_SubNetwork & "/" & moid_Equipment & "/" & moid_Subrack & "/" & PlugInUnit & "/" & ExchangeTerminalIp & "/" & moid_EthernetSwitch & "/" & moid_EthernetSwitchPort or NODEB_SwitchPortStp.nedn_SubNetwork & "/" & nedn_MeContext & "/" & moid_Equipment & "/" & moid_Subrack & "/" & PlugInUnit & "/" & ExchangeTerminalIp & "/" & moid_EthernetSwitch & "/" & moid_EthernetSwitchPort or RXI_SwitchPortStp.nedn_SubNetwork & "/" & nedn_MeContext & "/" & moid_Equipment & "/" & moid_Subrack & "/" & PlugInUnit & "/" & ExchangeTerminalIp & "/" & moid_EthernetSwitch & "/" & moid_EthernetSwitchPort 
    NodeB_IdNodeB in a UTRAN network.YYNODEB_SwitchPortStp.nedn_SubNetwork & "/" & nedn_MeContext; NODEB_SwitchPortStp.nedn_SubNetwork & "/" & nedn_MeContext 
    RNC_IdRNC in a UTRAN network.YYRNC_SwitchPortStp.nedn_SubNetwork or NODEB_SwitchPortStp.nedn_SubNetwork or RXI_SwitchPortStp.nedn_SubNetwork; RNC_SwitchPortStp.nedn_SubNetwork or NODEB_SwitchPortStp.nedn_SubNetwork or RXI_SwitchPortStp.nedn_SubNetwork 
    Network_IdNetwork associated with the SwitchPortStp.YYlookup("nc_bsc","network_id",utime(StartDate & StartTime,"%d %b %Y %R"), RNC_SwitchPortStp.nedn_SubNetwork) or lookup("nc_bsc","network_id",utime(StartDate & StartTime,"%d %b %Y %R"), NODEB_SwitchPortStp.nedn_SubNetwork) or lookup("nc_bsc","network_id",utime(StartDate & StartTime,"%d %b %Y %R"), RXI_SwitchPortStp.nedn_SubNetwork); lookup("nc_bsc","network_id",utime(StartDate & StartTime,"%d %b %Y %R"), RNC_SwitchPortStp.nedn_SubNetwork) or lookup("nc_bsc","network_id",utime(StartDate & StartTime,"%d %b %Y %R"), NODEB_SwitchPortStp.nedn_SubNetwork) or lookup("nc_bsc","network_id",utime(StartDate & StartTime,"%d %b %Y %R"), RXI_SwitchPortStp.nedn_SubNetwork) 
    Region_IdRegion associated with the SwitchPortStp.YYlookup("nc_bsc","region_id",utime(StartDate & StartTime,"%d %b %Y %R"), RNC_SwitchPortStp.nedn_SubNetwork) or lookup("nc_bsc","region_id",utime(StartDate & StartTime,"%d %b %Y %R"), NODEB_SwitchPortStp.nedn_SubNetwork) or lookup("nc_bsc","region_id",utime(StartDate & StartTime,"%d %b %Y %R"), RXI_SwitchPortStp.nedn_SubNetwork); lookup("nc_bsc","region_id",utime(StartDate & StartTime,"%d %b %Y %R"), RNC_SwitchPortStp.nedn_SubNetwork) or lookup("nc_bsc","region_id",utime(StartDate & StartTime,"%d %b %Y %R"), NODEB_SwitchPortStp.nedn_SubNetwork) or lookup("nc_bsc","region_id",utime(StartDate & StartTime,"%d %b %Y %R"), RXI_SwitchPortStp.nedn_SubNetwork) 
    Configuration Attributes
    SwitchPortStp_NameThe meaningful name of the SwitchPortStp.  RNC_SwitchPortStp.nedn_SubNetwork & "/" & moid_Equipment & "/" & moid_Subrack & "/" & PlugInUnit & "/" & ExchangeTerminalIp & "/" & moid_EthernetSwitch & "/" & moid_EthernetSwitchPort & "/" & moid_SwitchPortStp or NODEB_SwitchPortStp.nedn_SubNetwork & "/" & nedn_MeContext & "/" & moid_Equipment & "/" & moid_Subrack & "/" & PlugInUnit & "/" & ExchangeTerminalIp & "/" & moid_EthernetSwitch & "/" & moid_EthernetSwitchPort & "/" & moid_SwitchPortStp or RXI_SwitchPortStp.nedn_SubNetwork & "/" & nedn_MeContext & "/" & moid_Equipment & "/" & moid_Subrack & "/" & PlugInUnit & "/" & ExchangeTerminalIp & "/" & moid_EthernetSwitch & "/" & moid_EthernetSwitchPort & "/" & moid_SwitchPortStp; RNC_SwitchPortStp.nedn_SubNetwork & "/" & moid_Equipment & "/" & moid_Subrack & "/" & PlugInUnit & "/" & ExchangeTerminalIp & "/" & moid_EthernetSwitch & "/" & moid_EthernetSwitchPort & "/" & moid_SwitchPortStp or NODEB_SwitchPortStp.nedn_SubNetwork & "/" & nedn_MeContext & "/" & moid_Equipment & "/" & moid_Subrack & "/" & PlugInUnit & "/" & ExchangeTerminalIp & "/" & moid_EthernetSwitch & "/" & moid_EthernetSwitchPort & "/" & moid_SwitchPortStp or RXI_SwitchPortStp.nedn_SubNetwork & "/" & nedn_MeContext & "/" & moid_Equipment & "/" & moid_Subrack & "/" & PlugInUnit & "/" & ExchangeTerminalIp & "/" & moid_EthernetSwitch & "/" & moid_EthernetSwitchPort & "/" & moid_SwitchPortStp 
    TechnologyTechnology of the network/element (e.g. GSM, GPRS, UMTS).  RNC_SwitchPortStp."UMTS" or NODEB_SwitchPortStp."UMTS" or RXI_SwitchPortStp."UMTS"; RNC_SwitchPortStp."UMTS" or NODEB_SwitchPortStp."UMTS" or RXI_SwitchPortStp."UMTS" 
    VersionHardware/Software version of the SwitchPortStp.  RNC_SwitchPortStp."P7.1" or NODEB_SwitchPortStp."P7.1" or RXI_SwitchPortStp."P7.1"; RNC_SwitchPortStp."P7.1" or NODEB_SwitchPortStp."P7.1" or RXI_SwitchPortStp."P7.1" 
    Node_TypeType of Node.  RNC_SwitchPortStp."RNC" or NODEB_SwitchPortStp."NodeB" or RXI_SwitchPortStp."RXI" ; RNC_SwitchPortStp."RNC" or NODEB_SwitchPortStp."NodeB" or RXI_SwitchPortStp."RXI" 
    Node_IdThe unique identifier for the node this object is connected to.  No mapping; No mapping 
    Node_NameA user friendly name for this node the object is connected to.  No mapping; No mapping 


    6.86 SwitchStp details

    In the network hierarchy, the immediate parent of the SwitchStp object is Plug_In_Unit.

    Attribute NameDescriptionRead-Only?Time-Tracked?MappingAggregator
    Primary Identifier
    SwitchStp_IdThe primary identifier of the SwitchStp.Y RNC_SwitchStp.nedn_SubNetwork & "/" & moid_Equipment & "/" & moid_Subrack & "/" & PlugInUnit & "/" & ExchangeTerminalIp & "/" & moid_EthernetSwitch & "/" & moid_EthernetSwitchPort & "/" & moid_SwitchPortStp or NODEB_SwitchStp.nedn_SubNetwork & "/" & nedn_MeContext & "/" & moid_Equipment & "/" & moid_Subrack & "/" & PlugInUnit & "/" & ExchangeTerminalIp & "/" & moid_EthernetSwitch & "/" & moid_EthernetSwitchPort & "/" & moid_SwitchPortStp or RXI_SwitchStp.nedn_SubNetwork & "/" & nedn_MeContext & "/" & moid_Equipment & "/" & moid_Subrack & "/" & PlugInUnit & "/" & ExchangeTerminalIp & "/" & moid_EthernetSwitch & "/" & moid_EthernetSwitchPort & "/" & moid_SwitchPortStp; RNC_SwitchStp.nedn_SubNetwork & "/" & moid_Equipment & "/" & moid_Subrack & "/" & PlugInUnit & "/" & ExchangeTerminalIp & "/" & moid_EthernetSwitch & "/" & moid_EthernetSwitchPort & "/" & moid_SwitchPortStp or NODEB_SwitchStp.nedn_SubNetwork & "/" & nedn_MeContext & "/" & moid_Equipment & "/" & moid_Subrack & "/" & PlugInUnit & "/" & ExchangeTerminalIp & "/" & moid_EthernetSwitch & "/" & moid_EthernetSwitchPort & "/" & moid_SwitchPortStp or RXI_SwitchStp.nedn_SubNetwork & "/" & nedn_MeContext & "/" & moid_Equipment & "/" & moid_Subrack & "/" & PlugInUnit & "/" & ExchangeTerminalIp & "/" & moid_EthernetSwitch & "/" & moid_EthernetSwitchPort & "/" & moid_SwitchPortStp 
    Relationship Attributes
    Plug_In_Unit_IdThe Plug In Unit Id related to this object.YYRNC_SwitchStp.nedn_SubNetwork & "/" & moid_Equipment & "/" & moid_Subrack & "/" & PlugInUnit or NODEB_SwitchStp.nedn_SubNetwork & "/" & nedn_MeContext & "/" & moid_Equipment & "/" & moid_Subrack & "/" & PlugInUnit or RXI_SwitchStp.nedn_SubNetwork & "/" & nedn_MeContext & "/" & moid_Equipment & "/" & moid_Subrack & "/" & PlugInUnit; RNC_SwitchStp.nedn_SubNetwork & "/" & moid_Equipment & "/" & moid_Subrack & "/" & PlugInUnit or NODEB_SwitchStp.nedn_SubNetwork & "/" & nedn_MeContext & "/" & moid_Equipment & "/" & moid_Subrack & "/" & PlugInUnit or RXI_SwitchStp.nedn_SubNetwork & "/" & nedn_MeContext & "/" & moid_Equipment & "/" & moid_Subrack & "/" & PlugInUnit 
    NodeB_IdNodeB in a UTRAN network.YYNODEB_SwitchStp.nedn_SubNetwork & "/" & nedn_MeContext; NODEB_SwitchStp.nedn_SubNetwork & "/" & nedn_MeContext 
    RNC_IdRNC in a UTRAN network.YYRNC_SwitchStp.nedn_SubNetwork or NODEB_SwitchStp.nedn_SubNetwork or RXI_SwitchStp.nedn_SubNetwork; RNC_SwitchStp.nedn_SubNetwork or NODEB_SwitchStp.nedn_SubNetwork or RXI_SwitchStp.nedn_SubNetwork 
    Network_IdNetwork associated with the SwitchStp.YYlookup("nc_bsc","network_id",utime(StartDate & StartTime,"%d %b %Y %R"), RNC_SwitchStp.nedn_SubNetwork) or lookup("nc_bsc","network_id",utime(StartDate & StartTime,"%d %b %Y %R"), NODEB_SwitchStp.nedn_SubNetwork) or lookup("nc_bsc","network_id",utime(StartDate & StartTime,"%d %b %Y %R"), RXI_SwitchStp.nedn_SubNetwork); lookup("nc_bsc","network_id",utime(StartDate & StartTime,"%d %b %Y %R"), RNC_SwitchStp.nedn_SubNetwork) or lookup("nc_bsc","network_id",utime(StartDate & StartTime,"%d %b %Y %R"), NODEB_SwitchStp.nedn_SubNetwork) or lookup("nc_bsc","network_id",utime(StartDate & StartTime,"%d %b %Y %R"), RXI_SwitchStp.nedn_SubNetwork) 
    Region_IdRegion associated with the SwitchStp.YYlookup("nc_bsc","region_id",utime(StartDate & StartTime,"%d %b %Y %R"), RNC_SwitchStp.nedn_SubNetwork) or lookup("nc_bsc","region_id",utime(StartDate & StartTime,"%d %b %Y %R"), NODEB_SwitchStp.nedn_SubNetwork) or lookup("nc_bsc","region_id",utime(StartDate & StartTime,"%d %b %Y %R"), RXI_SwitchStp.nedn_SubNetwork); lookup("nc_bsc","region_id",utime(StartDate & StartTime,"%d %b %Y %R"), RNC_SwitchStp.nedn_SubNetwork) or lookup("nc_bsc","region_id",utime(StartDate & StartTime,"%d %b %Y %R"), NODEB_SwitchStp.nedn_SubNetwork) or lookup("nc_bsc","region_id",utime(StartDate & StartTime,"%d %b %Y %R"), RXI_SwitchStp.nedn_SubNetwork) 
    Configuration Attributes
    SwitchStp_NameThe meaningful name of the SwitchStp  RNC_SwitchStp.nedn_SubNetwork & "/" & moid_Equipment & "/" & moid_Subrack & "/" & PlugInUnit & "/" & ExchangeTerminalIp & "/" & moid_EthernetSwitch & "/" & moid_EthernetSwitchPort & "/" & moid_SwitchPortStp or NODEB_SwitchStp.nedn_SubNetwork & "/" & nedn_MeContext & "/" & moid_Equipment & "/" & moid_Subrack & "/" & PlugInUnit & "/" & ExchangeTerminalIp & "/" & moid_EthernetSwitch & "/" & moid_EthernetSwitchPort & "/" & moid_SwitchPortStp or RXI_SwitchStp.nedn_SubNetwork & "/" & nedn_MeContext & "/" & moid_Equipment & "/" & moid_Subrack & "/" & PlugInUnit & "/" & ExchangeTerminalIp & "/" & moid_EthernetSwitch & "/" & moid_EthernetSwitchPort & "/" & moid_SwitchPortStp; RNC_SwitchStp.nedn_SubNetwork & "/" & moid_Equipment & "/" & moid_Subrack & "/" & PlugInUnit & "/" & ExchangeTerminalIp & "/" & moid_EthernetSwitch & "/" & moid_EthernetSwitchPort & "/" & moid_SwitchPortStp or NODEB_SwitchStp.nedn_SubNetwork & "/" & nedn_MeContext & "/" & moid_Equipment & "/" & moid_Subrack & "/" & PlugInUnit & "/" & ExchangeTerminalIp & "/" & moid_EthernetSwitch & "/" & moid_EthernetSwitchPort & "/" & moid_SwitchPortStp or RXI_SwitchStp.nedn_SubNetwork & "/" & nedn_MeContext & "/" & moid_Equipment & "/" & moid_Subrack & "/" & PlugInUnit & "/" & ExchangeTerminalIp & "/" & moid_EthernetSwitch & "/" & moid_EthernetSwitchPort & "/" & moid_SwitchPortStp 
    TechnologyTechnology of the network/element (e.g. GSM, GPRS, UMTS).  RNC_SwitchStp."UMTS" or NODEB_SwitchStp."UMTS" or RXI_SwitchStp."UMTS"; RNC_SwitchStp."UMTS" or NODEB_SwitchStp."UMTS" or RXI_SwitchStp."UMTS" 
    VersionHardware/Software version of the SwitchStp.  RNC_SwitchStp."P7.1" or NODEB_SwitchStp."P7.1" or RXI_SwitchStp."P7.1"; RNC_SwitchStp."P7.1" or NODEB_SwitchStp."P7.1" or RXI_SwitchStp."P7.1" 
    Node_TypeType of Node.  RNC_SwitchStp."RNC" or NODEB_SwitchStp."NodeB" or RXI_SwitchStp."RXI" ; RNC_SwitchStp."RNC" or NODEB_SwitchStp."NodeB" or RXI_SwitchStp."RXI" 
    Node_IdThe unique identifier for the node this object is connected to.  No mapping; No mapping 
    Node_NameA user friendly name for this node the object is connected to.  No mapping; No mapping 


    6.87 Synchronization details

    In the network hierarchy, the immediate parents of the Synchronization object are: NodeB and RNC.


    Attribute NameDescriptionRead-Only?Time-Tracked?MappingAggregator
    Primary Identifier
    Synchronization_IdThe primary identifier of the Synchronization.Y RNC_Synchronization.nedn_SubNetwork & "/" & moid_Synchronization or NODEB_Synchronization.nedn_SubNetwork & "/" & nedn_MeContext & "/" & moid_Synchronization or RXI_Synchronization.nedn_SubNetwork & "/" & nedn_MeContext & "/" & moid_Synchronization; RNC_Synchronization.nedn_SubNetwork & "/" & moid_Synchronization or NODEB_Synchronization.nedn_SubNetwork & "/" & nedn_MeContext & "/" & moid_Synchronization or RXI_Synchronization.nedn_SubNetwork & "/" & nedn_MeContext & "/" & moid_Synchronization 
    Relationship Attributes
    NodeB_IdNodeB in a UTRAN network.YYNODEB_Synchronization.nedn_SubNetwork & "/" & nedn_MeContext; NODEB_Synchronization.nedn_SubNetwork & "/" & nedn_MeContext 
    RNC_IdRNC in a UTRAN network.YYRNC_Synchronization.nedn_SubNetwork or NODEB_Synchronization.nedn_SubNetwork or RXI_Synchronization.nedn_SubNetwork; RNC_Synchronization.nedn_SubNetwork or NODEB_Synchronization.nedn_SubNetwork or RXI_Synchronization.nedn_SubNetwork 
    Network_IdNetwork associated with the Synchronization.YYlookup("nc_bsc","network_id",utime(StartDate & StartTime,"%d %b %Y %R"), RNC_Synchronization.nedn_SubNetwork) or lookup("nc_bsc","network_id",utime(StartDate & StartTime,"%d %b %Y %R"), NODEB_Synchronization.nedn_SubNetwork) or lookup("nc_bsc","network_id",utime(StartDate & StartTime,"%d %b %Y %R"), RXI_Synchronization.nedn_SubNetwork); lookup("nc_bsc","network_id",utime(StartDate & StartTime,"%d %b %Y %R"), RNC_Synchronization.nedn_SubNetwork) or lookup("nc_bsc","network_id",utime(StartDate & StartTime,"%d %b %Y %R"), NODEB_Synchronization.nedn_SubNetwork) or lookup("nc_bsc","network_id",utime(StartDate & StartTime,"%d %b %Y %R"), RXI_Synchronization.nedn_SubNetwork) 
    Region_IdRegion associated with the Synchronization.YYlookup("nc_bsc","region_id",utime(StartDate & StartTime,"%d %b %Y %R"), RNC_Synchronization.nedn_SubNetwork) or lookup("nc_bsc","region_id",utime(StartDate & StartTime,"%d %b %Y %R"), NODEB_Synchronization.nedn_SubNetwork) or lookup("nc_bsc","region_id",utime(StartDate & StartTime,"%d %b %Y %R"), RXI_Synchronization.nedn_SubNetwork); lookup("nc_bsc","region_id",utime(StartDate & StartTime,"%d %b %Y %R"), RNC_Synchronization.nedn_SubNetwork) or lookup("nc_bsc","region_id",utime(StartDate & StartTime,"%d %b %Y %R"), NODEB_Synchronization.nedn_SubNetwork) or lookup("nc_bsc","region_id",utime(StartDate & StartTime,"%d %b %Y %R"), RXI_Synchronization.nedn_SubNetwork) 
    Configuration Attributes
    Synchronization_NameThe meaningful name of the Synchronization.  RNC_Synchronization.nedn_SubNetwork & "/" & moid_Synchronization or NODEB_Synchronization.nedn_SubNetwork & "/" & nedn_MeContext & "/" & moid_Synchronization or RXI_Synchronization.nedn_SubNetwork & "/" & nedn_MeContext & "/" & moid_Synchronization; RNC_Synchronization.nedn_SubNetwork & "/" & moid_Synchronization or NODEB_Synchronization.nedn_SubNetwork & "/" & nedn_MeContext & "/" & moid_Synchronization or RXI_Synchronization.nedn_SubNetwork & "/" & nedn_MeContext & "/" & moid_Synchronization 
    TechnologyTechnology of the network/element (e.g. GSM, GPRS, UMTS).  RNC_Synchronization."UMTS" or NODEB_Synchronization."UMTS" or RXI_Synchronization."UMTS"; RNC_Synchronization."UMTS" or NODEB_Synchronization."UMTS" or RXI_Synchronization."UMTS" 
    VersionHardware/Software version of the Synchronization.  RNC_Synchronization."P7.1" or NODEB_Synchronization."P7.1" or RXI_Synchronization."P7.1"; RNC_Synchronization."P7.1" or NODEB_Synchronization."P7.1" or RXI_Synchronization."P7.1" 
    Node_TypeType of Node.  RNC_Synchronization."RNC" or NODEB_Synchronization."NodeB" or RXI_Synchronization."RXI" ; RNC_Synchronization."RNC" or NODEB_Synchronization."NodeB" or RXI_Synchronization."RXI" 
    Node_IdThe unique identifier for the node this object is connected to.  No mapping; No mapping 
    Node_NameA user friendly name for this node the object is connected to.  No mapping; No mapping 


    6.88 T1Ttp details

    In the network hierarchy, the immediate parent of the T1Ttp object is VT1_5_TP.

    Attribute NameDescriptionRead-Only?Time-Tracked?MappingAggregator
    Primary Identifier
    T1Ttp_IdA unique identifier for the channelised E1 Interface.Y RNC_T1Ttp.nedn_SubNetwork & "/" & moid_Equipment & "/" & moid_Subrack & "/" & moid_Slot & "/" & moid_PlugInUnit & "/" & moid_ExchangeTerminal & "/" & moid_Os155PhysPathTerm & "/" & moid_Sts1SpeTtp & "/" & moid_Vt15Ttp & "/" & moid_T1Ttp or NODEB_T1Ttp.nedn_SubNetwork & "/" & nedn_MeContext & "/" & moid_Equipment & "/" & moid_Subrack & "/" & moid_Slot & "/" & moid_PlugInUnit & "/" & moid_ExchangeTerminal & "/" & moid_Os155PhysPathTerm & "/" & moid_Sts1SpeTtp & "/" & moid_Vt15Ttp & "/" & moid_T1Ttp or RXI_T1Ttp.nedn_SubNetwork & "/" & nedn_MeContext & "/" & moid_Equipment & "/" & moid_Subrack & "/" & moid_Slot & "/" & moid_PlugInUnit & "/" & moid_ExchangeTerminal & "/" & moid_Os155PhysPathTerm & "/" & moid_Sts1SpeTtp & "/" & moid_Vt15Ttp & "/" & moid_T1Ttp; RNC_T1Ttp.nedn_SubNetwork & "/" & moid_Equipment & "/" & moid_Subrack & "/" & moid_Slot & "/" & moid_PlugInUnit & "/" & moid_ExchangeTerminal & "/" & moid_Os155PhysPathTerm & "/" & moid_Sts1SpeTtp & "/" & moid_Vt15Ttp & "/" & moid_T1Ttp or NODEB_T1Ttp.nedn_SubNetwork & "/" & nedn_MeContext & "/" & moid_Equipment & "/" & moid_Subrack & "/" & moid_Slot & "/" & moid_PlugInUnit & "/" & moid_ExchangeTerminal & "/" & moid_Os155PhysPathTerm & "/" & moid_Sts1SpeTtp & "/" & moid_Vt15Ttp & "/" & moid_T1Ttp or RXI_T1Ttp.nedn_SubNetwork & "/" & nedn_MeContext & "/" & moid_Equipment & "/" & moid_Subrack & "/" & moid_Slot & "/" & moid_PlugInUnit & "/" & moid_ExchangeTerminal & "/" & moid_Os155PhysPathTerm & "/" & moid_Sts1SpeTtp & "/" & moid_Vt15Ttp & "/" & moid_T1Ttp 
    Relationship Attributes
    NodeB_IdNodeB in a UTRAN network.YYNODEB_T1Ttp.nedn_SubNetwork & "/" & nedn_MeContext; NODEB_T1Ttp.nedn_SubNetwork & "/" & nedn_MeContext 
    Plug_In_Unit_IdEquipment Plug in Unit in a UTRAN network.YYRNC_T1Ttp.nedn_SubNetwork & "/" & moid_Equipment & "/" & moid_Subrack & "/" & moid_Slot & "/" & moid_PlugInUnit or NODEB_T1Ttp.nedn_SubNetwork & "/" & nedn_MeContext & "/" & moid_Equipment & "/" & moid_Subrack & "/" & moid_Slot & "/" & moid_PlugInUnit or RXI_T1Ttp.nedn_SubNetwork & "/" & nedn_MeContext & "/" & moid_Equipment & "/" & moid_Subrack & "/" & moid_Slot & "/" & moid_PlugInUnit; RNC_T1Ttp.nedn_SubNetwork & "/" & moid_Equipment & "/" & moid_Subrack & "/" & moid_Slot & "/" & moid_PlugInUnit or NODEB_T1Ttp.nedn_SubNetwork & "/" & nedn_MeContext & "/" & moid_Equipment & "/" & moid_Subrack & "/" & moid_Slot & "/" & moid_PlugInUnit or RXI_T1Ttp.nedn_SubNetwork & "/" & nedn_MeContext & "/" & moid_Equipment & "/" & moid_Subrack & "/" & moid_Slot & "/" & moid_PlugInUnit 
    RNC_IdRNC in a UTRAN network.YYRNC_T1Ttp.nedn_SubNetwork or NODEB_T1Ttp.nedn_SubNetwork or RXI_T1Ttp.nedn_SubNetwork; RNC_T1Ttp.nedn_SubNetwork or NODEB_T1Ttp.nedn_SubNetwork or RXI_T1Ttp.nedn_SubNetwork 
    OS155_Phys_Path_Term_IdSDH Physical Path.YYRNC_T1Ttp.nedn_SubNetwork & "/" & moid_Equipment & "/" & moid_Subrack & "/" & moid_Slot & "/" & moid_PlugInUnit & "/" & moid_ExchangeTerminal & "/" & moid_Os155PhysPathTerm or NODEB_T1Ttp.nedn_SubNetwork & "/" & nedn_MeContext & "/" & moid_Equipment & "/" & moid_Subrack & "/" & moid_Slot & "/" & moid_PlugInUnit & "/" & moid_ExchangeTerminal "/" & moid_Os155PhysPathTerm or RXI_T1Ttp.nedn_SubNetwork & "/" & nedn_MeContext & "/" & moid_Equipment & "/" & moid_Subrack & "/" & moid_Slot & "/" & moid_PlugInUnit & "/" & moid_ExchangeTerminal & "/" & moid_Os155PhysPathTerm; RNC_T1Ttp.nedn_SubNetwork & "/" & moid_Equipment & "/" & moid_Subrack & "/" & moid_Slot & "/" & moid_PlugInUnit & "/" & moid_ExchangeTerminal & "/" & moid_Os155PhysPathTerm or NODEB_T1Ttp.nedn_SubNetwork & "/" & nedn_MeContext & "/" & moid_Equipment & "/" & moid_Subrack & "/" & moid_Slot & "/" & moid_PlugInUnit & "/" & moid_ExchangeTerminal "/" & moid_Os155PhysPathTerm or RXI_T1Ttp.nedn_SubNetwork & "/" & nedn_MeContext & "/" & moid_Equipment & "/" & moid_Subrack & "/" & moid_Slot & "/" & moid_PlugInUnit & "/" & moid_ExchangeTerminal & "/" & moid_Os155PhysPathTerm 
    Vt15TtpVt15Ttp termination point.YYRNC_T1Ttp.nedn_SubNetwork & "/" & moid_Equipment & "/" & moid_Subrack & "/" & moid_Slot & "/" & moid_PlugInUnit & "/" & moid_ExchangeTerminal & "/" & moid_Os155PhysPathTerm & "/" & moid_Sts1SpeTtp & "/" & moid_Vt15Ttp or NODEB_T1Ttp.nedn_SubNetwork & "/" & nedn_MeContext & "/" & moid_Equipment & "/" & moid_Subrack & "/" & moid_Slot & "/" & moid_PlugInUnit & "/" & moid_ExchangeTerminal & "/" & moid_Os155PhysPathTerm & "/" & moid_Sts1SpeTtp & "/" & moid_Vt15Ttp or RXI_T1Ttp.nedn_SubNetwork & "/" & nedn_MeContext & "/" & moid_Equipment & "/" & moid_Subrack & "/" & moid_Slot & "/" & moid_PlugInUnit & "/" & moid_ExchangeTerminal & "/" & moid_Os155PhysPathTerm & "/" & moid_Sts1SpeTtp & "/" & moid_Vt15Ttp; RNC_T1Ttp.nedn_SubNetwork & "/" & moid_Equipment & "/" & moid_Subrack & "/" & moid_Slot & "/" & moid_PlugInUnit & "/" & moid_ExchangeTerminal & "/" & moid_Os155PhysPathTerm & "/" & moid_Sts1SpeTtp & "/" & moid_Vt15Ttp or NODEB_T1Ttp.nedn_SubNetwork & "/" & nedn_MeContext & "/" & moid_Equipment & "/" & moid_Subrack & "/" & moid_Slot & "/" & moid_PlugInUnit & "/" & moid_ExchangeTerminal & "/" & moid_Os155PhysPathTerm & "/" & moid_Sts1SpeTtp & "/" & moid_Vt15Ttp or RXI_T1Ttp.nedn_SubNetwork & "/" & nedn_MeContext & "/" & moid_Equipment & "/" & moid_Subrack & "/" & moid_Slot & "/" & moid_PlugInUnit & "/" & moid_ExchangeTerminal & "/" & moid_Os155PhysPathTerm & "/" & moid_Sts1SpeTtp & "/" & moid_Vt15Ttp 
    Sts1SpeTtpSts1SpeTtp termination point.YYRNC_T1Ttp.nedn_SubNetwork & "/" & moid_Equipment & "/" & moid_Subrack & "/" & moid_Slot & "/" & moid_PlugInUnit & "/" & moid_ExchangeTerminal & "/" & moid_Os155PhysPathTerm & "/" & RNC_Channelised_SDH_Link or NODEB_T1Ttp.nedn_SubNetwork & "/" & nedn_MeContext & "/" & moid_Equipment & "/" & moid_Subrack & "/" & moid_Slot & "/" & moid_PlugInUnit & "/" & moid_ExchangeTerminal & "/" & moid_Os155PhysPathTerm & "/" & moid_Sts1SpeTtp or RXI_T1Ttp.nedn_SubNetwork & "/" & nedn_MeContext & "/" & moid_Equipment & "/" & moid_Subrack & "/" & moid_Slot & "/" & moid_PlugInUnit & "/" & moid_ExchangeTerminal & "/" & moid_Os155PhysPathTerm & "/" & moid_Sts1SpeTtp; RNC_T1Ttp.nedn_SubNetwork & "/" & moid_Equipment & "/" & moid_Subrack & "/" & moid_Slot & "/" & moid_PlugInUnit & "/" & moid_ExchangeTerminal & "/" & moid_Os155PhysPathTerm & "/" & RNC_Channelised_SDH_Link or NODEB_T1Ttp.nedn_SubNetwork & "/" & nedn_MeContext & "/" & moid_Equipment & "/" & moid_Subrack & "/" & moid_Slot & "/" & moid_PlugInUnit & "/" & moid_ExchangeTerminal & "/" & moid_Os155PhysPathTerm & "/" & moid_Sts1SpeTtp or RXI_T1Ttp.nedn_SubNetwork & "/" & nedn_MeContext & "/" & moid_Equipment & "/" & moid_Subrack & "/" & moid_Slot & "/" & moid_PlugInUnit & "/" & moid_ExchangeTerminal & "/" & moid_Os155PhysPathTerm & "/" & moid_Sts1SpeTtp 
    Network_IdNetwork associated with the T1Ttp.YYlookup("nc_bsc","network_id",utime(StartDate & StartTime,"%d %b %Y %R"), RNC_T1Ttp.nedn_SubNetwork) or lookup("nc_bsc","network_id",utime(StartDate & StartTime,"%d %b %Y %R"), NODEB_T1Ttp.nedn_SubNetwork) or lookup("nc_bsc","network_id",utime(StartDate & StartTime,"%d %b %Y %R"), RXI_T1Ttp.nedn_SubNetwork); lookup("nc_bsc","network_id",utime(StartDate & StartTime,"%d %b %Y %R"), RNC_T1Ttp.nedn_SubNetwork) or lookup("nc_bsc","network_id",utime(StartDate & StartTime,"%d %b %Y %R"), NODEB_T1Ttp.nedn_SubNetwork) or lookup("nc_bsc","network_id",utime(StartDate & StartTime,"%d %b %Y %R"), RXI_T1Ttp.nedn_SubNetwork) 
    Region_IdRegion associated with the T1Ttp.YYlookup("nc_bsc","region_id",utime(StartDate & StartTime,"%d %b %Y %R"), RNC_T1Ttp.nedn_SubNetwork) or lookup("nc_bsc","region_id",utime(StartDate & StartTime,"%d %b %Y %R"), NODEB_T1Ttp.nedn_SubNetwork) or lookup("nc_bsc","region_id",utime(StartDate & StartTime,"%d %b %Y %R"), RXI_T1Ttp.nedn_SubNetwork); lookup("nc_bsc","region_id",utime(StartDate & StartTime,"%d %b %Y %R"), RNC_T1Ttp.nedn_SubNetwork) or lookup("nc_bsc","region_id",utime(StartDate & StartTime,"%d %b %Y %R"), NODEB_T1Ttp.nedn_SubNetwork) or lookup("nc_bsc","region_id",utime(StartDate & StartTime,"%d %b %Y %R"), RXI_T1Ttp.nedn_SubNetwork) 
    Configuration Attributes
    T1Ttp_NameA user friendly name preferably unique for the T1Ttp.  RNC_T1Ttp.nedn_SubNetwork & "/" & moid_Equipment & "/" & moid_Subrack & "/" & moid_Slot & "/" & moid_PlugInUnit & "/" & moid_ExchangeTerminal & "/" & moid_Os155PhysPathTerm & "/" & moid_Sts1SpeTtp & "/" & moid_Vt15Ttp & "/" & moid_T1Ttp or NODEB_T1Ttp.nedn_SubNetwork & "/" & nedn_MeContext & "/" & moid_Equipment & "/" & moid_Subrack & "/" & moid_Slot & "/" & moid_PlugInUnit & "/" & moid_ExchangeTerminal & "/" & moid_Os155PhysPathTerm & "/" & moid_Sts1SpeTtp & "/" & moid_Vt15Ttp & "/" & moid_T1Ttp or RXI_T1Ttp.nedn_SubNetwork & "/" & nedn_MeContext & "/" & moid_Equipment & "/" & moid_Subrack & "/" & moid_Slot & "/" & moid_PlugInUnit & "/" & moid_ExchangeTerminal & "/" & moid_Os155PhysPathTerm & "/" & moid_Sts1SpeTtp & "/" & moid_Vt15Ttp & "/" & moid_T1Ttp; RNC_T1Ttp.nedn_SubNetwork & "/" & moid_Equipment & "/" & moid_Subrack & "/" & moid_Slot & "/" & moid_PlugInUnit & "/" & moid_ExchangeTerminal & "/" & moid_Os155PhysPathTerm & "/" & moid_Sts1SpeTtp & "/" & moid_Vt15Ttp & "/" & moid_T1Ttp or NODEB_T1Ttp.nedn_SubNetwork & "/" & nedn_MeContext & "/" & moid_Equipment & "/" & moid_Subrack & "/" & moid_Slot & "/" & moid_PlugInUnit & "/" & moid_ExchangeTerminal & "/" & moid_Os155PhysPathTerm & "/" & moid_Sts1SpeTtp & "/" & moid_Vt15Ttp & "/" & moid_T1Ttp or RXI_T1Ttp.nedn_SubNetwork & "/" & nedn_MeContext & "/" & moid_Equipment & "/" & moid_Subrack & "/" & moid_Slot & "/" & moid_PlugInUnit & "/" & moid_ExchangeTerminal & "/" & moid_Os155PhysPathTerm & "/" & moid_Sts1SpeTtp & "/" & moid_Vt15Ttp & "/" & moid_T1Ttp 
    TechnologyTechnology of the network/element (e.g. GSM, GPRS, UMTS).  RNC_T1Ttp."UMTS" or NODEB_T1Ttp."UMTS" or RXI_T1Ttp."UMTS"; RNC_T1Ttp."UMTS" or NODEB_T1Ttp."UMTS" or RXI_T1Ttp."UMTS" 
    VersionHardware/Software version of the T1Ttp.  RNC_T1Ttp."P7.1" or NODEB_T1Ttp."P7.1" or RXI_T1Ttp."P7.1"; RNC_T1Ttp."P7.1" or NODEB_T1Ttp."P7.1" or RXI_T1Ttp."P7.1" 
    Node_TypeType of Node.  RNC_T1Ttp."RNC" or NODEB_T1Ttp."NodeB" or RXI_T1Ttp."RXI" ; RNC_T1Ttp."RNC" or NODEB_T1Ttp."NodeB" or RXI_T1Ttp."RXI" 
    Node_IdThe unique identifier for the node this object is connected to.  No mapping; No mapping 
    Node_NameA user friendly name for this node the object is connected to.  No mapping; No mapping 


    6.89 Uni_SAAL_Tp details

    In the network hierarchy, the immediate parents of the Uni_SAAL_Tp object are: NodeB and RNC.


    Attribute NameDescriptionRead-Only?Time-Tracked?MappingAggregator
    Primary Identifier
    Uni_SAAL_Tp_IdA unique identifier for the UNI SAAL Signalling in a UTRAN network.Y RNC_UniSAalTp_Signaling.nedn_SubNetwork & "/" & moid_UniSaalTp or NODEB_UniSAalTp_Signaling.nedn_SubNetwork & "/" & nedn_MeContext & "/" & moid_UniSaalTp or RXI_UniSAalTp_Signaling.nedn_SubNetwork & "/" & nedn_MeContext & "/" & moid_UniSaalTp; RNC_UniSAalTp_Signaling.nedn_SubNetwork & "/" & moid_UniSaalTp or NODEB_UniSAalTp_Signaling.nedn_SubNetwork & "/" & nedn_MeContext & "/" & moid_UniSaalTp or RXI_UniSAalTp_Signaling.nedn_SubNetwork & "/" & nedn_MeContext & "/" & moid_UniSaalTp 
    Relationship Attributes
    Network_IdNetwork associated with the UNI SAAL TP.YYlookup("nc_bsc","network_id",utime(StartDate & StartTime,"%d %b %Y %R"), RNC_UniSAalTp_Signaling.nedn_SubNetwork) or lookup("nc_bsc","network_id",utime(StartDate & StartTime,"%d %b %Y %R"), NODEB_UniSAalTp_Signaling.nedn_SubNetwork) or lookup("nc_bsc","network_id",utime(StartDate & StartTime,"%d %b %Y %R"), RXI_UniSAalTp_Signaling.nedn_SubNetwork); lookup("nc_bsc","network_id",utime(StartDate & StartTime,"%d %b %Y %R"), RNC_UniSAalTp_Signaling.nedn_SubNetwork) or lookup("nc_bsc","network_id",utime(StartDate & StartTime,"%d %b %Y %R"), NODEB_UniSAalTp_Signaling.nedn_SubNetwork) or lookup("nc_bsc","network_id",utime(StartDate & StartTime,"%d %b %Y %R"), RXI_UniSAalTp_Signaling.nedn_SubNetwork) 
    NodeB_IdNodeB in a UTRAN network.YYNODEB_UniSAalTp_Signaling.nedn_SubNetwork & "/" & nedn_MeContext; NODEB_UniSAalTp_Signaling.nedn_SubNetwork & "/" & nedn_MeContext 
    RNC_IdRNC in a UTRAN network.YYRNC_UniSAalTp_Signaling.nedn_SubNetwork or NODEB_UniSAalTp_Signaling.nedn_SubNetwork or RXI_UniSAalTp_Signaling.nedn_SubNetwork; RNC_UniSAalTp_Signaling.nedn_SubNetwork or NODEB_UniSAalTp_Signaling.nedn_SubNetwork or RXI_UniSAalTp_Signaling.nedn_SubNetwork 
    Region_IdRegion associated with the UNI SAAL TP.YYlookup("nc_bsc","region_id",utime(StartDate & StartTime,"%d %b %Y %R"), RNC_UniSAalTp_Signaling.nedn_SubNetwork) or lookup("nc_bsc","region_id",utime(StartDate & StartTime,"%d %b %Y %R"), NODEB_UniSAalTp_Signaling.nedn_SubNetwork) or lookup("nc_bsc","region_id",utime(StartDate & StartTime,"%d %b %Y %R"), RXI_UniSAalTp_Signaling.nedn_SubNetwork); lookup("nc_bsc","region_id",utime(StartDate & StartTime,"%d %b %Y %R"), RNC_UniSAalTp_Signaling.nedn_SubNetwork) or lookup("nc_bsc","region_id",utime(StartDate & StartTime,"%d %b %Y %R"), NODEB_UniSAalTp_Signaling.nedn_SubNetwork) or lookup("nc_bsc","region_id",utime(StartDate & StartTime,"%d %b %Y %R"), RXI_UniSAalTp_Signaling.nedn_SubNetwork) 
    Configuration Attributes
    Uni_SAAL_Tp_NameA user friendly name preferably unique for UNI SAAL Tp.  RNC_UniSAalTp_Signaling.nedn_SubNetwork & "/" & moid_UniSaalTp or NODEB_UniSAalTp_Signaling.nedn_SubNetwork & "/" & nedn_MeContext & "/" & moid_UniSaalTp or RXI_UniSAalTp_Signaling.nedn_SubNetwork & "/" & nedn_MeContext & "/" & moid_UniSaalTp; RNC_UniSAalTp_Signaling.nedn_SubNetwork & "/" & moid_UniSaalTp or NODEB_UniSAalTp_Signaling.nedn_SubNetwork & "/" & nedn_MeContext & "/" & moid_UniSaalTp or RXI_UniSAalTp_Signaling.nedn_SubNetwork & "/" & nedn_MeContext & "/" & moid_UniSaalTp 
    TechnologyTechnology of the network/element (e.g. GSM, GPRS, UMTS).  RNC_UniSAalTp_Signaling."UMTS" or NODEB_UniSAalTp_Signaling."UMTS" or RXI_UniSAalTp_Signaling."UMTS"; RNC_UniSAalTp_Signaling."UMTS" or NODEB_UniSAalTp_Signaling."UMTS" or RXI_UniSAalTp_Signaling."UMTS" 
    VersionHardware/Software version of the UNI SAAL TP.  RNC_UniSAalTp_Signaling."P7.1" or NODEB_UniSAalTp_Signaling."P7.1" or RXI_UniSAalTp_Signaling."P7.1"; RNC_UniSAalTp_Signaling."P7.1" or NODEB_UniSAalTp_Signaling."P7.1" or RXI_UniSAalTp_Signaling."P7.1" 
    Node_TypeType of Node.  RNC_UniSAalTp_Signaling."RNC" or NODEB_UniSAalTp_Signaling."NodeB" or RXI_UniSAalTp_Signaling."RXI"; RNC_UniSAalTp_Signaling."RNC" or NODEB_UniSAalTp_Signaling."NodeB" or RXI_UniSAalTp_Signaling."RXI" 
    Node_IdThe unique identifier for the node this object is connected to.  No mapping; No mapping 
    Node_NameA user friendly name for this node the object is connected to.  No mapping; No mapping 


    6.90 UpLink_Baseband_Pool details

    In the network hierarchy, the immediate parent of the UpLink_Baseband_Pool object is NodeB.

    Attribute NameDescriptionRead-Only?Time-Tracked?MappingAggregator
    Primary Identifier
    UplinkBB_Pool_IdA unique identifier for the Uplink BaseBand Pool.Y NodeB_ULBasebandPool.nedn_SubNetwork & "/" & nedn_MeContext & "/" & moid_Equipment & "/" & moid_Subrack & "/" & moid_UplinkBaseBandPool; NodeB_ULBasebandPool.nedn_SubNetwork & "/" & nedn_MeContext & "/" & moid_Equipment & "/" & moid_Subrack & "/" & moid_UplinkBaseBandPool 
    Relationship Attributes
    RNC_IdThe RNC associated to the NodeB which houses the Uplink Baseband Pool hardware.YYNodeB_ULBasebandPool.nedn_SubNetwork; NodeB_ULBasebandPool.nedn_SubNetwork 
    NodeB_IdThe associated NodeB which houses the Uplink Baseband Pool hardware.YYNodeB_ULBasebandPool.nedn_SubNetwork & "/" & nedn_MeContext; NodeB_ULBasebandPool.nedn_SubNetwork & "/" & nedn_MeContext 
    Network_IdThe network associated with the object.YYlookup("nc_bsc","network_id",utime(StartDate & StartTime,"%d %b %Y %R"), nedn_SubNetwork); lookup("nc_bsc","network_id",utime(StartDate & StartTime,"%d %b %Y %R"), nedn_SubNetwork) 
    Region_IdRegion associated with the Uplink Baseband Pool.YYlookup("nc_bsc","region_id",utime(StartDate & StartTime,"%d %b %Y %R"), nedn_SubNetwork); lookup("nc_bsc","region_id",utime(StartDate & StartTime,"%d %b %Y %R"), nedn_SubNetwork) 
    Configuration Attributes
    UplinkBB_Pool_NameA user friendly name preferably unique for the Uplink BaseBand Pool.  NodeB_ULBasebandPool.nedn_SubNetwork & "/" & nedn_MeContext & "/" & moid_Equipment & "/" & moid_Subrack & "/" & moid_UplinkBaseBandPool; NodeB_ULBasebandPool.nedn_SubNetwork & "/" & nedn_MeContext & "/" & moid_Equipment & "/" & moid_Subrack & "/" & moid_UplinkBaseBandPool 
    TechnologyTechnology of the network/element (e.g. GSM, GPRS, UMTS).  "UMTS"; "UMTS" 
    VersionHardware/Software version of the Uplink Baseband Pool.  "P7.1"; "P7.1" 
    CE_LicenseLicense associated with the Uplink Baseband Pool  No mapping; No mapping 


    6.91 URA details

    In the network hierarchy, the immediate parent of the URA object is RNC.

    Attribute NameDescriptionRead-Only?Time-Tracked?MappingAggregator
    Primary Identifier
    URA_IdA unique identifier for the URA.Y ME_RNC_URA.nedn_SubNetwork & "/" & moid_URA; ME_RNC_URA.nedn_SubNetwork & "/" & moid_URA 
    Relationship Attributes
    Network_IdNetwork associated with the URA.YYlookup("nc_bsc","network_id",utime(StartDate & StartTime,"%d %b %Y %R"), nedn_SubNetwork); lookup("nc_bsc","network_id",utime(StartDate & StartTime,"%d %b %Y %R"), nedn_SubNetwork) 
    Region_IdRegion associated with the URA.YYlookup("nc_bsc","region_id",utime(StartDate & StartTime,"%d %b %Y %R"), nedn_SubNetwork); lookup("nc_bsc","region_id",utime(StartDate & StartTime,"%d %b %Y %R"), nedn_SubNetwork) 
    RNC_IdRNC in a UTRAN network.YYME_RNC_URA.nedn_SubNetwork; ME_RNC_URA.nedn_SubNetwork 
    Configuration Attributes
    URA_NameA user friendly name preferably unique for URA.  ME_RNC_URA.nedn_SubNetwork & "/" & moid_URA; ME_RNC_URA.nedn_SubNetwork & "/" & moid_URA 
    VersionHardware/Software version of the URA.  "P7.1"; "P7.1" 
    TechnologyTechnology of the network/element (e.g. GSM, GPRS, UMTS).  "UMTS"; "UMTS" 


    6.92 VC12_TP details

    In the network hierarchy, the immediate parent of the VC12_TP object is VC4_TP.

    Attribute NameDescriptionRead-Only?Time-Tracked?MappingAggregator
    Primary Identifier
    VC12_TP_IdA unique identifier for the SDH VC12 termination point.Y RNC_VC12.nedn_SubNetwork & "/" & moid_Equipment & "/" & moid_Subrack & "/" & moid_Slot & "/" & moid_PlugInUnit & "/" & moid_ExchangeTerminal & "/" & moid_Os155PhysPathTerm & "/" & moid_Vc4Ttp & "/" & moid_Vc12Ttp or NODEB_VC12.nedn_SubNetwork & "/" & nedn_MeContext & "/" & moid_Equipment & "/" & moid_Subrack & "/" & moid_Slot & "/" & moid_PlugInUnit & "/" & moid_ExchangeTerminal & "/" & moid_Os155PhysPathTerm & "/" & moid_Vc4Ttp & "/" & moid_Vc12Ttp or RXI_VC12.nedn_SubNetwork & "/" & nedn_MeContext & "/" & moid_Equipment & "/" & moid_Subrack & "/" & moid_Slot & "/" & moid_PlugInUnit & "/" & moid_ExchangeTerminal & "/" & moid_Os155PhysPathTerm & "/" & moid_Vc4Ttp & "/" & moid_Vc12Ttp; RNC_VC12.nedn_SubNetwork & "/" & moid_Equipment & "/" & moid_Subrack & "/" & moid_Slot & "/" & moid_PlugInUnit & "/" & moid_ExchangeTerminal & "/" & moid_Os155PhysPathTerm & "/" & moid_Vc4Ttp & "/" & moid_Vc12Ttp or NODEB_VC12.nedn_SubNetwork & "/" & nedn_MeContext & "/" & moid_Equipment & "/" & moid_Subrack & "/" & moid_Slot & "/" & moid_PlugInUnit & "/" & moid_ExchangeTerminal & "/" & moid_Os155PhysPathTerm & "/" & moid_Vc4Ttp & "/" & moid_Vc12Ttp or RXI_VC12.nedn_SubNetwork & "/" & nedn_MeContext & "/" & moid_Equipment & "/" & moid_Subrack & "/" & moid_Slot & "/" & moid_PlugInUnit & "/" & moid_ExchangeTerminal & "/" & moid_Os155PhysPathTerm & "/" & moid_Vc4Ttp & "/" & moid_Vc12Ttp 
    Relationship Attributes
    NodeB_IdNodeB in a UTRAN network.YYNODEB_VC12.nedn_SubNetwork & "/" & nedn_MeContext; NODEB_VC12.nedn_SubNetwork & "/" & nedn_MeContext 
    Plug_In_Unit_IdEquipment Plug in Unit in a UTRAN network.YYRNC_VC12.nedn_SubNetwork & "/" & moid_Equipment & "/" & moid_Subrack & "/" & moid_Slot & "/" & moid_PlugInUnit or NODEB_VC12.nedn_SubNetwork & "/" & nedn_MeContext & "/" & moid_Equipment & "/" & moid_Subrack & "/" & moid_Slot & "/" & moid_PlugInUnit or RXI_VC12.nedn_SubNetwork & "/" & nedn_MeContext & "/" & moid_Equipment & "/" & moid_Subrack & "/" & moid_Slot & "/" & moid_PlugInUnit; RNC_VC12.nedn_SubNetwork & "/" & moid_Equipment & "/" & moid_Subrack & "/" & moid_Slot & "/" & moid_PlugInUnit or NODEB_VC12.nedn_SubNetwork & "/" & nedn_MeContext & "/" & moid_Equipment & "/" & moid_Subrack & "/" & moid_Slot & "/" & moid_PlugInUnit or RXI_VC12.nedn_SubNetwork & "/" & nedn_MeContext & "/" & moid_Equipment & "/" & moid_Subrack & "/" & moid_Slot & "/" & moid_PlugInUnit 
    RNC_IdRNC in a UTRAN network.YYRNC_VC12.nedn_SubNetwork or NODEB_VC12.nedn_SubNetwork or RXI_VC12.nedn_SubNetwork; RNC_VC12.nedn_SubNetwork or NODEB_VC12.nedn_SubNetwork or RXI_VC12.nedn_SubNetwork 
    OS155_Phys_Path_Term_Id155 Mbit/s physical path.YYRNC_VC12.nedn_SubNetwork & "/" & moid_Equipment & "/" & moid_Subrack & "/" & moid_Slot & "/" & moid_PlugInUnit & "/" & moid_ExchangeTerminal & "/" & moid_Os155PhysPathTerm or NODEB_VC12.nedn_SubNetwork & "/" & nedn_MeContext & "/" & moid_Equipment & "/" & moid_Subrack & "/" & moid_Slot & "/" & moid_PlugInUnit & "/" & moid_ExchangeTerminal & "/" & moid_Os155PhysPathTerm or RXI_VC12.nedn_SubNetwork & "/" & nedn_MeContext & "/" & moid_Equipment & "/" & moid_Subrack & "/" & moid_Slot & "/" & moid_PlugInUnit & "/" & moid_ExchangeTerminal & "/" & moid_Os155PhysPathTerm; RNC_VC12.nedn_SubNetwork & "/" & moid_Equipment & "/" & moid_Subrack & "/" & moid_Slot & "/" & moid_PlugInUnit & "/" & moid_ExchangeTerminal & "/" & moid_Os155PhysPathTerm or NODEB_VC12.nedn_SubNetwork & "/" & nedn_MeContext & "/" & moid_Equipment & "/" & moid_Subrack & "/" & moid_Slot & "/" & moid_PlugInUnit & "/" & moid_ExchangeTerminal & "/" & moid_Os155PhysPathTerm or RXI_VC12.nedn_SubNetwork & "/" & nedn_MeContext & "/" & moid_Equipment & "/" & moid_Subrack & "/" & moid_Slot & "/" & moid_PlugInUnit & "/" & moid_ExchangeTerminal & "/" & moid_Os155PhysPathTerm 
    VC4_TP_IdSDH VC12 termination point.YYRNC_VC12.nedn_SubNetwork & "/" & moid_Equipment & "/" & moid_Subrack & "/" & moid_Slot & "/" & moid_PlugInUnit & "/" & moid_ExchangeTerminal & "/" & moid_Os155PhysPathTerm & "/" & moid_Vc12Ttp or NODEB_VC12.nedn_SubNetwork & "/" & nedn_MeContext & "/" & moid_Equipment & "/" & moid_Subrack & "/" & moid_Slot & "/" & moid_PlugInUnit & "/" & moid_ExchangeTerminal & "/" & moid_Os155PhysPathTerm & "/" & moid_Vc4Ttp or RXI_VC12.nedn_SubNetwork & "/" & nedn_MeContext & "/" & moid_Equipment & "/" & moid_Subrack & "/" & moid_Slot & "/" & moid_PlugInUnit & "/" & moid_ExchangeTerminal & "/" & moid_Os155PhysPathTerm & "/" & moid_Vc4Ttp; RNC_VC12.nedn_SubNetwork & "/" & moid_Equipment & "/" & moid_Subrack & "/" & moid_Slot & "/" & moid_PlugInUnit & "/" & moid_ExchangeTerminal & "/" & moid_Os155PhysPathTerm & "/" & moid_Vc12Ttp or NODEB_VC12.nedn_SubNetwork & "/" & nedn_MeContext & "/" & moid_Equipment & "/" & moid_Subrack & "/" & moid_Slot & "/" & moid_PlugInUnit & "/" & moid_ExchangeTerminal & "/" & moid_Os155PhysPathTerm & "/" & moid_Vc4Ttp or RXI_VC12.nedn_SubNetwork & "/" & nedn_MeContext & "/" & moid_Equipment & "/" & moid_Subrack & "/" & moid_Slot & "/" & moid_PlugInUnit & "/" & moid_ExchangeTerminal & "/" & moid_Os155PhysPathTerm & "/" & moid_Vc4Ttp 
    Network_IdNetwork associated with the VC12 TP.YYlookup("nc_bsc","network_id",utime(StartDate & StartTime,"%d %b %Y %R"), RNC_VC12.nedn_SubNetwork) or lookup("nc_bsc","network_id",utime(StartDate & StartTime,"%d %b %Y %R"), NODEB_VC12.nedn_SubNetwork) or lookup("nc_bsc","network_id",utime(StartDate & StartTime,"%d %b %Y %R"), RXI_VC12.nedn_SubNetwork); lookup("nc_bsc","network_id",utime(StartDate & StartTime,"%d %b %Y %R"), RNC_VC12.nedn_SubNetwork) or lookup("nc_bsc","network_id",utime(StartDate & StartTime,"%d %b %Y %R"), NODEB_VC12.nedn_SubNetwork) or lookup("nc_bsc","network_id",utime(StartDate & StartTime,"%d %b %Y %R"), RXI_VC12.nedn_SubNetwork) 
    Region_IdRegion associated with the VC12 TP.YYlookup("nc_bsc","region_id",utime(StartDate & StartTime,"%d %b %Y %R"), RNC_VC12.nedn_SubNetwork) or lookup("nc_bsc","region_id",utime(StartDate & StartTime,"%d %b %Y %R"), NODEB_VC12.nedn_SubNetwork) or lookup("nc_bsc","region_id",utime(StartDate & StartTime,"%d %b %Y %R"), RXI_VC12.nedn_SubNetwork); lookup("nc_bsc","region_id",utime(StartDate & StartTime,"%d %b %Y %R"), RNC_VC12.nedn_SubNetwork) or lookup("nc_bsc","region_id",utime(StartDate & StartTime,"%d %b %Y %R"), NODEB_VC12.nedn_SubNetwork) or lookup("nc_bsc","region_id",utime(StartDate & StartTime,"%d %b %Y %R"), RXI_VC12.nedn_SubNetwork) 
    Configuration Attributes
    VC12_TP_NameA user friendly name preferably unique for the VC12.  RNC_VC12.nedn_SubNetwork & "/" & moid_Equipment & "/" & moid_Subrack & "/" & moid_Slot & "/" & moid_PlugInUnit & "/" & moid_ExchangeTerminal & "/" & moid_Os155PhysPathTerm & "/" & Moid_Vc4Ttp & "/" & moid_Vc12Ttp or NODEB_VC12.nedn_SubNetwork & "/" & nedn_MeContext & "/" & moid_Equipment & "/" & moid_Subrack & "/" & moid_Slot & "/" & moid_PlugInUnit & "/" & moid_ExchangeTerminal & "/" & moid_Os155PhysPathTerm & "/" & Moid_Vc4Ttp & "/" & moid_Vc12Ttp or RXI_VC12.nedn_SubNetwork & "/" & nedn_MeContext & "/" & moid_Equipment & "/" & moid_Subrack & "/" & moid_Slot & "/" & moid_PlugInUnit & "/" & moid_ExchangeTerminal & "/" & moid_Os155PhysPathTerm & "/" & Moid_Vc4Ttp & "/" & moid_Vc12Ttp; RNC_VC12.nedn_SubNetwork & "/" & moid_Equipment & "/" & moid_Subrack & "/" & moid_Slot & "/" & moid_PlugInUnit & "/" & moid_ExchangeTerminal & "/" & moid_Os155PhysPathTerm & "/" & Moid_Vc4Ttp & "/" & moid_Vc12Ttp or NODEB_VC12.nedn_SubNetwork & "/" & nedn_MeContext & "/" & moid_Equipment & "/" & moid_Subrack & "/" & moid_Slot & "/" & moid_PlugInUnit & "/" & moid_ExchangeTerminal & "/" & moid_Os155PhysPathTerm & "/" & Moid_Vc4Ttp & "/" & moid_Vc12Ttp or RXI_VC12.nedn_SubNetwork & "/" & nedn_MeContext & "/" & moid_Equipment & "/" & moid_Subrack & "/" & moid_Slot & "/" & moid_PlugInUnit & "/" & moid_ExchangeTerminal & "/" & moid_Os155PhysPathTerm & "/" & Moid_Vc4Ttp & "/" & moid_Vc12Ttp 
    TechnologyTechnology of the network/element (e.g. GSM, GPRS, UMTS).  RNC_VC12."UMTS" or NODEB_VC12."UMTS" or RXI_VC12."UMTS"; RNC_VC12."UMTS" or NODEB_VC12."UMTS" or RXI_VC12."UMTS" 
    VersionHardware/Software version of the VC12 TP.  RNC_VC12."P7.1" or NODEB_VC12."P7.1" or RXI_VC12."P7.1"; RNC_VC12."P7.1" or NODEB_VC12."P7.1" or RXI_VC12."P7.1" 
    Node_TypeType of Node.  RNC_VC12."RNC" or NODEB_VC12."NodeB" or RXI_VC12."RXI" ; RNC_VC12."RNC" or NODEB_VC12."NodeB" or RXI_VC12."RXI" 
    Node_IdThe unique identifier for the node this object is connected to.  No mapping; No mapping 
    Node_NameA user friendly name for this node the object is connected to.  No mapping; No mapping 


    6.93 VC4_TP details

    In the network hierarchy, the immediate parent of the VC4_TP object is OS155_Phys_Path_Term.

    Attribute NameDescriptionRead-Only?Time-Tracked?MappingAggregator
    Primary Identifier
    VC4_TP_IdA unique identifier for the SDH VC4 termination point.Y RNC_VC4.nedn_SubNetwork & "/" & moid_Equipment & "/" & moid_Subrack & "/" & moid_Slot & "/" & moid_PlugInUnit & "/" & moid_ExchangeTerminal & "/" & moid_Os155SpiTtp & "/" & moid_Vc4Ttp or NODEB_VC4.nedn_SubNetwork & "/" & nedn_MeContext & "/" & moid_Equipment & "/" & moid_Subrack & "/" & moid_Slot & "/" & moid_PlugInUnit & "/" & moid_ExchangeTerminal & "/" & moid_Os155SpiTtp & "/" & moid_Vc4Ttp or RXI_VC4.nedn_SubNetwork & "/" & nedn_MeContext & "/" & moid_Equipment & "/" & moid_Subrack & "/" & moid_Slot & "/" & moid_PlugInUnit & "/" & moid_ExchangeTerminal & "/" & moid_Os155SpiTtp & "/" & moid_Vc4Ttp; RNC_VC4.nedn_SubNetwork & "/" & moid_Equipment & "/" & moid_Subrack & "/" & moid_Slot & "/" & moid_PlugInUnit & "/" & moid_ExchangeTerminal & "/" & moid_Os155SpiTtp & "/" & moid_Vc4Ttp or NODEB_VC4.nedn_SubNetwork & "/" & nedn_MeContext & "/" & moid_Equipment & "/" & moid_Subrack & "/" & moid_Slot & "/" & moid_PlugInUnit & "/" & moid_ExchangeTerminal & "/" & moid_Os155SpiTtp & "/" & moid_Vc4Ttp or RXI_VC4.nedn_SubNetwork & "/" & nedn_MeContext & "/" & moid_Equipment & "/" & moid_Subrack & "/" & moid_Slot & "/" & moid_PlugInUnit & "/" & moid_ExchangeTerminal & "/" & moid_Os155SpiTtp & "/" & moid_Vc4Ttp 
    Relationship Attributes
    NodeB_IdNodeB in a UTRAN network.YYNODEB_VC4.nedn_SubNetwork & "/" & nedn_MeContext; NODEB_VC4.nedn_SubNetwork & "/" & nedn_MeContext 
    Plug_In_Unit_IdEquipment Plug in Unit in a UTRAN network.YYRNC_VC4.nedn_SubNetwork & "/" & moid_Equipment & "/" & moid_Subrack & "/" & moid_Slot & "/" & moid_PlugInUnit or NODEB_VC4.nedn_SubNetwork & "/" & nedn_MeContext & "/" & moid_Equipment & "/" & moid_Subrack & "/" & moid_Slot & "/" & moid_PlugInUnit or RXI_VC4.nedn_SubNetwork & "/" & nedn_MeContext & "/" & moid_Equipment & "/" & moid_Subrack & "/" & moid_Slot & "/" & moid_PlugInUnit; RNC_VC4.nedn_SubNetwork & "/" & moid_Equipment & "/" & moid_Subrack & "/" & moid_Slot & "/" & moid_PlugInUnit or NODEB_VC4.nedn_SubNetwork & "/" & nedn_MeContext & "/" & moid_Equipment & "/" & moid_Subrack & "/" & moid_Slot & "/" & moid_PlugInUnit or RXI_VC4.nedn_SubNetwork & "/" & nedn_MeContext & "/" & moid_Equipment & "/" & moid_Subrack & "/" & moid_Slot & "/" & moid_PlugInUnit 
    RNC_IdRNC in a UTRAN network.YYRNC_VC4.nedn_SubNetwork or NODEB_VC4.nedn_SubNetwork or RXI_VC4.nedn_SubNetwork; RNC_VC4.nedn_SubNetwork or NODEB_VC4.nedn_SubNetwork or RXI_VC4.nedn_SubNetwork 
    OS155_Phys_Path_Term_Id155 Mbit/s physical path.YYRNC_VC4.nedn_SubNetwork & "/" & moid_Equipment & "/" & moid_Subrack & "/" & moid_Slot & "/" & moid_PlugInUnit & "/" & moid_ExchangeTerminal & "/" & moid_Os155SpiTtp or NODEB_VC4.nedn_SubNetwork & "/" & nedn_MeContext & "/" & moid_Equipment & "/" & moid_Subrack & "/" & moid_Slot & "/" & moid_PlugInUnit & "/" & moid_ExchangeTerminal & "/" & moid_Os155SpiTtp or RXI_VC4.nedn_SubNetwork & "/" & nedn_MeContext & "/" & moid_Equipment & "/" & moid_Subrack & "/" & moid_Slot & "/" & moid_PlugInUnit & "/" & moid_ExchangeTerminal & "/" & moid_Os155SpiTtp; RNC_VC4.nedn_SubNetwork & "/" & moid_Equipment & "/" & moid_Subrack & "/" & moid_Slot & "/" & moid_PlugInUnit & "/" & moid_ExchangeTerminal & "/" & moid_Os155SpiTtp or NODEB_VC4.nedn_SubNetwork & "/" & nedn_MeContext & "/" & moid_Equipment & "/" & moid_Subrack & "/" & moid_Slot & "/" & moid_PlugInUnit & "/" & moid_ExchangeTerminal & "/" & moid_Os155SpiTtp or RXI_VC4.nedn_SubNetwork & "/" & nedn_MeContext & "/" & moid_Equipment & "/" & moid_Subrack & "/" & moid_Slot & "/" & moid_PlugInUnit & "/" & moid_ExchangeTerminal & "/" & moid_Os155SpiTtp 
    Network_IdNetwork associated with the VC4 TP.YYlookup("nc_bsc","network_id",utime(StartDate & StartTime,"%d %b %Y %R"), RNC_VC4.nedn_SubNetwork) or lookup("nc_bsc","network_id",utime(StartDate & StartTime,"%d %b %Y %R"), NODEB_VC4.nedn_SubNetwork) or lookup("nc_bsc","network_id",utime(StartDate & StartTime,"%d %b %Y %R"), RXI_VC4.nedn_SubNetwork); lookup("nc_bsc","network_id",utime(StartDate & StartTime,"%d %b %Y %R"), RNC_VC4.nedn_SubNetwork) or lookup("nc_bsc","network_id",utime(StartDate & StartTime,"%d %b %Y %R"), NODEB_VC4.nedn_SubNetwork) or lookup("nc_bsc","network_id",utime(StartDate & StartTime,"%d %b %Y %R"), RXI_VC4.nedn_SubNetwork) 
    Region_IdRegion associated with the VC4 Tp.YYlookup("nc_bsc","region_id",utime(StartDate & StartTime,"%d %b %Y %R"), RNC_VC4.nedn_SubNetwork) or lookup("nc_bsc","region_id",utime(StartDate & StartTime,"%d %b %Y %R"), NODEB_VC4.nedn_SubNetwork) or lookup("nc_bsc","region_id",utime(StartDate & StartTime,"%d %b %Y %R"), RXI_VC4.nedn_SubNetwork); lookup("nc_bsc","region_id",utime(StartDate & StartTime,"%d %b %Y %R"), RNC_VC4.nedn_SubNetwork) or lookup("nc_bsc","region_id",utime(StartDate & StartTime,"%d %b %Y %R"), NODEB_VC4.nedn_SubNetwork) or lookup("nc_bsc","region_id",utime(StartDate & StartTime,"%d %b %Y %R"), RXI_VC4.nedn_SubNetwork) 
    Configuration Attributes
    VC4_TP_NameA user friendly name preferably unique for the VC4.  RNC_VC4.nedn_SubNetwork & "/" & moid_Equipment & "/" & moid_Subrack & "/" & moid_Slot & "/" & moid_PlugInUnit & "/" & moid_ExchangeTerminal & "/" & moid_Os155SpiTtp & "/" & moid_Vc4Ttp or NODEB_VC4.nedn_SubNetwork & "/" & nedn_MeContext & "/" & moid_Equipment & "/" & moid_Subrack & "/" & moid_Slot & "/" & moid_PlugInUnit & "/" & moid_ExchangeTerminal & "/" & moid_Os155SpiTtp & "/" & moid_Vc4Ttp or RXI_VC4.nedn_SubNetwork & "/" & nedn_MeContext & "/" & moid_Equipment & "/" & moid_Subrack & "/" & moid_Slot & "/" & moid_PlugInUnit & "/" & moid_ExchangeTerminal & "/" & moid_Os155SpiTtp & "/" & moid_Vc4Ttp; RNC_VC4.nedn_SubNetwork & "/" & moid_Equipment & "/" & moid_Subrack & "/" & moid_Slot & "/" & moid_PlugInUnit & "/" & moid_ExchangeTerminal & "/" & moid_Os155SpiTtp & "/" & moid_Vc4Ttp or NODEB_VC4.nedn_SubNetwork & "/" & nedn_MeContext & "/" & moid_Equipment & "/" & moid_Subrack & "/" & moid_Slot & "/" & moid_PlugInUnit & "/" & moid_ExchangeTerminal & "/" & moid_Os155SpiTtp & "/" & moid_Vc4Ttp or RXI_VC4.nedn_SubNetwork & "/" & nedn_MeContext & "/" & moid_Equipment & "/" & moid_Subrack & "/" & moid_Slot & "/" & moid_PlugInUnit & "/" & moid_ExchangeTerminal & "/" & moid_Os155SpiTtp & "/" & moid_Vc4Ttp 
    TechnologyTechnology of the network/element (e.g. GSM, GPRS, UMTS).  RNC_VC4."UMTS" or NODEB_VC4."UMTS" or RXI_VC4."UMTS"; RNC_VC4."UMTS" or NODEB_VC4."UMTS" or RXI_VC4."UMTS" 
    VersionHardware/Software version of the VC4 TP.  RNC_VC4."P7.1" or NODEB_VC4."P7.1" or RXI_VC4."P7.1"; RNC_VC4."P7.1" or NODEB_VC4."P7.1" or RXI_VC4."P7.1" 
    Node_TypeType of Node.  RNC_VC4."RNC" or NODEB_VC4."NodeB" or RXI_VC4."RXI"; RNC_VC4."RNC" or NODEB_VC4."NodeB" or RXI_VC4."RXI" 
    Node_IdThe unique identifier for the node this object is connected to.  No mapping; No mapping 
    Node_NameA user friendly name for this node the object is connected to.  No mapping; No mapping 


    6.94 VCL_TP details

    In the network hierarchy, the immediate parent of the VCL_TP object is VPC_TP.

    Attribute NameDescriptionRead-Only?Time-Tracked?MappingAggregator
    Primary Identifier
    VCL_TP_IdA unique identifier for the Virtual Circuit in a UTRAN network.Y RNC_Virtual_Channel_Link.nedn_SubNetwork & "/" & moid_AtmPort & "/" & moid_VplTp & "/" & moid_VpcTp & "/" & moid_VclTp or NODEB_Virtual_Channel_Link.nedn_SubNetwork & "/" & nedn_MeContext & "/" & moid_AtmPort & "/" & moid_VplTp & "/" & moid_VpcTp & "/" & moid_VclTp or RXI_Virtual_Channel_Link.nedn_SubNetwork & "/" & nedn_MeContext & "/" & moid_AtmPort & "/" & moid_VplTp & "/" & moid_VpcTp & "/" & moid_VclTp; RNC_Virtual_Channel_Link.nedn_SubNetwork & "/" & moid_AtmPort & "/" & moid_VplTp & "/" & moid_VpcTp & "/" & moid_VclTp or NODEB_Virtual_Channel_Link.nedn_SubNetwork & "/" & nedn_MeContext & "/" & moid_AtmPort & "/" & moid_VplTp & "/" & moid_VpcTp & "/" & moid_VclTp or RXI_Virtual_Channel_Link.nedn_SubNetwork & "/" & nedn_MeContext & "/" & moid_AtmPort & "/" & moid_VplTp & "/" & moid_VpcTp & "/" & moid_VclTp 
    Relationship Attributes
    ATM_Port_IdPhysical ATM port in a UTRAN network.YYRNC_Virtual_Channel_Link.nedn_SubNetwork & "/" & moid_AtmPort or NODEB_Virtual_Channel_Link.nedn_SubNetwork & "/" & nedn_MeContext & "/" & moid_AtmPort or RXI_Virtual_Channel_Link.nedn_SubNetwork & "/" & nedn_MeContext & "/" & moid_AtmPort; RNC_Virtual_Channel_Link.nedn_SubNetwork & "/" & moid_AtmPort or NODEB_Virtual_Channel_Link.nedn_SubNetwork & "/" & nedn_MeContext & "/" & moid_AtmPort or RXI_Virtual_Channel_Link.nedn_SubNetwork & "/" & nedn_MeContext & "/" & moid_AtmPort 
    Network_IdNetwork associated with the VCL TP.YYlookup("nc_bsc","network_id",utime(StartDate & StartTime,"%d %b %Y %R"), RNC_Virtual_Channel_Link.nedn_SubNetwork) or lookup("nc_bsc","network_id",utime(StartDate & StartTime,"%d %b %Y %R"), NODEB_Virtual_Channel_Link.nedn_SubNetwork) or lookup("nc_bsc","network_id",utime(StartDate & StartTime,"%d %b %Y %R"), RXI_Virtual_Channel_Link.nedn_SubNetwork); lookup("nc_bsc","network_id",utime(StartDate & StartTime,"%d %b %Y %R"), RNC_Virtual_Channel_Link.nedn_SubNetwork) or lookup("nc_bsc","network_id",utime(StartDate & StartTime,"%d %b %Y %R"), NODEB_Virtual_Channel_Link.nedn_SubNetwork) or lookup("nc_bsc","network_id",utime(StartDate & StartTime,"%d %b %Y %R"), RXI_Virtual_Channel_Link.nedn_SubNetwork) 
    NodeB_IdNodeB in a UTRAN network.YYNODEB_Virtual_Channel_Link.nedn_SubNetwork & "/" & nedn_MeContext; NODEB_Virtual_Channel_Link.nedn_SubNetwork & "/" & nedn_MeContext 
    RNC_IdRNC in a UTRAN network.YYRNC_Virtual_Channel_Link.nedn_SubNetwork or NODEB_Virtual_Channel_Link.nedn_SubNetwork or RXI_Virtual_Channel_Link.nedn_SubNetwork; RNC_Virtual_Channel_Link.nedn_SubNetwork or NODEB_Virtual_Channel_Link.nedn_SubNetwork or RXI_Virtual_Channel_Link.nedn_SubNetwork 
    VPC_TP_IdVirtual path in UTRAN network.YYRNC_Virtual_Channel_Link.nedn_SubNetwork & "/" & moid_AtmPort & "/" & moid_VplTp & "/" & moid_VpcTp or NODEB_Virtual_Channel_Link.nedn_SubNetwork & "/" & nedn_MeContext & "/" & moid_AtmPort & "/" & moid_VplTp & "/" & moid_VpcTp or RXI_Virtual_Channel_Link.nedn_SubNetwork & "/" & nedn_MeContext & "/" & moid_AtmPort & "/" & moid_VplTp & "/" & moid_VpcTp; RNC_Virtual_Channel_Link.nedn_SubNetwork & "/" & moid_AtmPort & "/" & moid_VplTp & "/" & moid_VpcTp or NODEB_Virtual_Channel_Link.nedn_SubNetwork & "/" & nedn_MeContext & "/" & moid_AtmPort & "/" & moid_VplTp & "/" & moid_VpcTp or RXI_Virtual_Channel_Link.nedn_SubNetwork & "/" & nedn_MeContext & "/" & moid_AtmPort & "/" & moid_VplTp & "/" & moid_VpcTp 
    VPL_TP_IdVirtual path link in a UTRAN network.YYRNC_Virtual_Channel_Link.nedn_SubNetwork & "/" & moid_AtmPort & "/" & moid_VplTp or NODEB_Virtual_Channel_Link.nedn_SubNetwork & "/" & nedn_MeContext & "/" & moid_AtmPort & "/" & moid_VplTp or RXI_Virtual_Channel_Link.nedn_SubNetwork & "/" & nedn_MeContext & "/" & moid_AtmPort & "/" & moid_VplTp; RNC_Virtual_Channel_Link.nedn_SubNetwork & "/" & moid_AtmPort & "/" & moid_VplTp or NODEB_Virtual_Channel_Link.nedn_SubNetwork & "/" & nedn_MeContext & "/" & moid_AtmPort & "/" & moid_VplTp or RXI_Virtual_Channel_Link.nedn_SubNetwork & "/" & nedn_MeContext & "/" & moid_AtmPort & "/" & moid_VplTp 
    Region_IdRegion associated with the VCL Tp.YYlookup("nc_bsc","region_id",utime(StartDate & StartTime,"%d %b %Y %R"), RNC_Virtual_Channel_Link.nedn_SubNetwork) or lookup("nc_bsc","region_id",utime(StartDate & StartTime,"%d %b %Y %R"), NODEB_Virtual_Channel_Link.nedn_SubNetwork) or lookup("nc_bsc","region_id",utime(StartDate & StartTime,"%d %b %Y %R"), RXI_Virtual_Channel_Link.nedn_SubNetwork); lookup("nc_bsc","region_id",utime(StartDate & StartTime,"%d %b %Y %R"), RNC_Virtual_Channel_Link.nedn_SubNetwork) or lookup("nc_bsc","region_id",utime(StartDate & StartTime,"%d %b %Y %R"), NODEB_Virtual_Channel_Link.nedn_SubNetwork) or lookup("nc_bsc","region_id",utime(StartDate & StartTime,"%d %b %Y %R"), RXI_Virtual_Channel_Link.nedn_SubNetwork) 
    Configuration Attributes
    VCP_TP_NameA user friendly name preferably unique for VCP TP.  RNC_Virtual_Channel_Link.nedn_SubNetwork & "/" & moid_AtmPort & "/" & moid_VplTp & "/" & moid_VpcTp & "/" & moid_VclTp or NODEB_Virtual_Channel_Link.nedn_SubNetwork & "/" & nedn_MeContext & "/" & moid_AtmPort & "/" & moid_VplTp & "/" & moid_VpcTp & "/" & moid_VclTp or RXI_Virtual_Channel_Link.nedn_SubNetwork & "/" & nedn_MeContext & "/" & moid_AtmPort & "/" & moid_VplTp & "/" & moid_VpcTp & "/" & moid_VclTp; RNC_Virtual_Channel_Link.nedn_SubNetwork & "/" & moid_AtmPort & "/" & moid_VplTp & "/" & moid_VpcTp & "/" & moid_VclTp or NODEB_Virtual_Channel_Link.nedn_SubNetwork & "/" & nedn_MeContext & "/" & moid_AtmPort & "/" & moid_VplTp & "/" & moid_VpcTp & "/" & moid_VclTp or RXI_Virtual_Channel_Link.nedn_SubNetwork & "/" & nedn_MeContext & "/" & moid_AtmPort & "/" & moid_VplTp & "/" & moid_VpcTp & "/" & moid_VclTp 
    Block_SizeAAL2VCL Block size.  No mapping; No mapping 
    Egress_ATM_PCRAtm Traffic Descriptor Id.  No mapping; No mapping 
    TechnologyTechnology of the network/element (e.g. GSM, GPRS, UMTS).  RNC_Virtual_Channel_Link."UMTS" or NODEB_Virtual_Channel_Link."UMTS" or RXI_Virtual_Channel_Link."UMTS"; RNC_Virtual_Channel_Link."UMTS" or NODEB_Virtual_Channel_Link."UMTS" or RXI_Virtual_Channel_Link."UMTS" 
    VersionHardware/Software version of the VCL TP.  RNC_Virtual_Channel_Link."P7.1" or NODEB_Virtual_Channel_Link."P7.1" or RXI_Virtual_Channel_Link."P7.1"; RNC_Virtual_Channel_Link."P7.1" or NODEB_Virtual_Channel_Link."P7.1" or RXI_Virtual_Channel_Link."P7.1" 
    Node_TypeType of Node.  RNC_Virtual_Channel_Link."RNC" or NODEB_Virtual_Channel_Link."NodeB" or RXI_Virtual_Channel_Link."RXI"; RNC_Virtual_Channel_Link."RNC" or NODEB_Virtual_Channel_Link."NodeB" or RXI_Virtual_Channel_Link."RXI" 
    Node_IdThe unique identifier for the node this object is connected to.  No mapping; No mapping 
    Node_NameA user friendly name for this node the object is connected to.  No mapping; No mapping 


    6.95 VPC_TP details

    In the network hierarchy, the immediate parent of the VPC_TP object is VPL_TP.



    6.96 VPC_TP details

    In the network hierarchy, the immediate parent of the VPC_TP object is VPL_TP.

    Attribute NameDescriptionRead-Only?Time-Tracked?MappingAggregator
    Primary Identifier
    VPC_TP_IdA unique identifier for the Virtual Path Connection in a UTRAN network.Y RNC_Virtual_Path_Connection.nedn_SubNetwork & "/" & moid_AtmPort & "/" & moid_VplTp & "/" & moid_VpcTp or NODEB_Virtual_Path_Connection.nedn_SubNetwork & "/" & nedn_MeContext & "/" & moid_AtmPort & "/" & moid_VplTp & "/" & moid_VpcTp or RXI_Virtual_Path_Connection.nedn_SubNetwork & "/" & nedn_MeContext & "/" & moid_AtmPort & "/" & moid_VplTp & "/" & moid_VpcTp; RNC_Virtual_Path_Connection.nedn_SubNetwork & "/" & moid_AtmPort & "/" & moid_VplTp & "/" & moid_VpcTp or NODEB_Virtual_Path_Connection.nedn_SubNetwork & "/" & nedn_MeContext & "/" & moid_AtmPort & "/" & moid_VplTp & "/" & moid_VpcTp or RXI_Virtual_Path_Connection.nedn_SubNetwork & "/" & nedn_MeContext & "/" & moid_AtmPort & "/" & moid_VplTp & "/" & moid_VpcTp 
    Relationship Attributes
    ATM_Port_IdPhysical ATM port in a UTRAN network.YYRNC_Virtual_Path_Connection.nedn_SubNetwork & "/" & moid_AtmPort or NODEB_Virtual_Path_Connection.nedn_SubNetwork & "/" & nedn_MeContext & "/" & moid_AtmPort or RXI_Virtual_Path_Connection.nedn_SubNetwork & "/" & nedn_MeContext & "/" & moid_AtmPort; RNC_Virtual_Path_Connection.nedn_SubNetwork & "/" & moid_AtmPort or NODEB_Virtual_Path_Connection.nedn_SubNetwork & "/" & nedn_MeContext & "/" & moid_AtmPort or RXI_Virtual_Path_Connection.nedn_SubNetwork & "/" & nedn_MeContext & "/" & moid_AtmPort 
    Network_IdNetwork associated with the VPC TP.YYlookup("nc_bsc","network_id",utime(StartDate & StartTime,"%d %b %Y %R"), RNC_Virtual_Path_Connection.nedn_SubNetwork) or lookup("nc_bsc","network_id",utime(StartDate & StartTime,"%d %b %Y %R"), NODEB_Virtual_Path_Connection.nedn_SubNetwork) or lookup("nc_bsc","network_id",utime(StartDate & StartTime,"%d %b %Y %R"), RXI_Virtual_Path_Connection.nedn_SubNetwork); lookup("nc_bsc","network_id",utime(StartDate & StartTime,"%d %b %Y %R"), RNC_Virtual_Path_Connection.nedn_SubNetwork) or lookup("nc_bsc","network_id",utime(StartDate & StartTime,"%d %b %Y %R"), NODEB_Virtual_Path_Connection.nedn_SubNetwork) or lookup("nc_bsc","network_id",utime(StartDate & StartTime,"%d %b %Y %R"), RXI_Virtual_Path_Connection.nedn_SubNetwork) 
    NodeB_IdNodeB in a UTRAN network.YYNODEB_Virtual_Path_Connection.nedn_SubNetwork & "/" & nedn_MeContext; NODEB_Virtual_Path_Connection.nedn_SubNetwork & "/" & nedn_MeContext 
    RNC_IdRNC in a UTRAN network.YYRNC_Virtual_Path_Connection.nedn_SubNetwork or NODEB_Virtual_Path_Connection.nedn_SubNetwork or RXI_Virtual_Path_Connection.nedn_SubNetwork; RNC_Virtual_Path_Connection.nedn_SubNetwork or NODEB_Virtual_Path_Connection.nedn_SubNetwork or RXI_Virtual_Path_Connection.nedn_SubNetwork 
    VPL_TP_IdA unique identifier for the Virtual Path Link in a UTRAN network.YYRNC_Virtual_Path_Connection.nedn_SubNetwork & "/" & moid_AtmPort & "/" & moid_VplTp or NODEB_Virtual_Path_Connection.nedn_SubNetwork & "/" & nedn_MeContext & "/" & moid_AtmPort & "/" & moid_VplTp or RXI_Virtual_Path_Connection.nedn_SubNetwork & "/" & nedn_MeContext & "/" & moid_AtmPort & "/" & moid_VplTp; RNC_Virtual_Path_Connection.nedn_SubNetwork & "/" & moid_AtmPort & "/" & moid_VplTp or NODEB_Virtual_Path_Connection.nedn_SubNetwork & "/" & nedn_MeContext & "/" & moid_AtmPort & "/" & moid_VplTp or RXI_Virtual_Path_Connection.nedn_SubNetwork & "/" & nedn_MeContext & "/" & moid_AtmPort & "/" & moid_VplTp 
    Region_IdRegion associated with the VPC Tp.YYlookup("nc_bsc","region_id",utime(StartDate & StartTime,"%d %b %Y %R"), RNC_Virtual_Path_Connection.nedn_SubNetwork) or lookup("nc_bsc","region_id",utime(StartDate & StartTime,"%d %b %Y %R"), NODEB_Virtual_Path_Connection.nedn_SubNetwork) or lookup("nc_bsc","region_id",utime(StartDate & StartTime,"%d %b %Y %R"), RXI_Virtual_Path_Connection.nedn_SubNetwork); lookup("nc_bsc","region_id",utime(StartDate & StartTime,"%d %b %Y %R"), RNC_Virtual_Path_Connection.nedn_SubNetwork) or lookup("nc_bsc","region_id",utime(StartDate & StartTime,"%d %b %Y %R"), NODEB_Virtual_Path_Connection.nedn_SubNetwork) or lookup("nc_bsc","region_id",utime(StartDate & StartTime,"%d %b %Y %R"), RXI_Virtual_Path_Connection.nedn_SubNetwork) 
    Configuration Attributes
    VPC_TP_NameA user friendly name preferably unique for VPC Tp.  RNC_Virtual_Path_Connection.nedn_SubNetwork & "/" & moid_AtmPort & "/" & moid_VplTp & "/" & moid_VpcTp or NODEB_Virtual_Path_Connection.nedn_SubNetwork & "/" & nedn_MeContext & "/" & moid_AtmPort & "/" & moid_VplTp & "/" & moid_VpcTp or RXI_Virtual_Path_Connection.nedn_SubNetwork & "/" & nedn_MeContext & "/" & moid_AtmPort & "/" & moid_VplTp & "/" & moid_VpcTp; RNC_Virtual_Path_Connection.nedn_SubNetwork & "/" & moid_AtmPort & "/" & moid_VplTp & "/" & moid_VpcTp or NODEB_Virtual_Path_Connection.nedn_SubNetwork & "/" & nedn_MeContext & "/" & moid_AtmPort & "/" & moid_VplTp & "/" & moid_VpcTp or RXI_Virtual_Path_Connection.nedn_SubNetwork & "/" & nedn_MeContext & "/" & moid_AtmPort & "/" & moid_VplTp & "/" & moid_VpcTp 
    TechnologyTechnology of the network/element (e.g. GSM, GPRS, UMTS).  RNC_Virtual_Path_Connection."UMTS" or NODEB_Virtual_Path_Connection."UMTS" or RXI_Virtual_Path_Connection."UMTS"; RNC_Virtual_Path_Connection."UMTS" or NODEB_Virtual_Path_Connection."UMTS" or RXI_Virtual_Path_Connection."UMTS" 
    VersionHardware/Software version of the VPC TP.  RNC_Virtual_Path_Connection."P7.1" or NODEB_Virtual_Path_Connection."P7.1" or RXI_Virtual_Path_Connection."P7.1"; RNC_Virtual_Path_Connection."P7.1" or NODEB_Virtual_Path_Connection."P7.1" or RXI_Virtual_Path_Connection."P7.1" 
    Node_TypeType of Node.  RNC_Virtual_Path_Connection."RNC" or NODEB_Virtual_Path_Connection."NodeB" or RXI_Virtual_Path_Connection."RXI"; RNC_Virtual_Path_Connection."RNC" or NODEB_Virtual_Path_Connection."NodeB" or RXI_Virtual_Path_Connection."RXI" 
    Node_IdThe unique identifier for the node this object is connected to.  No mapping; No mapping 
    Node_NameA user friendly name for this node the object is connected to.  No mapping; No mapping 


    6.97 VPL_TP details

    In the network hierarchy, the immediate parent of the VPL_TP object is ATM_Port.

    Attribute NameDescriptionRead-Only?Time-Tracked?MappingAggregator
    Primary Identifier
    VPL_TP_IdA unique identifier for the Virtual Path Link in a UTRAN network.Y RNC_Virtual_Path_Link.nedn_SubNetwork & "/" & moid_AtmPort & "/" & moid_VplTp or NODEB_Virtual_Path_Link.nedn_SubNetwork & "/" & nedn_MeContext & "/" & moid_AtmPort & "/" & moid_VplTp or RXI_Virtual_Path_Link.nedn_SubNetwork & "/" & nedn_MeContext & "/" & moid_AtmPort & "/" & moid_VplTp; RNC_Virtual_Path_Link.nedn_SubNetwork & "/" & moid_AtmPort & "/" & moid_VplTp or NODEB_Virtual_Path_Link.nedn_SubNetwork & "/" & nedn_MeContext & "/" & moid_AtmPort & "/" & moid_VplTp or RXI_Virtual_Path_Link.nedn_SubNetwork & "/" & nedn_MeContext & "/" & moid_AtmPort & "/" & moid_VplTp 
    Relationship Attributes
    ATM_Port_IdPhysical ATM port in a UTRAN network.YYRNC_Virtual_Path_Link.nedn_SubNetwork & "/" & moid_AtmPort or NODEB_Virtual_Path_Link.nedn_SubNetwork & "/" & nedn_MeContext & "/" & moid_AtmPort or RXI_Virtual_Path_Link.nedn_SubNetwork & "/" & nedn_MeContext & "/" & moid_AtmPort; RNC_Virtual_Path_Link.nedn_SubNetwork & "/" & moid_AtmPort or NODEB_Virtual_Path_Link.nedn_SubNetwork & "/" & nedn_MeContext & "/" & moid_AtmPort or RXI_Virtual_Path_Link.nedn_SubNetwork & "/" & nedn_MeContext & "/" & moid_AtmPort 
    Network_IdNetwork associated with the VPL TP.YYlookup("nc_bsc","network_id",utime(StartDate&StartTime,"%d%b%Y%R"), RNC_Virtual_Path_Link.nedn_SubNetwork) or lookup("nc_bsc","network_id",utime(StartDate&StartTime,"%d%b%Y%R"), NODEB_Virtual_Path_Link.nedn_SubNetwork) or lookup("nc_bsc","network_id",utime(StartDate&StartTime,"%d%b%Y%R"), RXI_Virtual_Path_Link.nedn_SubNetwork); lookup("nc_bsc","network_id",utime(StartDate&StartTime,"%d%b%Y%R"), RNC_Virtual_Path_Link.nedn_SubNetwork) or lookup("nc_bsc","network_id",utime(StartDate&StartTime,"%d%b%Y%R"), NODEB_Virtual_Path_Link.nedn_SubNetwork) or lookup("nc_bsc","network_id",utime(StartDate&StartTime,"%d%b%Y%R"), RXI_Virtual_Path_Link.nedn_SubNetwork) 
    NodeB_IdNodeB in a UTRAN network.YYNODEB_Virtual_Path_Link.nedn_SubNetwork & "/" & nedn_MeContext; NODEB_Virtual_Path_Link.nedn_SubNetwork & "/" & nedn_MeContext 
    RNC_IdRNC in a UTRAN network.YYRNC_Virtual_Path_Link.nedn_SubNetwork or NODEB_Virtual_Path_Link.nedn_SubNetwork or RXI_Virtual_Path_Link.nedn_SubNetwork; RNC_Virtual_Path_Link.nedn_SubNetwork or NODEB_Virtual_Path_Link.nedn_SubNetwork or RXI_Virtual_Path_Link.nedn_SubNetwork 
    Region_IdRegion associated with the VPL Tp.YYlookup("nc_bsc","region_id",utime(StartDate & StartTime,"%d %b %Y %R"), RNC_Virtual_Path_Link.nedn_SubNetwork) or lookup("nc_bsc","region_id",utime(StartDate & StartTime,"%d %b %Y %R"), NODEB_Virtual_Path_Link.nedn_SubNetwork) or lookup("nc_bsc","region_id",utime(StartDate & StartTime,"%d %b %Y %R"), RXI_Virtual_Path_Link.nedn_SubNetwork); lookup("nc_bsc","region_id",utime(StartDate & StartTime,"%d %b %Y %R"), RNC_Virtual_Path_Link.nedn_SubNetwork) or lookup("nc_bsc","region_id",utime(StartDate & StartTime,"%d %b %Y %R"), NODEB_Virtual_Path_Link.nedn_SubNetwork) or lookup("nc_bsc","region_id",utime(StartDate & StartTime,"%d %b %Y %R"), RXI_Virtual_Path_Link.nedn_SubNetwork) 
    Configuration Attributes
    VPL_TP_NameA user friendly name preferably unique for VPL Tp.  RNC_Virtual_Path_Link.nedn_SubNetwork & "/" & moid_AtmPort & "/" & moid_VplTp or NODEB_Virtual_Path_Link.nedn_SubNetwork & "/" & nedn_MeContext & "/" & moid_AtmPort & "/" & moid_VplTp or RXI_Virtual_Path_Link.nedn_SubNetwork & "/" & nedn_MeContext & "/" & moid_AtmPort & "/" & moid_VplTp; RNC_Virtual_Path_Link.nedn_SubNetwork & "/" & moid_AtmPort & "/" & moid_VplTp or NODEB_Virtual_Path_Link.nedn_SubNetwork & "/" & nedn_MeContext & "/" & moid_AtmPort & "/" & moid_VplTp or RXI_Virtual_Path_Link.nedn_SubNetwork & "/" & nedn_MeContext & "/" & moid_AtmPort & "/" & moid_VplTp 
    Egress_ATM_PCRAtm Traffic Descriptor Id.  No mapping; No mapping 
    TechnologyTechnology of the network/element (e.g. GSM, GPRS, UMTS).  RNC_Virtual_Path_Link."UMTS" or NODEB_Virtual_Path_Link."UMTS" or RXI_Virtual_Path_Link."UMTS"; RNC_Virtual_Path_Link."UMTS" or NODEB_Virtual_Path_Link."UMTS" or RXI_Virtual_Path_Link."UMTS" 
    VersionHardware/Software version of the VPL TP.  RNC_Virtual_Path_Link."P7.1" or NODEB_Virtual_Path_Link."P7.1" or RXI_Virtual_Path_Link."P7.1"; RNC_Virtual_Path_Link."P7.1" or NODEB_Virtual_Path_Link."P7.1" or RXI_Virtual_Path_Link."P7.1" 
    Node_TypeType of Node.  RNC_Virtual_Path_Link."RNC" or NODEB_Virtual_Path_Link."NodeB" or RXI_Virtual_Path_Link."RXI"; RNC_Virtual_Path_Link."RNC" or NODEB_Virtual_Path_Link."NodeB" or RXI_Virtual_Path_Link."RXI" 
    Node_IdThe unique identifier for the node this object is connected to.  No mapping; No mapping 
    Node_NameA user friendly name for this node the object is connected to.  No mapping; No mapping 


    6.98 VT1_5_TP details

    In the network hierarchy, the immediate parent of the VT1_5_TP object is SONET_STS1.

    Attribute NameDescriptionRead-Only?Time-Tracked?MappingAggregator
    Primary Identifier
    VT1_5_TP_IdA unique identifier for the SONET VP 1.5 path.Y RNC_VT15.nedn_SubNetwork & "/" & moid_Equipment & "/" & moid_Subrack & "/" & moid_Slot & "/" & moid_PlugInUnit & "/" & moid_ExchangeTerminal & "/" & moid_Os155PhysPathTerm & "/" & moid_Sts1SpeTtp & "/" & moid_Vt15Ttp Or NODEB_VT15.nedn_SubNetwork & "/" & nedn_MeContext & "/" & moid_Equipment & "/" & moid_Subrack & "/" & moid_Slot & "/" & moid_PlugInUnit & "/" & moid_ExchangeTerminal & "/" & moid_Os155PhysPathTerm & "/" & moid_Sts1SpeTtp & "/" & moid_Vt15Ttp or RXI_VT15.nedn_SubNetwork & "/" & moid_Equipment & "/" & moid_Subrack & "/" & moid_Slot & "/" & moid_PlugInUnit & "/" & moid_ExchangeTerminal & "/" & moid_Os155PhysPathTerm & "/" & moid_Sts1SpeTtp & "/" & moid_Vt15Ttp; RNC_VT15.nedn_SubNetwork & "/" & moid_Equipment & "/" & moid_Subrack & "/" & moid_Slot & "/" & moid_PlugInUnit & "/" & moid_ExchangeTerminal & "/" & moid_Os155PhysPathTerm & "/" & moid_Sts1SpeTtp & "/" & moid_Vt15Ttp Or NODEB_VT15.nedn_SubNetwork & "/" & nedn_MeContext & "/" & moid_Equipment & "/" & moid_Subrack & "/" & moid_Slot & "/" & moid_PlugInUnit & "/" & moid_ExchangeTerminal & "/" & moid_Os155PhysPathTerm & "/" & moid_Sts1SpeTtp & "/" & moid_Vt15Ttp or RXI_VT15.nedn_SubNetwork & "/" & moid_Equipment & "/" & moid_Subrack & "/" & moid_Slot & "/" & moid_PlugInUnit & "/" & moid_ExchangeTerminal & "/" & moid_Os155PhysPathTerm & "/" & moid_Sts1SpeTtp & "/" & moid_Vt15Ttp 
    Relationship Attributes
    NodeB_IdNodeB in a UTRAN network.YYNODEB_VT15.nedn_SubNetwork & "/" & nedn_MeContext; NODEB_VT15.nedn_SubNetwork & "/" & nedn_MeContext 
    Plug_In_Unit_IdEquipment Plug In Unit in a UTRAN network.YYRNC_VT15.nedn_SubNetwork & "/" & moid_Equipment & "/" & moid_Subrack & "/" & moid_Slot & "/" & moid_PlugInUnit or NODEB_VT15.nedn_SubNetwork & "/" & nedn_MeContext & "/" & moid_Equipment & "/" & moid_Subrack & "/" & moid_Slot & "/" & moid_PlugInUnit or RXI_VT15.nedn_SubNetwork & "/" & nedn_MeContext & "/" & moid_Equipment & "/" & moid_Subrack & "/" & moid_Slot & "/" & moid_PlugInUnit; RNC_VT15.nedn_SubNetwork & "/" & moid_Equipment & "/" & moid_Subrack & "/" & moid_Slot & "/" & moid_PlugInUnit or NODEB_VT15.nedn_SubNetwork & "/" & nedn_MeContext & "/" & moid_Equipment & "/" & moid_Subrack & "/" & moid_Slot & "/" & moid_PlugInUnit or RXI_VT15.nedn_SubNetwork & "/" & nedn_MeContext & "/" & moid_Equipment & "/" & moid_Subrack & "/" & moid_Slot & "/" & moid_PlugInUnit 
    RNC_IdRNC in a UTRAN network.YYRNC_VT15.nedn_SubNetwork or NODEB_VT15.nedn_SubNetwork or RXI_VT15.nedn_SubNetwork; RNC_VT15.nedn_SubNetwork or NODEB_VT15.nedn_SubNetwork or RXI_VT15.nedn_SubNetwork 
    OS155_Phys_Path_Term_IdA unique identifier for the 155 Mbit/s physical path.YYRNC_VT15.nedn_SubNetwork & "/" & moid_Equipment & "/" & moid_Subrack & "/" & moid_Slot & "/" & moid_PlugInUnit & "/" & moid_ExchangeTerminal & "/" & moid_Os155PhysPathTerm or NODEB_VT15.nedn_SubNetwork & "/" & nedn_MeContext & "/" & moid_Equipment & "/" & moid_Subrack & "/" & moid_Slot & "/" & moid_PlugInUnit & "/" & moid_ExchangeTerminal & "/" & moid_Os155PhysPathTerm or RXI_VT15.nedn_SubNetwork & "/" & nedn_MeContext & "/" & moid_Equipment & "/" & moid_Subrack & "/" & moid_Slot & "/" & moid_PlugInUnit & "/" & moid_ExchangeTerminal & "/" & moid_Os155PhysPathTerm; RNC_VT15.nedn_SubNetwork & "/" & moid_Equipment & "/" & moid_Subrack & "/" & moid_Slot & "/" & moid_PlugInUnit & "/" & moid_ExchangeTerminal & "/" & moid_Os155PhysPathTerm or NODEB_VT15.nedn_SubNetwork & "/" & nedn_MeContext & "/" & moid_Equipment & "/" & moid_Subrack & "/" & moid_Slot & "/" & moid_PlugInUnit & "/" & moid_ExchangeTerminal & "/" & moid_Os155PhysPathTerm or RXI_VT15.nedn_SubNetwork & "/" & nedn_MeContext & "/" & moid_Equipment & "/" & moid_Subrack & "/" & moid_Slot & "/" & moid_PlugInUnit & "/" & moid_ExchangeTerminal & "/" & moid_Os155PhysPathTerm 
    SONET_STS1_IdSONET STS1 higher order path.YYRNC_VT15.nedn_SubNetwork & "/" & moid_Equipment & "/" & moid_Subrack & "/" & moid_Slot & "/" & moid_PlugInUnit & "/" & moid_ExchangeTerminal & "/" & moid_Os155PhysPathTerm & "/" & moid_Sts1SpeTtp Or NODEB_VT15.nedn_SubNetwork & "/" & nedn_MeContext & "/" & moid_Equipment & "/" & moid_Subrack & "/" & moid_Slot & "/" & moid_PlugInUnit & "/" & moid_ExchangeTerminal & "/" & moid_Os155PhysPathTerm & "/" & moid_Sts1SpeTtp or RXI_VT15.nedn_SubNetwork & "/" & nedn_MeContext & "/" & moid_Equipment & "/" & moid_Subrack & "/" & moid_Slot & "/" & moid_PlugInUnit & "/" & moid_ExchangeTerminal & "/" & moid_Os155PhysPathTerm & "/" & moid_Sts1SpeTtp; RNC_VT15.nedn_SubNetwork & "/" & moid_Equipment & "/" & moid_Subrack & "/" & moid_Slot & "/" & moid_PlugInUnit & "/" & moid_ExchangeTerminal & "/" & moid_Os155PhysPathTerm & "/" & moid_Sts1SpeTtp Or NODEB_VT15.nedn_SubNetwork & "/" & nedn_MeContext & "/" & moid_Equipment & "/" & moid_Subrack & "/" & moid_Slot & "/" & moid_PlugInUnit & "/" & moid_ExchangeTerminal & "/" & moid_Os155PhysPathTerm & "/" & moid_Sts1SpeTtp or RXI_VT15.nedn_SubNetwork & "/" & nedn_MeContext & "/" & moid_Equipment & "/" & moid_Subrack & "/" & moid_Slot & "/" & moid_PlugInUnit & "/" & moid_ExchangeTerminal & "/" & moid_Os155PhysPathTerm & "/" & moid_Sts1SpeTtp 
    Network_IdNetwork associated with the VT1 5 TP.YYlookup("nc_bsc","network_id",utime(StartDate & StartTime,"%d %b %Y %R"), RNC_VT15.nedn_SubNetwork) or lookup("nc_bsc","network_id",utime(StartDate & StartTime,"%d %b %Y %R"), NODEB_VT15.nedn_SubNetwork) or lookup("nc_bsc","network_id",utime(StartDate & StartTime,"%d %b %Y %R"), RXI_VT15.nedn_SubNetwork); lookup("nc_bsc","network_id",utime(StartDate & StartTime,"%d %b %Y %R"), RNC_VT15.nedn_SubNetwork) or lookup("nc_bsc","network_id",utime(StartDate & StartTime,"%d %b %Y %R"), NODEB_VT15.nedn_SubNetwork) or lookup("nc_bsc","network_id",utime(StartDate & StartTime,"%d %b %Y %R"), RXI_VT15.nedn_SubNetwork) 
    Region_IdRegion associated with the VT15 Tp.YYlookup("nc_bsc","region_id",utime(StartDate & StartTime,"%d %b %Y %R"), RNC_VT15.nedn_SubNetwork) or lookup("nc_bsc","region_id",utime(StartDate & StartTime,"%d %b %Y %R"), NODEB_VT15.nedn_SubNetwork) or lookup("nc_bsc","region_id",utime(StartDate & StartTime,"%d %b %Y %R"), RXI_VT15.nedn_SubNetwork); lookup("nc_bsc","region_id",utime(StartDate & StartTime,"%d %b %Y %R"), RNC_VT15.nedn_SubNetwork) or lookup("nc_bsc","region_id",utime(StartDate & StartTime,"%d %b %Y %R"), NODEB_VT15.nedn_SubNetwork) or lookup("nc_bsc","region_id",utime(StartDate & StartTime,"%d %b %Y %R"), RXI_VT15.nedn_SubNetwork) 
    Configuration Attributes
    VT1_5_TP_NameA user friendly name preferably unique for the VT15Ttp.  RNC_VT15.nedn_SubNetwork & "/" & moid_Equipment & "/" & moid_Subrack & "/" & moid_Slot & "/" & moid_PlugInUnit & "/" & moid_ExchangeTerminal & "/" & moid_Os155PhysPathTerm & "/" & moid_Sts1SpeTtp & "/" & moid_Vt15Ttp Or NODEB_VT15.nedn_SubNetwork & "/" & nedn_MeContext & "/" & moid_Equipment & "/" & moid_Subrack & "/" & moid_Slot & "/" & moid_PlugInUnit & "/" & moid_ExchangeTerminal & "/" & moid_Os155PhysPathTerm & "/" & moid_Sts1SpeTtp & "/" & moid_Vt15Ttp or RXI_VT15.nedn_SubNetwork & "/" & nedn_MeContext & "/" & moid_Equipment & "/" & moid_Subrack & "/" & moid_Slot & "/" & moid_PlugInUnit & "/" & moid_ExchangeTerminal & "/" & moid_Os155PhysPathTerm & "/" & moid_Sts1SpeTtp & "/" & moid_Vt15Ttp; RNC_VT15.nedn_SubNetwork & "/" & moid_Equipment & "/" & moid_Subrack & "/" & moid_Slot & "/" & moid_PlugInUnit & "/" & moid_ExchangeTerminal & "/" & moid_Os155PhysPathTerm & "/" & moid_Sts1SpeTtp & "/" & moid_Vt15Ttp Or NODEB_VT15.nedn_SubNetwork & "/" & nedn_MeContext & "/" & moid_Equipment & "/" & moid_Subrack & "/" & moid_Slot & "/" & moid_PlugInUnit & "/" & moid_ExchangeTerminal & "/" & moid_Os155PhysPathTerm & "/" & moid_Sts1SpeTtp & "/" & moid_Vt15Ttp or RXI_VT15.nedn_SubNetwork & "/" & nedn_MeContext & "/" & moid_Equipment & "/" & moid_Subrack & "/" & moid_Slot & "/" & moid_PlugInUnit & "/" & moid_ExchangeTerminal & "/" & moid_Os155PhysPathTerm & "/" & moid_Sts1SpeTtp & "/" & moid_Vt15Ttp 
    TechnologyTechnology of the network/element (e.g. GSM, GPRS, UMTS).  RNC_VT15."UMTS" or NODEB_VT15."UMTS" or RXI_VT15."UMTS"; RNC_VT15."UMTS" or NODEB_VT15."UMTS" or RXI_VT15."UMTS" 
    VersionHardware/Software version of the VT1 5 TP.  RNC_VT15."P7.1" or NODEB_VT15."P7.1" or RXI_VT15."P7.1"; RNC_VT15."P7.1" or NODEB_VT15."P7.1" or RXI_VT15."P7.1" 
    Node_TypeType of Node.  RNC_VT15."RNC" or NODEB_VT15."NodeB" or RXI_VT15."RXI" ; RNC_VT15."RNC" or NODEB_VT15."NodeB" or RXI_VT15."RXI" 
    Node_IdThe unique identifier for the node this object is connected to.  No mapping; No mapping 
    Node_NameA user friendly name for this node the object is connected to.  No mapping; No mapping 


    7. Busy Hours

    This section lists the busy hours which are defined for the technology pack module.

    Each of the busy hours listed can be referenced within this document by way of a busy hour acronymn, which is included in the table below.

    ObjectBusy HourDefining KPIAcronym
    ATM_PortEricsson_ATM_Received_Cells_Busy_HourATM_Port.Ericsson.ATM.pmReceivedAtmCellseatmrbh
    ATM_PortEricsson_ATM_Transmitted_Cells_Busy_HourATM_Port.Ericsson.ATM.PmTransmittedAtmCellseatmtbh
    CellEricsson_Cell_Total_Traffic_Busy_HourCell.Ericsson.traffic_volume.cell_total_trafficecttbh
    NodeBEricsson_NodeB_Load_Busy_HourNodeB.Ericsson.hardware_usage_statistics.pmapomcofspreadersusedenblbh
    RNCEricsson_RNC_Total_Traffic_Busy_HourRNC.Ericsson.traffic_volume.total_trafficerttbh


    8. Performance Indicators

    This section describes the performance indicators (both one-to-one counter mappings, and complex KPIs) that are defined in this technology pack module, grouped by the network object to which they relate, as follows:


    8.1 AAL0_Tp_Vcc_Tp Performance Indicators

    This section shows the key performance indicators and other counters for the AAL0_Tp_Vcc_Tp object, divided into the following sub-sections:


    AAL0_Tp_Vcc_Tp.Ericsson.UMTS.AAL0

    ATM Adaptation Layer 0.

    KPITypeData TypeDescriptionDerivationDefault AggregatorOther Aggregators
    pmBwErrBlocksACCUMULATIONINT8Number of blocks with error.RNC_AAL0_Link.pmBwErrBlocks or NODEB_AAL0_Link.pmBwErrBlocks or RXI_AAL0_Link.pmBwErrBlocksSumerttbh, Sum
    pmBwLostCellsACCUMULATIONINT8Number of cells lost on the Virtual Channel Connections (VCC) and Virtual Path Connections (VPC).RNC_AAL0_Link.pmBwLostCells or NODEB_AAL0_Link.pmBwLostCells or RXI_AAL0_Link.pmBwLostCellsSumerttbh, Sum
    pmBwMissinsCellsACCUMULATIONINT8Number of additional mis-inserted cells on the Virtual Channel Connections (VCC) and Virtual Path Connections (VPC).RNC_AAL0_Link.pmBwMissinsCells or NODEB_AAL0_Link.pmBwMissinsCells or RXI_AAL0_Link.pmBwMissinsCellsSumerttbh, Sum
    pmFwErrBlocksACCUMULATIONINT8Number of blocks with error.RNC_AAL0_Link.pmFwErrBlocks or NODEB_AAL0_Link.pmFwErrBlocks or RXI_AAL0_Link.pmFwErrBlocksSumerttbh, Sum
    pmFwLostCellsACCUMULATIONINT8Number of cells lost on the Virtual Channel Connections (VCC) and Virtual Path Connections (VPC).RNC_AAL0_Link.pmFwLostCells or NODEB_AAL0_Link.pmFwLostCells or RXI_AAL0_Link.pmFwLostCellsSumerttbh, Sum
    pmFwMissinsCellsACCUMULATIONINT8Number of additional, mis-inserted, cells on the Virtual Channel Connections (VCC) and Virtual Path Connections (VPC).RNC_AAL0_Link.pmFwMissinsCells or NODEB_AAL0_Link.pmFwMissinsCells or RXI_AAL0_Link.pmFwMissinsCellsSumerttbh, Sum
    pmLostBrCellsACCUMULATIONINT8Number of lost Backward Reporting (BR) cells.RNC_AAL0_Link.pmLostBrCells or NODEB_AAL0_Link.pmLostBrCells or RXI_AAL0_Link.pmLostBrCellsSumerttbh, Sum
    pmLostFpmCellsACCUMULATIONINT8Number of lost Forward Performance Monitoring (FPM) cells.RNC_AAL0_Link.pmLostFpmCells or NODEB_AAL0_Link.pmLostFpmCells or RXI_AAL0_Link.pmLostFpmCellsSumerttbh, Sum


    8.2 AAL1_Tp_Vcc_Tp Performance Indicators

    This section shows the key performance indicators and other counters for the AAL1_Tp_Vcc_Tp object, divided into the following sub-sections:


    AAL1_Tp_Vcc_Tp.Ericsson.UMTS.AAL1

    ATM Adaptation Layer 1 (AAL1) related statistics.

    KPITypeData TypeDescriptionDerivationDefault AggregatorOther Aggregators
    pmBwErrBlocksACCUMULATIONINT8Number of blocks with error.RNC_AAL1_Link.pmBwErrBlocks or NODEB_AAL1_Link.pmBwErrBlocks or RXI_AAL1_Link.pmBwErrBlocksSumerttbh, Sum
    pmBwLostCellsACCUMULATIONINT8Number of cells lost on the Virtual Channel Connections (VCC) and Virtual Path Connections (VPC).RNC_AAL1_Link.pmBwLostCells or NODEB_AAL1_Link.pmBwLostCells or RXI_AAL1_Link.pmBwLostCellsSumerttbh, Sum
    pmBwMissinsCellsACCUMULATIONINT8Number of lost backward cells.RNC_AAL1_Link.pmBwMissinsCells or NODEB_AAL1_Link.pmBwMissinsCells or RXI_AAL1_Link.pmBwMissinsCellsSumerttbh, Sum
    pmFwErrBlocksACCUMULATIONINT8Number of blocks with error.RNC_AAL1_Link.pmFwErrBlocks or NODEB_AAL1_Link.pmFwErrBlocks or RXI_AAL1_Link.pmFwErrBlocksSumerttbh, Sum
    pmFwLostCellsACCUMULATIONINT8Number of cells lost on the Virtual Channel Connections (VCC) and Virtual Path Connections (VPC).RNC_AAL1_Link.pmFwLostCells or NODEB_AAL1_Link.pmFwLostCells or RXI_AAL1_Link.pmFwLostCellsSumerttbh, Sum
    pmFwMissinsCellsACCUMULATIONINT8Number of forward backward cells.RNC_AAL1_Link.pmFwMissinsCells or NODEB_AAL1_Link.pmFwMissinsCells or RXI_AAL1_Link.pmFwMissinsCellsSumerttbh, Sum
    pmLostBrCellsACCUMULATIONINT8Number of lost Backward Reporting (BR) cells.RNC_AAL1_Link.pmFwLostCells or NODEB_AAL1_Link.pmFwLostCells or RXI_AAL1_Link.pmLostBrCellsSumerttbh, Sum
    pmLostFpmCellsACCUMULATIONINT8Number of lost Forward Performance Monitoring (FPM) cells.RNC_AAL1_Link.pmLostFpmCells or NODEB_AAL1_Link.pmLostFpmCells or RXI_AAL1_Link.pmLostFpmCellsSumerttbh, Sum


    8.3 AAL2_Access_Point Performance Indicators

    This section shows the key performance indicators and other counters for the AAL2_Access_Point object, divided into the following sub-sections:


    AAL2_Access_Point.Ericsson.UMTS.AAL2

    UTRAN ATM AAL2 link.

    KPITypeData TypeDescriptionDerivationDefault AggregatorOther Aggregators
    _%_UnSuccRateInPERCENTAGEFLOAT-Obsolete in P5, Aal2ap- Percentage of Unsuccessful In AAL2 connections.100 * ({pmUnSuccInConnsLocal} + {pmUnSuccInConnsRemote})/({pmUnSuccInConnsLocal} + {pmUnSuccInConnsRemote} + {pmSuccInConnsRemote})AverageAverage, erttbh
    _%_UnSuccRateOutPERCENTAGEFLOAT-Obsolete in P5, Aal2ap- Percentage of Unsuccessful Out AAL2 connections.100 * ({pmUnSuccOutConnsLocal} + {pmUnSuccOutConnsRemote})/({pmUnSuccOutConnsLocal} + {pmUnSuccOutConnsRemote} + {pmSuccOutConnsRemote})AverageAverage, erttbh, Sum
    EstAal2ConnsACCUMULATIONINT8Number of established AAL2 connections.{pmExisOrigConns}Sumerttbh, Sum
    pmExisOrigConnsINTENSITYINT8Number of existing connections for the AP originating in this node.RNC_AAL2_AP.pmExisOrigConns or NODEB_AAL2_AP.pmExisOrigConns or RXI_AAL2_AP.pmExisOrigConnsAverageAverage, erttbh, Maximum, Minimum, Sum
    pmExisTermConnsINTENSITYINT8Number of existing connections for the AP terminating in this node.RNC_AAL2_AP.pmExisTermConns or NODEB_AAL2_AP.pmExisTermConns or RXI_AAL2_AP.pmExisTermConnsAverageAverage, erttbh, Maximum, Minimum, Sum
    pmExisTransConnsINTENSITYINT8Number of existing connections for the AP transiting in this node.RNC_AAL2_AP.pmExisTransConns or NODEB_AAL2_AP.pmExisTransConns or RXI_AAL2_AP.pmExisTransConnsAverageAverage, erttbh, Maximum, Minimum, Sum
    pmSuccInConnsRemoteACCUMULATIONINT8Number of successful establishment of incoming connections on this AP.RNC_AAL2_AP.pmSuccInConnsRemote or NODEB_AAL2_AP.pmSuccInConnsRemote or RXI_AAL2_AP.pmSuccInConnsRemoteSumerttbh, Sum
    pmSuccInConnsRemoteQosClassAACCUMULATIONINTEGERNumber of successful establishments of incoming connections on this AAL2 Access Point (AP). The counter increments in a Terminating node and in a Transit node when a Q.2630 establishment confirm message is sent (i.e. as soon as the connection goes to CONNECTED state).RNC_AAL2_AP.pmSuccInConnsRemoteQosClassA or NODEB_AAL2_AP.pmSuccInConnsRemoteQosClassA or RXI_AAL2_AP.pmSuccInConnsRemoteQosClassASumerttbh, Sum
    pmSuccInConnsRemoteQosClassBACCUMULATIONINTEGERNumber of successful establishments of incoming connections on this AAL2 Access Point (AP). The counter increments in a Terminating node and in a Transit node when a Q.2630 establishment confirm message is sent (i.e. as soon as the connection goes to CONNECTED state).RNC_AAL2_AP.pmSuccInConnsRemoteQosClassB or NODEB_AAL2_AP.pmSuccInConnsRemoteQosClassB or RXI_AAL2_AP.pmSuccInConnsRemoteQosClassBSumerttbh, Sum
    pmSuccInConnsRemoteQosClassCACCUMULATIONINTEGERNumber of successful establishments of incoming connections on this AAL2 Access Point (AP). The counter increments in a Terminating node and in a Transit node when a Q.2630 establishment confirm message is sent (i.e. as soon as the connection goes to CONNECTED state).RNC_AAL2_AP.pmSuccInConnsRemoteQosClassC or NODEB_AAL2_AP.pmSuccInConnsRemoteQosClassC or RXI_AAL2_AP.pmSuccInConnsRemoteQosClassCSumerttbh, Sum
    pmSuccInConnsRemoteQosClassDACCUMULATIONINTEGERNumber of successful establishments of incoming connections on this AAL2 Access Point (AP). The counter increments in a Terminating node and in a Transit node when a Q.2630 establishment confirm message is sent (i.e. as soon as the connection goes to CONNECTED state).RNC_AAL2_AP.pmSuccInConnsRemoteQosClassD or NODEB_AAL2_AP.pmSuccInConnsRemoteQosClassD or RXI_AAL2_AP.pmSuccInConnsRemoteQosClassDSumerttbh, Sum
    pmSuccOutConnsRemoteACCUMULATIONINT8Number of successful establishment of outgoing connections on this AP.RNC_AAL2_AP.pmSuccOutConnsRemote or NODEB_AAL2_AP.pmSuccOutConnsRemote or RXI_AAL2_AP.pmSuccOutConnsRemoteSumerttbh, Sum
    pmSuccOutConnsRemoteQosClassAACCUMULATIONINTEGERNumber of successful establishments of outgoing connections on this AAL2 Access Point (AP). The counter increments in a Terminating node or in a Transit node when a Q.2630 establishment confirm message is sent (i.e. as soon as the connection goes to CONNECTED state).RNC_AAL2_AP.pmSuccOutConnsRemoteQosClassA or NODEB_AAL2_AP.pmSuccOutConnsRemoteQosClassA or RXI_AAL2_AP.pmSuccOutConnsRemoteQosClassASumerttbh, Sum
    pmSuccOutConnsRemoteQosClassBACCUMULATIONINTEGERNumber of successful establishments of outgoing connections on this AAL2 Access Point (AP). The counter increments in a Terminating node or in a Transit node when a Q.2630 establishment confirm message is sent (i.e. as soon as the connection goes to CONNECTED state).RNC_AAL2_AP.pmSuccOutConnsRemoteQosClassB or NODEB_AAL2_AP.pmSuccOutConnsRemoteQosClassB or RXI_AAL2_AP.pmSuccOutConnsRemoteQosClassBSumerttbh, Sum
    pmSuccOutConnsRemoteQosClassCACCUMULATIONINTEGERNumber of successful establishments of outgoing connections on this AAL2 Access Point (AP). The counter increments in a Terminating node or in a Transit node when a Q.2630 establishment confirm message is sent (i.e. as soon as the connection goes to CONNECTED state).RNC_AAL2_AP.pmSuccOutConnsRemoteQosClassC or NODEB_AAL2_AP.pmSuccOutConnsRemoteQosClassC or RXI_AAL2_AP.pmSuccOutConnsRemoteQosClassCSumerttbh, Sum
    pmSuccOutConnsRemoteQosClassDACCUMULATIONINTEGERNumber of successful establishments of outgoing connections on this AAL2 Access Point (AP). The counter increments in a Terminating node or in a Transit node when a Q.2630 establishment confirm message is sent (i.e. as soon as the connection goes to CONNECTED state).RNC_AAL2_AP.pmSuccOutConnsRemoteQosClassD or NODEB_AAL2_AP.pmSuccOutConnsRemoteQosClassD or RXI_AAL2_AP.pmSuccOutConnsRemoteQosClassDSumerttbh, Sum
    pmUnRecMessagesACCUMULATIONINT8Number of received unrecognized Q.2630.1 messages on this AP.RNC_AAL2_AP.pmUnRecMessages or NODEB_AAL2_AP.pmUnRecMessages or RXI_AAL2_AP.pmUnRecMessagesSumerttbh, Sum
    pmUnRecParamsACCUMULATIONINT8Number of received Q.2630.1 messages with unrecognized parameters on this AP.RNC_AAL2_AP.pmUnRecParams or NODEB_AAL2_AP.pmUnRecParams or RXI_AAL2_AP.pmUnRecParamsSumerttbh, Sum
    pmUnSuccInConnsLocalACCUMULATIONINT8-Obsolete in P5, Aal2ap- Number of unsuccessful attempts to allocate Common Part Sub-layer, CPS, resources during establishment of incoming connections on this AP caused by Channel Identifier, CID, and/or bandwidth collision or mismatch of Call Admission Control, CAC, between peers.RNC_AAL2_AP.pmUnSuccInConnsLocal or NODEB_AAL2_AP.pmUnSuccInConnsLocal or RXI_AAL2_AP.pmUnSuccInConnsLocalSumerttbh, Sum
    pmUnSuccInConnsLocalQosClassAACCUMULATIONINTEGERNumber of unsuccessful establishments of incoming connections on this AAL2 Access Point caused by the reject from the AAL2 Access Point in the remote node. The counter increments in a Terminating node or in a Transit node as soon as the connection has been rejected by the other node due to any of the events : - release connect from remote side - release from remote side - reset from remote sideRNC_AAL2_AP.pmUnSuccInConnsLocalQosClassA or NODEB_AAL2_AP.pmUnSuccInConnsLocalQosClassA or RXI_AAL2_AP.pmUnSuccInConnsLocalQosClassASumerttbh, Sum
    pmUnSuccInConnsLocalQosClassBACCUMULATIONINTEGERNumber of unsuccessful establishments of incoming connections on this AAL2 Access Point caused by the reject from the AAL2 Access Point in the remote node. The counter increments in a Terminating node or in a Transit node as soon as the connection has been rejected by the other node due to any of the events : - release connect from remote side - release from remote side - reset from remote sideRNC_AAL2_AP.pmUnSuccInConnsLocalQosClassB or NODEB_AAL2_AP.pmUnSuccInConnsLocalQosClassB or RXI_AAL2_AP.pmUnSuccInConnsLocalQosClassBSumerttbh, Sum
    pmUnSuccInConnsLocalQosClassCACCUMULATIONINTEGERNumber of unsuccessful establishments of incoming connections on this AAL2 Access Point caused by the reject from the AAL2 Access Point in the remote node. The counter increments in a Terminating node or in a Transit node as soon as the connection has been rejected by the other node due to any of the events : - release connect from remote side - release from remote side - reset from remote sideRNC_AAL2_AP.pmUnSuccInConnsLocalQosClassC or NODEB_AAL2_AP.pmUnSuccInConnsLocalQosClassC or RXI_AAL2_AP.pmUnSuccInConnsLocalQosClassCSumerttbh, Sum
    pmUnSuccInConnsLocalQosClassDACCUMULATIONINTEGERNumber of unsuccessful establishments of incoming connections on this AAL2 Access Point caused by the reject from the AAL2 Access Point in the remote node. The counter increments in a Terminating node or in a Transit node as soon as the connection has been rejected by the other node due to any of the events : - release connect from remote side - release from remote side - reset from remote sideRNC_AAL2_AP.pmUnSuccInConnsLocalQosClassD or NODEB_AAL2_AP.pmUnSuccInConnsLocalQosClassD or RXI_AAL2_AP.pmUnSuccInConnsLocalQosClassDSumerttbh, Sum
    pmUnSuccInConnsRemoteACCUMULATIONINT8-Obsolete in P5, Aal2ap- Number of unsuccessful establishment of incoming connections on this AP caused by reject from beyond this node.RNC_AAL2_AP.pmUnSuccInConnsRemote or NODEB_AAL2_AP.pmUnSuccInConnsRemote or RXI_AAL2_AP.pmUnSuccInConnsRemoteSumerttbh, Sum
    pmUnSuccInConnsRemoteQosClassAACCUMULATIONINTEGERNumber of unsuccessful establishments of incoming connections on this AAL2 Access Point caused by the reject from the AAL2 Access Point in the remote node. The counter increments in a Terminating node or in a Transit node as soon as the connection has been rejected by the other node due to any of the events : - release connect from remote side - release from remote side - reset from remote sideRNC_AAL2_AP.pmUnSuccInConnsRemoteQosClassA or NODEB_AAL2_AP.pmUnSuccInConnsRemoteQosClassA or RXI_AAL2_AP.pmUnSuccInConnsRemoteQosClassASumerttbh, Sum
    pmUnSuccInConnsRemoteQosClassBACCUMULATIONINTEGERNumber of unsuccessful establishments of incoming connections on this AAL2 Access Point caused by the reject from the AAL2 Access Point in the remote node. The counter increments in a Terminating node or in a Transit node as soon as the connection has been rejected by the other node due to any of the events : - release connect from remote side - release from remote side - reset from remote sideRNC_AAL2_AP.pmUnSuccInConnsRemoteQosClassB or NODEB_AAL2_AP.pmUnSuccInConnsRemoteQosClassB or RXI_AAL2_AP.pmUnSuccInConnsRemoteQosClassBSumerttbh, Sum
    pmUnSuccInConnsRemoteQosClassCACCUMULATIONINTEGERNumber of unsuccessful establishments of incoming connections on this AAL2 Access Point caused by the reject from the AAL2 Access Point in the remote node. The counter increments in a Terminating node or in a Transit node as soon as the connection has been rejected by the other node due to any of the events : - release connect from remote side - release from remote side - reset from remote sideRNC_AAL2_AP.pmUnSuccInConnsRemoteQosClassC or NODEB_AAL2_AP.pmUnSuccInConnsRemoteQosClassC or RXI_AAL2_AP.pmUnSuccInConnsRemoteQosClassCSumerttbh, Sum
    pmUnSuccInConnsRemoteQosClassDACCUMULATIONINTEGERNumber of unsuccessful establishments of incoming connections on this AAL2 Access Point caused by the reject from the AAL2 Access Point in the remote node. The counter increments in a Terminating node or in a Transit node as soon as the connection has been rejected by the other node due to any of the events : - release connect from remote side - release from remote side - reset from remote sideRNC_AAL2_AP.pmUnSuccInConnsRemoteQosClassD or NODEB_AAL2_AP.pmUnSuccInConnsRemoteQosClassD or RXI_AAL2_AP.pmUnSuccInConnsRemoteQosClassDSumerttbh, Sum
    pmUnSuccOutConnsLocalACCUMULATIONINT8-Obsolete in P5, Aal2ap- Number of unsuccessful attempts to allocate CPS resources during establishment of outgoing connections on this AP. Caused by rejects in Connections Admission Control.RNC_AAL2_AP.pmUnSuccOutConnsLocal or NODEB_AAL2_AP.pmUnSuccOutConnsLocal or RXI_AAL2_AP.pmUnSuccOutConnsLocalSumerttbh, Sum
    pmUnSuccOutConnsLocalQosClassAACCUMULATIONINTEGERNumber of unsuccessful attempts to allocate AAL2 resources (Common Part sublayer) during establishment of outgoing connections on this Access Point (AP). Caused by Rejects in Connections Admission Control (CAC).RNC_AAL2_AP.pmUnSuccOutConnsLocalQosClassA or NODEB_AAL2_AP.pmUnSuccOutConnsLocalQosClassA or RXI_AAL2_AP.pmUnSuccOutConnsLocalQosClassASumerttbh, Sum
    pmUnSuccOutConnsLocalQosClassBACCUMULATIONINTEGERNumber of unsuccessful attempts to allocate AAL2 resources (Common Part sublayer) during establishment of outgoing connections on this Access Point (AP). Caused by Rejects in Connections Admission Control (CAC).RNC_AAL2_AP.pmUnSuccOutConnsLocalQosClassB or NODEB_AAL2_AP.pmUnSuccOutConnsLocalQosClassB or RXI_AAL2_AP.pmUnSuccOutConnsLocalQosClassBSumerttbh, Sum
    pmUnSuccOutConnsLocalQosClassCACCUMULATIONINTEGERNumber of unsuccessful attempts to allocate AAL2 resources (Common Part sublayer) during establishment of outgoing connections on this Access Point (AP). Caused by Rejects in Connections Admission Control (CAC).RNC_AAL2_AP.pmUnSuccOutConnsLocalQosClassC or NODEB_AAL2_AP.pmUnSuccOutConnsLocalQosClassC or RXI_AAL2_AP.pmUnSuccOutConnsLocalQosClassCSumerttbh, Sum
    pmUnSuccOutConnsLocalQosClassDACCUMULATIONINTEGERNumber of unsuccessful attempts to allocate AAL2 resources (Common Part sublayer) during establishment of outgoing connections on this Access Point (AP). Caused by Rejects in Connections Admission Control (CAC).RNC_AAL2_AP.pmUnSuccOutConnsLocalQosClassD or NODEB_AAL2_AP.pmUnSuccOutConnsLocalQosClassD or RXI_AAL2_AP.pmUnSuccOutConnsLocalQosClassDSumerttbh, Sum
    pmUnSuccOutConnsRemoteACCUMULATIONINT8-Obsolete in P5, Aal2ap- Number of unsuccessful establishment of outgoing connections on this AP caused by reject from remote side, reset from remote side, no reply or signalling link failure.RNC_AAL2_AP.pmUnSuccOutConnsRemote or NODEB_AAL2_AP.pmUnSuccOutConnsRemote or RXI_AAL2_AP.pmUnSuccOutConnsRemoteSumerttbh, Sum
    pmUnSuccOutConnsRemoteQosClassAACCUMULATIONINTEGERNumber of unsuccessful establishments of outgoing connections on this AAL2 Access Point (AP). The counter increments when any of the following events occur after Q.2630 establish request message has been sent from this AAL2 Access Point : - reject from remote side - reset from remote side - no reply (time out) - signalling link failureRNC_AAL2_AP.pmUnSuccOutConnsRemoteQosClassA or NODEB_AAL2_AP.pmUnSuccOutConnsRemoteQosClassA or RXI_AAL2_AP.pmUnSuccOutConnsRemoteQosClassASumerttbh, Sum
    pmUnSuccOutConnsRemoteQosClassBACCUMULATIONINTEGERNumber of unsuccessful establishments of outgoing connections on this AAL2 Access Point (AP). The counter increments when any of the following events occur after Q.2630 establish request message has been sent from this AAL2 Access Point : - reject from remote side - reset from remote side - no reply (time out) - signalling link failureRNC_AAL2_AP.pmUnSuccOutConnsRemoteQosClassB or NODEB_AAL2_AP.pmUnSuccOutConnsRemoteQosClassB or RXI_AAL2_AP.pmUnSuccOutConnsRemoteQosClassBSumerttbh, Sum
    pmUnSuccOutConnsRemoteQosClassCACCUMULATIONINTEGERNumber of unsuccessful establishments of outgoing connections on this AAL2 Access Point (AP). The counter increments when any of the following events occur after Q.2630 establish request message has been sent from this AAL2 Access Point : - reject from remote side - reset from remote side - no reply (time out) - signalling link failureRNC_AAL2_AP.pmUnSuccOutConnsRemoteQosClassC or NODEB_AAL2_AP.pmUnSuccOutConnsRemoteQosClassC or RXI_AAL2_AP.pmUnSuccOutConnsRemoteQosClassCSumerttbh, Sum
    pmUnSuccOutConnsRemoteQosClassDACCUMULATIONINTEGERNumber of unsuccessful establishments of outgoing connections on this AAL2 Access Point (AP). The counter increments when any of the following events occur after Q.2630 establish request message has been sent from this AAL2 Access Point : - reject from remote side - reset from remote side - no reply (time out) - signalling link failureRNC_AAL2_AP.pmUnSuccOutConnsRemoteQosClassD or NODEB_AAL2_AP.pmUnSuccOutConnsRemoteQosClassD or RXI_AAL2_AP.pmUnSuccOutConnsRemoteQosClassDSumerttbh, Sum
    UnSuccInACCUMULATIONINT8-Obsolete in P5, Aal2ap- Number of Unsuccessful In AAL2 connections.({pmUnSuccInConnsLocal} + {pmUnSuccInConnsRemote})Sumerttbh, Sum
    UnSuccOutACCUMULATIONINT8-Obsolete in P5, Aal2ap- Number of Unsuccessful Out AAL2 connections.({pmUnSuccOutConnsLocal} + {pmUnSuccOutConnsRemote})Sumerttbh, Sum


    8.4 AAL2_Path_Vcc_Tp Performance Indicators

    This section shows the key performance indicators and other counters for the AAL2_Path_Vcc_Tp object, divided into the following sub-sections:


    AAL2_Path_Vcc_Tp.Ericsson.UMTS.AAL2

    UTRAN ATM AAL2 link.

    KPITypeData TypeDescriptionDerivationDefault AggregatorOther Aggregators
    pmBwErrBlocksACCUMULATIONINT8Number of backward error blocks.RNC_AAL2_Link.pmBwErrBlocks or NODEB_AAL2_Link.pmBwErrBlocks or RXI_AAL2_Link.pmBwErrBlocksSumerttbh, Sum
    pmBwLostCellsACCUMULATIONINT8Number of lost backward cells.RNC_AAL2_Link.pmBwLostCells or NODEB_AAL2_Link.pmBwLostCells or RXI_AAL2_Link.pmBwLostCellsSumerttbh, Sum
    pmBwMissinsCellsACCUMULATIONINT8Number of backward mis-inserted cells.RNC_AAL2_Link.pmBwMissinsCells or NODEB_AAL2_Link.pmBwMissinsCells or RXI_AAL2_Link.pmBwMissinsCellsSumerttbh, Sum
    pmDiscardedEgressCpsPacketsACCUMULATIONINT8Number of discarded AAL2 Common Part Sublayer (CPS) packets in egress direction. This counter is incremented for each egress AAL2 CPS packet towards the remote AAL2 path end point that is discarded due to congestion in the ATM layer. The counter is reset at the beginning of the interval.RNC_AAL2_Link.pmDiscardedEgressCpsPackets or NODEB_AAL2_Link.pmDiscardedEgressCpsPackets or RXI_AAL2_Link.pmDiscardedEgressCpsPacketsSumerttbh, Sum
    pmEgressCpsPacketsACCUMULATIONINT8Number of AAL2 Common Part Sublayer (CPS) egress packets sent. This counter is incremented for each AAL2 CPS packet that is sent towards the remote AAL2 path end point. The counter is reset at the beginning of the interval.RNC_AAL2_Link.pmEgressCpsPackets or NODEB_AAL2_Link.pmEgressCpsPackets or RXI_AAL2_Link.pmEgressCpsPacketsSumerttbh, Sum
    pmFwErrBlocksACCUMULATIONINT8Number of forward errored blocks.RNC_AAL2_Link.pmFwErrBlocks or NODEB_AAL2_Link.pmFwErrBlocks or RXI_AAL2_Link.pmFwErrBlocksSumerttbh, Sum
    pmFwLostCellsACCUMULATIONINT8Number of forwarded lost cells.RNC_AAL2_Link.pmFwLostCells or NODEB_AAL2_Link.pmFwLostCells or RXI_AAL2_Link.pmFwLostCellsSumerttbh, Sum
    pmFwMissinsCellsACCUMULATIONINT8Number of forward mis-inserted cells.RNC_AAL2_Link.pmFwMissinsCells or NODEB_AAL2_Link.pmFwMissinsCells or RXI_AAL2_Link.pmFwMissinsCellsSumerttbh, Sum
    pmIngressCpsPacketsACCUMULATIONINT8Number of AAL2 Common Part Sublayer (CPS) ingress packets received. This counter is incremented for each AAL2 CPS packet that is received from the remote AAL2 path end point. The counter is reset at the beginning of the interval.RNC_AAL2_Link.pmIngressCpsPackets or NODEB_AAL2_Link.pmIngressCpsPackets or RXI_AAL2_Link.pmIngressCpsPacketsSumerttbh, Sum
    pmLostBrCellsACCUMULATIONINT8Number of lost Backward Reporting, BR, cells.RNC_AAL2_Link.pmLostBrCells or NODEB_AAL2_Link.pmLostBrCells or RXI_AAL2_Link.pmLostBrCellsSumerttbh, Sum
    pmLostFpmCellsACCUMULATIONINT8Number of lost Forward Performance Monitoring, FPM, cells.RNC_AAL2_Link.pmLostFpmCells or NODEB_AAL2_Link.pmLostFpmCells or RXI_AAL2_Link.pmLostFpmCellsSumerttbh, Sum


    8.5 AAL2_Signalling_Point Performance Indicators

    This section shows the key performance indicators and other counters for the AAL2_Signalling_Point object, divided into the following sub-sections:


    AAL2_Signalling_Point.Ericsson.UMTS.AAL2

    UTRAN ATM AAL2 link.

    KPITypeData TypeDescriptionDerivationDefault AggregatorOther Aggregators
    pmUnsuccessfulConnsINTernalACCUMULATIONINT8Number of unsuccessful attempts to establish connections due to node INTernal problems.RNC_AAL2_SP.pmUnsuccessfulConnsINTernal or NODEB_AAL2_SP.pmUnsuccessfulConnsINTernal or RXI_AAL2_SP.pmUnsuccessfulConnsINTernalSumerttbh, Sum


    8.6 AAL5_Tp_Vcc_Tp Performance Indicators

    This section shows the key performance indicators and other counters for the AAL5_Tp_Vcc_Tp object, divided into the following sub-sections:


    AAL5_Tp_Vcc_Tp.Ericsson.UMTS.AAL5

    UTRAN ATM AAL5 link.

    KPITypeData TypeDescriptionDerivationDefault AggregatorOther Aggregators
    pmBwErrBlocksACCUMULATIONINT8Number of backward error blocks.RNC_AAL5_Link.pmBwErrBlocks or NODEB_AAL5_Link.pmBwErrBlocks or RXI_AAL5_Link.pmBwErrBlocksSumerttbh, Sum
    pmBwLostCellsACCUMULATIONINT8Number of lost backward cells.RNC_AAL5_Link.pmBwLostCells or NODEB_AAL5_Link.pmBwLostCells or RXI_AAL5_Link.pmBwLostCellsSumerttbh, Sum
    pmBwMissinsCellsACCUMULATIONINT8Number of backward mis-inserted cells.RNC_AAL5_Link.pmBwMissinsCells or NODEB_AAL5_Link.pmBwMissinsCells or RXI_AAL5_Link.pmBwMissinsCellsSumerttbh, Sum
    pmFwErrBlocksACCUMULATIONINT8Number of forward errored blocks.RNC_AAL5_Link.pmFwErrBlocks or NODEB_AAL5_Link.pmFwErrBlocks or RXI_AAL5_Link.pmFwErrBlocksSumerttbh, Sum
    pmFwLostCellsACCUMULATIONINT8Number of forwarded lost cells.RNC_AAL5_Link.pmFwLostCells or NODEB_AAL5_Link.pmFwLostCells or RXI_AAL5_Link.pmFwLostCellsSumerttbh, Sum
    pmFwMissinsCellsACCUMULATIONINT8Number of forward mis-inserted cells.RNC_AAL5_Link.pmFwMissinsCells or NODEB_AAL5_Link.pmFwMissinsCells or RXI_AAL5_Link.pmFwMissinsCellsSumerttbh, Sum
    pmLostBrCellsACCUMULATIONINT8Number of lost Backward Reporting, BR, cells.RNC_AAL5_Link.pmLostBrCells or NODEB_AAL5_Link.pmLostBrCells or RXI_AAL5_Link.pmLostBrCellsSumerttbh, Sum
    pmLostFpmCellsACCUMULATIONINT8Number of lost Forward Performance Monitoring, FPM, cells.RNC_AAL5_Link.pmLostFpmCells or NODEB_AAL5_Link.pmLostFpmCells or RXI_AAL5_Link.pmLostFpmCellsSumerttbh, Sum


    8.7 Antenna_Branch Performance Indicators

    This section shows the key performance indicators and other counters for the Antenna_Branch object, divided into the following sub-sections:


    Antenna_Branch.Ericsson.UMTS.power_control_statistics

    Antenna power control related statistics.

    KPITypeData TypeDescriptionDerivationDefault AggregatorOther Aggregators
    pmnoofpowlimslotsACCUMULATIONFLOATThe number of power limited slots during a 15 minute period measured on RFIF in the Antenna branch (valid in case where there is only 1 carrier per TX antenna branch in the sector used).ManagedElement_Equipment_Sector_AntennaBranch.pmNoOfPowLimSlotsSumenblbh, Sum


    8.8 ATM_Port Performance Indicators

    This section shows the key performance indicators and other counters for the ATM_Port object, divided into the following sub-sections:


    ATM_Port.Ericsson.UMTS.ATM

    UTRAN ATM link.

    KPITypeData TypeDescriptionDerivationDefault AggregatorOther Aggregators
    _%_Vpl_utilization_egressPERCENTAGEFLOATUtilization of Physical Link Level.100 * {PmTransmittedAtmCells}/({Capacity}*15*60)AverageAverage, eatmrbh, eatmtbh
    CapacityINTENSITYINT8Capacity of Physical Link Level.RXI_ATM_Physical_Link.Capacity or NODEB_ATM_Physical_Link.Capacity or RNC_ATM_Physical_Link.CapacityAverageAverage, eatmrbh, eatmtbh, Maximum, Minimum, Sum
    pmReceivedAtmCellsACCUMULATIONINT8Performance monitoring counter for number of received ATM cells through the ATM port.RNC_ATM_Physical_Link.pmReceivedAtmCells or NODEB_ATM_Physical_Link.pmReceivedAtmCells or RXI_ATM_Physical_Link.pmReceivedAtmCellsSumeatmrbh, eatmtbh, Sum
    pmSecondsWithUnexpACCUMULATIONINT8Performance monitoring counter for error seconds with discarded cells due to protocol errors (unexpected, UNEX, events) Protocol error means unassigned VPI/VCI value, out of range VPI/VCI value or invalid PTI value.RNC_ATM_Physical_Link.pmSecondsWithUnexp or NODEB_ATM_Physical_Link.pmSecondsWithUnexp or RXI_ATM_Physical_Link.pmSecondsWithUnexpSumeatmrbh, eatmtbh, Sum
    PmTransmittedAtmCellsACCUMULATIONINT8Performance monitoring counter for number of transmitted ATM cells through the ATM port.RNC_ATM_Physical_Link.PmTransmittedAtmCells or NODEB_ATM_Physical_Link.PmTransmittedAtmCells or RXI_ATM_Physical_Link.PmTransmittedAtmCellsSumeatmrbh, eatmtbh, Sum


    8.9 BS_Carrier Performance Indicators

    This section shows the key performance indicators and other counters for the BS_Carrier object, divided into the following sub-sections:


    BS_Carrier.Ericsson.UMTS.Carrier

    Avg, Min, Max of Carrier PDF array statistics.

    KPITypeData TypeDescriptionDerivationDefault AggregatorOther Aggregators
    pmAverageRssi_AvgINTENSITYFLOATThe average Received Signal Strength Indication (RSSI)ME_NodeBFunction_RbsLocalCell_Carrier.pmAverageRssi_AvgAverageAverage, enblbh, Maximum, Minimum, Sum
    pmAverageRssi_MaxINTENSITYFLOATThe maximum Received Signal Strength Indication (RSSI)ME_NodeBFunction_RbsLocalCell_Carrier.pmAverageRssi_MaxAverageAverage, enblbh, Maximum, Minimum, Sum
    pmAverageRssi_MinINTENSITYFLOATThe minimum Received Signal Strength Indication (RSSI)ME_NodeBFunction_RbsLocalCell_Carrier.pmAverageRssi_MinAverageAverage, enblbh, Maximum, Minimum, Sum
    pmAverageUserRate_AvgINTENSITYFLOAT-Obsolete in P5, moved to CDMA_Channel for proper object model- The average user rate among all users allocated to high-speed-DSCH in the cellManagedElement_NodeBFunction_Carrier_HsDsch.pmAverageUserRate_AvgAverageAverage, enblbh, Maximum, Minimum, Sum
    pmAverageUserRate_MaxINTENSITYFLOAT-Obsolete in P5, moved to CDMA_Channel for proper object model- The maximum user rate among all users allocated to high-speed-DSCH in the cellManagedElement_NodeBFunction_Carrier_HsDsch.pmAverageUserRate_MaxAverageAverage, enblbh, Maximum, Minimum, Sum
    pmAverageUserRate_MinINTENSITYFLOAT-Obsolete in P5, moved to CDMA_Channel for proper object model- The minimum user rate among all users allocated to high-speed-DSCH in the cellManagedElement_NodeBFunction_Carrier_HsDsch.pmAverageUserRate_MinAverageAverage, enblbh, Maximum, Minimum, Sum
    pmReportedCqi_AvgINTENSITYFLOAT-Obsolete in P5, moved to CDMA_Channel for proper object model- The average reported Channel Quality Indicator (CQI)ManagedElement_NodeBFunction_Carrier_HsDsch.pmReportedCqi_AvgAverageAverage, enblbh, Maximum, Minimum, Sum
    pmReportedCqi_MaxINTENSITYFLOAT-Obsolete in P5, moved to CDMA_Channel for proper object model- The maximum reported Channel Quality Indicator (CQI)ManagedElement_NodeBFunction_Carrier_HsDsch.pmReportedCqi_MaxAverageAverage, enblbh, Maximum, Minimum, Sum
    pmReportedCqi_MinINTENSITYFLOAT-Obsolete in P5, moved to CDMA_Channel for proper object model- The minimum reported Channel Quality Indicator (CQI)ManagedElement_NodeBFunction_Carrier_HsDsch.pmReportedCqi_MinAverageAverage, enblbh, Maximum, Minimum, Sum
    pmTransmittedCarrierPower_AvgINTENSITYFLOATThe average transmitted carrier power measured at the TX reference point every 4 seconds.ME_NodeBFunction_RbsLocalCell_Carrier.pmTransmittedCarrierPower_AvgAverageAverage, enblbh, Maximum, Minimum, Sum
    pmTransmittedCarrierPower_MaxINTENSITYFLOATThe maximum transmitted carrier power measured at the TX reference point every 4 seconds.ME_NodeBFunction_RbsLocalCell_Carrier.pmTransmittedCarrierPower_MaxAverageAverage, enblbh, Maximum, Minimum, Sum
    pmTransmittedCarrierPower_MinINTENSITYFLOATThe minimum transmitted carrier power measured at the TX reference point every 4 seconds.ME_NodeBFunction_RbsLocalCell_Carrier.pmTransmittedCarrierPower_MinAverageAverage, enblbh, Maximum, Minimum, Sum
    pmTransmittedCarrierPowerNonHs_AvgINTENSITYFLOAT-Obsolete in P5, moved to CDMA_Channel for proper object model- The average transmitted carrier power for all codes not used for High-Speed Physical Downlink Shared Channel (HS-PDSCH) or HS-SCCH transmissionManagedElement_NodeBFunction_Carrier_HsDsch.pmTransmittedCarrierPowerNonHs_AvgAverageAverage, enblbh, Maximum, Minimum, Sum
    pmTransmittedCarrierPowerNonHs_MaxINTENSITYFLOAT-Obsolete in P5, moved to CDMA_Channel for proper object model- The maximum distribution of transmitted carrier power for all codes not used for High-Speed Physical Downlink Shared Channel (HS-PDSCH) or HS-SCCH transmissionManagedElement_NodeBFunction_Carrier_HsDsch.pmTransmittedCarrierPowerNonHs_MaxAverageAverage, enblbh, Maximum, Minimum, Sum
    pmTransmittedCarrierPowerNonHs_MinINTENSITYFLOAT-Obsolete in P5, moved to CDMA_Channel for proper object model- The minimum transmitted carrier power for all codes not used for High-Speed Physical Downlink Shared Channel (HS-PDSCH) or HS-SCCH transmissionManagedElement_NodeBFunction_Carrier_HsDsch.pmTransmittedCarrierPowerNonHs_MinAverageAverage, enblbh, Maximum, Minimum, Sum
    pmUsedCqi_AvgINTENSITYFLOAT-Obsolete in P5, moved to CDMA_Channel for proper object model- The average adjusted CQI, which is used to calculate the transport format when the user is transmitting on the high-speed-DSCHManagedElement_NodeBFunction_Carrier_HsDsch.pmUsedCqi_AvgAverageAverage, enblbh, Maximum, Minimum, Sum
    pmUsedCqi_MaxINTENSITYFLOAT-Obsolete in P5, moved to CDMA_Channel for proper object model- The maximum adjusted CQI, which is used to calculate the transport format when the user is transmitting on the high-speed-DSCHManagedElement_NodeBFunction_Carrier_HsDsch.pmUsedCqi_MaxAverageAverage, enblbh, Maximum, Minimum, Sum
    pmUsedCqi_MinINTENSITYFLOAT-Obsolete in P5, moved to CDMA_Channel for proper object model- The minimum adjusted CQI, which is used to calculate the transport format when the user is transmitting on the high-speed-DSCHManagedElement_NodeBFunction_Carrier_HsDsch.pmUsedCqi_MinAverageAverage, enblbh, Maximum, Minimum, Sum


    BS_Carrier.Ericsson.UMTS.PDF_pmAverageRssi

    pmAverageRssi PDF counters

    KPITypeData TypeDescriptionDerivationDefault AggregatorOther Aggregators
    pmAverageRssi_0ACCUMULATIONINTEGERReceived Signal Strength RSSI.ME_NodeBFunction_RbsLocalCell_Carrier.pmAverageRssi_0Sum 
    pmAverageRssi_10ACCUMULATIONINTEGERReceived Signal Strength RSSI.ME_NodeBFunction_RbsLocalCell_Carrier.pmAverageRssi_10Sum 
    pmAverageRssi_11ACCUMULATIONINTEGERReceived Signal Strength RSSI.ME_NodeBFunction_RbsLocalCell_Carrier.pmAverageRssi_11Sum 
    pmAverageRssi_12ACCUMULATIONINTEGERReceived Signal Strength RSSI.ME_NodeBFunction_RbsLocalCell_Carrier.pmAverageRssi_12Sum 
    pmAverageRssi_13ACCUMULATIONINTEGERReceived Signal Strength RSSI.ME_NodeBFunction_RbsLocalCell_Carrier.pmAverageRssi_13Sum 
    pmAverageRssi_14ACCUMULATIONINTEGERReceived Signal Strength RSSI.ME_NodeBFunction_RbsLocalCell_Carrier.pmAverageRssi_14Sum 
    pmAverageRssi_15ACCUMULATIONINTEGERReceived Signal Strength RSSI.ME_NodeBFunction_RbsLocalCell_Carrier.pmAverageRssi_15Sum 
    pmAverageRssi_16ACCUMULATIONINTEGERReceived Signal Strength RSSI.ME_NodeBFunction_RbsLocalCell_Carrier.pmAverageRssi_16Sum 
    pmAverageRssi_17ACCUMULATIONINTEGERReceived Signal Strength RSSI.ME_NodeBFunction_RbsLocalCell_Carrier.pmAverageRssi_17Sum 
    pmAverageRssi_18ACCUMULATIONINTEGERReceived Signal Strength RSSI.ME_NodeBFunction_RbsLocalCell_Carrier.pmAverageRssi_18Sum 
    pmAverageRssi_19ACCUMULATIONINTEGERReceived Signal Strength RSSI.ME_NodeBFunction_RbsLocalCell_Carrier.pmAverageRssi_19Sum 
    pmAverageRssi_1ACCUMULATIONINTEGERReceived Signal Strength RSSI.ME_NodeBFunction_RbsLocalCell_Carrier.pmAverageRssi_1Sum 
    pmAverageRssi_20ACCUMULATIONINTEGERReceived Signal Strength RSSI.ME_NodeBFunction_RbsLocalCell_Carrier.pmAverageRssi_20Sum 
    pmAverageRssi_21ACCUMULATIONINTEGERReceived Signal Strength RSSI.ME_NodeBFunction_RbsLocalCell_Carrier.pmAverageRssi_21Sum 
    pmAverageRssi_22ACCUMULATIONINTEGERReceived Signal Strength RSSI.ME_NodeBFunction_RbsLocalCell_Carrier.pmAverageRssi_22Sum 
    pmAverageRssi_23ACCUMULATIONINTEGERReceived Signal Strength RSSI.ME_NodeBFunction_RbsLocalCell_Carrier.pmAverageRssi_23Sum 
    pmAverageRssi_24ACCUMULATIONINTEGERReceived Signal Strength RSSI.ME_NodeBFunction_RbsLocalCell_Carrier.pmAverageRssi_24Sum 
    pmAverageRssi_25ACCUMULATIONINTEGERReceived Signal Strength RSSI.ME_NodeBFunction_RbsLocalCell_Carrier.pmAverageRssi_25Sum 
    pmAverageRssi_26ACCUMULATIONINTEGERReceived Signal Strength RSSI.ME_NodeBFunction_RbsLocalCell_Carrier.pmAverageRssi_26Sum 
    pmAverageRssi_27ACCUMULATIONINTEGERReceived Signal Strength RSSI.ME_NodeBFunction_RbsLocalCell_Carrier.pmAverageRssi_27Sum 
    pmAverageRssi_28ACCUMULATIONINTEGERReceived Signal Strength RSSI.ME_NodeBFunction_RbsLocalCell_Carrier.pmAverageRssi_28Sum 
    pmAverageRssi_29ACCUMULATIONINTEGERReceived Signal Strength RSSI.ME_NodeBFunction_RbsLocalCell_Carrier.pmAverageRssi_29Sum 
    pmAverageRssi_2ACCUMULATIONINTEGERReceived Signal Strength RSSI.ME_NodeBFunction_RbsLocalCell_Carrier.pmAverageRssi_2Sum 
    pmAverageRssi_30ACCUMULATIONINTEGERReceived Signal Strength RSSI.ME_NodeBFunction_RbsLocalCell_Carrier.pmAverageRssi_30Sum 
    pmAverageRssi_31ACCUMULATIONINTEGERReceived Signal Strength RSSI.ME_NodeBFunction_RbsLocalCell_Carrier.pmAverageRssi_31Sum 
    pmAverageRssi_32ACCUMULATIONINTEGERReceived Signal Strength RSSI.ME_NodeBFunction_RbsLocalCell_Carrier.pmAverageRssi_32Sum 
    pmAverageRssi_33ACCUMULATIONINTEGERReceived Signal Strength RSSI.ME_NodeBFunction_RbsLocalCell_Carrier.pmAverageRssi_33Sum 
    pmAverageRssi_34ACCUMULATIONINTEGERReceived Signal Strength RSSI.ME_NodeBFunction_RbsLocalCell_Carrier.pmAverageRssi_34Sum 
    pmAverageRssi_35ACCUMULATIONINTEGERReceived Signal Strength RSSI.ME_NodeBFunction_RbsLocalCell_Carrier.pmAverageRssi_35Sum 
    pmAverageRssi_36ACCUMULATIONINTEGERReceived Signal Strength RSSI.ME_NodeBFunction_RbsLocalCell_Carrier.pmAverageRssi_36Sum 
    pmAverageRssi_37ACCUMULATIONINTEGERReceived Signal Strength RSSI.ME_NodeBFunction_RbsLocalCell_Carrier.pmAverageRssi_37Sum 
    pmAverageRssi_38ACCUMULATIONINTEGERReceived Signal Strength RSSI.ME_NodeBFunction_RbsLocalCell_Carrier.pmAverageRssi_38Sum 
    pmAverageRssi_39ACCUMULATIONINTEGERReceived Signal Strength RSSI.ME_NodeBFunction_RbsLocalCell_Carrier.pmAverageRssi_39Sum 
    pmAverageRssi_3ACCUMULATIONINTEGERReceived Signal Strength RSSI.ME_NodeBFunction_RbsLocalCell_Carrier.pmAverageRssi_3Sum 
    pmAverageRssi_40ACCUMULATIONINTEGERReceived Signal Strength RSSI.ME_NodeBFunction_RbsLocalCell_Carrier.pmAverageRssi_40Sum 
    pmAverageRssi_41ACCUMULATIONINTEGERReceived Signal Strength RSSI.ME_NodeBFunction_RbsLocalCell_Carrier.pmAverageRssi_41Sum 
    pmAverageRssi_42ACCUMULATIONINTEGERReceived Signal Strength RSSI.ME_NodeBFunction_RbsLocalCell_Carrier.pmAverageRssi_42Sum 
    pmAverageRssi_43ACCUMULATIONINTEGERReceived Signal Strength RSSI.ME_NodeBFunction_RbsLocalCell_Carrier.pmAverageRssi_43Sum 
    pmAverageRssi_44ACCUMULATIONINTEGERReceived Signal Strength RSSI.ME_NodeBFunction_RbsLocalCell_Carrier.pmAverageRssi_44Sum 
    pmAverageRssi_45ACCUMULATIONINTEGERReceived Signal Strength RSSI.ME_NodeBFunction_RbsLocalCell_Carrier.pmAverageRssi_45Sum 
    pmAverageRssi_46ACCUMULATIONINTEGERReceived Signal Strength RSSI.ME_NodeBFunction_RbsLocalCell_Carrier.pmAverageRssi_46Sum 
    pmAverageRssi_47ACCUMULATIONINTEGERReceived Signal Strength RSSI.ME_NodeBFunction_RbsLocalCell_Carrier.pmAverageRssi_47Sum 
    pmAverageRssi_48ACCUMULATIONINTEGERReceived Signal Strength RSSI.ME_NodeBFunction_RbsLocalCell_Carrier.pmAverageRssi_48Sum 
    pmAverageRssi_49ACCUMULATIONINTEGERReceived Signal Strength RSSI.ME_NodeBFunction_RbsLocalCell_Carrier.pmAverageRssi_49Sum 
    pmAverageRssi_4ACCUMULATIONINTEGERReceived Signal Strength RSSI.ME_NodeBFunction_RbsLocalCell_Carrier.pmAverageRssi_4Sum 
    pmAverageRssi_50ACCUMULATIONINTEGERReceived Signal Strength RSSI.ME_NodeBFunction_RbsLocalCell_Carrier.pmAverageRssi_50Sum 
    pmAverageRssi_51ACCUMULATIONINTEGERReceived Signal Strength RSSI.ME_NodeBFunction_RbsLocalCell_Carrier.pmAverageRssi_51Sum 
    pmAverageRssi_52ACCUMULATIONINTEGERReceived Signal Strength RSSI.ME_NodeBFunction_RbsLocalCell_Carrier.pmAverageRssi_52Sum 
    pmAverageRssi_53ACCUMULATIONINTEGERReceived Signal Strength RSSI.ME_NodeBFunction_RbsLocalCell_Carrier.pmAverageRssi_53Sum 
    pmAverageRssi_54ACCUMULATIONINTEGERReceived Signal Strength RSSI.ME_NodeBFunction_RbsLocalCell_Carrier.pmAverageRssi_54Sum 
    pmAverageRssi_55ACCUMULATIONINTEGERReceived Signal Strength RSSI.ME_NodeBFunction_RbsLocalCell_Carrier.pmAverageRssi_55Sum 
    pmAverageRssi_56ACCUMULATIONINTEGERReceived Signal Strength RSSI.ME_NodeBFunction_RbsLocalCell_Carrier.pmAverageRssi_56Sum 
    pmAverageRssi_57ACCUMULATIONINTEGERReceived Signal Strength RSSI.ME_NodeBFunction_RbsLocalCell_Carrier.pmAverageRssi_57Sum 
    pmAverageRssi_58ACCUMULATIONINTEGERReceived Signal Strength RSSI.ME_NodeBFunction_RbsLocalCell_Carrier.pmAverageRssi_58Sum 
    pmAverageRssi_59ACCUMULATIONINTEGERReceived Signal Strength RSSI.ME_NodeBFunction_RbsLocalCell_Carrier.pmAverageRssi_59Sum 
    pmAverageRssi_5ACCUMULATIONINTEGERReceived Signal Strength RSSI.ME_NodeBFunction_RbsLocalCell_Carrier.pmAverageRssi_5Sum 
    pmAverageRssi_60ACCUMULATIONINTEGERReceived Signal Strength RSSI.ME_NodeBFunction_RbsLocalCell_Carrier.pmAverageRssi_60Sum 
    pmAverageRssi_61ACCUMULATIONINTEGERReceived Signal Strength RSSI.ME_NodeBFunction_RbsLocalCell_Carrier.pmAverageRssi_61Sum 
    pmAverageRssi_62ACCUMULATIONINTEGERReceived Signal Strength RSSI.ME_NodeBFunction_RbsLocalCell_Carrier.pmAverageRssi_62Sum 
    pmAverageRssi_63ACCUMULATIONINTEGERReceived Signal Strength RSSI.ME_NodeBFunction_RbsLocalCell_Carrier.pmAverageRssi_63Sum 
    pmAverageRssi_64ACCUMULATIONINTEGERReceived Signal Strength RSSI.ME_NodeBFunction_RbsLocalCell_Carrier.pmAverageRssi_64Sum 
    pmAverageRssi_6ACCUMULATIONINTEGERReceived Signal Strength RSSI.ME_NodeBFunction_RbsLocalCell_Carrier.pmAverageRssi_6Sum 
    pmAverageRssi_7ACCUMULATIONINTEGERReceived Signal Strength RSSI.ME_NodeBFunction_RbsLocalCell_Carrier.pmAverageRssi_7Sum 
    pmAverageRssi_8ACCUMULATIONINTEGERReceived Signal Strength RSSI.ME_NodeBFunction_RbsLocalCell_Carrier.pmAverageRssi_8Sum 
    pmAverageRssi_9ACCUMULATIONINTEGERReceived Signal Strength RSSI.ME_NodeBFunction_RbsLocalCell_Carrier.pmAverageRssi_9Sum 


    BS_Carrier.Ericsson.UMTS.PDF_pmTransmittedCarrierPower

    pmTransmittedCarrierPower PDF counters

    KPITypeData TypeDescriptionDerivationDefault AggregatorOther Aggregators
    pmTransmittedCarrierPower_0ACCUMULATIONINTEGERThe transmitted carrier power.ME_NodeBFunction_RbsLocalCell_Carrier.pmTransmittedCarrierPower_0Sum 
    pmTransmittedCarrierPower_10ACCUMULATIONINTEGERThe transmitted carrier power.ME_NodeBFunction_RbsLocalCell_Carrier.pmTransmittedCarrierPower_10Sum 
    pmTransmittedCarrierPower_11ACCUMULATIONINTEGERThe transmitted carrier power.ME_NodeBFunction_RbsLocalCell_Carrier.pmTransmittedCarrierPower_11Sum 
    pmTransmittedCarrierPower_12ACCUMULATIONINTEGERThe transmitted carrier power.ME_NodeBFunction_RbsLocalCell_Carrier.pmTransmittedCarrierPower_12Sum 
    pmTransmittedCarrierPower_13ACCUMULATIONINTEGERThe transmitted carrier power.ME_NodeBFunction_RbsLocalCell_Carrier.pmTransmittedCarrierPower_13Sum 
    pmTransmittedCarrierPower_14ACCUMULATIONINTEGERThe transmitted carrier power.ME_NodeBFunction_RbsLocalCell_Carrier.pmTransmittedCarrierPower_14Sum 
    pmTransmittedCarrierPower_15ACCUMULATIONINTEGERThe transmitted carrier power.ME_NodeBFunction_RbsLocalCell_Carrier.pmTransmittedCarrierPower_15Sum 
    pmTransmittedCarrierPower_16ACCUMULATIONINTEGERThe transmitted carrier power.ME_NodeBFunction_RbsLocalCell_Carrier.pmTransmittedCarrierPower_16Sum 
    pmTransmittedCarrierPower_17ACCUMULATIONINTEGERThe transmitted carrier power.ME_NodeBFunction_RbsLocalCell_Carrier.pmTransmittedCarrierPower_17Sum 
    pmTransmittedCarrierPower_18ACCUMULATIONINTEGERThe transmitted carrier power.ME_NodeBFunction_RbsLocalCell_Carrier.pmTransmittedCarrierPower_18Sum 
    pmTransmittedCarrierPower_19ACCUMULATIONINTEGERThe transmitted carrier power.ME_NodeBFunction_RbsLocalCell_Carrier.pmTransmittedCarrierPower_19Sum 
    pmTransmittedCarrierPower_1ACCUMULATIONINTEGERThe transmitted carrier power.ME_NodeBFunction_RbsLocalCell_Carrier.pmTransmittedCarrierPower_1Sum 
    pmTransmittedCarrierPower_20ACCUMULATIONINTEGERThe transmitted carrier power.ME_NodeBFunction_RbsLocalCell_Carrier.pmTransmittedCarrierPower_20Sum 
    pmTransmittedCarrierPower_21ACCUMULATIONINTEGERThe transmitted carrier power.ME_NodeBFunction_RbsLocalCell_Carrier.pmTransmittedCarrierPower_21Sum 
    pmTransmittedCarrierPower_22ACCUMULATIONINTEGERThe transmitted carrier power.ME_NodeBFunction_RbsLocalCell_Carrier.pmTransmittedCarrierPower_22Sum 
    pmTransmittedCarrierPower_23ACCUMULATIONINTEGERThe transmitted carrier power.ME_NodeBFunction_RbsLocalCell_Carrier.pmTransmittedCarrierPower_23Sum 
    pmTransmittedCarrierPower_24ACCUMULATIONINTEGERThe transmitted carrier power.ME_NodeBFunction_RbsLocalCell_Carrier.pmTransmittedCarrierPower_24Sum 
    pmTransmittedCarrierPower_25ACCUMULATIONINTEGERThe transmitted carrier power.ME_NodeBFunction_RbsLocalCell_Carrier.pmTransmittedCarrierPower_25Sum 
    pmTransmittedCarrierPower_26ACCUMULATIONINTEGERThe transmitted carrier power.ME_NodeBFunction_RbsLocalCell_Carrier.pmTransmittedCarrierPower_26Sum 
    pmTransmittedCarrierPower_27ACCUMULATIONINTEGERThe transmitted carrier power.ME_NodeBFunction_RbsLocalCell_Carrier.pmTransmittedCarrierPower_27Sum 
    pmTransmittedCarrierPower_28ACCUMULATIONINTEGERThe transmitted carrier power.ME_NodeBFunction_RbsLocalCell_Carrier.pmTransmittedCarrierPower_28Sum 
    pmTransmittedCarrierPower_29ACCUMULATIONINTEGERThe transmitted carrier power.ME_NodeBFunction_RbsLocalCell_Carrier.pmTransmittedCarrierPower_29Sum 
    pmTransmittedCarrierPower_2ACCUMULATIONINTEGERThe transmitted carrier power.ME_NodeBFunction_RbsLocalCell_Carrier.pmTransmittedCarrierPower_2Sum 
    pmTransmittedCarrierPower_30ACCUMULATIONINTEGERThe transmitted carrier power.ME_NodeBFunction_RbsLocalCell_Carrier.pmTransmittedCarrierPower_30Sum 
    pmTransmittedCarrierPower_31ACCUMULATIONINTEGERThe transmitted carrier power.ME_NodeBFunction_RbsLocalCell_Carrier.pmTransmittedCarrierPower_31Sum 
    pmTransmittedCarrierPower_32ACCUMULATIONINTEGERThe transmitted carrier power.ME_NodeBFunction_RbsLocalCell_Carrier.pmTransmittedCarrierPower_32Sum 
    pmTransmittedCarrierPower_33ACCUMULATIONINTEGERThe transmitted carrier power.ME_NodeBFunction_RbsLocalCell_Carrier.pmTransmittedCarrierPower_33Sum 
    pmTransmittedCarrierPower_34ACCUMULATIONINTEGERThe transmitted carrier power.ME_NodeBFunction_RbsLocalCell_Carrier.pmTransmittedCarrierPower_34Sum 
    pmTransmittedCarrierPower_35ACCUMULATIONINTEGERThe transmitted carrier power.ME_NodeBFunction_RbsLocalCell_Carrier.pmTransmittedCarrierPower_35Sum 
    pmTransmittedCarrierPower_36ACCUMULATIONINTEGERThe transmitted carrier power.ME_NodeBFunction_RbsLocalCell_Carrier.pmTransmittedCarrierPower_36Sum 
    pmTransmittedCarrierPower_37ACCUMULATIONINTEGERThe transmitted carrier power.ME_NodeBFunction_RbsLocalCell_Carrier.pmTransmittedCarrierPower_37Sum 
    pmTransmittedCarrierPower_38ACCUMULATIONINTEGERThe transmitted carrier power.ME_NodeBFunction_RbsLocalCell_Carrier.pmTransmittedCarrierPower_38Sum 
    pmTransmittedCarrierPower_39ACCUMULATIONINTEGERThe transmitted carrier power.ME_NodeBFunction_RbsLocalCell_Carrier.pmTransmittedCarrierPower_39Sum 
    pmTransmittedCarrierPower_3ACCUMULATIONINTEGERThe transmitted carrier power.ME_NodeBFunction_RbsLocalCell_Carrier.pmTransmittedCarrierPower_3Sum 
    pmTransmittedCarrierPower_40ACCUMULATIONINTEGERThe transmitted carrier power.ME_NodeBFunction_RbsLocalCell_Carrier.pmTransmittedCarrierPower_40Sum 
    pmTransmittedCarrierPower_41ACCUMULATIONINTEGERThe transmitted carrier power.ME_NodeBFunction_RbsLocalCell_Carrier.pmTransmittedCarrierPower_41Sum 
    pmTransmittedCarrierPower_42ACCUMULATIONINTEGERThe transmitted carrier power.ME_NodeBFunction_RbsLocalCell_Carrier.pmTransmittedCarrierPower_42Sum 
    pmTransmittedCarrierPower_43ACCUMULATIONINTEGERThe transmitted carrier power.ME_NodeBFunction_RbsLocalCell_Carrier.pmTransmittedCarrierPower_43Sum 
    pmTransmittedCarrierPower_44ACCUMULATIONINTEGERThe transmitted carrier power.ME_NodeBFunction_RbsLocalCell_Carrier.pmTransmittedCarrierPower_44Sum 
    pmTransmittedCarrierPower_45ACCUMULATIONINTEGERThe transmitted carrier power.ME_NodeBFunction_RbsLocalCell_Carrier.pmTransmittedCarrierPower_45Sum 
    pmTransmittedCarrierPower_46ACCUMULATIONINTEGERThe transmitted carrier power.ME_NodeBFunction_RbsLocalCell_Carrier.pmTransmittedCarrierPower_46Sum 
    pmTransmittedCarrierPower_47ACCUMULATIONINTEGERThe transmitted carrier power.ME_NodeBFunction_RbsLocalCell_Carrier.pmTransmittedCarrierPower_47Sum 
    pmTransmittedCarrierPower_48ACCUMULATIONINTEGERThe transmitted carrier power.ME_NodeBFunction_RbsLocalCell_Carrier.pmTransmittedCarrierPower_48Sum 
    pmTransmittedCarrierPower_49ACCUMULATIONINTEGERThe transmitted carrier power.ME_NodeBFunction_RbsLocalCell_Carrier.pmTransmittedCarrierPower_49Sum 
    pmTransmittedCarrierPower_4ACCUMULATIONINTEGERThe transmitted carrier power.ME_NodeBFunction_RbsLocalCell_Carrier.pmTransmittedCarrierPower_4Sum 
    pmTransmittedCarrierPower_50ACCUMULATIONINTEGERThe transmitted carrier power.ME_NodeBFunction_RbsLocalCell_Carrier.pmTransmittedCarrierPower_50Sum 
    pmTransmittedCarrierPower_51ACCUMULATIONINTEGERThe transmitted carrier power.ME_NodeBFunction_RbsLocalCell_Carrier.pmTransmittedCarrierPower_51Sum 
    pmTransmittedCarrierPower_5ACCUMULATIONINTEGERThe transmitted carrier power.ME_NodeBFunction_RbsLocalCell_Carrier.pmTransmittedCarrierPower_5Sum 
    pmTransmittedCarrierPower_6ACCUMULATIONINTEGERThe transmitted carrier power.ME_NodeBFunction_RbsLocalCell_Carrier.pmTransmittedCarrierPower_6Sum 
    pmTransmittedCarrierPower_7ACCUMULATIONINTEGERThe transmitted carrier power.ME_NodeBFunction_RbsLocalCell_Carrier.pmTransmittedCarrierPower_7Sum 
    pmTransmittedCarrierPower_8ACCUMULATIONINTEGERThe transmitted carrier power.ME_NodeBFunction_RbsLocalCell_Carrier.pmTransmittedCarrierPower_8Sum 
    pmTransmittedCarrierPower_9ACCUMULATIONINTEGERThe transmitted carrier power.ME_NodeBFunction_RbsLocalCell_Carrier.pmTransmittedCarrierPower_9Sum 


    8.10 CC_SP_Device Performance Indicators

    This section shows the key performance indicators and other counters for the CC_SP_Device object, divided into the following sub-sections:


    CC_SP_Device.Ericsson.UMTS.SP_DevicePool_CC

    CC SP processor related statistics.

    KPITypeData TypeDescriptionDerivationDefault AggregatorOther Aggregators
    AvgCcSpLoadPERCENTAGEFLOATThe averaged measured load on The CC SP100 * {pmSumMeasuredCcSpLoad}/{pmSamplesMeasuredCcSpLoad}AverageAverage, erttbh
    pmSamplesMeasuredCcSpLoadACCUMULATIONINTEGERNumber of samples recorded within the ROP period for -Level of the averaged measured load on the CC SP-ME_Eqpt_SpDevicePool_CcDevice.pmSamplesMeasuredCcSpLoadSumerttbh, Sum
    pmSumMeasuredCcSpLoadACCUMULATIONINTEGERSum of all sample values recorded for -Level of the averaged measured load on the CC SP-ME_Eqpt_SpDevicePool_CcDevice.pmSumMeasuredCcSpLoadSumerttbh, Sum


    8.11 CchFrameSynch Performance Indicators

    This section shows the key performance indicators and other counters for the CchFrameSynch object, divided into the following sub-sections:


    CchFrameSynch.Ericsson.UMTS.Cch_Frame_Synchronisation

    Cch frame synchronisation statistics on FACH and PCH.

    KPITypeData TypeDescriptionDerivationDefault AggregatorOther Aggregators
    pmNoCchDiscardedDataFramesEACCUMULATIONINTEGERNumber of discarded DL data frames due to too early reception.ManagedElement_RncFunction_CchFrameSynch.pmNoCchDiscardedDataFramesESumerttbh, Sum
    pmNoCchDiscardedDataFramesLACCUMULATIONINTEGERNumber of discarded DL data frames due to too late reception.ManagedElement_RncFunction_CchFrameSynch.pmNoCchDiscardedDataFramesLSumerttbh, Sum
    pmNoCchTimingAdjContrFramesACCUMULATIONINTEGERNumber of received DL timing adjustment control frames for FACH and PCH.ManagedElement_RncFunction_CchFrameSynch.pmNoCchTimingAdjContrFramesSumerttbh, Sum


    8.12 CDMA_Channel Performance Indicators

    This section shows the key performance indicators and other counters for the CDMA_Channel object, divided into the following sub-sections:


    CDMA_Channel.Ericsson.UMTS.Active_Subframes

    Active subframes transmitted statistics

    KPITypeData TypeDescriptionDerivationDefault AggregatorOther Aggregators
    pmNoActiveSubFramesSpi00ACCUMULATIONINTEGERThe number of subframes containing high-speed data transmitted by the RBS. The counter is per cell and per subframe, meaning increments with max 1 per subframe. A -subframe- is a 2 ms TTI for HS-DSCH. Each counter observes a specific SPI. The different flows are configured ON/OFF using RBS MOM parameter IubDataStreams:: schHsFlowControlOnOff.ME_NodeBFunction_HsDschResources.pmNoActiveSubFramesSpi00Sumecttbh, enblbh, Sum
    pmNoActiveSubFramesSpi01ACCUMULATIONINTEGERThe number of subframes containing high-speed data transmitted by the RBS. The counter is per cell and per subframe, meaning increments with max 1 per subframe. A -subframe- is a 2 ms TTI for HS-DSCH. Each counter observes a specific SPI. The different flows are configured ON/OFF using RBS MOM parameter IubDataStreams:: schHsFlowControlOnOff.ME_NodeBFunction_HsDschResources.pmNoActiveSubFramesSpi01Sumecttbh, enblbh, Sum
    pmNoActiveSubFramesSpi02ACCUMULATIONINTEGERThe number of subframes containing high-speed data transmitted by the RBS. The counter is per cell and per subframe, meaning increments with max 1 per subframe. A -subframe- is a 2 ms TTI for HS-DSCH. Each counter observes a specific SPI. The different flows are configured ON/OFF using RBS MOM parameter IubDataStreams:: schHsFlowControlOnOff.ME_NodeBFunction_HsDschResources.pmNoActiveSubFramesSpi02Sumecttbh, enblbh, Sum
    pmNoActiveSubFramesSpi03ACCUMULATIONINTEGERThe number of subframes containing high-speed data transmitted by the RBS. The counter is per cell and per subframe, meaning increments with max 1 per subframe. A -subframe- is a 2 ms TTI for HS-DSCH. Each counter observes a specific SPI. The different flows are configured ON/OFF using RBS MOM parameter IubDataStreams:: schHsFlowControlOnOff.ME_NodeBFunction_HsDschResources.pmNoActiveSubFramesSpi03Sumecttbh, enblbh, Sum
    pmNoActiveSubFramesSpi04ACCUMULATIONINTEGERThe number of subframes containing high-speed data transmitted by the RBS. The counter is per cell and per subframe, meaning increments with max 1 per subframe. A -subframe- is a 2 ms TTI for HS-DSCH. Each counter observes a specific SPI. The different flows are configured ON/OFF using RBS MOM parameter IubDataStreams:: schHsFlowControlOnOff.ME_NodeBFunction_HsDschResources.pmNoActiveSubFramesSpi04Sumecttbh, enblbh, Sum
    pmNoActiveSubFramesSpi05ACCUMULATIONINTEGERThe number of subframes containing high-speed data transmitted by the RBS. The counter is per cell and per subframe, meaning increments with max 1 per subframe. A -subframe- is a 2 ms TTI for HS-DSCH. Each counter observes a specific SPI. The different flows are configured ON/OFF using RBS MOM parameter IubDataStreams:: schHsFlowControlOnOff.ME_NodeBFunction_HsDschResources.pmNoActiveSubFramesSpi05Sumecttbh, enblbh, Sum
    pmNoActiveSubFramesSpi06ACCUMULATIONINTEGERThe number of subframes containing high-speed data transmitted by the RBS. The counter is per cell and per subframe, meaning increments with max 1 per subframe. A -subframe- is a 2 ms TTI for HS-DSCH. Each counter observes a specific SPI. The different flows are configured ON/OFF using RBS MOM parameter IubDataStreams:: schHsFlowControlOnOff.ME_NodeBFunction_HsDschResources.pmNoActiveSubFramesSpi06Sumecttbh, enblbh, Sum
    pmNoActiveSubFramesSpi07ACCUMULATIONINTEGERThe number of subframes containing high-speed data transmitted by the RBS. The counter is per cell and per subframe, meaning increments with max 1 per subframe. A -subframe- is a 2 ms TTI for HS-DSCH. Each counter observes a specific SPI. The different flows are configured ON/OFF using RBS MOM parameter IubDataStreams:: schHsFlowControlOnOff.ME_NodeBFunction_HsDschResources.pmNoActiveSubFramesSpi07Sumecttbh, enblbh, Sum
    pmNoActiveSubFramesSpi08ACCUMULATIONINTEGERThe number of subframes containing high-speed data transmitted by the RBS. The counter is per cell and per subframe, meaning increments with max 1 per subframe. A -subframe- is a 2 ms TTI for HS-DSCH. Each counter observes a specific SPI. The different flows are configured ON/OFF using RBS MOM parameter IubDataStreams:: schHsFlowControlOnOff.ME_NodeBFunction_HsDschResources.pmNoActiveSubFramesSpi08Sumecttbh, enblbh, Sum
    pmNoActiveSubFramesSpi09ACCUMULATIONINTEGERThe number of subframes containing high-speed data transmitted by the RBS. The counter is per cell and per subframe, meaning increments with max 1 per subframe. A -subframe- is a 2 ms TTI for HS-DSCH. Each counter observes a specific SPI. The different flows are configured ON/OFF using RBS MOM parameter IubDataStreams:: schHsFlowControlOnOff.ME_NodeBFunction_HsDschResources.pmNoActiveSubFramesSpi09Sumecttbh, enblbh, Sum
    pmNoActiveSubFramesSpi10ACCUMULATIONINTEGERThe number of subframes containing high-speed data transmitted by the RBS. The counter is per cell and per subframe, meaning increments with max 1 per subframe. A -subframe- is a 2 ms TTI for HS-DSCH. Each counter observes a specific SPI. The different flows are configured ON/OFF using RBS MOM parameter IubDataStreams:: schHsFlowControlOnOff.ME_NodeBFunction_HsDschResources.pmNoActiveSubFramesSpi10Sumecttbh, enblbh, Sum
    pmNoActiveSubFramesSpi11ACCUMULATIONINTEGERThe number of subframes containing high-speed data transmitted by the RBS. The counter is per cell and per subframe, meaning increments with max 1 per subframe. A -subframe- is a 2 ms TTI for HS-DSCH. Each counter observes a specific SPI. The different flows are configured ON/OFF using RBS MOM parameter IubDataStreams:: schHsFlowControlOnOff.ME_NodeBFunction_HsDschResources.pmNoActiveSubFramesSpi11Sumecttbh, enblbh, Sum
    pmNoActiveSubFramesSpi12ACCUMULATIONINTEGERThe number of subframes containing high-speed data transmitted by the RBS. The counter is per cell and per subframe, meaning increments with max 1 per subframe. A -subframe- is a 2 ms TTI for HS-DSCH. Each counter observes a specific SPI. The different flows are configured ON/OFF using RBS MOM parameter IubDataStreams:: schHsFlowControlOnOff.ME_NodeBFunction_HsDschResources.pmNoActiveSubFramesSpi12Sumecttbh, enblbh, Sum
    pmNoActiveSubFramesSpi13ACCUMULATIONINTEGERThe number of subframes containing high-speed data transmitted by the RBS. The counter is per cell and per subframe, meaning increments with max 1 per subframe. A -subframe- is a 2 ms TTI for HS-DSCH. Each counter observes a specific SPI. The different flows are configured ON/OFF using RBS MOM parameter IubDataStreams:: schHsFlowControlOnOff.ME_NodeBFunction_HsDschResources.pmNoActiveSubFramesSpi13Sumecttbh, enblbh, Sum
    pmNoActiveSubFramesSpi14ACCUMULATIONINTEGERThe number of subframes containing high-speed data transmitted by the RBS. The counter is per cell and per subframe, meaning increments with max 1 per subframe. A -subframe- is a 2 ms TTI for HS-DSCH. Each counter observes a specific SPI. The different flows are configured ON/OFF using RBS MOM parameter IubDataStreams:: schHsFlowControlOnOff.ME_NodeBFunction_HsDschResources.pmNoActiveSubFramesSpi14Sumecttbh, enblbh, Sum
    pmNoActiveSubFramesSpi15ACCUMULATIONINTEGERThe number of subframes containing high-speed data transmitted by the RBS. The counter is per cell and per subframe, meaning increments with max 1 per subframe. A -subframe- is a 2 ms TTI for HS-DSCH. Each counter observes a specific SPI. The different flows are configured ON/OFF using RBS MOM parameter IubDataStreams:: schHsFlowControlOnOff.ME_NodeBFunction_HsDschResources.pmNoActiveSubFramesSpi15Sumecttbh, enblbh, Sum
    Tot_pmNoActiveSubFramesSpiACCUMULATIONINT8The total number of subframes containing high-speed data transmitted by the RBS.ME_NodeBFunction_HsDschResources.pmNoActiveSubFramesSpi00 + pmNoActiveSubFramesSpi01 + pmNoActiveSubFramesSpi02 + pmNoActiveSubFramesSpi03 + pmNoActiveSubFramesSpi04 + pmNoActiveSubFramesSpi05 + pmNoActiveSubFramesSpi06 + pmNoActiveSubFramesSpi07 + pmNoActiveSubFramesSpi08 + pmNoActiveSubFramesSpi09 + pmNoActiveSubFramesSpi10 + pmNoActiveSubFramesSpi11 + pmNoActiveSubFramesSpi12 + pmNoActiveSubFramesSpi13 + pmNoActiveSubFramesSpi14 + pmNoActiveSubFramesSpi15Sumecttbh, enblbh, Sum


    CDMA_Channel.Ericsson.UMTS.Common_Channel_Handling

    Common Control Channel statistics.

    KPITypeData TypeDescriptionDerivationDefault AggregatorOther Aggregators
    pmMbmsSccpchTransmittedTfc_AvgINTENSITYFLOATAverage: MBMS Transmitted TFCs on an SCCPCH with a certain spreading factor.ManagedElement_NodeBFunction_Carrier_Sccpch.pmMbmsSccpchTransmittedTfc_AvgAverageecttbh, enblbh, Sum, Minimum, Maximum
    pmMbmsSccpchTransmittedTfc_MaxINTENSITYINTEGERMaximum: MBMS Transmitted TFCs on an SCCPCH with a certain spreading factor.ManagedElement_NodeBFunction_Carrier_Sccpch.pmMbmsSccpchTransmittedTfc_MaxAverageecttbh, enblbh, Sum, Minimum, Maximum
    pmMbmsSccpchTransmittedTfc_MinINTENSITYINTEGERMinimum: MBMS Transmitted TFCs on an SCCPCH with a certain spreading factor.ManagedElement_NodeBFunction_Carrier_Sccpch.pmMbmsSccpchTransmittedTfc_MinAverageecttbh, enblbh, Sum, Minimum, Maximum
    pmnegativemessagesACCUMULATIONINT8The number of negative Acquisition Indicator (AI) messages per GP sent on the Acquisition Indication Channel (AICH).ManagedElement_NodeBFunction_Sector_Carrier_Aich.pmNegativeMessagesSumecttbh, enblbh, Sum
    pmNoOfTfc1OnFach1ACCUMULATIONINT8The number of transmitted Transport Format Combination 1 (TFC1) frames on FACH1.ManagedElement_NodeBFunction_Carrier_Sccpch.pmNoOfTfc1OnFach1Sumecttbh, enblbh, Sum
    pmNoOfTfc2OnFach1ACCUMULATIONINT8The number of transmitted Transport Format Combination 2 (TFC2) frames on FACH1.ManagedElement_NodeBFunction_Carrier_Sccpch.pmNoOfTfc2OnFach1Sumecttbh, enblbh, Sum
    pmNoOfTfc3OnFach2ACCUMULATIONINT8The number of transmitted Transport Format Combination 3 (TFC3) frames on FACH2.ManagedElement_NodeBFunction_Carrier_Sccpch.pmNoOfTfc3OnFach2Sumecttbh, enblbh, Sum
    pmNoPreambleFalseDetectionACCUMULATIONINT8The number of false detections caused by noise on the Random Access Channel (RACH).ME_NodeBFunction_Sector_Carrier_Prach.pmNoPreambleFalseDetectionSumecttbh, enblbh, Sum
    pmpositivemessagesACCUMULATIONINT8The number of positive Acquisition Indicator (AI) messages per GP sent on the Acquisition Indication Channel (AICH).ManagedElement_NodeBFunction_Sector_Carrier_Aich.pmPositiveMessagesSumecttbh, enblbh, Sum
    pmPropagationDelay_0INTENSITYINTEGERMaximum Propagation delay value for the cell. Propagation delay is measured for Random Access Channel (RACH) messages with correct Cyclic Redundancy Check (CRC). Bin 0 holds the maximum delay for the cell, measured as number of chips with a range of 0..2562. Bins 1?40 are stored as a PDF with a range of 0..100pc.ME_NodeBFunction_Sector_Carrier_Prach.pmPropagationDelay_0AverageAverage, ecttbh, enblbh, Maximum, Minimum, Sum
    pmPropagationDelay_AvgINTENSITYFLOATAverage:Propagation delay for the cell. Propagation delay is measured for Random Access Channel (RACH) messages with correct Cyclic Redundancy Check (CRC). PDF step range with a non-linear resolution, 41 steps long. Bin 0 holds the maximum delay for the cell, measured as number of chips with a range of 0..2562. Bins 1?40 are stored as a PDF with a range of 0..100pc.ME_NodeBFunction_Sector_Carrier_Prach.pmPropagationDelay_AvgAverageAverage, ecttbh, enblbh, Maximum, Minimum, Sum
    pmPropagationDelay_MaxINTENSITYFLOATMaximum:Channel (RACH) messages with correct Cyclic Redundancy Check (CRC). PDF step range with a non-linear resolution, 41 steps long. Bin 0 holds the maximum delay for the cell, measured as number of chips with a range of 0..2562. Bins 1?40 are stored as a PDF with a range of 0..100pc.ME_NodeBFunction_Sector_Carrier_Prach.pmPropagationDelay_MaxAverageAverage, ecttbh, enblbh, Maximum, Minimum, Sum
    pmPropagationDelay_MinINTENSITYFLOATMinimum:Propagaton delay for the cell. Propagation delay is measured for Random Access Channel (RACH) messages with correct Cyclic Redundancy Check (CRC). PDF step range with a non-linear resolution, 41 steps long. Bin 0 holds the maximum delay for the cell, measured as number of chips with a range of 0..2562. Bins 1?40 are stored as a PDF with a range of 0..100pc.ME_NodeBFunction_Sector_Carrier_Prach.pmPropagationDelay_MinAverageAverage, ecttbh, enblbh, Maximum, Minimum, Sum
    pmsuccreceivedblocksACCUMULATIONINT8The number of successfully received transport blocks per GP.ME_NodeBFunction_Sector_Carrier_Prach.pmSuccReceivedBlocksSumecttbh, enblbh, Sum
    pmunsuccreceivedblocksACCUMULATIONINT8The number of unsuccessfully received transport blocks per GP.ME_NodeBFunction_Sector_Carrier_Prach.pmUnsuccReceivedBlocksSumecttbh, enblbh, Sum
    totalblocksACCUMULATIONINT8The number of received transport blocks per GP.{pmsuccreceivedblocks} + {pmunsuccreceivedblocks}Sumecttbh, enblbh, Sum
    totalmessagesACCUMULATIONINT8The number of Acquisition Indicator (AI) messages per GP sent on the Acquisition Indication Channel (AICH).{pmpositivemessages} + {pmnegativemessages}Sumecttbh, enblbh, Sum


    CDMA_Channel.Ericsson.UMTS.EDCH_Resource

    Enhanced DCH Resources related statistics.

    KPITypeData TypeDescriptionDerivationDefault AggregatorOther Aggregators
    _%_Failed_CapAllocAttServEDchPERCENTAGEFLOATPercentage failed attempts to allocate resources for new Serving E-DCH user.100 * {pmCapacityAllocRejServEDchUsers}/{pmCapacityAllocAttServEDchUser}Averageecttbh, enblbh
    pmCapacityAllocAttServEDchUserACCUMULATIONINTEGERThe number of attempts to allocate resources for new Serving E-DCH user.ME_NodeBFunction_Sector_Carrier_EDchResources.pmCapacityAllocAttServEDchUserSumecttbh, enblbh
    pmCapacityAllocRejServEDchUsersACCUMULATIONINTEGERThe number of attempts to allocate resources for new Serving E-DCH user that are rejected (related to bin [0] of pmCapacityServEDchUsers).ME_NodeBFunction_Sector_Carrier_EDchResources.pmCapacityAllocRejServEDchUsersSumecttbh, enblbh
    pmCapacityServEDchUsers_AvgINTENSITYFLOATAverage: The distribution of the number of Serving E-DCH users, as percentages of the corresponding license limit.ME_NodeBFunction_Sector_Carrier_EDchResources.pmCapacityServEDchUsers_AvgAverageecttbh, enblbh, Sum, Minimum, Maximum
    pmCapacityServEDchUsers_MaxINTENSITYINTEGERMaximum: The distribution of the number of Serving E-DCH users, as percentages of the corresponding license limit.ME_NodeBFunction_Sector_Carrier_EDchResources.pmCapacityServEDchUsers_MaxAverageecttbh, enblbh, Sum, Minimum, Maximum
    pmCapacityServEDchUsers_MinINTENSITYINTEGERMinimum: The distribution of the number of Serving E-DCH users, as percentages of the corresponding license limit.ME_NodeBFunction_Sector_Carrier_EDchResources.pmCapacityServEDchUsers_MinAverageecttbh, enblbh, Sum, Minimum, Maximum
    pmCommonChPowerEul_AvgINTENSITYFLOATAverage:This counter is used to observe the total DL power used for the E-AGCH, E-RGCH and E-HICH in the cell. The value is stored as PDF with 1 dBm resolution from 0 to 40 dB range.ME_NodeBFunction_Sector_Carrier_EDchResources.pmCommonChPowerEul_AvgAverageAverage, ecttbh, enblbh, Maximum, Minimum, Sum
    pmCommonChPowerEul_MaxINTENSITYFLOATMaximum:This counter is used to observe the total DL power used for the E-AGCH, E-RGCH and E-HICH in the cell. The value is stored as PDF with 1 dBm resolution from 0 to 40 dB range.ME_NodeBFunction_Sector_Carrier_EDchResources.pmCommonChPowerEul_MaxAverageAverage, ecttbh, enblbh, Maximum, Minimum, Sum
    pmCommonChPowerEul_MinINTENSITYFLOATMinimum:This counter is used to observe the total DL power used for the E-AGCH, E-RGCH and E-HICH in the cell. The value is stored as PDF with 1 dBm resolution from 0 to 40 dB range.ME_NodeBFunction_Sector_Carrier_EDchResources.pmCommonChPowerEul_MinAverageAverage, ecttbh, enblbh, Maximum, Minimum, Sum
    pmLEDchTot_AvgINTENSITYFLOATAverage: Counter for the Scheduled E-DCH Uu load estimate in a cell. Includes component from EDPDCH, E-DPCCH for E-DCH users in the cell. The sampled value is a load factor and is unitless with range 0..1. Where 0 means no load and 1 is infinite load. Note it does not include the load components of DPCCH and HS-DPCCH for E-DCH users.ME_NodeBFunction_Sector_Carrier_EDchResources.pmLEDchTot_AvgAverageecttbh, enblbh, Sum, Minimum, Maximum
    pmLEDchTot_MaxINTENSITYFLOATMaximum: Counter for the Scheduled E-DCH Uu load estimate in a cell. Includes component from EDPDCH, E-DPCCH for E-DCH users in the cell. The sampled value is a load factor and is unitless with range 0..1. Where 0 means no load and 1 is infinite load. Note it does not include the load components of DPCCH and HS-DPCCH for E-DCH users.ME_NodeBFunction_Sector_Carrier_EDchResources.pmLEDchTot_MaxAverageecttbh, enblbh, Sum, Minimum, Maximum
    pmLEDchTot_MinINTENSITYFLOATMinimum: Counter for the Scheduled E-DCH Uu load estimate in a cell. Includes component from EDPDCH, E-DPCCH for E-DCH users in the cell. The sampled value is a load factor and is unitless with range 0..1. Where 0 means no load and 1 is infinite load. Note it does not include the load components of DPCCH and HS-DPCCH for E-DCH users.ME_NodeBFunction_Sector_Carrier_EDchResources.pmLEDchTot_MinAverageecttbh, enblbh, Sum, Minimum, Maximum
    pmLMaxEDch_AvgINTENSITYFLOATAverage: Counter for the total cell level estimate of the Uu component of the scheduling headroom available for EUL schedulable traffic in a cell. The sampled value is a load factor and is unit less with range 0..1. Where 0 means no load and 1 is infinite load.ME_NodeBFunction_Sector_Carrier_EDchResources.pmLMaxEDch_AvgAverageecttbh, enblbh, Sum, Minimum, Maximum
    pmLMaxEDch_MaxINTENSITYFLOATMaximum: Counter for the total cell level estimate of the Uu component of the scheduling headroom available for EUL schedulable traffic in a cell. The sampled value is a load factor and is unit less with range 0..1. Where 0 means no load and 1 is infinite load.ME_NodeBFunction_Sector_Carrier_EDchResources.pmLMaxEDch_MaxAverageecttbh, enblbh, Sum, Minimum, Maximum
    pmLMaxEDch_MinINTENSITYFLOATMinimum: Counter for the total cell level estimate of the Uu component of the scheduling headroom available for EUL schedulable traffic in a cell. The sampled value is a load factor and is unit less with range 0..1. Where 0 means no load and 1 is infinite load.ME_NodeBFunction_Sector_Carrier_EDchResources.pmLMaxEDch_MinAverageecttbh, enblbh, Sum, Minimum, Maximum
    pmNoActive10msFramesEulACCUMULATIONINT8Counter for the sum of used 10 ms frames (TTI) that receive E-DCH data in a cell during a ROP period for all E-DCH users.ME_NodeBFunction_Sector_Carrier_EDchResources.pmNoActive10msFramesEulSumecttbh, enblbh, Sum
    pmNoActive10msIntervalsEulTti10ACCUMULATIONINTEGERCounter for the total amount of 10 ms intervals in a cell in which the transmission of one or more E-DCH frames has been detected, exluding frames that are not decoded due to lack of hardware to decode the frame.ME_NodeBFunction_Sector_Carrier_EDchResources.pmNoActive10msIntervalsEulTti10Sumecttbh, enblbh
    pmNoActive2msFramesEulACCUMULATIONINTEGERSum of used 2 ms frames (TTI) that receive E-DCH data in a cell during an ROP for all EDCH users, excluding frames that are not decoded due to lack of hardware.ME_NodeBFunction_Sector_Carrier_EDchResources.pmNoActive2msFramesEulSumecttbh, enblbh
    pmNoActive2msIntervalsEulACCUMULATIONINTEGERCounter for the total amount of 2 ms intervals in a cell in which the transmission of one or more E-DCH frames has been detected, excluding frames that are not decoded due to lack of hardware to decode the frame.ME_NodeBFunction_Sector_Carrier_EDchResources.pmNoActive2msIntervalsEulSumecttbh, enblbh
    pmNoActive2msIntervalsEulTti2ACCUMULATIONINTEGERCounter for the total amount of 2 ms intervals in a cell in which the transmission of one or more E-DCH frames has been detected, excluding frames that are not decoded due to lack of hardware to decode the frame.ME_NodeBFunction_Sector_Carrier_EDchResources.pmNoActive2msIntervalsEulTti2Sumecttbh, enblbh
    pmNoAllowedEulACCUMULATIONINT8Stepped every 100 ms whenever the uplink load estimator finds that there is no allowed E-DCH traffic owing to uplink interference, that is, when the reported LmaxEDCH = 0 from the Uu load estimator.ME_NodeBFunction_Sector_Carrier_EDchResources.pmNoAllowedEulSumecttbh, enblbh, Sum
    pmNoiseFloor_AvgINTENSITYFLOATAverage:This counter is used to show the used thermal noise level value in the RoT measurement. PDF with 1 dBm resolution from -114 to -60.ME_NodeBFunction_Sector_Carrier_EDchResources.pmNoiseFloor_AvgAverageAverage, ecttbh, enblbh, Maximum, Minimum, Sum
    pmNoiseFloor_MaxINTENSITYFLOATMaximum:This counter is used to show the used thermal noise level value in the RoT measurement. PDF with 1 dBm resolution from -114 to -60.ME_NodeBFunction_Sector_Carrier_EDchResources.pmNoiseFloor_MaxAverageAverage, ecttbh, enblbh, Maximum, Minimum, Sum
    pmNoiseFloor_MinINTENSITYFLOATMinimum:This counter is used to show the used thermal noise level value in the RoT measurement. PDF with 1 dBm resolution from -114 to -60.ME_NodeBFunction_Sector_Carrier_EDchResources.pmNoiseFloor_MinAverageAverage, ecttbh, enblbh, Maximum, Minimum, Sum
    pmNoSchEdchEul_AvgINTENSITYFLOATAverage:This counter shows the bit rates (in kbit/s) experienced by scheduled E-DCH users. The number of users are sampled once per second and is stored as PDF.ME_NodeBFunction_Sector_Carrier_EDchResources.pmNoSchEdchEul_AvgAverageAverage, ecttbh, enblbh, Maximum, Minimum, Sum
    pmNoSchEdchEul_MaxINTENSITYFLOATMaximum:This counter shows the bit rates (in kbit/s) experienced by scheduled E-DCH users. The number of users are sampled once per second and is stored as PDF.ME_NodeBFunction_Sector_Carrier_EDchResources.pmNoSchEdchEul_MaxAverageAverage, ecttbh, enblbh, Maximum, Minimum, Sum
    pmNoSchEdchEul_MinINTENSITYFLOATMinimum:This counter shows the bit rates (in kbit/s) experienced by scheduled E-DCH users. The number of users are sampled once per second and is stored as PDF.ME_NodeBFunction_Sector_Carrier_EDchResources.pmNoSchEdchEul_MinAverageAverage, ecttbh, enblbh, Maximum, Minimum, Sum
    pmNoUlUuLoadLimitEulACCUMULATIONINTEGERCounter for the number of times a scheduling decision is taken to increase the Uu rate of an E-DCH user and there is a need to decrease the Uu rate for another E-DCH user owing to UL Uu load limitations.ME_NodeBFunction_Sector_Carrier_EDchResources.pmNoUlUuLoadLimitEulSumecttbh, enblbh, Sum
    pmOwnUuLoad_AvgINTENSITYFLOATAverage:Counter per cell for the power-controlled noise rise caused by the intra-cell interference that affects the Uu load. PDF with 0.2 dB resolutions in 51 step range from 0 to 10 dB.ME_NodeBFunction_Sector_Carrier_EDchResources.pmOwnUuLoad_AvgAverageAverage, ecttbh, enblbh, Maximum, Minimum, Sum
    pmOwnUuLoad_MaxINTENSITYFLOATMaximum:Counter per cell for the power-controlled noise rise caused by the intra-cell interference that affects the Uu load. PDF with 0.2 dB resolutions in 51 step range from 0 to 10 dB.ME_NodeBFunction_Sector_Carrier_EDchResources.pmOwnUuLoad_MaxAverageAverage, ecttbh, enblbh, Maximum, Minimum, Sum
    pmOwnUuLoad_MinINTENSITYFLOATMinimum:Counter per cell for the power-controlled noise rise caused by the intra-cell interference that affects the Uu load. PDF with 0.2 dB resolutions in 51 step range from 0 to 10 dB.ME_NodeBFunction_Sector_Carrier_EDchResources.pmOwnUuLoad_MinAverageAverage, ecttbh, enblbh, Maximum, Minimum, Sum
    pmSamplesCapacityServEDchUsersACCUMULATIONINTEGERNumber of samples in pmSumCapacityServEDchUsers (that is, pmSamplesCapacityServEDchUsers = pmSamplesCapacityServEDchUsers + 1, whenever pmSumCapacityServEDchUsers is to be updated).ME_NodeBFunction_Sector_Carrier_EDchResources.pmSamplesCapacityServEDchUsersSumecttbh, enblbh
    pmSumAckedBitsCellEulACCUMULATIONINTEGER- Obsolete in P7 (replaced with pmSumAckedBitsCellEulTti2 and pmSumAckedBitsCellEulTti10) : Counter for the total amount of acked data received in kbits after HARQ process on MAC-e level for all users in a cell. Stepped every 10 ms TTI.ME_NodeBFunction_Sector_Carrier_EDchResources.pmSumAckedBitsCellEulSumecttbh, enblbh, Sum
    pmSumAckedBitsCellEulTti10ACCUMULATIONINTEGERCounter for the total amount of acked data received in kbits after HARQ process on MAC-e level for all 10 ms TTI users in a cell. Note that k = 1000.ME_NodeBFunction_Sector_Carrier_EDchResources.pmSumAckedBitsCellEulTti10Sumecttbh, enblbh
    pmSumAckedBitsCellEulTti2ACCUMULATIONINTEGERCounter for the total amount of acked data received in kbits after HARQ process on MAC-e level for all 2 ms TTI users in a cell. Note that k = 1000.ME_NodeBFunction_Sector_Carrier_EDchResources.pmSumAckedBitsCellEulTti2Sumecttbh, enblbh
    pmSumCapacityServEDchUsersACCUMULATIONINTEGERAggregate of all sample values (measurement_value) recorded within the ROP for number of Serving E-DCH users.ME_NodeBFunction_Sector_Carrier_EDchResources.pmSumCapacityServEDchUsersSumecttbh, enblbh
    pmSumNackedBitsCellEulACCUMULATIONINTEGER- Obsolete in P7 (replaced with pmSumNackedBitsCellEulTti2 and pmSumNackedBitsCellEulTti10) : Counter for the total amount of n-acked data received in kbits after HARQ process on MAC-e level for all users in a cell. Stepped every 10 ms TTI.ME_NodeBFunction_Sector_Carrier_EDchResources.pmSumNackedBitsCellEulSumecttbh, enblbh, Sum
    pmSumNackedBitsCellEulTti10ACCUMULATIONINTEGERCounter for the total amount of nacked data received in kbits after HARQ process on MAC-e level for all 10 ms TTI users in a cell, excluding data that is NACKed due to lack of hardware to decode the frame. Note that k = 1000.ME_NodeBFunction_Sector_Carrier_EDchResources.pmSumNackedBitsCellEulTti10Sumecttbh, enblbh
    pmSumNackedBitsCellEulTti2ACCUMULATIONINTEGERCounter for the total amount of nacked data received in kbits after HARQ process on MAC-e level for all 2 ms TTI users in a cell, excluding data that is NACKed due to lack of hardware to decode the frame. Note that k = 1000.ME_NodeBFunction_Sector_Carrier_EDchResources.pmSumNackedBitsCellEulTti2Sumecttbh, enblbh
    pmSumSqrCapacityServEDchUsersACCUMULATIONINTEGERAggregate of the squares of the sample values ( measurement_value) in pmSumCapacityServEDchUsers that is, pmSumSqrCapacityServEDchUSers = pmSumSqrCapacityServEDchUsers + sqr(measurement_value).ME_NodeBFunction_Sector_Carrier_EDchResources.pmSumSqrCapacityServEDchUsersSumecttbh, enblbh
    pmTotalRotCoverage_AvgINTENSITYFLOATAverage:Counter per cell for the total Rise over Thermal (RoT) (including all uplink traffic and external interference) that affects the coverage. PDF with 0.5 dB resolution in 51 step range from 0.5 to 25 dB.ME_NodeBFunction_Sector_Carrier_EDchResources.pmTotalRotCoverage_AvgAverageAverage, ecttbh, enblbh, Maximum, Minimum, Sum
    pmTotalRotCoverage_MaxINTENSITYFLOATMaximum:Counter per cell for the total Rise over Thermal (RoT) (including all uplink traffic and external interference) that affects the coverage. PDF with 0.5 dB resolution in 51 step range from 0.5 to 25 dB.ME_NodeBFunction_Sector_Carrier_EDchResources.pmTotalRotCoverage_MaxAverageAverage, ecttbh, enblbh, Maximum, Minimum, Sum
    pmTotalRotCoverage_MinINTENSITYFLOATMinimum:Counter per cell for the total Rise over Thermal (RoT) (including all uplink traffic and external interference) that affects the coverage. PDF with 0.5 dB resolution in 51 step range from 0.5 to 25 dB.ME_NodeBFunction_Sector_Carrier_EDchResources.pmTotalRotCoverage_MinAverageAverage, ecttbh, enblbh, Maximum, Minimum, Sum
    pmTotRateGrantedEul_AvgINTENSITYFLOATAverage:Total granted Uu rate. Counter for the total granted Uu rate for all E-DCH users including soft/softer handover by the scheduler per cell. PDF with 100 kbps resolution in 61 step range from 0 to 6000 x 100kbps.ME_NodeBFunction_Sector_Carrier_EDchResources.pmTotRateGrantedEul_AvgAverageAverage, ecttbh, enblbh, Maximum, Minimum, Sum
    pmTotRateGrantedEul_MaxINTENSITYFLOATMaximum:Total granted Uu rate. Counter for the total granted Uu rate for all E-DCH users including soft/softer handover by the scheduler per cell. PDF with 100 kbps resolution in 61 step range from 0 to 6000 x 100kbps.ME_NodeBFunction_Sector_Carrier_EDchResources.pmTotRateGrantedEul_MaxAverageAverage, ecttbh, enblbh, Maximum, Minimum, Sum
    pmTotRateGrantedEul_MinINTENSITYFLOATMinimum:Total granted Uu rate. Counter for the total granted Uu rate for all E-DCH users including soft/softer handover by the scheduler per cell. PDF with 100 kbps resolution in 61 step range from 0 to 6000 x 100kbps.ME_NodeBFunction_Sector_Carrier_EDchResources.pmTotRateGrantedEul_MinAverageAverage, ecttbh, enblbh, Maximum, Minimum, Sum
    pmWaitingTimeEul_AvgINTENSITYFLOATAverage:Counter for the waiting time in ms for an E-DCH user from when a rate increase request is received when the scheduled grant = 0 to when a scheduled grant more than 0 is sent to the UE with an absolute grant.ME_NodeBFunction_Sector_Carrier_EDchResources.pmWaitingTimeEul_AvgAverageAverage, ecttbh, enblbh, Maximum, Minimum, Sum
    pmWaitingTimeEul_MaxINTENSITYFLOATMaximum:Counter for the waiting time in ms for an E-DCH user from when a rate increase request is received when the scheduled grant = 0 to when a scheduled grant more than 0 is sent to the UE with an absolute grant.ME_NodeBFunction_Sector_Carrier_EDchResources.pmWaitingTimeEul_MaxAverageAverage, ecttbh, enblbh, Maximum, Minimum, Sum
    pmWaitingTimeEul_MinINTENSITYFLOATMinimum:Counter for the waiting time in ms for an E-DCH user from when a rate increase request is received when the scheduled grant = 0 to when a scheduled grant more than 0 is sent to the UE with an absolute grant.ME_NodeBFunction_Sector_Carrier_EDchResources.pmWaitingTimeEul_MinAverageAverage, ecttbh, enblbh, Maximum, Minimum, Sum


    CDMA_Channel.Ericsson.UMTS.Frame_Delay_SPI_1

    Framing delay distribution group 1

    KPITypeData TypeDescriptionDerivationDefault AggregatorOther Aggregators
    pmDelayDistributionSpi00_AvgINTENSITYFLOATMeasurements to observe the distribution of the scheduling delay for scheduling priority class 00 on each subframe on those priority queue(s) selected for transmission. The scheduling delay is counted as a percentage of schMaxdelay of each priority class and 3000 ms will be used as a schMaxDelay in case it is set to -1.ME_NodeBFunction_HsDschResources.pmDelayDistributionSpi00_AvgAverageAverage, ecttbh, enblbh, Maximum, Minimum, Sum
    pmDelayDistributionSpi00_MaxINTENSITYFLOATMeasurements to observe the distribution of the scheduling delay for scheduling priority class 00 on each subframe on those priority queue(s) selected for transmission. The scheduling delay is counted as a percentage of schMaxdelay of each priority class and 3000 ms will be used as a schMaxDelay in case it is set to -1.ME_NodeBFunction_HsDschResources.pmDelayDistributionSpi00_MaxConstantAverage, ecttbh, enblbh, Maximum, Minimum, Sum
    pmDelayDistributionSpi00_MinINTENSITYFLOATMeasurements to observe the distribution of the scheduling delay for scheduling priority class 00 on each subframe on those priority queue(s) selected for transmission. The scheduling delay is counted as a percentage of schMaxdelay of each priority class and 3000 ms will be used as a schMaxDelay in case it is set to -1.ME_NodeBFunction_HsDschResources.pmDelayDistributionSpi00_MinMinimumAverage, ecttbh, enblbh, Maximum, Minimum, Sum
    pmDelayDistributionSpi01_AvgINTENSITYFLOATMeasurements to observe the distribution of the scheduling delay for scheduling priority class 01 on each subframe on those priority queue(s) selected for transmission. The scheduling delay is counted as a percentage of schMaxdelay of each priority class and 3000 ms will be used as a schMaxDelay in case it is set to -1.ME_NodeBFunction_HsDschResources.pmDelayDistributionSpi01_AvgAverageAverage, ecttbh, enblbh, Maximum, Minimum, Sum
    pmDelayDistributionSpi01_MaxINTENSITYFLOATMeasurements to observe the distribution of the scheduling delay for scheduling priority class 01 on each subframe on those priority queue(s) selected for transmission. The scheduling delay is counted as a percentage of schMaxdelay of each priority class and 3000 ms will be used as a schMaxDelay in case it is set to -1.ME_NodeBFunction_HsDschResources.pmDelayDistributionSpi01_MaxConstantAverage, ecttbh, enblbh, Maximum, Minimum, Sum
    pmDelayDistributionSpi01_MinINTENSITYFLOATMeasurements to observe the distribution of the scheduling delay for scheduling priority class 01 on each subframe on those priority queue(s) selected for transmission. The scheduling delay is counted as a percentage of schMaxdelay of each priority class and 3000 ms will be used as a schMaxDelay in case it is set to -1.ME_NodeBFunction_HsDschResources.pmDelayDistributionSpi01_MinMinimumAverage, ecttbh, enblbh, Maximum, Minimum, Sum
    pmDelayDistributionSpi02_AvgINTENSITYFLOATMeasurements to observe the distribution of the scheduling delay for scheduling priority class 02 on each subframe on those priority queue(s) selected for transmission. The scheduling delay is counted as a percentage of schMaxdelay of each priority class and 3000 ms will be used as a schMaxDelay in case it is set to -1.ME_NodeBFunction_HsDschResources.pmDelayDistributionSpi02_AvgAverageAverage, ecttbh, enblbh, Maximum, Minimum, Sum
    pmDelayDistributionSpi02_MaxINTENSITYFLOATMeasurements to observe the distribution of the scheduling delay for scheduling priority class 02 on each subframe on those priority queue(s) selected for transmission. The scheduling delay is counted as a percentage of schMaxdelay of each priority class and 3000 ms will be used as a schMaxDelay in case it is set to -1.ME_NodeBFunction_HsDschResources.pmDelayDistributionSpi02_MaxConstantAverage, ecttbh, enblbh, Maximum, Minimum, Sum
    pmDelayDistributionSpi02_MinINTENSITYFLOATMeasurements to observe the distribution of the scheduling delay for scheduling priority class 02 on each subframe on those priority queue(s) selected for transmission. The scheduling delay is counted as a percentage of schMaxdelay of each priority class and 3000 ms will be used as a schMaxDelay in case it is set to -1.ME_NodeBFunction_HsDschResources.pmDelayDistributionSpi02_MinMinimumAverage, ecttbh, enblbh, Maximum, Minimum, Sum
    pmDelayDistributionSpi03_AvgINTENSITYFLOATMeasurements to observe the distribution of the scheduling delay for scheduling priority class 03 on each subframe on those priority queue(s) selected for transmission. The scheduling delay is counted as a percentage of schMaxdelay of each priority class and 3000 ms will be used as a schMaxDelay in case it is set to -1.ME_NodeBFunction_HsDschResources.pmDelayDistributionSpi03_AvgAverageAverage, ecttbh, enblbh, Maximum, Minimum, Sum
    pmDelayDistributionSpi03_MaxINTENSITYFLOATMeasurements to observe the distribution of the scheduling delay for scheduling priority class 03 on each subframe on those priority queue(s) selected for transmission. The scheduling delay is counted as a percentage of schMaxdelay of each priority class and 3000 ms will be used as a schMaxDelay in case it is set to -1.ME_NodeBFunction_HsDschResources.pmDelayDistributionSpi03_MaxConstantAverage, ecttbh, enblbh, Maximum, Minimum, Sum
    pmDelayDistributionSpi03_MinINTENSITYFLOATMeasurements to observe the distribution of the scheduling delay for scheduling priority class 03 on each subframe on those priority queue(s) selected for transmission. The scheduling delay is counted as a percentage of schMaxdelay of each priority class and 3000 ms will be used as a schMaxDelay in case it is set to -1.ME_NodeBFunction_HsDschResources.pmDelayDistributionSpi03_MinMinimumAverage, ecttbh, enblbh, Maximum, Minimum, Sum
    pmDelayDistributionSpi04_AvgINTENSITYFLOATMeasurements to observe the distribution of the scheduling delay for scheduling priority class 04 on each subframe on those priority queue(s) selected for transmission. The scheduling delay is counted as a percentage of schMaxdelay of each priority class and 3000 ms will be used as a schMaxDelay in case it is set to -1.ME_NodeBFunction_HsDschResources.pmDelayDistributionSpi04_AvgAverageAverage, ecttbh, enblbh, Maximum, Minimum, Sum
    pmDelayDistributionSpi04_MaxINTENSITYFLOATMeasurements to observe the distribution of the scheduling delay for scheduling priority class 04 on each subframe on those priority queue(s) selected for transmission. The scheduling delay is counted as a percentage of schMaxdelay of each priority class and 3000 ms will be used as a schMaxDelay in case it is set to -1.ME_NodeBFunction_HsDschResources.pmDelayDistributionSpi04_MaxConstantAverage, ecttbh, enblbh, Maximum, Minimum, Sum
    pmDelayDistributionSpi04_MinINTENSITYFLOATMeasurements to observe the distribution of the scheduling delay for scheduling priority class 04 on each subframe on those priority queue(s) selected for transmission. The scheduling delay is counted as a percentage of schMaxdelay of each priority class and 3000 ms will be used as a schMaxDelay in case it is set to -1.ME_NodeBFunction_HsDschResources.pmDelayDistributionSpi04_MinMinimumAverage, ecttbh, enblbh, Maximum, Minimum, Sum
    pmDelayDistributionSpi05_AvgINTENSITYFLOATMeasurements to observe the distribution of the scheduling delay for scheduling priority class 05 on each subframe on those priority queue(s) selected for transmission. The scheduling delay is counted as a percentage of schMaxdelay of each priority class and 3000 ms will be used as a schMaxDelay in case it is set to -1.ME_NodeBFunction_HsDschResources.pmDelayDistributionSpi05_AvgAverageAverage, ecttbh, enblbh, Maximum, Minimum, Sum
    pmDelayDistributionSpi05_MaxINTENSITYFLOATMeasurements to observe the distribution of the scheduling delay for scheduling priority class 05 on each subframe on those priority queue(s) selected for transmission. The scheduling delay is counted as a percentage of schMaxdelay of each priority class and 3000 ms will be used as a schMaxDelay in case it is set to -1.ME_NodeBFunction_HsDschResources.pmDelayDistributionSpi05_MaxConstantAverage, ecttbh, enblbh, Maximum, Minimum, Sum
    pmDelayDistributionSpi05_MinINTENSITYFLOATMeasurements to observe the distribution of the scheduling delay for scheduling priority class 05 on each subframe on those priority queue(s) selected for transmission. The scheduling delay is counted as a percentage of schMaxdelay of each priority class and 3000 ms will be used as a schMaxDelay in case it is set to -1.ME_NodeBFunction_HsDschResources.pmDelayDistributionSpi05_MinMinimumAverage, ecttbh, enblbh, Maximum, Minimum, Sum
    pmDelayDistributionSpi06_AvgINTENSITYFLOATMeasurements to observe the distribution of the scheduling delay for scheduling priority class 06 on each subframe on those priority queue(s) selected for transmission. The scheduling delay is counted as a percentage of schMaxdelay of each priority class and 3000 ms will be used as a schMaxDelay in case it is set to -1.ME_NodeBFunction_HsDschResources.pmDelayDistributionSpi06_AvgAverageAverage, ecttbh, enblbh, Maximum, Minimum, Sum
    pmDelayDistributionSpi06_MaxINTENSITYFLOATMeasurements to observe the distribution of the scheduling delay for scheduling priority class 06 on each subframe on those priority queue(s) selected for transmission. The scheduling delay is counted as a percentage of schMaxdelay of each priority class and 3000 ms will be used as a schMaxDelay in case it is set to -1.ME_NodeBFunction_HsDschResources.pmDelayDistributionSpi06_MaxConstantAverage, ecttbh, enblbh, Maximum, Minimum, Sum
    pmDelayDistributionSpi06_MinINTENSITYFLOATMeasurements to observe the distribution of the scheduling delay for scheduling priority class 06 on each subframe on those priority queue(s) selected for transmission. The scheduling delay is counted as a percentage of schMaxdelay of each priority class and 3000 ms will be used as a schMaxDelay in case it is set to -1.ME_NodeBFunction_HsDschResources.pmDelayDistributionSpi06_MinMinimumAverage, ecttbh, enblbh, Maximum, Minimum, Sum
    pmDelayDistributionSpi07_AvgINTENSITYFLOATMeasurements to observe the distribution of the scheduling delay for scheduling priority class 07 on each subframe on those priority queue(s) selected for transmission. The scheduling delay is counted as a percentage of schMaxdelay of each priority class and 3000 ms will be used as a schMaxDelay in case it is set to -1.ME_NodeBFunction_HsDschResources.pmDelayDistributionSpi07_AvgAverageAverage, ecttbh, enblbh, Maximum, Minimum, Sum
    pmDelayDistributionSpi07_MaxINTENSITYFLOATMeasurements to observe the distribution of the scheduling delay for scheduling priority class 07 on each subframe on those priority queue(s) selected for transmission. The scheduling delay is counted as a percentage of schMaxdelay of each priority class and 3000 ms will be used as a schMaxDelay in case it is set to -1.ME_NodeBFunction_HsDschResources.pmDelayDistributionSpi07_MaxConstantAverage, ecttbh, enblbh, Maximum, Minimum, Sum
    pmDelayDistributionSpi07_MinINTENSITYFLOATMeasurements to observe the distribution of the scheduling delay for scheduling priority class 07 on each subframe on those priority queue(s) selected for transmission. The scheduling delay is counted as a percentage of schMaxdelay of each priority class and 3000 ms will be used as a schMaxDelay in case it is set to -1.ME_NodeBFunction_HsDschResources.pmDelayDistributionSpi07_MinMinimumAverage, ecttbh, enblbh, Maximum, Minimum, Sum
    pmDelayDistributionSpi08_AvgINTENSITYFLOATMeasurements to observe the distribution of the scheduling delay for scheduling priority class 08 on each subframe on those priority queue(s) selected for transmission. The scheduling delay is counted as a percentage of schMaxdelay of each priority class and 3000 ms will be used as a schMaxDelay in case it is set to -1.ME_NodeBFunction_HsDschResources.pmDelayDistributionSpi08_AvgAverageAverage, ecttbh, enblbh, Maximum, Minimum, Sum
    pmDelayDistributionSpi08_MaxINTENSITYFLOATMeasurements to observe the distribution of the scheduling delay for scheduling priority class 08 on each subframe on those priority queue(s) selected for transmission. The scheduling delay is counted as a percentage of schMaxdelay of each priority class and 3000 ms will be used as a schMaxDelay in case it is set to -1.ME_NodeBFunction_HsDschResources.pmDelayDistributionSpi08_MaxConstantAverage, ecttbh, enblbh, Maximum, Minimum, Sum
    pmDelayDistributionSpi08_MinINTENSITYFLOATMeasurements to observe the distribution of the scheduling delay for scheduling priority class 08 on each subframe on those priority queue(s) selected for transmission. The scheduling delay is counted as a percentage of schMaxdelay of each priority class and 3000 ms will be used as a schMaxDelay in case it is set to -1.ME_NodeBFunction_HsDschResources.pmDelayDistributionSpi08_MinMinimumAverage, ecttbh, enblbh, Maximum, Minimum, Sum
    pmDelayDistributionSpi09_AvgINTENSITYFLOATMeasurements to observe the distribution of the scheduling delay for scheduling priority class 09 on each subframe on those priority queue(s) selected for transmission. The scheduling delay is counted as a percentage of schMaxdelay of each priority class and 3000 ms will be used as a schMaxDelay in case it is set to -1.ME_NodeBFunction_HsDschResources.pmDelayDistributionSpi09_AvgAverageAverage, ecttbh, enblbh, Maximum, Minimum, Sum
    pmDelayDistributionSpi09_MaxINTENSITYFLOATMeasurements to observe the distribution of the scheduling delay for scheduling priority class 09 on each subframe on those priority queue(s) selected for transmission. The scheduling delay is counted as a percentage of schMaxdelay of each priority class and 3000 ms will be used as a schMaxDelay in case it is set to -1.ME_NodeBFunction_HsDschResources.pmDelayDistributionSpi09_MaxConstantAverage, ecttbh, enblbh, Maximum, Minimum, Sum
    pmDelayDistributionSpi09_MinINTENSITYFLOATMeasurements to observe the distribution of the scheduling delay for scheduling priority class 09 on each subframe on those priority queue(s) selected for transmission. The scheduling delay is counted as a percentage of schMaxdelay of each priority class and 3000 ms will be used as a schMaxDelay in case it is set to -1.ME_NodeBFunction_HsDschResources.pmDelayDistributionSpi09_MinMinimumAverage, ecttbh, enblbh, Maximum, Minimum, Sum
    pmDelayDistributionSpi10_AvgINTENSITYFLOATMeasurements to observe the distribution of the scheduling delay for scheduling priority class 10 on each subframe on those priority queue(s) selected for transmission. The scheduling delay is counted as a percentage of schMaxdelay of each priority class and 3000 ms will be used as a schMaxDelay in case it is set to -1.ME_NodeBFunction_HsDschResources.pmDelayDistributionSpi10_AvgAverageAverage, ecttbh, enblbh, Maximum, Minimum, Sum
    pmDelayDistributionSpi10_MaxINTENSITYFLOATMeasurements to observe the distribution of the scheduling delay for scheduling priority class 10 on each subframe on those priority queue(s) selected for transmission. The scheduling delay is counted as a percentage of schMaxdelay of each priority class and 3000 ms will be used as a schMaxDelay in case it is set to -1.ME_NodeBFunction_HsDschResources.pmDelayDistributionSpi10_MaxConstantAverage, ecttbh, enblbh, Maximum, Minimum, Sum
    pmDelayDistributionSpi10_MinINTENSITYFLOATMeasurements to observe the distribution of the scheduling delay for scheduling priority class 10 on each subframe on those priority queue(s) selected for transmission. The scheduling delay is counted as a percentage of schMaxdelay of each priority class and 3000 ms will be used as a schMaxDelay in case it is set to -1.ME_NodeBFunction_HsDschResources.pmDelayDistributionSpi10_MinMinimumAverage, ecttbh, enblbh, Maximum, Minimum, Sum
    pmDelayDistributionSpi11_AvgINTENSITYFLOATMeasurements to observe the distribution of the scheduling delay for scheduling priority class 11 on each subframe on those priority queue(s) selected for transmission. The scheduling delay is counted as a percentage of schMaxdelay of each priority class and 3000 ms will be used as a schMaxDelay in case it is set to -1.ME_NodeBFunction_HsDschResources.pmDelayDistributionSpi11_AvgAverageAverage, ecttbh, enblbh, Maximum, Minimum, Sum
    pmDelayDistributionSpi11_MaxINTENSITYFLOATMeasurements to observe the distribution of the scheduling delay for scheduling priority class 11 on each subframe on those priority queue(s) selected for transmission. The scheduling delay is counted as a percentage of schMaxdelay of each priority class and 3000 ms will be used as a schMaxDelay in case it is set to -1.ME_NodeBFunction_HsDschResources.pmDelayDistributionSpi11_MaxConstantAverage, ecttbh, enblbh, Maximum, Minimum, Sum
    pmDelayDistributionSpi11_MinINTENSITYFLOATMeasurements to observe the distribution of the scheduling delay for scheduling priority class 11 on each subframe on those priority queue(s) selected for transmission. The scheduling delay is counted as a percentage of schMaxdelay of each priority class and 3000 ms will be used as a schMaxDelay in case it is set to -1.ME_NodeBFunction_HsDschResources.pmDelayDistributionSpi11_MinMinimumAverage, ecttbh, enblbh, Maximum, Minimum, Sum
    pmDelayDistributionSpi12_AvgINTENSITYFLOATMeasurements to observe the distribution of the scheduling delay for scheduling priority class 12 on each subframe on those priority queue(s) selected for transmission. The scheduling delay is counted as a percentage of schMaxdelay of each priority class and 3000 ms will be used as a schMaxDelay in case it is set to -1.ME_NodeBFunction_HsDschResources.pmDelayDistributionSpi12_AvgAverageAverage, ecttbh, enblbh, Maximum, Minimum, Sum
    pmDelayDistributionSpi12_MaxINTENSITYFLOATMeasurements to observe the distribution of the scheduling delay for scheduling priority class 12 on each subframe on those priority queue(s) selected for transmission. The scheduling delay is counted as a percentage of schMaxdelay of each priority class and 3000 ms will be used as a schMaxDelay in case it is set to -1.ME_NodeBFunction_HsDschResources.pmDelayDistributionSpi12_MaxConstantAverage, ecttbh, enblbh, Maximum, Minimum, Sum
    pmDelayDistributionSpi12_MinINTENSITYFLOATMeasurements to observe the distribution of the scheduling delay for scheduling priority class 12 on each subframe on those priority queue(s) selected for transmission. The scheduling delay is counted as a percentage of schMaxdelay of each priority class and 3000 ms will be used as a schMaxDelay in case it is set to -1.ME_NodeBFunction_HsDschResources.pmDelayDistributionSpi12_MinMinimumAverage, ecttbh, enblbh, Maximum, Minimum, Sum
    pmDelayDistributionSpi13_AvgINTENSITYFLOATMeasurements to observe the distribution of the scheduling delay for scheduling priority class 13 on each subframe on those priority queue(s) selected for transmission. The scheduling delay is counted as a percentage of schMaxdelay of each priority class and 3000 ms will be used as a schMaxDelay in case it is set to -1.ME_NodeBFunction_HsDschResources.pmDelayDistributionSpi13_AvgAverageAverage, ecttbh, enblbh, Maximum, Minimum, Sum
    pmDelayDistributionSpi13_MaxINTENSITYFLOATMeasurements to observe the distribution of the scheduling delay for scheduling priority class 13 on each subframe on those priority queue(s) selected for transmission. The scheduling delay is counted as a percentage of schMaxdelay of each priority class and 3000 ms will be used as a schMaxDelay in case it is set to -1.ME_NodeBFunction_HsDschResources.pmDelayDistributionSpi13_MaxConstantAverage, ecttbh, enblbh, Maximum, Minimum, Sum
    pmDelayDistributionSpi13_MinINTENSITYFLOATMeasurements to observe the distribution of the scheduling delay for scheduling priority class 13 on each subframe on those priority queue(s) selected for transmission. The scheduling delay is counted as a percentage of schMaxdelay of each priority class and 3000 ms will be used as a schMaxDelay in case it is set to -1.ME_NodeBFunction_HsDschResources.pmDelayDistributionSpi13_MinMinimumAverage, ecttbh, enblbh, Maximum, Minimum, Sum
    pmDelayDistributionSpi14_AvgINTENSITYFLOATMeasurements to observe the distribution of the scheduling delay for scheduling priority class 14 on each subframe on those priority queue(s) selected for transmission. The scheduling delay is counted as a percentage of schMaxdelay of each priority class and 3000 ms will be used as a schMaxDelay in case it is set to -1.ME_NodeBFunction_HsDschResources.pmDelayDistributionSpi14_AvgAverageAverage, ecttbh, enblbh, Maximum, Minimum, Sum
    pmDelayDistributionSpi14_MaxINTENSITYFLOATMeasurements to observe the distribution of the scheduling delay for scheduling priority class 14 on each subframe on those priority queue(s) selected for transmission. The scheduling delay is counted as a percentage of schMaxdelay of each priority class and 3000 ms will be used as a schMaxDelay in case it is set to -1.ME_NodeBFunction_HsDschResources.pmDelayDistributionSpi14_MaxConstantAverage, ecttbh, enblbh, Maximum, Minimum, Sum
    pmDelayDistributionSpi14_MinINTENSITYFLOATMeasurements to observe the distribution of the scheduling delay for scheduling priority class 14 on each subframe on those priority queue(s) selected for transmission. The scheduling delay is counted as a percentage of schMaxdelay of each priority class and 3000 ms will be used as a schMaxDelay in case it is set to -1.ME_NodeBFunction_HsDschResources.pmDelayDistributionSpi14_MinMinimumAverage, ecttbh, enblbh, Maximum, Minimum, Sum
    pmDelayDistributionSpi15_AvgINTENSITYFLOATMeasurements to observe the distribution of the scheduling delay for scheduling priority class 15 on each subframe on those priority queue(s) selected for transmission. The scheduling delay is counted as a percentage of schMaxdelay of each priority class and 3000 ms will be used as a schMaxDelay in case it is set to -1.ME_NodeBFunction_HsDschResources.pmDelayDistributionSpi15_AvgAverageAverage, ecttbh, enblbh, Maximum, Minimum, Sum
    pmDelayDistributionSpi15_MaxINTENSITYFLOATMeasurements to observe the distribution of the scheduling delay for scheduling priority class 15 on each subframe on those priority queue(s) selected for transmission. The scheduling delay is counted as a percentage of schMaxdelay of each priority class and 3000 ms will be used as a schMaxDelay in case it is set to -1.ME_NodeBFunction_HsDschResources.pmDelayDistributionSpi15_MaxConstantAverage, ecttbh, enblbh, Maximum, Minimum, Sum
    pmDelayDistributionSpi15_MinINTENSITYFLOATMeasurements to observe the distribution of the scheduling delay for scheduling priority class 15 on each subframe on those priority queue(s) selected for transmission. The scheduling delay is counted as a percentage of schMaxdelay of each priority class and 3000 ms will be used as a schMaxDelay in case it is set to -1.ME_NodeBFunction_HsDschResources.pmDelayDistributionSpi15_MinMinimumAverage, ecttbh, enblbh, Maximum, Minimum, Sum


    CDMA_Channel.Ericsson.UMTS.Frame_Delay_SPI_2

    Framing delay distribution group 2

    KPITypeData TypeDescriptionDerivationDefault AggregatorOther Aggregators
    pmSumDelaySpi00ACCUMULATIONINTEGERMeasurements to observe the sum of the delay of the transmitted data for scheduling priority class 00 during a ROP period before it is scheduled. Each counter observes a specific SPI. The different flows are configured ON/OFF using RBS MOM parameter IubDataStreams:: schHsFlowControlOnOff.ME_NodeBFunction_HsDschResources.pmSumDelaySpi00Sumecttbh, enblbh, Sum
    pmSumDelaySpi01ACCUMULATIONINTEGERMeasurements to observe the sum of the delay of the transmitted data for scheduling priority class 01 during a ROP period before it is scheduled. Each counter observes a specific SPI. The different flows are configured ON/OFF using RBS MOM parameter IubDataStreams:: schHsFlowControlOnOff.ME_NodeBFunction_HsDschResources.pmSumDelaySpi01Sumecttbh, enblbh, Sum
    pmSumDelaySpi02ACCUMULATIONINTEGERMeasurements to observe the sum of the delay of the transmitted data for scheduling priority class 02 during a ROP period before it is scheduled. Each counter observes a specific SPI. The different flows are configured ON/OFF using RBS MOM parameter IubDataStreams:: schHsFlowControlOnOff.ME_NodeBFunction_HsDschResources.pmSumDelaySpi02Sumecttbh, enblbh, Sum
    pmSumDelaySpi03ACCUMULATIONINTEGERMeasurements to observe the sum of the delay of the transmitted data for scheduling priority class 03 during a ROP period before it is scheduled. Each counter observes a specific SPI. The different flows are configured ON/OFF using RBS MOM parameter IubDataStreams:: schHsFlowControlOnOff.ME_NodeBFunction_HsDschResources.pmSumDelaySpi03Sumecttbh, enblbh, Sum
    pmSumDelaySpi04ACCUMULATIONINTEGERMeasurements to observe the sum of the delay of the transmitted data for scheduling priority class 04during a ROP period before it is scheduled. Each counter observes a specific SPI. The different flows are configured ON/OFF using RBS MOM parameter IubDataStreams:: schHsFlowControlOnOff.ME_NodeBFunction_HsDschResources.pmSumDelaySpi04Sumecttbh, enblbh, Sum
    pmSumDelaySpi05ACCUMULATIONINTEGERMeasurements to observe the sum of the delay of the transmitted data for scheduling priority class 05 during a ROP period before it is scheduled. Each counter observes a specific SPI. The different flows are configured ON/OFF using RBS MOM parameter IubDataStreams:: schHsFlowControlOnOff.ME_NodeBFunction_HsDschResources.pmSumDelaySpi05Sumecttbh, enblbh, Sum
    pmSumDelaySpi06ACCUMULATIONINTEGERMeasurements to observe the sum of the delay of the transmitted data for scheduling priority class 06 during a ROP period before it is scheduled. Each counter observes a specific SPI. The different flows are configured ON/OFF using RBS MOM parameter IubDataStreams:: schHsFlowControlOnOff.ME_NodeBFunction_HsDschResources.pmSumDelaySpi06Sumecttbh, enblbh, Sum
    pmSumDelaySpi07ACCUMULATIONINTEGERMeasurements to observe the sum of the delay of the transmitted data for scheduling priority class 07 during a ROP period before it is scheduled. Each counter observes a specific SPI. The different flows are configured ON/OFF using RBS MOM parameter IubDataStreams:: schHsFlowControlOnOff.ME_NodeBFunction_HsDschResources.pmSumDelaySpi07Sumecttbh, enblbh, Sum
    pmSumDelaySpi08ACCUMULATIONINTEGERMeasurements to observe the sum of the delay of the transmitted data for scheduling priority class 08 during a ROP period before it is scheduled. Each counter observes a specific SPI. The different flows are configured ON/OFF using RBS MOM parameter IubDataStreams:: schHsFlowControlOnOff.ME_NodeBFunction_HsDschResources.pmSumDelaySpi08Sumecttbh, enblbh, Sum
    pmSumDelaySpi09ACCUMULATIONINTEGERMeasurements to observe the sum of the delay of the transmitted data for scheduling priority class 09 during a ROP period before it is scheduled. Each counter observes a specific SPI. The different flows are configured ON/OFF using RBS MOM parameter IubDataStreams:: schHsFlowControlOnOff.ME_NodeBFunction_HsDschResources.pmSumDelaySpi09Sumecttbh, enblbh, Sum
    pmSumDelaySpi10ACCUMULATIONINTEGERMeasurements to observe the sum of the delay of the transmitted data for scheduling priority class 10 during a ROP period before it is scheduled. Each counter observes a specific SPI. The different flows are configured ON/OFF using RBS MOM parameter IubDataStreams:: schHsFlowControlOnOff.ME_NodeBFunction_HsDschResources.pmSumDelaySpi10Sumecttbh, enblbh, Sum
    pmSumDelaySpi11ACCUMULATIONINTEGERMeasurements to observe the sum of the delay of the transmitted data for scheduling priority class 11 during a ROP period before it is scheduled. Each counter observes a specific SPI. The different flows are configured ON/OFF using RBS MOM parameter IubDataStreams:: schHsFlowControlOnOff.ME_NodeBFunction_HsDschResources.pmSumDelaySpi11Sumecttbh, enblbh, Sum
    pmSumDelaySpi12ACCUMULATIONINTEGERMeasurements to observe the sum of the delay of the transmitted data for scheduling priority class 12 during a ROP period before it is scheduled. Each counter observes a specific SPI. The different flows are configured ON/OFF using RBS MOM parameter IubDataStreams:: schHsFlowControlOnOff.ME_NodeBFunction_HsDschResources.pmSumDelaySpi12Sumecttbh, enblbh, Sum
    pmSumDelaySpi13ACCUMULATIONINTEGERMeasurements to observe the sum of the delay of the transmitted data for scheduling priority class 13 during a ROP period before it is scheduled. Each counter observes a specific SPI. The different flows are configured ON/OFF using RBS MOM parameter IubDataStreams:: schHsFlowControlOnOff.ME_NodeBFunction_HsDschResources.pmSumDelaySpi13Sumecttbh, enblbh, Sum
    pmSumDelaySpi14ACCUMULATIONINTEGERMeasurements to observe the sum of the delay of the transmitted data for scheduling priority class 14 during a ROP period before it is scheduled. Each counter observes a specific SPI. The different flows are configured ON/OFF using RBS MOM parameter IubDataStreams:: schHsFlowControlOnOff.ME_NodeBFunction_HsDschResources.pmSumDelaySpi14Sumecttbh, enblbh, Sum
    pmSumDelaySpi15ACCUMULATIONINTEGERMeasurements to observe the sum of the delay of the transmitted data for scheduling priority class 15 during a ROP period before it is scheduled. Each counter observes a specific SPI. The different flows are configured ON/OFF using RBS MOM parameter IubDataStreams:: schHsFlowControlOnOff.ME_NodeBFunction_HsDschResources.pmSumDelaySpi15Sumecttbh, enblbh, Sum
    pmSumJitterSpi00ACCUMULATIONINTEGERMeasurements to observe the sum of the delay jitter of the transmitted data for scheduling priority class 00 during a ROP period before it is scheduled. The jitter delay is defined as a time difference between current delay and the previous one. Each counter observes a specific SPI. The different flows are configured ON/OFF using RBS MOM parameter IubDataStreams:: schHsFlowControlOnOff.ME_NodeBFunction_HsDschResources.pmSumJitterSpi00Sumecttbh, enblbh, Sum
    pmSumJitterSpi01ACCUMULATIONINTEGERMeasurements to observe the sum of the delay jitter of the transmitted data for scheduling priority class 01 during a ROP period before it is scheduled. The jitter delay is defined as a time difference between current delay and the previous one. Each counter observes a specific SPI. The different flows are configured ON/OFF using RBS MOM parameter IubDataStreams:: schHsFlowControlOnOff.ME_NodeBFunction_HsDschResources.pmSumJitterSpi01Sumecttbh, enblbh, Sum
    pmSumJitterSpi02ACCUMULATIONINTEGERMeasurements to observe the sum of the delay jitter of the transmitted data for scheduling priority class 02 during a ROP period before it is scheduled. The jitter delay is defined as a time difference between current delay and the previous one. Each counter observes a specific SPI. The different flows are configured ON/OFF using RBS MOM parameter IubDataStreams:: schHsFlowControlOnOff.ME_NodeBFunction_HsDschResources.pmSumJitterSpi02Sumecttbh, enblbh, Sum
    pmSumJitterSpi03ACCUMULATIONINTEGERMeasurements to observe the sum of the delay jitter of the transmitted data for scheduling priority class 03 during a ROP period before it is scheduled. The jitter delay is defined as a time difference between current delay and the previous one. Each counter observes a specific SPI. The different flows are configured ON/OFF using RBS MOM parameter IubDataStreams:: schHsFlowControlOnOff.ME_NodeBFunction_HsDschResources.pmSumJitterSpi03Sumecttbh, enblbh, Sum
    pmSumJitterSpi04ACCUMULATIONINTEGERMeasurements to observe the sum of the delay jitter of the transmitted data for scheduling priority class 04 during a ROP period before it is scheduled. The jitter delay is defined as a time difference between current delay and the previous one. Each counter observes a specific SPI. The different flows are configured ON/OFF using RBS MOM parameter IubDataStreams:: schHsFlowControlOnOff.ME_NodeBFunction_HsDschResources.pmSumJitterSpi04Sumecttbh, enblbh, Sum
    pmSumJitterSpi05ACCUMULATIONINTEGERMeasurements to observe the sum of the delay jitter of the transmitted data for scheduling priority class 05 during a ROP period before it is scheduled. The jitter delay is defined as a time difference between current delay and the previous one. Each counter observes a specific SPI. The different flows are configured ON/OFF using RBS MOM parameter IubDataStreams:: schHsFlowControlOnOff.ME_NodeBFunction_HsDschResources.pmSumJitterSpi05Sumecttbh, enblbh, Sum
    pmSumJitterSpi06ACCUMULATIONINTEGERMeasurements to observe the sum of the delay jitter of the transmitted data for scheduling priority class 06 during a ROP period before it is scheduled. The jitter delay is defined as a time difference between current delay and the previous one. Each counter observes a specific SPI. The different flows are configured ON/OFF using RBS MOM parameter IubDataStreams:: schHsFlowControlOnOff.ME_NodeBFunction_HsDschResources.pmSumJitterSpi06Sumecttbh, enblbh, Sum
    pmSumJitterSpi07ACCUMULATIONINTEGERMeasurements to observe the sum of the delay jitter of the transmitted data for scheduling priority class 07 during a ROP period before it is scheduled. The jitter delay is defined as a time difference between current delay and the previous one. Each counter observes a specific SPI. The different flows are configured ON/OFF using RBS MOM parameter IubDataStreams:: schHsFlowControlOnOff.ME_NodeBFunction_HsDschResources.pmSumJitterSpi07Sumecttbh, enblbh, Sum
    pmSumJitterSpi08ACCUMULATIONINTEGERMeasurements to observe the sum of the delay jitter of the transmitted data for scheduling priority class 08 during a ROP period before it is scheduled. The jitter delay is defined as a time difference between current delay and the previous one. Each counter observes a specific SPI. The different flows are configured ON/OFF using RBS MOM parameter IubDataStreams:: schHsFlowControlOnOff.ME_NodeBFunction_HsDschResources.pmSumJitterSpi08Sumecttbh, enblbh, Sum
    pmSumJitterSpi09ACCUMULATIONINTEGERMeasurements to observe the sum of the delay jitter of the transmitted data for scheduling priority class 09 during a ROP period before it is scheduled. The jitter delay is defined as a time difference between current delay and the previous one. Each counter observes a specific SPI. The different flows are configured ON/OFF using RBS MOM parameter IubDataStreams:: schHsFlowControlOnOff.ME_NodeBFunction_HsDschResources.pmSumJitterSpi09Sumecttbh, enblbh, Sum
    pmSumJitterSpi10ACCUMULATIONINTEGERMeasurements to observe the sum of the delay jitter of the transmitted data for scheduling priority class 10 during a ROP period before it is scheduled. The jitter delay is defined as a time difference between current delay and the previous one. Each counter observes a specific SPI. The different flows are configured ON/OFF using RBS MOM parameter IubDataStreams:: schHsFlowControlOnOff.ME_NodeBFunction_HsDschResources.pmSumJitterSpi10Sumecttbh, enblbh, Sum
    pmSumJitterSpi11ACCUMULATIONINTEGERMeasurements to observe the sum of the delay jitter of the transmitted data for scheduling priority class 11 during a ROP period before it is scheduled. The jitter delay is defined as a time difference between current delay and the previous one. Each counter observes a specific SPI. The different flows are configured ON/OFF using RBS MOM parameter IubDataStreams:: schHsFlowControlOnOff.ME_NodeBFunction_HsDschResources.pmSumJitterSpi11Sumecttbh, enblbh, Sum
    pmSumJitterSpi12ACCUMULATIONINTEGERMeasurements to observe the sum of the delay jitter of the transmitted data for scheduling priority class 12 during a ROP period before it is scheduled. The jitter delay is defined as a time difference between current delay and the previous one. Each counter observes a specific SPI. The different flows are configured ON/OFF using RBS MOM parameter IubDataStreams:: schHsFlowControlOnOff.ME_NodeBFunction_HsDschResources.pmSumJitterSpi12Sumecttbh, enblbh, Sum
    pmSumJitterSpi13ACCUMULATIONINTEGERMeasurements to observe the sum of the delay jitter of the transmitted data for scheduling priority class 13 during a ROP period before it is scheduled. The jitter delay is defined as a time difference between current delay and the previous one. Each counter observes a specific SPI. The different flows are configured ON/OFF using RBS MOM parameter IubDataStreams:: schHsFlowControlOnOff.ME_NodeBFunction_HsDschResources.pmSumJitterSpi13Sumecttbh, enblbh, Sum
    pmSumJitterSpi14ACCUMULATIONINTEGERMeasurements to observe the sum of the delay jitter of the transmitted data for scheduling priority class 14 during a ROP period before it is scheduled. The jitter delay is defined as a time difference between current delay and the previous one. Each counter observes a specific SPI. The different flows are configured ON/OFF using RBS MOM parameter IubDataStreams:: schHsFlowControlOnOff.ME_NodeBFunction_HsDschResources.pmSumJitterSpi14Sumecttbh, enblbh, Sum
    pmSumJitterSpi15ACCUMULATIONINTEGERMeasurements to observe the sum of the delay jitter of the transmitted data for scheduling priority class 15 during a ROP period before it is scheduled. The jitter delay is defined as a time difference between current delay and the previous one. Each counter observes a specific SPI. The different flows are configured ON/OFF using RBS MOM parameter IubDataStreams:: schHsFlowControlOnOff.ME_NodeBFunction_HsDschResources.pmSumJitterSpi15Sumecttbh, enblbh, Sum


    CDMA_Channel.Ericsson.UMTS.HSDSCH_Resource

    HS-DSCH Resources related statistics.

    KPITypeData TypeDescriptionDerivationDefault AggregatorOther Aggregators
    _%_Failed_CapAllocAttHsDschPERCENTAGEFLOATPercentage failed attempts to allocate resources for new HS-DSCH user.100 * {pmCapacityAllocRejHsDschUsers}/{pmCapacityAllocAttHsDschUsers}Averageecttbh, enblbh
    _%_Failed_CapAllocAttHsPdschPERCENTAGEFLOATPercentage failed attempts to allocate HS-DSCH codes.100 * {pmCapacityAllocRejHsPdschCodes}/{pmCapacityAllocAttHsPdschCodes}Averageecttbh, enblbh
    Avg_pmNumHsPdschCodesAddedINTENSITYFLOATAverage number of codes that are allocated for HS-DSCH (RNC allocation + codes allocated by the RBS dynamic HS-PDSCH code addition algorithm). The measure is taken after limitations owing to HW is enforced.thresholddiv({pmSumNumHsPdschCodesAdded},{pmSampleNumHsPdschCodesAdded},0,0)AverageAverage, ecttbh, enblbh, Maximum, Minimum, Sum
    pmAck64Qam_AvgINTENSITYFLOATAverage: Counting the number of received ACKs for a specified transport block size (TBS) with 64QAM. The number of successful HARQ transmissions are counted of the MAC-hs layer.ME_NodeBFunction_HsDschResources.pmAck64Qam_AvgAverageecttbh, enblbh, Sum, Minimum, Maximum
    pmAck64Qam_MaxINTENSITYINTEGERMaximum: Counting the number of received ACKs for a specified transport block size (TBS) with 64QAM. The number of successful HARQ transmissions are counted of the MAC-hs layer.ME_NodeBFunction_HsDschResources.pmAck64Qam_MaxAverageecttbh, enblbh, Sum, Minimum, Maximum
    pmAck64Qam_MinINTENSITYINTEGERMinimum: Counting the number of received ACKs for a specified transport block size (TBS) with 64QAM. The number of successful HARQ transmissions are counted of the MAC-hs layer.ME_NodeBFunction_HsDschResources.pmAck64Qam_MinAverageecttbh, enblbh, Sum, Minimum, Maximum
    pmAckReceivedACCUMULATIONINT8The number of occasions when ACK is received, not counting repetitions of ACK transmissions.ME_NodeBFunction_HsDschResources.pmAckReceivedSumecttbh, enblbh, Sum
    pmAllocRejHwHsDschUsersACCUMULATIONINTEGERThe number of attempts to allocate resources for new HS-DSCH user that is rejected due to lack of HS resource capacity.ME_NodeBFunction_HsDschResources.pmAllocRejHwHsDschUsersSumecttbh, enblbh
    pmAverageUserRate_AvgINTENSITYFLOATThe average user rate among all users allocated to high-speed-DSCH in the cellME_NodeBFunction_HsDschResources.pmAverageUserRate_AvgAverageAverage, ecttbh, enblbh, Maximum, Minimum, Sum
    pmAverageUserRate_MaxINTENSITYFLOATThe maximum user rate among all users allocated to high-speed-DSCH in the cellME_NodeBFunction_HsDschResources.pmAverageUserRate_MaxAverageAverage, ecttbh, enblbh, Maximum, Minimum, Sum
    pmAverageUserRate_MinINTENSITYFLOATThe minimum user rate among all users allocated to high-speed-DSCH in the cellME_NodeBFunction_HsDschResources.pmAverageUserRate_MinAverageAverage, ecttbh, enblbh, Maximum, Minimum, Sum
    pmCapacityAllocAttHsDschUsersACCUMULATIONINTEGERThe number of attempts to allocate resources for new HS-DSCH user.ME_NodeBFunction_HsDschResources.pmCapacityAllocAttHsDschUsersSumecttbh, enblbh
    pmCapacityAllocAttHsPdschCodesACCUMULATIONINTEGERThe number of attempts to allocate HS-PDSCH codes.ME_NodeBFunction_HsDschResources.pmCapacityAllocAttHsPdschCodesSumecttbh, enblbh
    pmCapacityAllocRejHsDschUsersACCUMULATIONINTEGERThe number of attempts to allocate resources for new HS-DSCH user that are rejected (related to bin [0] of pmCapacityHsDschUsers).ME_NodeBFunction_HsDschResources.pmCapacityAllocRejHsDschUsersSumecttbh, enblbh
    pmCapacityAllocRejHsPdschCodesACCUMULATIONINTEGERThe number of attempts to allocate HS-PDSCH codes that are rejected (related to bin [0] of pmCapacityHsPdschCodes).ME_NodeBFunction_HsDschResources.pmCapacityAllocRejHsPdschCodesSumecttbh, enblbh
    pmCapacityHsDschUsers_AvgINTENSITYFLOATAverage: The distribution of the number of HS-DSCH users, as percentages of the corresponding license limit.ME_NodeBFunction_HsDschResources.pmCapacityHsDschUsers_AvgAverageecttbh, enblbh, Sum, Minimum, Maximum
    pmCapacityHsDschUsers_MaxINTENSITYFLOATMaximum: The distribution of the number of HS-DSCH users, as percentages of the corresponding license limit.ME_NodeBFunction_HsDschResources.pmCapacityHsDschUsers_MaxAverageecttbh, enblbh, Sum, Minimum, Maximum
    pmCapacityHsDschUsers_MinINTENSITYFLOATMinimum: The distribution of the number of HS-DSCH users, as percentages of the corresponding license limit.ME_NodeBFunction_HsDschResources.pmCapacityHsDschUsers_MinAverageecttbh, enblbh, Sum, Minimum, Maximum
    pmCapacityHsPdschCodes_AvgINTENSITYFLOATThe distribution of the HS-PDSCH code utilization, as license limit percentages of the number of HS-PDSCH codes available for the scheduler.ME_NodeBFunction_HsDschResources.pmCapacityHsPdschCodes_AvgAverageAverage, ecttbh, enblbh, Sum, Minimum, Maximum
    pmCapacityHsPdschCodes_MaxINTENSITYINTEGERMaximum:The distribution of the HS-PDSCH code utilization, as license limit percentages of the number of HS-PDSCH codes available for the schedulerME_NodeBFunction_HsDschResources.pmCapacityHsPdschCodes_MaxAverageecttbh, enblbh, Maximum, Sum, Minimum
    pmCapacityHsPdschCodes_MinINTENSITYINTEGERMinimum:The distribution of the HS-PDSCH code utilization, as license limit percentages of the number of HS-PDSCH codes available for the schedulerME_NodeBFunction_HsDschResources.pmCapacityHsPdschCodes_MinAverageecttbh, enblbh, Minimum, Sum, Maximum
    pmIubMacdPduCellReceivedBitsACCUMULATIONINT8The number of bits received over Iub high-speed MAC-d PDU in the cellME_NodeBFunction_HsDschResources.pmIubMacdPduCellReceivedBitsSumecttbh, enblbh, Sum
    pmNackReceivedACCUMULATIONINT8The number of occasions when Negative Acknowledgement (NACK) is receivedME_NodeBFunction_HsDschResources.pmNackReceivedSumecttbh, enblbh, Sum
    pmNoActiveSubFramesACCUMULATIONINT8The sum of active 2 ms subframesME_NodeBFunction_HsDschResources.pmNoActiveSubFramesSumecttbh, enblbh, Sum
    pmNoInactiveRequiredSubFramesACCUMULATIONINT8The sum of 2 ms subframesME_NodeBFunction_HsDschResources.pmNoInactiveRequiredSubFramesSumecttbh, enblbh, Sum
    pmNoOfHsUsersPerTti_0ACCUMULATIONINTEGERNumber of high-speed users scheduled in the cell at each 2 ms Transmission Time Interval (TTI) is 0. PDF from 0 to 4 users.ME_NodeBFunction_HsDschResources.pmNoOfHsUsersPerTti_0Sumecttbh, enblbh, Sum
    pmNoOfHsUsersPerTti_1ACCUMULATIONINTEGERNumber of high-speed users scheduled in the cell at each 2 ms Transmission Time Interval (TTI) is 1. PDF from 0 to 4 users.ME_NodeBFunction_HsDschResources.pmNoOfHsUsersPerTti_1Sumecttbh, enblbh, Sum
    pmNoOfHsUsersPerTti_2ACCUMULATIONINTEGERNumber of high-speed users scheduled in the cell at each 2 ms Transmission Time Interval (TTI) is 2. PDF from 0 to 4 users.ME_NodeBFunction_HsDschResources.pmNoOfHsUsersPerTti_2Sumecttbh, enblbh, Sum
    pmNoOfHsUsersPerTti_3ACCUMULATIONINTEGERNumber of high-speed users scheduled in the cell at each 2 ms Transmission Time Interval (TTI) is 3. PDF from 0 to 4 users.ME_NodeBFunction_HsDschResources.pmNoOfHsUsersPerTti_3Sumecttbh, enblbh, Sum
    pmNoOfHsUsersPerTti_4ACCUMULATIONINTEGERNumber of high-speed users scheduled in the cell at each 2 ms Transmission Time Interval (TTI) is 4. PDF from 0 to 4 users.ME_NodeBFunction_HsDschResources.pmNoOfHsUsersPerTti_4Sumecttbh, enblbh, Sum
    pmNoOfHsUsersPerTti_AvgINTENSITYFLOATAverage number of high-speed users scheduled in the cell at each 2 ms Transmission Time Interval (TTI). PDF from 0 to 4 users.ME_NodeBFunction_HsDschResources.pmNoOfHsUsersPerTti_AvgAverageAverage, ecttbh, enblbh, Maximum, Minimum, Sum
    pmRemainingResourceCheck_0ACCUMULATIONINTEGERZero occurrence why it is not possible to schedule another high-speed user for immediate traffic due to HS-SCCH code shortage.ME_NodeBFunction_HsDschResources.pmRemainingResourceCheck_0Sumecttbh, enblbh, Sum
    pmRemainingResourceCheck_1ACCUMULATIONINTEGERNumber of 1 occurrence why it is not possible to schedule another high-speed user for immediate traffic due to HS-PDSCH code shortageME_NodeBFunction_HsDschResources.pmRemainingResourceCheck_1Sumecttbh, enblbh, Sum
    pmRemainingResourceCheck_2ACCUMULATIONINTEGERNumber of 2 occurrence why it is not possible to schedule another high-speed user for immediate traffic due to HS-PDSCH power shortage.ME_NodeBFunction_HsDschResources.pmRemainingResourceCheck_2Sumecttbh, enblbh, Sum
    pmReportedCqi_0ACCUMULATIONINTEGERThe reported number of Channel Quality Indicator (CQI) value of 0ME_NodeBFunction_HsDschResources.pmReportedCqi_0Sumecttbh, enblbh, Sum
    pmReportedCqi_1_30ACCUMULATIONINTEGERSum of reported reported CQI arrays from 1 to 30ME_NodeBFunction_HsDschResources.pmReportedCqi_1_30Sumecttbh, enblbh, Sum
    pmReportedCqi_AvgINTENSITYFLOATThe average reported Channel Quality Indicator (CQI)ME_NodeBFunction_HsDschResources.pmReportedCqi_AvgAverageAverage, ecttbh, enblbh, Maximum, Minimum, Sum
    pmReportedCqi_MaxINTENSITYINTEGERThe maximum reported Channel Quality Indicator (CQI)ME_NodeBFunction_HsDschResources.pmReportedCqi_MaxAverageAverage, ecttbh, enblbh, Maximum, Minimum, Sum
    pmReportedCqi_MinINTENSITYINTEGERThe minimum reported Channel Quality Indicator (CQI)ME_NodeBFunction_HsDschResources.pmReportedCqi_MinAverageAverage, ecttbh, enblbh, Maximum, Minimum, Sum
    pmReportedCqi64Qam_AvgINTENSITYFLOATAverage: The UE reported CQI received for a 64QAM-enabled HS-DSCH. Note that it is the true (unadjusted) CQI that is counted for 64QAM-enabled HS-DSCHs.ME_NodeBFunction_HsDschResources.pmReportedCqi64Qam_AvgAverageecttbh, enblbh, Sum, Minimum, Maximum
    pmReportedCqi64Qam_MaxINTENSITYINTEGERMaximum: The UE reported CQI received for a 64QAM-enabled HS-DSCH. Note that it is the true (unadjusted) CQI that is counted for 64QAM-enabled HS-DSCHs.ME_NodeBFunction_HsDschResources.pmReportedCqi64Qam_MaxAverageecttbh, enblbh, Sum, Minimum, Maximum
    pmReportedCqi64Qam_MinINTENSITYINTEGERMinimum: The UE reported CQI received for a 64QAM-enabled HS-DSCH. Note that it is the true (unadjusted) CQI that is counted for 64QAM-enabled HS-DSCHs.ME_NodeBFunction_HsDschResources.pmReportedCqi64Qam_MinAverageecttbh, enblbh, Sum, Minimum, Maximum
    pmReportedCqiMimoDs1_AvgINTENSITYFLOATAverage: The UE reported dual stream CQI for stream 1. Note that it is the true (e.g. unadjusted) CQI that is counted. This counter is only relevant for UEs using MIMO.ME_NodeBFunction_HsDschResources.pmReportedCqiMimoDs1_AvgAverageecttbh, enblbh, Sum, Minimum, Maximum
    pmReportedCqiMimoDs1_MaxINTENSITYINTEGERMaximum: The UE reported dual stream CQI for stream 1. Note that it is the true (e.g. unadjusted) CQI that is counted. This counter is only relevant for UEs using MIMO.ME_NodeBFunction_HsDschResources.pmReportedCqiMimoDs1_MaxAverageecttbh, enblbh, Sum, Minimum, Maximum
    pmReportedCqiMimoDs1_MinINTENSITYINTEGERMinimum: The UE reported dual stream CQI for stream 1. Note that it is the true (e.g. unadjusted) CQI that is counted. This counter is only relevant for UEs using MIMO.ME_NodeBFunction_HsDschResources.pmReportedCqiMimoDs1_MinAverageecttbh, enblbh, Sum, Minimum, Maximum
    pmReportedCqiMimoDs2_AvgINTENSITYFLOATAverage: The UE reported dual stream CQI for stream 2. Note that it is the true (e.g. unadjusted) CQI that is counted. This counter is only relevant for UEs using MIMO.ME_NodeBFunction_HsDschResources.pmReportedCqiMimoDs2_AvgAverageecttbh, enblbh, Sum, Minimum, Maximum
    pmReportedCqiMimoDs2_MaxINTENSITYINTEGERMaximum: The UE reported dual stream CQI for stream 2. Note that it is the true (e.g. unadjusted) CQI that is counted. This counter is only relevant for UEs using MIMO.ME_NodeBFunction_HsDschResources.pmReportedCqiMimoDs2_MaxAverageecttbh, enblbh, Sum, Minimum, Maximum
    pmReportedCqiMimoDs2_MinINTENSITYINTEGERMinimum:The UE reported dual stream CQI for stream 2. Note that it is the true (e.g. unadjusted) CQI that is counted. This counter is only relevant for UEs using MIMO.ME_NodeBFunction_HsDschResources.pmReportedCqiMimoDs2_MinAverageecttbh, enblbh, Sum, Minimum, Maximum
    pmReportedCqiMimoSs_AvgINTENSITYFLOATAverage: The UE reported CQI for single stream CQI. Note that it is the true (unadjusted) CQI that is counted. This counter is only relevant for UEs using MIMO.ME_NodeBFunction_HsDschResources.pmReportedCqiMimoSs_AvgAverageecttbh, enblbh, Sum, Minimum, Maximum
    pmReportedCqiMimoSs_MaxINTENSITYINTEGERMaximum:The UE reported CQI for single stream CQI. Note that it is the true (unadjusted) CQI that is counted. This counter is only relevant for UEs using MIMO.ME_NodeBFunction_HsDschResources.pmReportedCqiMimoSs_MaxAverageecttbh, enblbh, Sum, Minimum, Maximum
    pmReportedCqiMimoSs_MinINTENSITYINTEGERMinimum: The UE reported CQI for single stream CQI. Note that it is the true (unadjusted) CQI that is counted. This counter is only relevant for UEs using MIMO.ME_NodeBFunction_HsDschResources.pmReportedCqiMimoSs_MinAverageecttbh, enblbh, Sum, Minimum, Maximum
    pmReportedInvalid_CqiACCUMULATIONINTEGERThe reported number of invalid Channel Quality Indicator (CQI)ME_NodeBFunction_HsDschResources.pmReportedCqi_31Sumecttbh, enblbh, Sum
    pmSampleNumHsPdschCodesAddedACCUMULATIONINTEGERThe number of times the RBS dynamic code addition algorithm is executedME_NodeBFunction_HsDschResources.pmSampleNumHsPdschCodesAddedSumecttbh, enblbh, Sum
    pmSamplesCapacityHsDschUsersACCUMULATIONINTEGERNumber of samples in pmSumCapacityHsDschUsers (that is, pmSamplesCapacityHDschUsers = pmSamplesCapacityHDschUsers + 1, whenever pmSumCapacityHsDschUsers is to be updated).ME_NodeBFunction_HsDschResources.pmSamplesCapacityHsDschUsersSumecttbh, enblbh
    pmSamplesCapacityHsPdschCodesACCUMULATIONINTEGERNumber of samples in pmSumCapacityHsPdschCodes (that is, pmSamplesCapacityHsPdschCodes = pmSamplesCapacityHsPdschCodes + 1, whenever pmSumCapacityHsPdschCodes is to be updated).ME_NodeBFunction_HsDschResources.pmSamplesCapacityHsPdschCodesSumecttbh, enblbh
    pmSumAckedBitsACCUMULATIONINT8-Obsolete in P6- The number of bits transmitted at Media Access Control high-speed (MAC-hs) and acknowledged by the User Equipment (UE).ME_NodeBFunction_HsDschResources.pmSumAckedBitsSumecttbh, enblbh, Sum
    pmSumAckedBitsSpi00ACCUMULATIONINTEGERThe number of MAC-hs bits received and acknowledged by the User Equipment (UE). Each counter observes a specific SPI. The different flows are configured ON/OFF using RBS MOM parameter IubDataStreams:: schHsFlowControlOnOff.ME_NodeBFunction_HsDschResources.pmSumAckedBitsSpi00Sumecttbh, enblbh, Sum
    pmSumAckedBitsSpi01ACCUMULATIONINTEGERThe number of MAC-hs bits received and acknowledged by the User Equipment (UE). Each counter observes a specific SPI. The different flows are configured ON/OFF using RBS MOM parameter IubDataStreams:: schHsFlowControlOnOff.ME_NodeBFunction_HsDschResources.pmSumAckedBitsSpi01Sumecttbh, enblbh, Sum
    pmSumAckedBitsSpi02ACCUMULATIONINTEGERThe number of MAC-hs bits received and acknowledged by the User Equipment (UE). Each counter observes a specific SPI. The different flows are configured ON/OFF using RBS MOM parameter IubDataStreams:: schHsFlowControlOnOff.ME_NodeBFunction_HsDschResources.pmSumAckedBitsSpi02Sumecttbh, enblbh, Sum
    pmSumAckedBitsSpi03ACCUMULATIONINTEGERThe number of MAC-hs bits received and acknowledged by the User Equipment (UE). Each counter observes a specific SPI. The different flows are configured ON/OFF using RBS MOM parameter IubDataStreams:: schHsFlowControlOnOff.ME_NodeBFunction_HsDschResources.pmSumAckedBitsSpi03Sumecttbh, enblbh, Sum
    pmSumAckedBitsSpi04ACCUMULATIONINTEGERThe number of MAC-hs bits received and acknowledged by the User Equipment (UE). Each counter observes a specific SPI. The different flows are configured ON/OFF using RBS MOM parameter IubDataStreams:: schHsFlowControlOnOff.ME_NodeBFunction_HsDschResources.pmSumAckedBitsSpi04Sumecttbh, enblbh, Sum
    pmSumAckedBitsSpi05ACCUMULATIONINTEGERThe number of MAC-hs bits received and acknowledged by the User Equipment (UE). Each counter observes a specific SPI. The different flows are configured ON/OFF using RBS MOM parameter IubDataStreams:: schHsFlowControlOnOff.ME_NodeBFunction_HsDschResources.pmSumAckedBitsSpi05Sumecttbh, enblbh, Sum
    pmSumAckedBitsSpi06ACCUMULATIONINTEGERThe number of MAC-hs bits received and acknowledged by the User Equipment (UE). Each counter observes a specific SPI. The different flows are configured ON/OFF using RBS MOM parameter IubDataStreams:: schHsFlowControlOnOff.ME_NodeBFunction_HsDschResources.pmSumAckedBitsSpi06Sumecttbh, enblbh, Sum
    pmSumAckedBitsSpi07ACCUMULATIONINTEGERThe number of MAC-hs bits received and acknowledged by the User Equipment (UE). Each counter observes a specific SPI. The different flows are configured ON/OFF using RBS MOM parameter IubDataStreams:: schHsFlowControlOnOff.ME_NodeBFunction_HsDschResources.pmSumAckedBitsSpi07Sumecttbh, enblbh, Sum
    pmSumAckedBitsSpi08ACCUMULATIONINTEGERThe number of MAC-hs bits received and acknowledged by the User Equipment (UE). Each counter observes a specific SPI. The different flows are configured ON/OFF using RBS MOM parameter IubDataStreams:: schHsFlowControlOnOff.ME_NodeBFunction_HsDschResources.pmSumAckedBitsSpi08Sumecttbh, enblbh, Sum
    pmSumAckedBitsSpi09ACCUMULATIONINTEGERThe number of MAC-hs bits received and acknowledged by the User Equipment (UE). Each counter observes a specific SPI. The different flows are configured ON/OFF using RBS MOM parameter IubDataStreams:: schHsFlowControlOnOff.ME_NodeBFunction_HsDschResources.pmSumAckedBitsSpi09Sumecttbh, enblbh, Sum
    pmSumAckedBitsSpi10ACCUMULATIONINTEGERThe number of MAC-hs bits received and acknowledged by the User Equipment (UE). Each counter observes a specific SPI. The different flows are configured ON/OFF using RBS MOM parameter IubDataStreams:: schHsFlowControlOnOff.ME_NodeBFunction_HsDschResources.pmSumAckedBitsSpi10Sumecttbh, enblbh, Sum
    pmSumAckedBitsSpi11ACCUMULATIONINTEGERThe number of MAC-hs bits received and acknowledged by the User Equipment (UE). Each counter observes a specific SPI. The different flows are configured ON/OFF using RBS MOM parameter IubDataStreams:: schHsFlowControlOnOff.ME_NodeBFunction_HsDschResources.pmSumAckedBitsSpi11Sumecttbh, enblbh, Sum
    pmSumAckedBitsSpi12ACCUMULATIONINTEGERThe number of MAC-hs bits received and acknowledged by the User Equipment (UE). Each counter observes a specific SPI. The different flows are configured ON/OFF using RBS MOM parameter IubDataStreams:: schHsFlowControlOnOff.ME_NodeBFunction_HsDschResources.pmSumAckedBitsSpi12Sumecttbh, enblbh, Sum
    pmSumAckedBitsSpi13ACCUMULATIONINTEGERThe number of MAC-hs bits received and acknowledged by the User Equipment (UE). Each counter observes a specific SPI. The different flows are configured ON/OFF using RBS MOM parameter IubDataStreams:: schHsFlowControlOnOff.ME_NodeBFunction_HsDschResources.pmSumAckedBitsSpi13Sumecttbh, enblbh, Sum
    pmSumAckedBitsSpi14ACCUMULATIONINTEGERThe number of MAC-hs bits received and acknowledged by the User Equipment (UE). Each counter observes a specific SPI. The different flows are configured ON/OFF using RBS MOM parameter IubDataStreams:: schHsFlowControlOnOff.ME_NodeBFunction_HsDschResources.pmSumAckedBitsSpi14Sumecttbh, enblbh, Sum
    pmSumAckedBitsSpi15ACCUMULATIONINTEGERThe number of MAC-hs bits received and acknowledged by the User Equipment (UE). Each counter observes a specific SPI. The different flows are configured ON/OFF using RBS MOM parameter IubDataStreams:: schHsFlowControlOnOff.ME_NodeBFunction_HsDschResources.pmSumAckedBitsSpi15Sumecttbh, enblbh, Sum
    pmSumCapacityHsDschUsersACCUMULATIONINTEGERAggregate of all sample values (measurement_value) recorded within the ROP for number of HS-DSCH users.ME_NodeBFunction_HsDschResources.pmSumCapacityHsDschUsersSumecttbh, enblbh
    pmSumCapacityHsPdschCodesACCUMULATIONINTEGERAggregate of all sample values (measurement_value) recorded within the ROP for number of used HS-PDSCH codes.ME_NodeBFunction_HsDschResources.pmSumCapacityHsPdschCodesSumecttbh, enblbh
    pmSumNonEmptyUserBuffersACCUMULATIONINT8The number of user buffers with data in the buffer.ME_NodeBFunction_HsDschResources.pmSumNonEmptyUserBuffersSumecttbh, enblbh, Sum
    pmSumNumHsPdschCodesAddedACCUMULATIONINTEGERSum of all codes that are allocated for HS-DSCH (RNC allocation + codes allocated by the RBS dynamic HS-PDSCH code addition algorithm). The measure is taken after limitations owing to HW is enforced.ME_NodeBFunction_HsDschResources.pmSumNumHsPdschCodesAddedSumecttbh, enblbh, Sum
    pmSumOfHsScchUsedPwr_AvgINTENSITYFLOATAverage:HS-SCCH transmitted power per cell. If more than one HS-SCCH code is used, then the registered value is the sum of each individual value. PDF with range of 103 steps range, 0 to 50.5 dBm with 0.5 dBm resolution.ME_NodeBFunction_HsDschResources.pmSumOfHsScchUsedPwr_AvgAverageAverage, ecttbh, enblbh, Maximum, Minimum, Sum
    pmSumOfHsScchUsedPwr_MaxINTENSITYFLOATMaximum:HS-SCCH transmitted power per cell. If more than one HS-SCCH code is used, then the registered value is the sum of each individual value. PDF with range of 103 steps range, 0 to 50.5 dBm with 0.5 dBm resolution.ME_NodeBFunction_HsDschResources.pmSumOfHsScchUsedPwr_MaxAverageAverage, ecttbh, enblbh, Maximum, Minimum, Sum
    pmSumOfHsScchUsedPwr_MinINTENSITYFLOATMinimum:HS-SCCH transmitted power per cell. If more than one HS-SCCH code is used, then the registered value is the sum of each individual value. PDF with range of 103 steps range, 0 to 50.5 dBm with 0.5 dBm resolution.ME_NodeBFunction_HsDschResources.pmSumOfHsScchUsedPwr_MinAverageAverage, ecttbh, enblbh, Maximum, Minimum, Sum
    pmSumSqrCapacityHsDschUsersACCUMULATIONINTEGERAggregate of the squares of the sample values ( measurement_value) in pmSumCapacityHsDschUsers, that is, pmSumSqrCapacityHsDschUsers = pmSumSqrCapacityHsDschUsers + sqr(measurement_value).ME_NodeBFunction_HsDschResources.pmSumSqrCapacityHsDschUsersSumecttbh, enblbh
    pmSumSqrCapacityHsPdschCodesACCUMULATIONINTEGERAggregate of the squares of the sample values ( measurement_value) in pmSumCapacityHsPdschCodes, that is, pmSumSqrCapacityHsPdschCodes = pmSumSqrCapacityHsPdschCodes + sqr(measurement_value).ME_NodeBFunction_HsDschResources.pmSumSqrCapacityHsPdschCodesSumecttbh, enblbh
    pmSumTransmittedBitsACCUMULATIONINT8-Obsolete in P6- The number of transmitted bits at MAC-hs, level including retransmissionsME_NodeBFunction_HsDschResources.pmSumTransmittedBitsSumecttbh, enblbh, Sum
    pmSumTransmittedBitsSpi00ACCUMULATIONINTEGERMeasurements to observe the total amount of data sent on MAC-hs level per scheduling priority class 00. Each counter observes a specific SPI. The different flows are configured ON/OFF using RBS MOM parameter IubDataStreams:: schHsFlowControlOnOff.ME_NodeBFunction_HsDschResources.pmSumTransmittedBitsSpi00Sumecttbh, enblbh, Sum
    pmSumTransmittedBitsSpi01ACCUMULATIONINTEGERMeasurements to observe the total amount of data sent on MAC-hs level per scheduling priority class 01. Each counter observes a specific SPI. The different flows are configured ON/OFF using RBS MOM parameter IubDataStreams:: schHsFlowControlOnOff.ME_NodeBFunction_HsDschResources.pmSumTransmittedBitsSpi01Sumecttbh, enblbh, Sum
    pmSumTransmittedBitsSpi02ACCUMULATIONINTEGERMeasurements to observe the total amount of data sent on MAC-hs level per scheduling priority class 02 Each counter observes a specific SPI. The different flows are configured ON/OFF using RBS MOM parameter IubDataStreams:: schHsFlowControlOnOff.ME_NodeBFunction_HsDschResources.pmSumTransmittedBitsSpi02Sumecttbh, enblbh, Sum
    pmSumTransmittedBitsSpi03ACCUMULATIONINTEGERMeasurements to observe the total amount of data sent on MAC-hs level per scheduling priority class 03. Each counter observes a specific SPI. The different flows are configured ON/OFF using RBS MOM parameter IubDataStreams:: schHsFlowControlOnOff.ME_NodeBFunction_HsDschResources.pmSumTransmittedBitsSpi03Sumecttbh, enblbh, Sum
    pmSumTransmittedBitsSpi04ACCUMULATIONINTEGERMeasurements to observe the total amount of data sent on MAC-hs level per scheduling priority class 04. Each counter observes a specific SPI. The different flows are configured ON/OFF using RBS MOM parameter IubDataStreams:: schHsFlowControlOnOff.ME_NodeBFunction_HsDschResources.pmSumTransmittedBitsSpi04Sumecttbh, enblbh, Sum
    pmSumTransmittedBitsSpi05ACCUMULATIONINTEGERMeasurements to observe the total amount of data sent on MAC-hs level per scheduling priority class 05. Each counter observes a specific SPI. The different flows are configured ON/OFF using RBS MOM parameter IubDataStreams:: schHsFlowControlOnOff.ME_NodeBFunction_HsDschResources.pmSumTransmittedBitsSpi05Sumecttbh, enblbh, Sum
    pmSumTransmittedBitsSpi06ACCUMULATIONINTEGERMeasurements to observe the total amount of data sent on MAC-hs level per scheduling priority class 06. Each counter observes a specific SPI. The different flows are configured ON/OFF using RBS MOM parameter IubDataStreams:: schHsFlowControlOnOff.ME_NodeBFunction_HsDschResources.pmSumTransmittedBitsSpi06Sumecttbh, enblbh, Sum
    pmSumTransmittedBitsSpi07ACCUMULATIONINTEGERMeasurements to observe the total amount of data sent on MAC-hs level per scheduling priority class 07. Each counter observes a specific SPI. The different flows are configured ON/OFF using RBS MOM parameter IubDataStreams:: schHsFlowControlOnOff.ME_NodeBFunction_HsDschResources.pmSumTransmittedBitsSpi07Sumecttbh, enblbh, Sum
    pmSumTransmittedBitsSpi08ACCUMULATIONINTEGERMeasurements to observe the total amount of data sent on MAC-hs level per scheduling priority class 08. Each counter observes a specific SPI. The different flows are configured ON/OFF using RBS MOM parameter IubDataStreams:: schHsFlowControlOnOff.ME_NodeBFunction_HsDschResources.pmSumTransmittedBitsSpi08Sumecttbh, enblbh, Sum
    pmSumTransmittedBitsSpi09ACCUMULATIONINTEGERMeasurements to observe the total amount of data sent on MAC-hs level per scheduling priority class 09. Each counter observes a specific SPI. The different flows are configured ON/OFF using RBS MOM parameter IubDataStreams:: schHsFlowControlOnOff.ME_NodeBFunction_HsDschResources.pmSumTransmittedBitsSpi09Sumecttbh, enblbh, Sum
    pmSumTransmittedBitsSpi10ACCUMULATIONINTEGERMeasurements to observe the total amount of data sent on MAC-hs level per scheduling priority class 10. Each counter observes a specific SPI. The different flows are configured ON/OFF using RBS MOM parameter IubDataStreams:: schHsFlowControlOnOff.ME_NodeBFunction_HsDschResources.pmSumTransmittedBitsSpi10Sumecttbh, enblbh, Sum
    pmSumTransmittedBitsSpi11ACCUMULATIONINTEGERMeasurements to observe the total amount of data sent on MAC-hs level per scheduling priority class 11. Each counter observes a specific SPI. The different flows are configured ON/OFF using RBS MOM parameter IubDataStreams:: schHsFlowControlOnOff.ME_NodeBFunction_HsDschResources.pmSumTransmittedBitsSpi11Sumecttbh, enblbh, Sum
    pmSumTransmittedBitsSpi12ACCUMULATIONINTEGERMeasurements to observe the total amount of data sent on MAC-hs level per scheduling priority class 12. Each counter observes a specific SPI. The different flows are configured ON/OFF using RBS MOM parameter IubDataStreams:: schHsFlowControlOnOff.ME_NodeBFunction_HsDschResources.pmSumTransmittedBitsSpi12Sumecttbh, enblbh, Sum
    pmSumTransmittedBitsSpi13ACCUMULATIONINTEGERMeasurements to observe the total amount of data sent on MAC-hs level per scheduling priority class 13. Each counter observes a specific SPI. The different flows are configured ON/OFF using RBS MOM parameter IubDataStreams:: schHsFlowControlOnOff.ME_NodeBFunction_HsDschResources.pmSumTransmittedBitsSpi13Sumecttbh, enblbh, Sum
    pmSumTransmittedBitsSpi14ACCUMULATIONINTEGERMeasurements to observe the total amount of data sent on MAC-hs level per scheduling priority class 14. Each counter observes a specific SPI. The different flows are configured ON/OFF using RBS MOM parameter IubDataStreams:: schHsFlowControlOnOff.ME_NodeBFunction_HsDschResources.pmSumTransmittedBitsSpi14Sumecttbh, enblbh, Sum
    pmSumTransmittedBitsSpi15ACCUMULATIONINTEGERMeasurements to observe the total amount of data sent on MAC-hs level per scheduling priority class 15. Each counter observes a specific SPI. The different flows are configured ON/OFF using RBS MOM parameter IubDataStreams:: schHsFlowControlOnOff.ME_NodeBFunction_HsDschResources.pmSumTransmittedBitsSpi15Sumecttbh, enblbh, Sum
    pmTransmittedCarrierPowerHs_AvgINTENSITYFLOATAverage transmitted carrier power for all codes used for transmission of HSDPA channels including HS-PDSCH, HS-SCCH, E-AGCH, E-RGCH and E-HICH.ME_NodeBFunction_HsDschResources.pmTransmittedCarrierPowerHs_AvgAverageAverage, ecttbh, enblbh, Maximum, Minimum, Sum
    pmTransmittedCarrierPowerHs_MaxINTENSITYFLOATMaximum transmitted carrier power for all codes used for transmission of HSDPA channels including HS-PDSCH, HS-SCCH, E-AGCH, E-RGCH and E-HICH.ME_NodeBFunction_HsDschResources.pmTransmittedCarrierPowerHs_MaxConstantAverage, ecttbh, enblbh, Maximum, Minimum, Sum
    pmTransmittedCarrierPowerHs_MinINTENSITYFLOATMinimum transmitted carrier power for all codes used for transmission of HSDPA channels including HS-PDSCH, HS-SCCH, E-AGCH, E-RGCH and E-HICH.ME_NodeBFunction_HsDschResources.pmTransmittedCarrierPowerHs_MinMinimumAverage, ecttbh, enblbh, Maximum, Minimum, Sum
    pmTransmittedCarrierPowerNonHs_AvgINTENSITYFLOATThe average transmitted carrier power for all codes not used for High-Speed Physical Downlink Shared Channel (HS-PDSCH) or HS-SCCH transmissionME_NodeBFunction_HsDschResources.pmTransmittedCarrierPowerNonHs_AvgAverageAverage, ecttbh, enblbh, Maximum, Minimum, Sum
    pmTransmittedCarrierPowerNonHs_MaxINTENSITYFLOATThe maximum distribution of transmitted carrier power for all codes not used for High-Speed Physical Downlink Shared Channel (HS-PDSCH) or HS-SCCH transmissionME_NodeBFunction_HsDschResources.pmTransmittedCarrierPowerNonHs_MaxAverageAverage, ecttbh, enblbh, Maximum, Minimum, Sum
    pmTransmittedCarrierPowerNonHs_MinINTENSITYFLOATThe minimum transmitted carrier power for all codes not used for High-Speed Physical Downlink Shared Channel (HS-PDSCH) or HS-SCCH transmissionME_NodeBFunction_HsDschResources.pmTransmittedCarrierPowerNonHs_MinAverageAverage, ecttbh, enblbh, Maximum, Minimum, Sum
    pmUsedCqi_0ACCUMULATIONINTEGERThe number of occurrence of adjusted CQI value of 0. This counter is only relevant for UEs not using MIMO. No corresponding counter exists for UEs using MIMO.ME_NodeBFunction_HsDschResources.pmUsedCqi_0Sumecttbh, enblbh, Sum
    pmUsedCqi_1_29ACCUMULATIONINTEGERSum of reported used CQI arrays from 1 to 30. This counter is only relevant for UEs not using MIMO. No corresponding counter exists for UEs using MIMO.ME_NodeBFunction_HsDschResources.pmUsedCqi_1_29Sumecttbh, enblbh, Sum
    pmUsedCqi_AvgINTENSITYFLOATThe average adjusted CQI, which is used to calculate the transport format when the user is transmitting on the high-speed-DSCH. This counter is only relevant for UEs not using MIMO. No corresponding counter exists for UEs using MIMO.ME_NodeBFunction_HsDschResources.pmUsedCqi_AvgAverageAverage, ecttbh, enblbh, Maximum, Minimum, Sum
    pmUsedCqi_MaxINTENSITYFLOATThe maximum adjusted CQI, which is used to calculate the transport format when the user is transmitting on the high-speed-DSCH. This counter is only relevant for UEs not using MIMO. No corresponding counter exists for UEs using MIMO.ME_NodeBFunction_HsDschResources.pmUsedCqi_MaxAverageAverage, ecttbh, enblbh, Maximum, Minimum, Sum
    pmUsedCqi_MinINTENSITYFLOATThe minimum adjusted CQI, which is used to calculate the transport format when the user is transmitting on the high-speed-DSCH. This counter is only relevant for UEs not using MIMO. No corresponding counter exists for UEs using MIMO.ME_NodeBFunction_HsDschResources.pmUsedCqi_MinAverageAverage, ecttbh, enblbh, Maximum, Minimum, Sum
    pmUsedHsPdschCodes_AvgINTENSITYFLOATAverage: The distribution of the HS-PDSCH code utilization, as the number of HS-PDSCH codes used by the scheduler.ME_NodeBFunction_HsDschResources.pmUsedHsPdschCodes_AvgAverageecttbh, enblbh, Sum, Minimum, Maximum
    pmUsedHsPdschCodes_MaxINTENSITYINTEGERMaximum: The distribution of the HS-PDSCH code utilization, as the number of HS-PDSCH codes used by the scheduler.ME_NodeBFunction_HsDschResources.pmUsedHsPdschCodes_MaxAverageecttbh, enblbh, Sum, Minimum, Maximum
    pmUsedHsPdschCodes_MinINTENSITYINTEGERMinimum:The distribution of the HS-PDSCH code utilization, as the number of HS-PDSCH codes used by the scheduler.ME_NodeBFunction_HsDschResources.pmUsedHsPdschCodes_MinAverageecttbh, enblbh, Sum, Minimum, Maximum
    pmUsedTbs64Qam_AvgINTENSITYFLOATAverage: Counting the number of used transport block size (TBS) with 64QAM. The number of successful HARQ transmissions are counted on the MAC-hs layer.ME_NodeBFunction_HsDschResources.pmUsedTbs64Qam_AvgAverageecttbh, enblbh, Sum, Minimum, Maximum
    pmUsedTbs64Qam_MaxINTENSITYINTEGERMaximum: Counting the number of used transport block size (TBS) with 64QAM. The number of successful HARQ transmissions are counted on the MAC-hs layer.ME_NodeBFunction_HsDschResources.pmUsedTbs64Qam_MaxAverageecttbh, enblbh, Sum, Minimum, Maximum
    pmUsedTbs64Qam_MinINTENSITYINTEGERMinimum: Counting the number of used transport block size (TBS) with 64QAM. The number of successful HARQ transmissions are counted on the MAC-hs layer.ME_NodeBFunction_HsDschResources.pmUsedTbs64Qam_MinAverageecttbh, enblbh, Sum, Minimum, Maximum
    Tot_pmSumAckedBitsSpiACCUMULATIONINT8The total number of MAC-hs bits received and acknowledged by the User Equipment (UE) for all SPIsME_NodeBFunction_HsDschResources.pmSumAckedBitsSpi00 + pmSumAckedBitsSpi01 + pmSumAckedBitsSpi02 + pmSumAckedBitsSpi03 + pmSumAckedBitsSpi04 + pmSumAckedBitsSpi05 + pmSumAckedBitsSpi06 + pmSumAckedBitsSpi07 + pmSumAckedBitsSpi08 + pmSumAckedBitsSpi09 + pmSumAckedBitsSpi10 + pmSumAckedBitsSpi11 + pmSumAckedBitsSpi12 + pmSumAckedBitsSpi13 + pmSumAckedBitsSpi14 + pmSumAckedBitsSpi15Sumecttbh, enblbh, Sum
    Tot_pmSumTransmittedBitsSpiACCUMULATIONINTEGERTotal amount of data sent on MAC-hs level per scheduling priority class 0-15.ME_NodeBFunction_HsDschResources.pmSumTransmittedBitsSpi00 + pmSumTransmittedBitsSpi01 + pmSumTransmittedBitsSpi02 + pmSumTransmittedBitsSpi03 + pmSumTransmittedBitsSpi04 + pmSumTransmittedBitsSpi05 + pmSumTransmittedBitsSpi06 + pmSumTransmittedBitsSpi07 + pmSumTransmittedBitsSpi08 + pmSumTransmittedBitsSpi09 + pmSumTransmittedBitsSpi10 + pmSumTransmittedBitsSpi11 + pmSumTransmittedBitsSpi12 + pmSumTransmittedBitsSpi13 + pmSumTransmittedBitsSpi14 + pmSumTransmittedBitsSpi15Sumecttbh, enblbh, Sum


    CDMA_Channel.Ericsson.UMTS.Inactive_Subframes

    Empty subframes transmitted statistics

    KPITypeData TypeDescriptionDerivationDefault AggregatorOther Aggregators
    pmNoInactiveRequiredSubFramesSpi00ACCUMULATIONINTEGERThe number of empty subframes transmitted even though data is scheduled for priority queue. Each counter observes a specific SPI. The different flows are configured ON/OFF using RBS MOM parameter IubDataStreams:: schHsFlowControlOnOff.ME_NodeBFunction_HsDschResources.pmNoInactiveRequiredSubFramesSpi00Sumecttbh, enblbh, Sum
    pmNoInactiveRequiredSubFramesSpi01ACCUMULATIONINTEGERThe number of empty subframes transmitted even though data is scheduled for priority queue. Each counter observes a specific SPI. The different flows are configured ON/OFF using RBS MOM parameter IubDataStreams:: schHsFlowControlOnOff.ME_NodeBFunction_HsDschResources.pmNoInactiveRequiredSubFramesSpi01Sumecttbh, enblbh, Sum
    pmNoInactiveRequiredSubFramesSpi02ACCUMULATIONINTEGERThe number of empty subframes transmitted even though data is scheduled for priority queue. Each counter observes a specific SPI. The different flows are configured ON/OFF using RBS MOM parameter IubDataStreams:: schHsFlowControlOnOff.ME_NodeBFunction_HsDschResources.pmNoInactiveRequiredSubFramesSpi02Sumecttbh, enblbh, Sum
    pmNoInactiveRequiredSubFramesSpi03ACCUMULATIONINTEGERThe number of empty subframes transmitted even though data is scheduled for priority queue. Each counter observes a specific SPI. The different flows are configured ON/OFF using RBS MOM parameter IubDataStreams:: schHsFlowControlOnOff.ME_NodeBFunction_HsDschResources.pmNoInactiveRequiredSubFramesSpi03Sumecttbh, enblbh, Sum
    pmNoInactiveRequiredSubFramesSpi04ACCUMULATIONINTEGERThe number of empty subframes transmitted even though data is scheduled for priority queue. Each counter observes a specific SPI. The different flows are configured ON/OFF using RBS MOM parameter IubDataStreams:: schHsFlowControlOnOff.ME_NodeBFunction_HsDschResources.pmNoInactiveRequiredSubFramesSpi04Sumecttbh, enblbh, Sum
    pmNoInactiveRequiredSubFramesSpi05ACCUMULATIONINTEGERThe number of empty subframes transmitted even though data is scheduled for priority queue. Each counter observes a specific SPI. The different flows are configured ON/OFF using RBS MOM parameter IubDataStreams:: schHsFlowControlOnOff.ME_NodeBFunction_HsDschResources.pmNoInactiveRequiredSubFramesSpi05Sumecttbh, enblbh, Sum
    pmNoInactiveRequiredSubFramesSpi06ACCUMULATIONINTEGERThe number of empty subframes transmitted even though data is scheduled for priority queue. Each counter observes a specific SPI. The different flows are configured ON/OFF using RBS MOM parameter IubDataStreams:: schHsFlowControlOnOff.ME_NodeBFunction_HsDschResources.pmNoInactiveRequiredSubFramesSpi06Sumecttbh, enblbh, Sum
    pmNoInactiveRequiredSubFramesSpi07ACCUMULATIONINTEGERThe number of empty subframes transmitted even though data is scheduled for priority queue. Each counter observes a specific SPI. The different flows are configured ON/OFF using RBS MOM parameter IubDataStreams:: schHsFlowControlOnOff.ME_NodeBFunction_HsDschResources.pmNoInactiveRequiredSubFramesSpi07Sumecttbh, enblbh, Sum
    pmNoInactiveRequiredSubFramesSpi08ACCUMULATIONINTEGERThe number of empty subframes transmitted even though data is scheduled for priority queue. Each counter observes a specific SPI. The different flows are configured ON/OFF using RBS MOM parameter IubDataStreams:: schHsFlowControlOnOff.ME_NodeBFunction_HsDschResources.pmNoInactiveRequiredSubFramesSpi08Sumecttbh, enblbh, Sum
    pmNoInactiveRequiredSubFramesSpi09ACCUMULATIONINTEGERThe number of empty subframes transmitted even though data is scheduled for priority queue. Each counter observes a specific SPI. The different flows are configured ON/OFF using RBS MOM parameter IubDataStreams:: schHsFlowControlOnOff.ME_NodeBFunction_HsDschResources.pmNoInactiveRequiredSubFramesSpi09Sumecttbh, enblbh, Sum
    pmNoInactiveRequiredSubFramesSpi10ACCUMULATIONINTEGERThe number of empty subframes transmitted even though data is scheduled for priority queue. Each counter observes a specific SPI. The different flows are configured ON/OFF using RBS MOM parameter IubDataStreams:: schHsFlowControlOnOff.ME_NodeBFunction_HsDschResources.pmNoInactiveRequiredSubFramesSpi10Sumecttbh, enblbh, Sum
    pmNoInactiveRequiredSubFramesSpi11ACCUMULATIONINTEGERThe number of empty subframes transmitted even though data is scheduled for priority queue. Each counter observes a specific SPI. The different flows are configured ON/OFF using RBS MOM parameter IubDataStreams:: schHsFlowControlOnOff.ME_NodeBFunction_HsDschResources.pmNoInactiveRequiredSubFramesSpi11Sumecttbh, enblbh, Sum
    pmNoInactiveRequiredSubFramesSpi12ACCUMULATIONINTEGERThe number of empty subframes transmitted even though data is scheduled for priority queue. Each counter observes a specific SPI. The different flows are configured ON/OFF using RBS MOM parameter IubDataStreams:: schHsFlowControlOnOff.ME_NodeBFunction_HsDschResources.pmNoInactiveRequiredSubFramesSpi12Sumecttbh, enblbh, Sum
    pmNoInactiveRequiredSubFramesSpi13ACCUMULATIONINTEGERThe number of empty subframes transmitted even though data is scheduled for priority queue. Each counter observes a specific SPI. The different flows are configured ON/OFF using RBS MOM parameter IubDataStreams:: schHsFlowControlOnOff.ME_NodeBFunction_HsDschResources.pmNoInactiveRequiredSubFramesSpi13Sumecttbh, enblbh, Sum
    pmNoInactiveRequiredSubFramesSpi14ACCUMULATIONINTEGERThe number of empty subframes transmitted even though data is scheduled for priority queue. Each counter observes a specific SPI. The different flows are configured ON/OFF using RBS MOM parameter IubDataStreams:: schHsFlowControlOnOff.ME_NodeBFunction_HsDschResources.pmNoInactiveRequiredSubFramesSpi14Sumecttbh, enblbh, Sum
    pmNoInactiveRequiredSubFramesSpi15ACCUMULATIONINTEGERThe number of empty subframes transmitted even though data is scheduled for priority queue. Each counter observes a specific SPI. The different flows are configured ON/OFF using RBS MOM parameter IubDataStreams:: schHsFlowControlOnOff.ME_NodeBFunction_HsDschResources.pmNoInactiveRequiredSubFramesSpi15Sumecttbh, enblbh, Sum
    Tot_pmNoInactiveRequiredSubFramesSpiACCUMULATIONINT8The total number of empty subframes transmitted even though data is scheduled for priority queue.ME_NodeBFunction_HsDschResources.pmNoInactiveRequiredSubFramesSpi00 + pmNoInactiveRequiredSubFramesSpi01 + pmNoInactiveRequiredSubFramesSpi02 + pmNoInactiveRequiredSubFramesSpi03 + pmNoInactiveRequiredSubFramesSpi04 + pmNoInactiveRequiredSubFramesSpi05 + pmNoInactiveRequiredSubFramesSpi06 + pmNoInactiveRequiredSubFramesSpi07 + pmNoInactiveRequiredSubFramesSpi08 + pmNoInactiveRequiredSubFramesSpi09 + pmNoInactiveRequiredSubFramesSpi10 + pmNoInactiveRequiredSubFramesSpi11 + pmNoInactiveRequiredSubFramesSpi12 + pmNoInactiveRequiredSubFramesSpi13 + pmNoInactiveRequiredSubFramesSpi14 + pmNoInactiveRequiredSubFramesSpi15Sumecttbh, enblbh, Sum


    CDMA_Channel.Ericsson.UMTS.Modulation

    Signal modulation statistics

    KPITypeData TypeDescriptionDerivationDefault AggregatorOther Aggregators
    pmAck16Qam_AvgINTENSITYFLOATAverage transport block size with 16 Quadrature Amplitude Modulation (QAM). The number of successful Hybrid Automatic Repetition Request (HARQ) transmissions are counted on the Media Access Control high-speed (MAC-hs) layer.ME_NodeBFunction_HsDschResources.pmAck16Qam_AvgAverageAverage, ecttbh, enblbh, Maximum, Minimum, Sum
    pmAck16Qam_MaxINTENSITYFLOATMaximum transport block size with 16 Quadrature Amplitude Modulation (QAM). The number of successful Hybrid Automatic Repetition Request (HARQ) transmissions are counted on the Media Access Control high-speed (MAC-hs) layer.ME_NodeBFunction_HsDschResources.pmAck16Qam_MaxConstantAverage, ecttbh, enblbh, Maximum, Minimum, Sum
    pmAck16Qam_MinINTENSITYFLOATMinimum transport block size with 16 Quadrature Amplitude Modulation (QAM). The number of successful Hybrid Automatic Repetition Request (HARQ) transmissions are counted on the Media Access Control high-speed (MAC-hs) layer.ME_NodeBFunction_HsDschResources.pmAck16Qam_MinMinimumAverage, ecttbh, enblbh, Maximum, Minimum, Sum
    pmAckQpsk_AvgINTENSITYFLOATAverage transport block size with Quadrature Phase Shift Keying (QPSK). The number of successful HARQ transmissions are counted on the MAC-hs layer.ME_NodeBFunction_HsDschResources.pmAckQpsk_AvgAverageAverage, ecttbh, enblbh, Maximum, Minimum, Sum
    pmAckQpsk_MaxINTENSITYFLOATMaximum transport block size with Quadrature Phase Shift Keying (QPSK). The number of successful HARQ transmissions are counted on the MAC-hs layer.ME_NodeBFunction_HsDschResources.pmAckQpsk_MaxConstantAverage, ecttbh, enblbh, Maximum, Minimum, Sum
    pmAckQpsk_MinINTENSITYFLOATMinimum transport block size with Quadrature Phase Shift Keying (QPSK). The number of successful HARQ transmissions are counted on the MAC-hs layer.ME_NodeBFunction_HsDschResources.pmAckQpsk_MinMinimumAverage, ecttbh, enblbh, Maximum, Minimum, Sum
    pmUsedTbs16Qam_AvgINTENSITYFLOATAverage used transport block size with 16QAM. A transport block is a HARQ data block MAC-hs) Power Distribution Unit (PDU). The number of HARQ transmissions and retransmissions on the MAC-hs layer are counted.ME_NodeBFunction_HsDschResources.pmUsedTbs16Qam_AvgAverageAverage, ecttbh, enblbh, Maximum, Minimum, Sum
    pmUsedTbs16Qam_MaxINTENSITYFLOATMaximum used transport block size with 16QAM. A transport block is a HARQ data block MAC-hs) Power Distribution Unit (PDU). The number of HARQ transmissions and retransmissions on the MAC-hs layer are counted.ME_NodeBFunction_HsDschResources.pmUsedTbs16Qam_MaxConstantAverage, ecttbh, enblbh, Maximum, Minimum, Sum
    pmUsedTbs16Qam_MinINTENSITYFLOATMinimum used transport block size with 16QAM. A transport block is a HARQ data block MAC-hs) Power Distribution Unit (PDU). The number of HARQ transmissions and retransmissions on the MAC-hs layer are counted.ME_NodeBFunction_HsDschResources.pmUsedTbs16Qam_MinMinimumAverage, ecttbh, enblbh, Maximum, Minimum, Sum
    pmUsedTbsQpsk_AvgINTENSITYFLOATAverage used transport block size with QPSK. A transport block is a HARQ data block (MAC-hs PDU). The number of HARQ transmissions and retransmissions on the MAC-hs layer are counted.ME_NodeBFunction_HsDschResources.pmUsedTbsQpsk_AvgAverageAverage, ecttbh, enblbh, Maximum, Minimum, Sum
    pmUsedTbsQpsk_MaxINTENSITYFLOATMaximum used transport block size with QPSK. A transport block is a HARQ data block (MAC-hs PDU). The number of HARQ transmissions and retransmissions on the MAC-hs layer are counted.ME_NodeBFunction_HsDschResources.pmUsedTbsQpsk_MaxConstantAverage, ecttbh, enblbh, Maximum, Minimum, Sum
    pmUsedTbsQpsk_MinINTENSITYFLOATMinimum used transport block size with QPSK. A transport block is a HARQ data block (MAC-hs PDU). The number of HARQ transmissions and retransmissions on the MAC-hs layer are counted.ME_NodeBFunction_HsDschResources.pmUsedTbsQpsk_MinMinimumAverage, ecttbh, enblbh, Maximum, Minimum, Sum


    CDMA_Channel.Ericsson.UMTS.PDF_pmAck16Qam

    pmAck16Qam PDF counters

    KPITypeData TypeDescriptionDerivationDefault AggregatorOther Aggregators
    pmAck16Qam_0ACCUMULATIONINTEGERNumber of received ACKs for a specified transport block size (TBS) with 16QAM. The number of successful HARQ transmissions are counted on the MAC-hs layer.ME_NodeBFunction_HsDschResources.pmAck16Qam_0Sum 
    pmAck16Qam_10ACCUMULATIONINTEGERNumber of received ACKs for a specified transport block size (TBS) with 16QAM. The number of successful HARQ transmissions are counted on the MAC-hs layer.ME_NodeBFunction_HsDschResources.pmAck16Qam_10Sum 
    pmAck16Qam_11ACCUMULATIONINTEGERNumber of received ACKs for a specified transport block size (TBS) with 16QAM. The number of successful HARQ transmissions are counted on the MAC-hs layer.ME_NodeBFunction_HsDschResources.pmAck16Qam_11Sum 
    pmAck16Qam_12ACCUMULATIONINTEGERNumber of received ACKs for a specified transport block size (TBS) with 16QAM. The number of successful HARQ transmissions are counted on the MAC-hs layer.ME_NodeBFunction_HsDschResources.pmAck16Qam_12Sum 
    pmAck16Qam_13ACCUMULATIONINTEGERNumber of received ACKs for a specified transport block size (TBS) with 16QAM. The number of successful HARQ transmissions are counted on the MAC-hs layer.ME_NodeBFunction_HsDschResources.pmAck16Qam_13Sum 
    pmAck16Qam_14ACCUMULATIONINTEGERNumber of received ACKs for a specified transport block size (TBS) with 16QAM. The number of successful HARQ transmissions are counted on the MAC-hs layer.ME_NodeBFunction_HsDschResources.pmAck16Qam_14Sum 
    pmAck16Qam_15ACCUMULATIONINTEGERNumber of received ACKs for a specified transport block size (TBS) with 16QAM. The number of successful HARQ transmissions are counted on the MAC-hs layer.ME_NodeBFunction_HsDschResources.pmAck16Qam_15Sum 
    pmAck16Qam_16ACCUMULATIONINTEGERNumber of received ACKs for a specified transport block size (TBS) with 16QAM. The number of successful HARQ transmissions are counted on the MAC-hs layer.ME_NodeBFunction_HsDschResources.pmAck16Qam_16Sum 
    pmAck16Qam_17ACCUMULATIONINTEGERNumber of received ACKs for a specified transport block size (TBS) with 16QAM. The number of successful HARQ transmissions are counted on the MAC-hs layer.ME_NodeBFunction_HsDschResources.pmAck16Qam_17Sum 
    pmAck16Qam_18ACCUMULATIONINTEGERNumber of received ACKs for a specified transport block size (TBS) with 16QAM. The number of successful HARQ transmissions are counted on the MAC-hs layer.ME_NodeBFunction_HsDschResources.pmAck16Qam_18Sum 
    pmAck16Qam_19ACCUMULATIONINTEGERNumber of received ACKs for a specified transport block size (TBS) with 16QAM. The number of successful HARQ transmissions are counted on the MAC-hs layer.ME_NodeBFunction_HsDschResources.pmAck16Qam_19Sum 
    pmAck16Qam_1ACCUMULATIONINTEGERNumber of received ACKs for a specified transport block size (TBS) with 16QAM. The number of successful HARQ transmissions are counted on the MAC-hs layer.ME_NodeBFunction_HsDschResources.pmAck16Qam_1Sum 
    pmAck16Qam_20ACCUMULATIONINTEGERNumber of received ACKs for a specified transport block size (TBS) with 16QAM. The number of successful HARQ transmissions are counted on the MAC-hs layer.ME_NodeBFunction_HsDschResources.pmAck16Qam_20Sum 
    pmAck16Qam_21ACCUMULATIONINTEGERNumber of received ACKs for a specified transport block size (TBS) with 16QAM. The number of successful HARQ transmissions are counted on the MAC-hs layer.ME_NodeBFunction_HsDschResources.pmAck16Qam_21Sum 
    pmAck16Qam_22ACCUMULATIONINTEGERNumber of received ACKs for a specified transport block size (TBS) with 16QAM. The number of successful HARQ transmissions are counted on the MAC-hs layer.ME_NodeBFunction_HsDschResources.pmAck16Qam_22Sum 
    pmAck16Qam_23ACCUMULATIONINTEGERNumber of received ACKs for a specified transport block size (TBS) with 16QAM. The number of successful HARQ transmissions are counted on the MAC-hs layer.ME_NodeBFunction_HsDschResources.pmAck16Qam_23Sum 
    pmAck16Qam_24ACCUMULATIONINTEGERNumber of received ACKs for a specified transport block size (TBS) with 16QAM. The number of successful HARQ transmissions are counted on the MAC-hs layer.ME_NodeBFunction_HsDschResources.pmAck16Qam_24Sum 
    pmAck16Qam_25ACCUMULATIONINTEGERNumber of received ACKs for a specified transport block size (TBS) with 16QAM. The number of successful HARQ transmissions are counted on the MAC-hs layer.ME_NodeBFunction_HsDschResources.pmAck16Qam_25Sum 
    pmAck16Qam_26ACCUMULATIONINTEGERNumber of received ACKs for a specified transport block size (TBS) with 16QAM. The number of successful HARQ transmissions are counted on the MAC-hs layer.ME_NodeBFunction_HsDschResources.pmAck16Qam_26Sum 
    pmAck16Qam_27ACCUMULATIONINTEGERNumber of received ACKs for a specified transport block size (TBS) with 16QAM. The number of successful HARQ transmissions are counted on the MAC-hs layer.ME_NodeBFunction_HsDschResources.pmAck16Qam_27Sum 
    pmAck16Qam_28ACCUMULATIONINTEGERNumber of received ACKs for a specified transport block size (TBS) with 16QAM. The number of successful HARQ transmissions are counted on the MAC-hs layer.ME_NodeBFunction_HsDschResources.pmAck16Qam_28Sum 
    pmAck16Qam_29ACCUMULATIONINTEGERNumber of received ACKs for a specified transport block size (TBS) with 16QAM. The number of successful HARQ transmissions are counted on the MAC-hs layer.ME_NodeBFunction_HsDschResources.pmAck16Qam_29Sum 
    pmAck16Qam_2ACCUMULATIONINTEGERNumber of received ACKs for a specified transport block size (TBS) with 16QAM. The number of successful HARQ transmissions are counted on the MAC-hs layer.ME_NodeBFunction_HsDschResources.pmAck16Qam_2Sum 
    pmAck16Qam_3ACCUMULATIONINTEGERNumber of received ACKs for a specified transport block size (TBS) with 16QAM. The number of successful HARQ transmissions are counted on the MAC-hs layer.ME_NodeBFunction_HsDschResources.pmAck16Qam_3Sum 
    pmAck16Qam_4ACCUMULATIONINTEGERNumber of received ACKs for a specified transport block size (TBS) with 16QAM. The number of successful HARQ transmissions are counted on the MAC-hs layer.ME_NodeBFunction_HsDschResources.pmAck16Qam_4Sum 
    pmAck16Qam_5ACCUMULATIONINTEGERNumber of received ACKs for a specified transport block size (TBS) with 16QAM. The number of successful HARQ transmissions are counted on the MAC-hs layer.ME_NodeBFunction_HsDschResources.pmAck16Qam_5Sum 
    pmAck16Qam_6ACCUMULATIONINTEGERNumber of received ACKs for a specified transport block size (TBS) with 16QAM. The number of successful HARQ transmissions are counted on the MAC-hs layer.ME_NodeBFunction_HsDschResources.pmAck16Qam_6Sum 
    pmAck16Qam_7ACCUMULATIONINTEGERNumber of received ACKs for a specified transport block size (TBS) with 16QAM. The number of successful HARQ transmissions are counted on the MAC-hs layer.ME_NodeBFunction_HsDschResources.pmAck16Qam_7Sum 
    pmAck16Qam_8ACCUMULATIONINTEGERNumber of received ACKs for a specified transport block size (TBS) with 16QAM. The number of successful HARQ transmissions are counted on the MAC-hs layer.ME_NodeBFunction_HsDschResources.pmAck16Qam_8Sum 
    pmAck16Qam_9ACCUMULATIONINTEGERNumber of received ACKs for a specified transport block size (TBS) with 16QAM. The number of successful HARQ transmissions are counted on the MAC-hs layer.ME_NodeBFunction_HsDschResources.pmAck16Qam_9Sum 


    CDMA_Channel.Ericsson.UMTS.PDF_pmAck64Qam

    pmAck64Qam PDF counters

    KPITypeData TypeDescriptionDerivationDefault AggregatorOther Aggregators
    pmAck64Qam_0ACCUMULATIONINTEGERCounting the number of received ACKs for a specified transport block size (TBS) with 64QAM.The number of successful HARQ transmissions are counted of the MAC-hs layer.ME_NodeBFunction_HsDschResources.pmAck64Qam_0Sum 
    pmAck64Qam_10ACCUMULATIONINTEGERCounting the number of received ACKs for a specified transport block size (TBS) with 64QAM.The number of successful HARQ transmissions are counted of the MAC-hs layer.ME_NodeBFunction_HsDschResources.pmAck64Qam_10Sum 
    pmAck64Qam_11ACCUMULATIONINTEGERCounting the number of received ACKs for a specified transport block size (TBS) with 64QAM.The number of successful HARQ transmissions are counted of the MAC-hs layer.ME_NodeBFunction_HsDschResources.pmAck64Qam_11Sum 
    pmAck64Qam_12ACCUMULATIONINTEGERCounting the number of received ACKs for a specified transport block size (TBS) with 64QAM.The number of successful HARQ transmissions are counted of the MAC-hs layer.ME_NodeBFunction_HsDschResources.pmAck64Qam_12Sum 
    pmAck64Qam_13ACCUMULATIONINTEGERCounting the number of received ACKs for a specified transport block size (TBS) with 64QAM.The number of successful HARQ transmissions are counted of the MAC-hs layer.ME_NodeBFunction_HsDschResources.pmAck64Qam_13Sum 
    pmAck64Qam_14ACCUMULATIONINTEGERCounting the number of received ACKs for a specified transport block size (TBS) with 64QAM.The number of successful HARQ transmissions are counted of the MAC-hs layer.ME_NodeBFunction_HsDschResources.pmAck64Qam_14Sum 
    pmAck64Qam_15ACCUMULATIONINTEGERCounting the number of received ACKs for a specified transport block size (TBS) with 64QAM.The number of successful HARQ transmissions are counted of the MAC-hs layer.ME_NodeBFunction_HsDschResources.pmAck64Qam_15Sum 
    pmAck64Qam_16ACCUMULATIONINTEGERCounting the number of received ACKs for a specified transport block size (TBS) with 64QAM.The number of successful HARQ transmissions are counted of the MAC-hs layer.ME_NodeBFunction_HsDschResources.pmAck64Qam_16Sum 
    pmAck64Qam_17ACCUMULATIONINTEGERCounting the number of received ACKs for a specified transport block size (TBS) with 64QAM.The number of successful HARQ transmissions are counted of the MAC-hs layer.ME_NodeBFunction_HsDschResources.pmAck64Qam_17Sum 
    pmAck64Qam_18ACCUMULATIONINTEGERCounting the number of received ACKs for a specified transport block size (TBS) with 64QAM.The number of successful HARQ transmissions are counted of the MAC-hs layer.ME_NodeBFunction_HsDschResources.pmAck64Qam_18Sum 
    pmAck64Qam_19ACCUMULATIONINTEGERCounting the number of received ACKs for a specified transport block size (TBS) with 64QAM.The number of successful HARQ transmissions are counted of the MAC-hs layer.ME_NodeBFunction_HsDschResources.pmAck64Qam_19Sum 
    pmAck64Qam_1ACCUMULATIONINTEGERCounting the number of received ACKs for a specified transport block size (TBS) with 64QAM.The number of successful HARQ transmissions are counted of the MAC-hs layer.ME_NodeBFunction_HsDschResources.pmAck64Qam_1Sum 
    pmAck64Qam_20ACCUMULATIONINTEGERCounting the number of received ACKs for a specified transport block size (TBS) with 64QAM.The number of successful HARQ transmissions are counted of the MAC-hs layer.ME_NodeBFunction_HsDschResources.pmAck64Qam_20Sum 
    pmAck64Qam_21ACCUMULATIONINTEGERCounting the number of received ACKs for a specified transport block size (TBS) with 64QAM.The number of successful HARQ transmissions are counted of the MAC-hs layer.ME_NodeBFunction_HsDschResources.pmAck64Qam_21Sum 
    pmAck64Qam_22ACCUMULATIONINTEGERCounting the number of received ACKs for a specified transport block size (TBS) with 64QAM.The number of successful HARQ transmissions are counted of the MAC-hs layer.ME_NodeBFunction_HsDschResources.pmAck64Qam_22Sum 
    pmAck64Qam_23ACCUMULATIONINTEGERCounting the number of received ACKs for a specified transport block size (TBS) with 64QAM.The number of successful HARQ transmissions are counted of the MAC-hs layer.ME_NodeBFunction_HsDschResources.pmAck64Qam_23Sum 
    pmAck64Qam_24ACCUMULATIONINTEGERCounting the number of received ACKs for a specified transport block size (TBS) with 64QAM.The number of successful HARQ transmissions are counted of the MAC-hs layer.ME_NodeBFunction_HsDschResources.pmAck64Qam_24Sum 
    pmAck64Qam_25ACCUMULATIONINTEGERCounting the number of received ACKs for a specified transport block size (TBS) with 64QAM.The number of successful HARQ transmissions are counted of the MAC-hs layer.ME_NodeBFunction_HsDschResources.pmAck64Qam_25Sum 
    pmAck64Qam_26ACCUMULATIONINTEGERCounting the number of received ACKs for a specified transport block size (TBS) with 64QAM.The number of successful HARQ transmissions are counted of the MAC-hs layer.ME_NodeBFunction_HsDschResources.pmAck64Qam_26Sum 
    pmAck64Qam_27ACCUMULATIONINTEGERCounting the number of received ACKs for a specified transport block size (TBS) with 64QAM.The number of successful HARQ transmissions are counted of the MAC-hs layer.ME_NodeBFunction_HsDschResources.pmAck64Qam_27Sum 
    pmAck64Qam_28ACCUMULATIONINTEGERCounting the number of received ACKs for a specified transport block size (TBS) with 64QAM.The number of successful HARQ transmissions are counted of the MAC-hs layer.ME_NodeBFunction_HsDschResources.pmAck64Qam_28Sum 
    pmAck64Qam_29ACCUMULATIONINTEGERCounting the number of received ACKs for a specified transport block size (TBS) with 64QAM.The number of successful HARQ transmissions are counted of the MAC-hs layer.ME_NodeBFunction_HsDschResources.pmAck64Qam_29Sum 
    pmAck64Qam_2ACCUMULATIONINTEGERCounting the number of received ACKs for a specified transport block size (TBS) with 64QAM.The number of successful HARQ transmissions are counted of the MAC-hs layer.ME_NodeBFunction_HsDschResources.pmAck64Qam_2Sum 
    pmAck64Qam_3ACCUMULATIONINTEGERCounting the number of received ACKs for a specified transport block size (TBS) with 64QAM.The number of successful HARQ transmissions are counted of the MAC-hs layer.ME_NodeBFunction_HsDschResources.pmAck64Qam_3Sum 
    pmAck64Qam_4ACCUMULATIONINTEGERCounting the number of received ACKs for a specified transport block size (TBS) with 64QAM.The number of successful HARQ transmissions are counted of the MAC-hs layer.ME_NodeBFunction_HsDschResources.pmAck64Qam_4Sum 
    pmAck64Qam_5ACCUMULATIONINTEGERCounting the number of received ACKs for a specified transport block size (TBS) with 64QAM.The number of successful HARQ transmissions are counted of the MAC-hs layer.ME_NodeBFunction_HsDschResources.pmAck64Qam_5Sum 
    pmAck64Qam_6ACCUMULATIONINTEGERCounting the number of received ACKs for a specified transport block size (TBS) with 64QAM.The number of successful HARQ transmissions are counted of the MAC-hs layer.ME_NodeBFunction_HsDschResources.pmAck64Qam_6Sum 
    pmAck64Qam_7ACCUMULATIONINTEGERCounting the number of received ACKs for a specified transport block size (TBS) with 64QAM.The number of successful HARQ transmissions are counted of the MAC-hs layer.ME_NodeBFunction_HsDschResources.pmAck64Qam_7Sum 
    pmAck64Qam_8ACCUMULATIONINTEGERCounting the number of received ACKs for a specified transport block size (TBS) with 64QAM.The number of successful HARQ transmissions are counted of the MAC-hs layer.ME_NodeBFunction_HsDschResources.pmAck64Qam_8Sum 
    pmAck64Qam_9ACCUMULATIONINTEGERCounting the number of received ACKs for a specified transport block size (TBS) with 64QAM.The number of successful HARQ transmissions are counted of the MAC-hs layer.ME_NodeBFunction_HsDschResources.pmAck64Qam_9Sum 


    CDMA_Channel.Ericsson.UMTS.PDF_pmAckQpsk

    pmAckQpsk PDF counters

    KPITypeData TypeDescriptionDerivationDefault AggregatorOther Aggregators
    pmAckQpsk_0ACCUMULATIONINTEGERNumber of received ACKs for a specified transport block size (TBS) with QPSK. The number of successful HARQ transmissions are counted on the MAC-hs layer.ME_NodeBFunction_HsDschResources.pmAckQpsk_0Sum 
    pmAckQpsk_10ACCUMULATIONINTEGERNumber of received ACKs for a specified transport block size (TBS) with QPSK. The number of successful HARQ transmissions are counted on the MAC-hs layer.ME_NodeBFunction_HsDschResources.pmAckQpsk_10Sum 
    pmAckQpsk_11ACCUMULATIONINTEGERNumber of received ACKs for a specified transport block size (TBS) with QPSK. The number of successful HARQ transmissions are counted on the MAC-hs layer.ME_NodeBFunction_HsDschResources.pmAckQpsk_11Sum 
    pmAckQpsk_12ACCUMULATIONINTEGERNumber of received ACKs for a specified transport block size (TBS) with QPSK. The number of successful HARQ transmissions are counted on the MAC-hs layer.ME_NodeBFunction_HsDschResources.pmAckQpsk_12Sum 
    pmAckQpsk_13ACCUMULATIONINTEGERNumber of received ACKs for a specified transport block size (TBS) with QPSK. The number of successful HARQ transmissions are counted on the MAC-hs layer.ME_NodeBFunction_HsDschResources.pmAckQpsk_13Sum 
    pmAckQpsk_14ACCUMULATIONINTEGERNumber of received ACKs for a specified transport block size (TBS) with QPSK. The number of successful HARQ transmissions are counted on the MAC-hs layer.ME_NodeBFunction_HsDschResources.pmAckQpsk_14Sum 
    pmAckQpsk_15ACCUMULATIONINTEGERNumber of received ACKs for a specified transport block size (TBS) with QPSK. The number of successful HARQ transmissions are counted on the MAC-hs layer.ME_NodeBFunction_HsDschResources.pmAckQpsk_15Sum 
    pmAckQpsk_16ACCUMULATIONINTEGERNumber of received ACKs for a specified transport block size (TBS) with QPSK. The number of successful HARQ transmissions are counted on the MAC-hs layer.ME_NodeBFunction_HsDschResources.pmAckQpsk_16Sum 
    pmAckQpsk_17ACCUMULATIONINTEGERNumber of received ACKs for a specified transport block size (TBS) with QPSK. The number of successful HARQ transmissions are counted on the MAC-hs layer.ME_NodeBFunction_HsDschResources.pmAckQpsk_17Sum 
    pmAckQpsk_18ACCUMULATIONINTEGERNumber of received ACKs for a specified transport block size (TBS) with QPSK. The number of successful HARQ transmissions are counted on the MAC-hs layer.ME_NodeBFunction_HsDschResources.pmAckQpsk_18Sum 
    pmAckQpsk_19ACCUMULATIONINTEGERNumber of received ACKs for a specified transport block size (TBS) with QPSK. The number of successful HARQ transmissions are counted on the MAC-hs layer.ME_NodeBFunction_HsDschResources.pmAckQpsk_19Sum 
    pmAckQpsk_1ACCUMULATIONINTEGERNumber of received ACKs for a specified transport block size (TBS) with QPSK. The number of successful HARQ transmissions are counted on the MAC-hs layer.ME_NodeBFunction_HsDschResources.pmAckQpsk_1Sum 
    pmAckQpsk_20ACCUMULATIONINTEGERNumber of received ACKs for a specified transport block size (TBS) with QPSK. The number of successful HARQ transmissions are counted on the MAC-hs layer.ME_NodeBFunction_HsDschResources.pmAckQpsk_20Sum 
    pmAckQpsk_21ACCUMULATIONINTEGERNumber of received ACKs for a specified transport block size (TBS) with QPSK. The number of successful HARQ transmissions are counted on the MAC-hs layer.ME_NodeBFunction_HsDschResources.pmAckQpsk_21Sum 
    pmAckQpsk_22ACCUMULATIONINTEGERNumber of received ACKs for a specified transport block size (TBS) with QPSK. The number of successful HARQ transmissions are counted on the MAC-hs layer.ME_NodeBFunction_HsDschResources.pmAckQpsk_22Sum 
    pmAckQpsk_23ACCUMULATIONINTEGERNumber of received ACKs for a specified transport block size (TBS) with QPSK. The number of successful HARQ transmissions are counted on the MAC-hs layer.ME_NodeBFunction_HsDschResources.pmAckQpsk_23Sum 
    pmAckQpsk_24ACCUMULATIONINTEGERNumber of received ACKs for a specified transport block size (TBS) with QPSK. The number of successful HARQ transmissions are counted on the MAC-hs layer.ME_NodeBFunction_HsDschResources.pmAckQpsk_24Sum 
    pmAckQpsk_25ACCUMULATIONINTEGERNumber of received ACKs for a specified transport block size (TBS) with QPSK. The number of successful HARQ transmissions are counted on the MAC-hs layer.ME_NodeBFunction_HsDschResources.pmAckQpsk_25Sum 
    pmAckQpsk_26ACCUMULATIONINTEGERNumber of received ACKs for a specified transport block size (TBS) with QPSK. The number of successful HARQ transmissions are counted on the MAC-hs layer.ME_NodeBFunction_HsDschResources.pmAckQpsk_26Sum 
    pmAckQpsk_27ACCUMULATIONINTEGERNumber of received ACKs for a specified transport block size (TBS) with QPSK. The number of successful HARQ transmissions are counted on the MAC-hs layer.ME_NodeBFunction_HsDschResources.pmAckQpsk_27Sum 
    pmAckQpsk_28ACCUMULATIONINTEGERNumber of received ACKs for a specified transport block size (TBS) with QPSK. The number of successful HARQ transmissions are counted on the MAC-hs layer.ME_NodeBFunction_HsDschResources.pmAckQpsk_28Sum 
    pmAckQpsk_29ACCUMULATIONINTEGERNumber of received ACKs for a specified transport block size (TBS) with QPSK. The number of successful HARQ transmissions are counted on the MAC-hs layer.ME_NodeBFunction_HsDschResources.pmAckQpsk_29Sum 
    pmAckQpsk_2ACCUMULATIONINTEGERNumber of received ACKs for a specified transport block size (TBS) with QPSK. The number of successful HARQ transmissions are counted on the MAC-hs layer.ME_NodeBFunction_HsDschResources.pmAckQpsk_2Sum 
    pmAckQpsk_3ACCUMULATIONINTEGERNumber of received ACKs for a specified transport block size (TBS) with QPSK. The number of successful HARQ transmissions are counted on the MAC-hs layer.ME_NodeBFunction_HsDschResources.pmAckQpsk_3Sum 
    pmAckQpsk_4ACCUMULATIONINTEGERNumber of received ACKs for a specified transport block size (TBS) with QPSK. The number of successful HARQ transmissions are counted on the MAC-hs layer.ME_NodeBFunction_HsDschResources.pmAckQpsk_4Sum 
    pmAckQpsk_5ACCUMULATIONINTEGERNumber of received ACKs for a specified transport block size (TBS) with QPSK. The number of successful HARQ transmissions are counted on the MAC-hs layer.ME_NodeBFunction_HsDschResources.pmAckQpsk_5Sum 
    pmAckQpsk_6ACCUMULATIONINTEGERNumber of received ACKs for a specified transport block size (TBS) with QPSK. The number of successful HARQ transmissions are counted on the MAC-hs layer.ME_NodeBFunction_HsDschResources.pmAckQpsk_6Sum 
    pmAckQpsk_7ACCUMULATIONINTEGERNumber of received ACKs for a specified transport block size (TBS) with QPSK. The number of successful HARQ transmissions are counted on the MAC-hs layer.ME_NodeBFunction_HsDschResources.pmAckQpsk_7Sum 
    pmAckQpsk_8ACCUMULATIONINTEGERNumber of received ACKs for a specified transport block size (TBS) with QPSK. The number of successful HARQ transmissions are counted on the MAC-hs layer.ME_NodeBFunction_HsDschResources.pmAckQpsk_8Sum 
    pmAckQpsk_9ACCUMULATIONINTEGERNumber of received ACKs for a specified transport block size (TBS) with QPSK. The number of successful HARQ transmissions are counted on the MAC-hs layer.ME_NodeBFunction_HsDschResources.pmAckQpsk_9Sum 


    CDMA_Channel.Ericsson.UMTS.PDF_pmAverageUserRate

    pmAverageUserRate PDF counters

    KPITypeData TypeDescriptionDerivationDefault AggregatorOther Aggregators
    pmAverageUserRate_0ACCUMULATIONINTEGERThe distribution of the average user rate among all users allocated to high-speed DSCH in the cell.ME_NodeBFunction_HsDschResources.pmAverageUserRate_0Sum 
    pmAverageUserRate_10ACCUMULATIONINTEGERThe distribution of the average user rate among all users allocated to high-speed DSCH in the cell.ME_NodeBFunction_HsDschResources.pmAverageUserRate_10Sum 
    pmAverageUserRate_11ACCUMULATIONINTEGERThe distribution of the average user rate among all users allocated to high-speed DSCH in the cell.ME_NodeBFunction_HsDschResources.pmAverageUserRate_11Sum 
    pmAverageUserRate_12ACCUMULATIONINTEGERThe distribution of the average user rate among all users allocated to high-speed DSCH in the cell.ME_NodeBFunction_HsDschResources.pmAverageUserRate_12Sum 
    pmAverageUserRate_13ACCUMULATIONINTEGERThe distribution of the average user rate among all users allocated to high-speed DSCH in the cell.ME_NodeBFunction_HsDschResources.pmAverageUserRate_13Sum 
    pmAverageUserRate_14ACCUMULATIONINTEGERThe distribution of the average user rate among all users allocated to high-speed DSCH in the cell.ME_NodeBFunction_HsDschResources.pmAverageUserRate_14Sum 
    pmAverageUserRate_15ACCUMULATIONINTEGERThe distribution of the average user rate among all users allocated to high-speed DSCH in the cell.ME_NodeBFunction_HsDschResources.pmAverageUserRate_15Sum 
    pmAverageUserRate_16ACCUMULATIONINTEGERThe distribution of the average user rate among all users allocated to high-speed DSCH in the cell.ME_NodeBFunction_HsDschResources.pmAverageUserRate_16Sum 
    pmAverageUserRate_17ACCUMULATIONINTEGERThe distribution of the average user rate among all users allocated to high-speed DSCH in the cell.ME_NodeBFunction_HsDschResources.pmAverageUserRate_17Sum 
    pmAverageUserRate_18ACCUMULATIONINTEGERThe distribution of the average user rate among all users allocated to high-speed DSCH in the cell.ME_NodeBFunction_HsDschResources.pmAverageUserRate_18Sum 
    pmAverageUserRate_19ACCUMULATIONINTEGERThe distribution of the average user rate among all users allocated to high-speed DSCH in the cell.ME_NodeBFunction_HsDschResources.pmAverageUserRate_19Sum 
    pmAverageUserRate_1ACCUMULATIONINTEGERThe distribution of the average user rate among all users allocated to high-speed DSCH in the cell.ME_NodeBFunction_HsDschResources.pmAverageUserRate_1Sum 
    pmAverageUserRate_20ACCUMULATIONINTEGERThe distribution of the average user rate among all users allocated to high-speed DSCH in the cell.ME_NodeBFunction_HsDschResources.pmAverageUserRate_20Sum 
    pmAverageUserRate_21ACCUMULATIONINTEGERThe distribution of the average user rate among all users allocated to high-speed DSCH in the cell.ME_NodeBFunction_HsDschResources.pmAverageUserRate_21Sum 
    pmAverageUserRate_22ACCUMULATIONINTEGERThe distribution of the average user rate among all users allocated to high-speed DSCH in the cell.ME_NodeBFunction_HsDschResources.pmAverageUserRate_22Sum 
    pmAverageUserRate_23ACCUMULATIONINTEGERThe distribution of the average user rate among all users allocated to high-speed DSCH in the cell.ME_NodeBFunction_HsDschResources.pmAverageUserRate_23Sum 
    pmAverageUserRate_2ACCUMULATIONINTEGERThe distribution of the average user rate among all users allocated to high-speed DSCH in the cell.ME_NodeBFunction_HsDschResources.pmAverageUserRate_2Sum 
    pmAverageUserRate_3ACCUMULATIONINTEGERThe distribution of the average user rate among all users allocated to high-speed DSCH in the cell.ME_NodeBFunction_HsDschResources.pmAverageUserRate_3Sum 
    pmAverageUserRate_4ACCUMULATIONINTEGERThe distribution of the average user rate among all users allocated to high-speed DSCH in the cell.ME_NodeBFunction_HsDschResources.pmAverageUserRate_4Sum 
    pmAverageUserRate_5ACCUMULATIONINTEGERThe distribution of the average user rate among all users allocated to high-speed DSCH in the cell.ME_NodeBFunction_HsDschResources.pmAverageUserRate_5Sum 
    pmAverageUserRate_6ACCUMULATIONINTEGERThe distribution of the average user rate among all users allocated to high-speed DSCH in the cell.ME_NodeBFunction_HsDschResources.pmAverageUserRate_6Sum 
    pmAverageUserRate_7ACCUMULATIONINTEGERThe distribution of the average user rate among all users allocated to high-speed DSCH in the cell.ME_NodeBFunction_HsDschResources.pmAverageUserRate_7Sum 
    pmAverageUserRate_8ACCUMULATIONINTEGERThe distribution of the average user rate among all users allocated to high-speed DSCH in the cell.ME_NodeBFunction_HsDschResources.pmAverageUserRate_8Sum 
    pmAverageUserRate_9ACCUMULATIONINTEGERThe distribution of the average user rate among all users allocated to high-speed DSCH in the cell.ME_NodeBFunction_HsDschResources.pmAverageUserRate_9Sum 


    CDMA_Channel.Ericsson.UMTS.PDF_pmCapacityHsDschUsers

    pmCapacityHsDschUsers PDF counters

    KPITypeData TypeDescriptionDerivationDefault AggregatorOther Aggregators
    pmCapacityHsDschUsers_0ACCUMULATIONINTEGERThe distribution of the number of HS-DSCH users, as percentages of the corresponding license limit.ME_NodeBFunction_HsDschResources.pmCapacityHsDschUsers_0Sum 
    pmCapacityHsDschUsers_10ACCUMULATIONINTEGERThe distribution of the number of HS-DSCH users, as percentages of the corresponding license limit.ME_NodeBFunction_HsDschResources.pmCapacityHsDschUsers_10Sum 
    pmCapacityHsDschUsers_11ACCUMULATIONINTEGERThe distribution of the number of HS-DSCH users, as percentages of the corresponding license limit.ME_NodeBFunction_HsDschResources.pmCapacityHsDschUsers_11Sum 
    pmCapacityHsDschUsers_12ACCUMULATIONINTEGERThe distribution of the number of HS-DSCH users, as percentages of the corresponding license limit.ME_NodeBFunction_HsDschResources.pmCapacityHsDschUsers_12Sum 
    pmCapacityHsDschUsers_13ACCUMULATIONINTEGERThe distribution of the number of HS-DSCH users, as percentages of the corresponding license limit.ME_NodeBFunction_HsDschResources.pmCapacityHsDschUsers_13Sum 
    pmCapacityHsDschUsers_14ACCUMULATIONINTEGERThe distribution of the number of HS-DSCH users, as percentages of the corresponding license limit.ME_NodeBFunction_HsDschResources.pmCapacityHsDschUsers_14Sum 
    pmCapacityHsDschUsers_15ACCUMULATIONINTEGERThe distribution of the number of HS-DSCH users, as percentages of the corresponding license limit.ME_NodeBFunction_HsDschResources.pmCapacityHsDschUsers_15Sum 
    pmCapacityHsDschUsers_16ACCUMULATIONINTEGERThe distribution of the number of HS-DSCH users, as percentages of the corresponding license limit.ME_NodeBFunction_HsDschResources.pmCapacityHsDschUsers_16Sum 
    pmCapacityHsDschUsers_17ACCUMULATIONINTEGERThe distribution of the number of HS-DSCH users, as percentages of the corresponding license limit.ME_NodeBFunction_HsDschResources.pmCapacityHsDschUsers_17Sum 
    pmCapacityHsDschUsers_18ACCUMULATIONINTEGERThe distribution of the number of HS-DSCH users, as percentages of the corresponding license limit.ME_NodeBFunction_HsDschResources.pmCapacityHsDschUsers_18Sum 
    pmCapacityHsDschUsers_19ACCUMULATIONINTEGERThe distribution of the number of HS-DSCH users, as percentages of the corresponding license limit.ME_NodeBFunction_HsDschResources.pmCapacityHsDschUsers_19Sum 
    pmCapacityHsDschUsers_1ACCUMULATIONINTEGERThe distribution of the number of HS-DSCH users, as percentages of the corresponding license limit.ME_NodeBFunction_HsDschResources.pmCapacityHsDschUsers_1Sum 
    pmCapacityHsDschUsers_20ACCUMULATIONINTEGERThe distribution of the number of HS-DSCH users, as percentages of the corresponding license limit.ME_NodeBFunction_HsDschResources.pmCapacityHsDschUsers_20Sum 
    pmCapacityHsDschUsers_2ACCUMULATIONINTEGERThe distribution of the number of HS-DSCH users, as percentages of the corresponding license limit.ME_NodeBFunction_HsDschResources.pmCapacityHsDschUsers_2Sum 
    pmCapacityHsDschUsers_3ACCUMULATIONINTEGERThe distribution of the number of HS-DSCH users, as percentages of the corresponding license limit.ME_NodeBFunction_HsDschResources.pmCapacityHsDschUsers_3Sum 
    pmCapacityHsDschUsers_4ACCUMULATIONINTEGERThe distribution of the number of HS-DSCH users, as percentages of the corresponding license limit.ME_NodeBFunction_HsDschResources.pmCapacityHsDschUsers_4Sum 
    pmCapacityHsDschUsers_5ACCUMULATIONINTEGERThe distribution of the number of HS-DSCH users, as percentages of the corresponding license limit.ME_NodeBFunction_HsDschResources.pmCapacityHsDschUsers_5Sum 
    pmCapacityHsDschUsers_6ACCUMULATIONINTEGERThe distribution of the number of HS-DSCH users, as percentages of the corresponding license limit.ME_NodeBFunction_HsDschResources.pmCapacityHsDschUsers_6Sum 
    pmCapacityHsDschUsers_7ACCUMULATIONINTEGERThe distribution of the number of HS-DSCH users, as percentages of the corresponding license limit.ME_NodeBFunction_HsDschResources.pmCapacityHsDschUsers_7Sum 
    pmCapacityHsDschUsers_8ACCUMULATIONINTEGERThe distribution of the number of HS-DSCH users, as percentages of the corresponding license limit.ME_NodeBFunction_HsDschResources.pmCapacityHsDschUsers_8Sum 
    pmCapacityHsDschUsers_9ACCUMULATIONINTEGERThe distribution of the number of HS-DSCH users, as percentages of the corresponding license limit.ME_NodeBFunction_HsDschResources.pmCapacityHsDschUsers_9Sum 


    CDMA_Channel.Ericsson.UMTS.PDF_pmCapacityHsPdschCodes

    pmCapacityHsPdschCodes PDF counters

    KPITypeData TypeDescriptionDerivationDefault AggregatorOther Aggregators
    pmCapacityHsPdschCodes_0ACCUMULATIONINTEGERThe distribution of the HS-PDSCH code utilization, as license limit percentages of the number of HS-PDSCH codes available for the scheduler.ME_NodeBFunction_HsDschResources.pmCapacityHsPdschCodes_0Sum 
    pmCapacityHsPdschCodes_10ACCUMULATIONINTEGERThe distribution of the HS-PDSCH code utilization, as license limit percentages of the number of HS-PDSCH codes available for the scheduler.ME_NodeBFunction_HsDschResources.pmCapacityHsPdschCodes_10Sum 
    pmCapacityHsPdschCodes_1ACCUMULATIONINTEGERThe distribution of the HS-PDSCH code utilization, as license limit percentages of the number of HS-PDSCH codes available for the scheduler.ME_NodeBFunction_HsDschResources.pmCapacityHsPdschCodes_1Sum 
    pmCapacityHsPdschCodes_2ACCUMULATIONINTEGERThe distribution of the HS-PDSCH code utilization, as license limit percentages of the number of HS-PDSCH codes available for the scheduler.ME_NodeBFunction_HsDschResources.pmCapacityHsPdschCodes_2Sum 
    pmCapacityHsPdschCodes_3ACCUMULATIONINTEGERThe distribution of the HS-PDSCH code utilization, as license limit percentages of the number of HS-PDSCH codes available for the scheduler.ME_NodeBFunction_HsDschResources.pmCapacityHsPdschCodes_3Sum 
    pmCapacityHsPdschCodes_4ACCUMULATIONINTEGERThe distribution of the HS-PDSCH code utilization, as license limit percentages of the number of HS-PDSCH codes available for the scheduler.ME_NodeBFunction_HsDschResources.pmCapacityHsPdschCodes_4Sum 
    pmCapacityHsPdschCodes_5ACCUMULATIONINTEGERThe distribution of the HS-PDSCH code utilization, as license limit percentages of the number of HS-PDSCH codes available for the scheduler.ME_NodeBFunction_HsDschResources.pmCapacityHsPdschCodes_5Sum 
    pmCapacityHsPdschCodes_6ACCUMULATIONINTEGERThe distribution of the HS-PDSCH code utilization, as license limit percentages of the number of HS-PDSCH codes available for the scheduler.ME_NodeBFunction_HsDschResources.pmCapacityHsPdschCodes_6Sum 
    pmCapacityHsPdschCodes_7ACCUMULATIONINTEGERThe distribution of the HS-PDSCH code utilization, as license limit percentages of the number of HS-PDSCH codes available for the scheduler.ME_NodeBFunction_HsDschResources.pmCapacityHsPdschCodes_7Sum 
    pmCapacityHsPdschCodes_8ACCUMULATIONINTEGERThe distribution of the HS-PDSCH code utilization, as license limit percentages of the number of HS-PDSCH codes available for the scheduler.ME_NodeBFunction_HsDschResources.pmCapacityHsPdschCodes_8Sum 
    pmCapacityHsPdschCodes_9ACCUMULATIONINTEGERThe distribution of the HS-PDSCH code utilization, as license limit percentages of the number of HS-PDSCH codes available for the scheduler.ME_NodeBFunction_HsDschResources.pmCapacityHsPdschCodes_9Sum 


    CDMA_Channel.Ericsson.UMTS.PDF_pmCapacityServEDchUsers

    pmCapacityServEDchUsers PDF counters

    KPITypeData TypeDescriptionDerivationDefault AggregatorOther Aggregators
    pmCapacityServEDchUsers_0ACCUMULATIONINTEGERThe distribution of the number of Serving E-DCH users, as percentages of the corresponding license limit.ME_NodeBFunction_Sector_Carrier_EDchResources.pmCapacityServEDchUsers_0Sum 
    pmCapacityServEDchUsers_10ACCUMULATIONINTEGERThe distribution of the number of Serving E-DCH users, as percentages of the corresponding license limit.ME_NodeBFunction_Sector_Carrier_EDchResources.pmCapacityServEDchUsers_10Sum 
    pmCapacityServEDchUsers_1ACCUMULATIONINTEGERThe distribution of the number of Serving E-DCH users, as percentages of the corresponding license limit.ME_NodeBFunction_Sector_Carrier_EDchResources.pmCapacityServEDchUsers_1Sum 
    pmCapacityServEDchUsers_2ACCUMULATIONINTEGERThe distribution of the number of Serving E-DCH users, as percentages of the corresponding license limit.ME_NodeBFunction_Sector_Carrier_EDchResources.pmCapacityServEDchUsers_2Sum 
    pmCapacityServEDchUsers_3ACCUMULATIONINTEGERThe distribution of the number of Serving E-DCH users, as percentages of the corresponding license limit.ME_NodeBFunction_Sector_Carrier_EDchResources.pmCapacityServEDchUsers_3Sum 
    pmCapacityServEDchUsers_4ACCUMULATIONINTEGERThe distribution of the number of Serving E-DCH users, as percentages of the corresponding license limit.ME_NodeBFunction_Sector_Carrier_EDchResources.pmCapacityServEDchUsers_4Sum 
    pmCapacityServEDchUsers_5ACCUMULATIONINTEGERThe distribution of the number of Serving E-DCH users, as percentages of the corresponding license limit.ME_NodeBFunction_Sector_Carrier_EDchResources.pmCapacityServEDchUsers_5Sum 
    pmCapacityServEDchUsers_6ACCUMULATIONINTEGERThe distribution of the number of Serving E-DCH users, as percentages of the corresponding license limit.ME_NodeBFunction_Sector_Carrier_EDchResources.pmCapacityServEDchUsers_6Sum 
    pmCapacityServEDchUsers_7ACCUMULATIONINTEGERThe distribution of the number of Serving E-DCH users, as percentages of the corresponding license limit.ME_NodeBFunction_Sector_Carrier_EDchResources.pmCapacityServEDchUsers_7Sum 
    pmCapacityServEDchUsers_8ACCUMULATIONINTEGERThe distribution of the number of Serving E-DCH users, as percentages of the corresponding license limit.ME_NodeBFunction_Sector_Carrier_EDchResources.pmCapacityServEDchUsers_8Sum 
    pmCapacityServEDchUsers_9ACCUMULATIONINTEGERThe distribution of the number of Serving E-DCH users, as percentages of the corresponding license limit.ME_NodeBFunction_Sector_Carrier_EDchResources.pmCapacityServEDchUsers_9Sum 


    CDMA_Channel.Ericsson.UMTS.PDF_pmCommonChPowerEul

    pmCommonChPowerEul PDF counters

    KPITypeData TypeDescriptionDerivationDefault AggregatorOther Aggregators
    pmCommonChPowerEul_0ACCUMULATIONINTEGERThis counter is used to observe the total DL power used for the E-AGCH, E-RGCH and E-HICH in the cell.ME_NodeBFunction_Sector_Carrier_EDchResources.pmCommonChPowerEul_0Sum 
    pmCommonChPowerEul_10ACCUMULATIONINTEGERThis counter is used to observe the total DL power used for the E-AGCH, E-RGCH and E-HICH in the cell.ME_NodeBFunction_Sector_Carrier_EDchResources.pmCommonChPowerEul_10Sum 
    pmCommonChPowerEul_11ACCUMULATIONINTEGERThis counter is used to observe the total DL power used for the E-AGCH, E-RGCH and E-HICH in the cell.ME_NodeBFunction_Sector_Carrier_EDchResources.pmCommonChPowerEul_11Sum 
    pmCommonChPowerEul_12ACCUMULATIONINTEGERThis counter is used to observe the total DL power used for the E-AGCH, E-RGCH and E-HICH in the cell.ME_NodeBFunction_Sector_Carrier_EDchResources.pmCommonChPowerEul_12Sum 
    pmCommonChPowerEul_13ACCUMULATIONINTEGERThis counter is used to observe the total DL power used for the E-AGCH, E-RGCH and E-HICH in the cell.ME_NodeBFunction_Sector_Carrier_EDchResources.pmCommonChPowerEul_13Sum 
    pmCommonChPowerEul_14ACCUMULATIONINTEGERThis counter is used to observe the total DL power used for the E-AGCH, E-RGCH and E-HICH in the cell.ME_NodeBFunction_Sector_Carrier_EDchResources.pmCommonChPowerEul_14Sum 
    pmCommonChPowerEul_15ACCUMULATIONINTEGERThis counter is used to observe the total DL power used for the E-AGCH, E-RGCH and E-HICH in the cell.ME_NodeBFunction_Sector_Carrier_EDchResources.pmCommonChPowerEul_15Sum 
    pmCommonChPowerEul_16ACCUMULATIONINTEGERThis counter is used to observe the total DL power used for the E-AGCH, E-RGCH and E-HICH in the cell.ME_NodeBFunction_Sector_Carrier_EDchResources.pmCommonChPowerEul_16Sum 
    pmCommonChPowerEul_17ACCUMULATIONINTEGERThis counter is used to observe the total DL power used for the E-AGCH, E-RGCH and E-HICH in the cell.ME_NodeBFunction_Sector_Carrier_EDchResources.pmCommonChPowerEul_17Sum 
    pmCommonChPowerEul_18ACCUMULATIONINTEGERThis counter is used to observe the total DL power used for the E-AGCH, E-RGCH and E-HICH in the cell.ME_NodeBFunction_Sector_Carrier_EDchResources.pmCommonChPowerEul_18Sum 
    pmCommonChPowerEul_19ACCUMULATIONINTEGERThis counter is used to observe the total DL power used for the E-AGCH, E-RGCH and E-HICH in the cell.ME_NodeBFunction_Sector_Carrier_EDchResources.pmCommonChPowerEul_19Sum 
    pmCommonChPowerEul_1ACCUMULATIONINTEGERThis counter is used to observe the total DL power used for the E-AGCH, E-RGCH and E-HICH in the cell.ME_NodeBFunction_Sector_Carrier_EDchResources.pmCommonChPowerEul_1Sum 
    pmCommonChPowerEul_20ACCUMULATIONINTEGERThis counter is used to observe the total DL power used for the E-AGCH, E-RGCH and E-HICH in the cell.ME_NodeBFunction_Sector_Carrier_EDchResources.pmCommonChPowerEul_20Sum 
    pmCommonChPowerEul_21ACCUMULATIONINTEGERThis counter is used to observe the total DL power used for the E-AGCH, E-RGCH and E-HICH in the cell.ME_NodeBFunction_Sector_Carrier_EDchResources.pmCommonChPowerEul_21Sum 
    pmCommonChPowerEul_22ACCUMULATIONINTEGERThis counter is used to observe the total DL power used for the E-AGCH, E-RGCH and E-HICH in the cell.ME_NodeBFunction_Sector_Carrier_EDchResources.pmCommonChPowerEul_22Sum 
    pmCommonChPowerEul_23ACCUMULATIONINTEGERThis counter is used to observe the total DL power used for the E-AGCH, E-RGCH and E-HICH in the cell.ME_NodeBFunction_Sector_Carrier_EDchResources.pmCommonChPowerEul_23Sum 
    pmCommonChPowerEul_24ACCUMULATIONINTEGERThis counter is used to observe the total DL power used for the E-AGCH, E-RGCH and E-HICH in the cell.ME_NodeBFunction_Sector_Carrier_EDchResources.pmCommonChPowerEul_24Sum 
    pmCommonChPowerEul_25ACCUMULATIONINTEGERThis counter is used to observe the total DL power used for the E-AGCH, E-RGCH and E-HICH in the cell.ME_NodeBFunction_Sector_Carrier_EDchResources.pmCommonChPowerEul_25Sum 
    pmCommonChPowerEul_26ACCUMULATIONINTEGERThis counter is used to observe the total DL power used for the E-AGCH, E-RGCH and E-HICH in the cell.ME_NodeBFunction_Sector_Carrier_EDchResources.pmCommonChPowerEul_26Sum 
    pmCommonChPowerEul_27ACCUMULATIONINTEGERThis counter is used to observe the total DL power used for the E-AGCH, E-RGCH and E-HICH in the cell.ME_NodeBFunction_Sector_Carrier_EDchResources.pmCommonChPowerEul_27Sum 
    pmCommonChPowerEul_28ACCUMULATIONINTEGERThis counter is used to observe the total DL power used for the E-AGCH, E-RGCH and E-HICH in the cell.ME_NodeBFunction_Sector_Carrier_EDchResources.pmCommonChPowerEul_28Sum 
    pmCommonChPowerEul_29ACCUMULATIONINTEGERThis counter is used to observe the total DL power used for the E-AGCH, E-RGCH and E-HICH in the cell.ME_NodeBFunction_Sector_Carrier_EDchResources.pmCommonChPowerEul_29Sum 
    pmCommonChPowerEul_2ACCUMULATIONINTEGERThis counter is used to observe the total DL power used for the E-AGCH, E-RGCH and E-HICH in the cell.ME_NodeBFunction_Sector_Carrier_EDchResources.pmCommonChPowerEul_2Sum 
    pmCommonChPowerEul_30ACCUMULATIONINTEGERThis counter is used to observe the total DL power used for the E-AGCH, E-RGCH and E-HICH in the cell.ME_NodeBFunction_Sector_Carrier_EDchResources.pmCommonChPowerEul_30Sum 
    pmCommonChPowerEul_31ACCUMULATIONINTEGERThis counter is used to observe the total DL power used for the E-AGCH, E-RGCH and E-HICH in the cell.ME_NodeBFunction_Sector_Carrier_EDchResources.pmCommonChPowerEul_31Sum 
    pmCommonChPowerEul_32ACCUMULATIONINTEGERThis counter is used to observe the total DL power used for the E-AGCH, E-RGCH and E-HICH in the cell.ME_NodeBFunction_Sector_Carrier_EDchResources.pmCommonChPowerEul_32Sum 
    pmCommonChPowerEul_33ACCUMULATIONINTEGERThis counter is used to observe the total DL power used for the E-AGCH, E-RGCH and E-HICH in the cell.ME_NodeBFunction_Sector_Carrier_EDchResources.pmCommonChPowerEul_33Sum 
    pmCommonChPowerEul_34ACCUMULATIONINTEGERThis counter is used to observe the total DL power used for the E-AGCH, E-RGCH and E-HICH in the cell.ME_NodeBFunction_Sector_Carrier_EDchResources.pmCommonChPowerEul_34Sum 
    pmCommonChPowerEul_35ACCUMULATIONINTEGERThis counter is used to observe the total DL power used for the E-AGCH, E-RGCH and E-HICH in the cell.ME_NodeBFunction_Sector_Carrier_EDchResources.pmCommonChPowerEul_35Sum 
    pmCommonChPowerEul_36ACCUMULATIONINTEGERThis counter is used to observe the total DL power used for the E-AGCH, E-RGCH and E-HICH in the cell.ME_NodeBFunction_Sector_Carrier_EDchResources.pmCommonChPowerEul_36Sum 
    pmCommonChPowerEul_37ACCUMULATIONINTEGERThis counter is used to observe the total DL power used for the E-AGCH, E-RGCH and E-HICH in the cell.ME_NodeBFunction_Sector_Carrier_EDchResources.pmCommonChPowerEul_37Sum 
    pmCommonChPowerEul_38ACCUMULATIONINTEGERThis counter is used to observe the total DL power used for the E-AGCH, E-RGCH and E-HICH in the cell.ME_NodeBFunction_Sector_Carrier_EDchResources.pmCommonChPowerEul_38Sum 
    pmCommonChPowerEul_39ACCUMULATIONINTEGERThis counter is used to observe the total DL power used for the E-AGCH, E-RGCH and E-HICH in the cell.ME_NodeBFunction_Sector_Carrier_EDchResources.pmCommonChPowerEul_39Sum 
    pmCommonChPowerEul_3ACCUMULATIONINTEGERThis counter is used to observe the total DL power used for the E-AGCH, E-RGCH and E-HICH in the cell.ME_NodeBFunction_Sector_Carrier_EDchResources.pmCommonChPowerEul_3Sum 
    pmCommonChPowerEul_40ACCUMULATIONINTEGERThis counter is used to observe the total DL power used for the E-AGCH, E-RGCH and E-HICH in the cell.ME_NodeBFunction_Sector_Carrier_EDchResources.pmCommonChPowerEul_40Sum 
    pmCommonChPowerEul_4ACCUMULATIONINTEGERThis counter is used to observe the total DL power used for the E-AGCH, E-RGCH and E-HICH in the cell.ME_NodeBFunction_Sector_Carrier_EDchResources.pmCommonChPowerEul_4Sum 
    pmCommonChPowerEul_5ACCUMULATIONINTEGERThis counter is used to observe the total DL power used for the E-AGCH, E-RGCH and E-HICH in the cell.ME_NodeBFunction_Sector_Carrier_EDchResources.pmCommonChPowerEul_5Sum 
    pmCommonChPowerEul_6ACCUMULATIONINTEGERThis counter is used to observe the total DL power used for the E-AGCH, E-RGCH and E-HICH in the cell.ME_NodeBFunction_Sector_Carrier_EDchResources.pmCommonChPowerEul_6Sum 
    pmCommonChPowerEul_7ACCUMULATIONINTEGERThis counter is used to observe the total DL power used for the E-AGCH, E-RGCH and E-HICH in the cell.ME_NodeBFunction_Sector_Carrier_EDchResources.pmCommonChPowerEul_7Sum 
    pmCommonChPowerEul_8ACCUMULATIONINTEGERThis counter is used to observe the total DL power used for the E-AGCH, E-RGCH and E-HICH in the cell.ME_NodeBFunction_Sector_Carrier_EDchResources.pmCommonChPowerEul_8Sum 
    pmCommonChPowerEul_9ACCUMULATIONINTEGERThis counter is used to observe the total DL power used for the E-AGCH, E-RGCH and E-HICH in the cell.ME_NodeBFunction_Sector_Carrier_EDchResources.pmCommonChPowerEul_9Sum 


    CDMA_Channel.Ericsson.UMTS.PDF_pmDelayDistributionSpi00

    pmDelayDistributionSpi00 PDF counters

    KPITypeData TypeDescriptionDerivationDefault AggregatorOther Aggregators
    pmDelayDistributionSpi00_0ACCUMULATIONINTEGERMeasurement to observe the distribution of the scheduling delay for scheduling priority class 00 on each subframe on those priority queue(s) selected for transmission. The scheduling delay is counted as a percentage of schMaxdelay of each priority class and 3000 ms will be used as a schMaxDelay in case it is set to -1.ME_NodeBFunction_HsDschResources.pmDelayDistributionSpi00_0Sum 
    pmDelayDistributionSpi00_10ACCUMULATIONINTEGERMeasurement to observe the distribution of the scheduling delay for scheduling priority class 00 on each subframe on those priority queue(s) selected for transmission. The scheduling delay is counted as a percentage of schMaxdelay of each priority class and 3000 ms will be used as a schMaxDelay in case it is set to -1.ME_NodeBFunction_HsDschResources.pmDelayDistributionSpi00_10Sum 
    pmDelayDistributionSpi00_1ACCUMULATIONINTEGERMeasurement to observe the distribution of the scheduling delay for scheduling priority class 00 on each subframe on those priority queue(s) selected for transmission. The scheduling delay is counted as a percentage of schMaxdelay of each priority class and 3000 ms will be used as a schMaxDelay in case it is set to -1.ME_NodeBFunction_HsDschResources.pmDelayDistributionSpi00_1Sum 
    pmDelayDistributionSpi00_2ACCUMULATIONINTEGERMeasurement to observe the distribution of the scheduling delay for scheduling priority class 00 on each subframe on those priority queue(s) selected for transmission. The scheduling delay is counted as a percentage of schMaxdelay of each priority class and 3000 ms will be used as a schMaxDelay in case it is set to -1.ME_NodeBFunction_HsDschResources.pmDelayDistributionSpi00_2Sum 
    pmDelayDistributionSpi00_3ACCUMULATIONINTEGERMeasurement to observe the distribution of the scheduling delay for scheduling priority class 00 on each subframe on those priority queue(s) selected for transmission. The scheduling delay is counted as a percentage of schMaxdelay of each priority class and 3000 ms will be used as a schMaxDelay in case it is set to -1.ME_NodeBFunction_HsDschResources.pmDelayDistributionSpi00_3Sum 
    pmDelayDistributionSpi00_4ACCUMULATIONINTEGERMeasurement to observe the distribution of the scheduling delay for scheduling priority class 00 on each subframe on those priority queue(s) selected for transmission. The scheduling delay is counted as a percentage of schMaxdelay of each priority class and 3000 ms will be used as a schMaxDelay in case it is set to -1.ME_NodeBFunction_HsDschResources.pmDelayDistributionSpi00_4Sum 
    pmDelayDistributionSpi00_5ACCUMULATIONINTEGERMeasurement to observe the distribution of the scheduling delay for scheduling priority class 00 on each subframe on those priority queue(s) selected for transmission. The scheduling delay is counted as a percentage of schMaxdelay of each priority class and 3000 ms will be used as a schMaxDelay in case it is set to -1.ME_NodeBFunction_HsDschResources.pmDelayDistributionSpi00_5Sum 
    pmDelayDistributionSpi00_6ACCUMULATIONINTEGERMeasurement to observe the distribution of the scheduling delay for scheduling priority class 00 on each subframe on those priority queue(s) selected for transmission. The scheduling delay is counted as a percentage of schMaxdelay of each priority class and 3000 ms will be used as a schMaxDelay in case it is set to -1.ME_NodeBFunction_HsDschResources.pmDelayDistributionSpi00_6Sum 
    pmDelayDistributionSpi00_7ACCUMULATIONINTEGERMeasurement to observe the distribution of the scheduling delay for scheduling priority class 00 on each subframe on those priority queue(s) selected for transmission. The scheduling delay is counted as a percentage of schMaxdelay of each priority class and 3000 ms will be used as a schMaxDelay in case it is set to -1.ME_NodeBFunction_HsDschResources.pmDelayDistributionSpi00_7Sum 
    pmDelayDistributionSpi00_8ACCUMULATIONINTEGERMeasurement to observe the distribution of the scheduling delay for scheduling priority class 00 on each subframe on those priority queue(s) selected for transmission. The scheduling delay is counted as a percentage of schMaxdelay of each priority class and 3000 ms will be used as a schMaxDelay in case it is set to -1.ME_NodeBFunction_HsDschResources.pmDelayDistributionSpi00_8Sum 
    pmDelayDistributionSpi00_9ACCUMULATIONINTEGERMeasurement to observe the distribution of the scheduling delay for scheduling priority class 00 on each subframe on those priority queue(s) selected for transmission. The scheduling delay is counted as a percentage of schMaxdelay of each priority class and 3000 ms will be used as a schMaxDelay in case it is set to -1.ME_NodeBFunction_HsDschResources.pmDelayDistributionSpi00_9Sum 


    CDMA_Channel.Ericsson.UMTS.PDF_pmDelayDistributionSpi01

    pmDelayDistributionSpi01 PDF counters

    KPITypeData TypeDescriptionDerivationDefault AggregatorOther Aggregators
    pmDelayDistributionSpi01_0ACCUMULATIONINTEGERMeasurement to observe the distribution of the scheduling delay for scheduling priority class 01 on each subframe on those priority queue(s) selected for transmission. The scheduling delay is counted as a percentage of schMaxdelay of each priority class and 3000 ms will be used as a schMaxDelay in case it is set to -1.ME_NodeBFunction_HsDschResources.pmDelayDistributionSpi01_0Sum 
    pmDelayDistributionSpi01_10ACCUMULATIONINTEGERMeasurement to observe the distribution of the scheduling delay for scheduling priority class 01 on each subframe on those priority queue(s) selected for transmission. The scheduling delay is counted as a percentage of schMaxdelay of each priority class and 3000 ms will be used as a schMaxDelay in case it is set to -1.ME_NodeBFunction_HsDschResources.pmDelayDistributionSpi01_10Sum 
    pmDelayDistributionSpi01_1ACCUMULATIONINTEGERMeasurement to observe the distribution of the scheduling delay for scheduling priority class 01 on each subframe on those priority queue(s) selected for transmission. The scheduling delay is counted as a percentage of schMaxdelay of each priority class and 3000 ms will be used as a schMaxDelay in case it is set to -1.ME_NodeBFunction_HsDschResources.pmDelayDistributionSpi01_1Sum 
    pmDelayDistributionSpi01_2ACCUMULATIONINTEGERMeasurement to observe the distribution of the scheduling delay for scheduling priority class 01 on each subframe on those priority queue(s) selected for transmission. The scheduling delay is counted as a percentage of schMaxdelay of each priority class and 3000 ms will be used as a schMaxDelay in case it is set to -1.ME_NodeBFunction_HsDschResources.pmDelayDistributionSpi01_2Sum 
    pmDelayDistributionSpi01_3ACCUMULATIONINTEGERMeasurement to observe the distribution of the scheduling delay for scheduling priority class 01 on each subframe on those priority queue(s) selected for transmission. The scheduling delay is counted as a percentage of schMaxdelay of each priority class and 3000 ms will be used as a schMaxDelay in case it is set to -1.ME_NodeBFunction_HsDschResources.pmDelayDistributionSpi01_3Sum 
    pmDelayDistributionSpi01_4ACCUMULATIONINTEGERMeasurement to observe the distribution of the scheduling delay for scheduling priority class 01 on each subframe on those priority queue(s) selected for transmission. The scheduling delay is counted as a percentage of schMaxdelay of each priority class and 3000 ms will be used as a schMaxDelay in case it is set to -1.ME_NodeBFunction_HsDschResources.pmDelayDistributionSpi01_4Sum 
    pmDelayDistributionSpi01_5ACCUMULATIONINTEGERMeasurement to observe the distribution of the scheduling delay for scheduling priority class 01 on each subframe on those priority queue(s) selected for transmission. The scheduling delay is counted as a percentage of schMaxdelay of each priority class and 3000 ms will be used as a schMaxDelay in case it is set to -1.ME_NodeBFunction_HsDschResources.pmDelayDistributionSpi01_5Sum 
    pmDelayDistributionSpi01_6ACCUMULATIONINTEGERMeasurement to observe the distribution of the scheduling delay for scheduling priority class 01 on each subframe on those priority queue(s) selected for transmission. The scheduling delay is counted as a percentage of schMaxdelay of each priority class and 3000 ms will be used as a schMaxDelay in case it is set to -1.ME_NodeBFunction_HsDschResources.pmDelayDistributionSpi01_6Sum 
    pmDelayDistributionSpi01_7ACCUMULATIONINTEGERMeasurement to observe the distribution of the scheduling delay for scheduling priority class 01 on each subframe on those priority queue(s) selected for transmission. The scheduling delay is counted as a percentage of schMaxdelay of each priority class and 3000 ms will be used as a schMaxDelay in case it is set to -1.ME_NodeBFunction_HsDschResources.pmDelayDistributionSpi01_7Sum 
    pmDelayDistributionSpi01_8ACCUMULATIONINTEGERMeasurement to observe the distribution of the scheduling delay for scheduling priority class 01 on each subframe on those priority queue(s) selected for transmission. The scheduling delay is counted as a percentage of schMaxdelay of each priority class and 3000 ms will be used as a schMaxDelay in case it is set to -1.ME_NodeBFunction_HsDschResources.pmDelayDistributionSpi01_8Sum 
    pmDelayDistributionSpi01_9ACCUMULATIONINTEGERMeasurement to observe the distribution of the scheduling delay for scheduling priority class 01 on each subframe on those priority queue(s) selected for transmission. The scheduling delay is counted as a percentage of schMaxdelay of each priority class and 3000 ms will be used as a schMaxDelay in case it is set to -1.ME_NodeBFunction_HsDschResources.pmDelayDistributionSpi01_9Sum 


    CDMA_Channel.Ericsson.UMTS.PDF_pmDelayDistributionSpi02

    pmDelayDistributionSpi02 PDF counters

    KPITypeData TypeDescriptionDerivationDefault AggregatorOther Aggregators
    pmDelayDistributionSpi02_0ACCUMULATIONINTEGERMeasurement to observe the distribution of the scheduling delay for scheduling priority class 02 on each subframe on those priority queue(s) selected for transmission. The scheduling delay is counted as a percentage of schMaxdelay of each priority class and 3000 ms will be used as a schMaxDelay in case it is set to -1.ME_NodeBFunction_HsDschResources.pmDelayDistributionSpi02_0Sum 
    pmDelayDistributionSpi02_10ACCUMULATIONINTEGERMeasurement to observe the distribution of the scheduling delay for scheduling priority class 02 on each subframe on those priority queue(s) selected for transmission. The scheduling delay is counted as a percentage of schMaxdelay of each priority class and 3000 ms will be used as a schMaxDelay in case it is set to -1.ME_NodeBFunction_HsDschResources.pmDelayDistributionSpi02_10Sum 
    pmDelayDistributionSpi02_1ACCUMULATIONINTEGERMeasurement to observe the distribution of the scheduling delay for scheduling priority class 02 on each subframe on those priority queue(s) selected for transmission. The scheduling delay is counted as a percentage of schMaxdelay of each priority class and 3000 ms will be used as a schMaxDelay in case it is set to -1.ME_NodeBFunction_HsDschResources.pmDelayDistributionSpi02_1Sum 
    pmDelayDistributionSpi02_2ACCUMULATIONINTEGERMeasurement to observe the distribution of the scheduling delay for scheduling priority class 02 on each subframe on those priority queue(s) selected for transmission. The scheduling delay is counted as a percentage of schMaxdelay of each priority class and 3000 ms will be used as a schMaxDelay in case it is set to -1.ME_NodeBFunction_HsDschResources.pmDelayDistributionSpi02_2Sum 
    pmDelayDistributionSpi02_3ACCUMULATIONINTEGERMeasurement to observe the distribution of the scheduling delay for scheduling priority class 02 on each subframe on those priority queue(s) selected for transmission. The scheduling delay is counted as a percentage of schMaxdelay of each priority class and 3000 ms will be used as a schMaxDelay in case it is set to -1.ME_NodeBFunction_HsDschResources.pmDelayDistributionSpi02_3Sum 
    pmDelayDistributionSpi02_4ACCUMULATIONINTEGERMeasurement to observe the distribution of the scheduling delay for scheduling priority class 02 on each subframe on those priority queue(s) selected for transmission. The scheduling delay is counted as a percentage of schMaxdelay of each priority class and 3000 ms will be used as a schMaxDelay in case it is set to -1.ME_NodeBFunction_HsDschResources.pmDelayDistributionSpi02_4Sum 
    pmDelayDistributionSpi02_5ACCUMULATIONINTEGERMeasurement to observe the distribution of the scheduling delay for scheduling priority class 02 on each subframe on those priority queue(s) selected for transmission. The scheduling delay is counted as a percentage of schMaxdelay of each priority class and 3000 ms will be used as a schMaxDelay in case it is set to -1.ME_NodeBFunction_HsDschResources.pmDelayDistributionSpi02_5Sum 
    pmDelayDistributionSpi02_6ACCUMULATIONINTEGERMeasurement to observe the distribution of the scheduling delay for scheduling priority class 02 on each subframe on those priority queue(s) selected for transmission. The scheduling delay is counted as a percentage of schMaxdelay of each priority class and 3000 ms will be used as a schMaxDelay in case it is set to -1.ME_NodeBFunction_HsDschResources.pmDelayDistributionSpi02_6Sum 
    pmDelayDistributionSpi02_7ACCUMULATIONINTEGERMeasurement to observe the distribution of the scheduling delay for scheduling priority class 02 on each subframe on those priority queue(s) selected for transmission. The scheduling delay is counted as a percentage of schMaxdelay of each priority class and 3000 ms will be used as a schMaxDelay in case it is set to -1.ME_NodeBFunction_HsDschResources.pmDelayDistributionSpi02_7Sum 
    pmDelayDistributionSpi02_8ACCUMULATIONINTEGERMeasurement to observe the distribution of the scheduling delay for scheduling priority class 02 on each subframe on those priority queue(s) selected for transmission. The scheduling delay is counted as a percentage of schMaxdelay of each priority class and 3000 ms will be used as a schMaxDelay in case it is set to -1.ME_NodeBFunction_HsDschResources.pmDelayDistributionSpi02_8Sum 
    pmDelayDistributionSpi02_9ACCUMULATIONINTEGERMeasurement to observe the distribution of the scheduling delay for scheduling priority class 02 on each subframe on those priority queue(s) selected for transmission. The scheduling delay is counted as a percentage of schMaxdelay of each priority class and 3000 ms will be used as a schMaxDelay in case it is set to -1.ME_NodeBFunction_HsDschResources.pmDelayDistributionSpi02_9Sum 


    CDMA_Channel.Ericsson.UMTS.PDF_pmDelayDistributionSpi03

    pmDelayDistributionSpi03 PDF counters

    KPITypeData TypeDescriptionDerivationDefault AggregatorOther Aggregators
    pmDelayDistributionSpi03_0ACCUMULATIONINTEGERMeasurement to observe the distribution of the scheduling delay for scheduling priority class 03 on each subframe on those priority queue(s) selected for transmission. The scheduling delay is counted as a percentage of schMaxdelay of each priority class and 3000 ms will be used as a schMaxDelay in case it is set to -1.ME_NodeBFunction_HsDschResources.pmDelayDistributionSpi03_0Sum 
    pmDelayDistributionSpi03_10ACCUMULATIONINTEGERMeasurement to observe the distribution of the scheduling delay for scheduling priority class 03 on each subframe on those priority queue(s) selected for transmission. The scheduling delay is counted as a percentage of schMaxdelay of each priority class and 3000 ms will be used as a schMaxDelay in case it is set to -1.ME_NodeBFunction_HsDschResources.pmDelayDistributionSpi03_10Sum 
    pmDelayDistributionSpi03_1ACCUMULATIONINTEGERMeasurement to observe the distribution of the scheduling delay for scheduling priority class 03 on each subframe on those priority queue(s) selected for transmission. The scheduling delay is counted as a percentage of schMaxdelay of each priority class and 3000 ms will be used as a schMaxDelay in case it is set to -1.ME_NodeBFunction_HsDschResources.pmDelayDistributionSpi03_1Sum 
    pmDelayDistributionSpi03_2ACCUMULATIONINTEGERMeasurement to observe the distribution of the scheduling delay for scheduling priority class 03 on each subframe on those priority queue(s) selected for transmission. The scheduling delay is counted as a percentage of schMaxdelay of each priority class and 3000 ms will be used as a schMaxDelay in case it is set to -1.ME_NodeBFunction_HsDschResources.pmDelayDistributionSpi03_2Sum 
    pmDelayDistributionSpi03_3ACCUMULATIONINTEGERMeasurement to observe the distribution of the scheduling delay for scheduling priority class 03 on each subframe on those priority queue(s) selected for transmission. The scheduling delay is counted as a percentage of schMaxdelay of each priority class and 3000 ms will be used as a schMaxDelay in case it is set to -1.ME_NodeBFunction_HsDschResources.pmDelayDistributionSpi03_3Sum 
    pmDelayDistributionSpi03_4ACCUMULATIONINTEGERMeasurement to observe the distribution of the scheduling delay for scheduling priority class 03 on each subframe on those priority queue(s) selected for transmission. The scheduling delay is counted as a percentage of schMaxdelay of each priority class and 3000 ms will be used as a schMaxDelay in case it is set to -1.ME_NodeBFunction_HsDschResources.pmDelayDistributionSpi03_4Sum 
    pmDelayDistributionSpi03_5ACCUMULATIONINTEGERMeasurement to observe the distribution of the scheduling delay for scheduling priority class 03 on each subframe on those priority queue(s) selected for transmission. The scheduling delay is counted as a percentage of schMaxdelay of each priority class and 3000 ms will be used as a schMaxDelay in case it is set to -1.ME_NodeBFunction_HsDschResources.pmDelayDistributionSpi03_5Sum 
    pmDelayDistributionSpi03_6ACCUMULATIONINTEGERMeasurement to observe the distribution of the scheduling delay for scheduling priority class 03 on each subframe on those priority queue(s) selected for transmission. The scheduling delay is counted as a percentage of schMaxdelay of each priority class and 3000 ms will be used as a schMaxDelay in case it is set to -1.ME_NodeBFunction_HsDschResources.pmDelayDistributionSpi03_6Sum 
    pmDelayDistributionSpi03_7ACCUMULATIONINTEGERMeasurement to observe the distribution of the scheduling delay for scheduling priority class 03 on each subframe on those priority queue(s) selected for transmission. The scheduling delay is counted as a percentage of schMaxdelay of each priority class and 3000 ms will be used as a schMaxDelay in case it is set to -1.ME_NodeBFunction_HsDschResources.pmDelayDistributionSpi03_7Sum 
    pmDelayDistributionSpi03_8ACCUMULATIONINTEGERMeasurement to observe the distribution of the scheduling delay for scheduling priority class 03 on each subframe on those priority queue(s) selected for transmission. The scheduling delay is counted as a percentage of schMaxdelay of each priority class and 3000 ms will be used as a schMaxDelay in case it is set to -1.ME_NodeBFunction_HsDschResources.pmDelayDistributionSpi03_8Sum 
    pmDelayDistributionSpi03_9ACCUMULATIONINTEGERMeasurement to observe the distribution of the scheduling delay for scheduling priority class 03 on each subframe on those priority queue(s) selected for transmission. The scheduling delay is counted as a percentage of schMaxdelay of each priority class and 3000 ms will be used as a schMaxDelay in case it is set to -1.ME_NodeBFunction_HsDschResources.pmDelayDistributionSpi03_9Sum 


    CDMA_Channel.Ericsson.UMTS.PDF_pmDelayDistributionSpi04

    pmDelayDistributionSpi04 PDF counters

    KPITypeData TypeDescriptionDerivationDefault AggregatorOther Aggregators
    pmDelayDistributionSpi04_0ACCUMULATIONINTEGERMeasurement to observe the distribution of the scheduling delay for scheduling priority class 04 on each subframe on those priority queue(s) selected for transmission. The scheduling delay is counted as a percentage of schMaxdelay of each priority class and 3000 ms will be used as a schMaxDelay in case it is set to -1.ME_NodeBFunction_HsDschResources.pmDelayDistributionSpi04_0Sum 
    pmDelayDistributionSpi04_10ACCUMULATIONINTEGERMeasurement to observe the distribution of the scheduling delay for scheduling priority class 04 on each subframe on those priority queue(s) selected for transmission. The scheduling delay is counted as a percentage of schMaxdelay of each priority class and 3000 ms will be used as a schMaxDelay in case it is set to -1.ME_NodeBFunction_HsDschResources.pmDelayDistributionSpi04_10Sum 
    pmDelayDistributionSpi04_1ACCUMULATIONINTEGERMeasurement to observe the distribution of the scheduling delay for scheduling priority class 04 on each subframe on those priority queue(s) selected for transmission. The scheduling delay is counted as a percentage of schMaxdelay of each priority class and 3000 ms will be used as a schMaxDelay in case it is set to -1.ME_NodeBFunction_HsDschResources.pmDelayDistributionSpi04_1Sum 
    pmDelayDistributionSpi04_2ACCUMULATIONINTEGERMeasurement to observe the distribution of the scheduling delay for scheduling priority class 04 on each subframe on those priority queue(s) selected for transmission. The scheduling delay is counted as a percentage of schMaxdelay of each priority class and 3000 ms will be used as a schMaxDelay in case it is set to -1.ME_NodeBFunction_HsDschResources.pmDelayDistributionSpi04_2Sum 
    pmDelayDistributionSpi04_3ACCUMULATIONINTEGERMeasurement to observe the distribution of the scheduling delay for scheduling priority class 04 on each subframe on those priority queue(s) selected for transmission. The scheduling delay is counted as a percentage of schMaxdelay of each priority class and 3000 ms will be used as a schMaxDelay in case it is set to -1.ME_NodeBFunction_HsDschResources.pmDelayDistributionSpi04_3Sum 
    pmDelayDistributionSpi04_4ACCUMULATIONINTEGERMeasurement to observe the distribution of the scheduling delay for scheduling priority class 04 on each subframe on those priority queue(s) selected for transmission. The scheduling delay is counted as a percentage of schMaxdelay of each priority class and 3000 ms will be used as a schMaxDelay in case it is set to -1.ME_NodeBFunction_HsDschResources.pmDelayDistributionSpi04_4Sum 
    pmDelayDistributionSpi04_5ACCUMULATIONINTEGERMeasurement to observe the distribution of the scheduling delay for scheduling priority class 04 on each subframe on those priority queue(s) selected for transmission. The scheduling delay is counted as a percentage of schMaxdelay of each priority class and 3000 ms will be used as a schMaxDelay in case it is set to -1.ME_NodeBFunction_HsDschResources.pmDelayDistributionSpi04_5Sum 
    pmDelayDistributionSpi04_6ACCUMULATIONINTEGERMeasurement to observe the distribution of the scheduling delay for scheduling priority class 04 on each subframe on those priority queue(s) selected for transmission. The scheduling delay is counted as a percentage of schMaxdelay of each priority class and 3000 ms will be used as a schMaxDelay in case it is set to -1.ME_NodeBFunction_HsDschResources.pmDelayDistributionSpi04_6Sum 
    pmDelayDistributionSpi04_7ACCUMULATIONINTEGERMeasurement to observe the distribution of the scheduling delay for scheduling priority class 04 on each subframe on those priority queue(s) selected for transmission. The scheduling delay is counted as a percentage of schMaxdelay of each priority class and 3000 ms will be used as a schMaxDelay in case it is set to -1.ME_NodeBFunction_HsDschResources.pmDelayDistributionSpi04_7Sum 
    pmDelayDistributionSpi04_8ACCUMULATIONINTEGERMeasurement to observe the distribution of the scheduling delay for scheduling priority class 04 on each subframe on those priority queue(s) selected for transmission. The scheduling delay is counted as a percentage of schMaxdelay of each priority class and 3000 ms will be used as a schMaxDelay in case it is set to -1.ME_NodeBFunction_HsDschResources.pmDelayDistributionSpi04_8Sum 
    pmDelayDistributionSpi04_9ACCUMULATIONINTEGERMeasurement to observe the distribution of the scheduling delay for scheduling priority class 04 on each subframe on those priority queue(s) selected for transmission. The scheduling delay is counted as a percentage of schMaxdelay of each priority class and 3000 ms will be used as a schMaxDelay in case it is set to -1.ME_NodeBFunction_HsDschResources.pmDelayDistributionSpi04_9Sum 


    CDMA_Channel.Ericsson.UMTS.PDF_pmDelayDistributionSpi05

    pmDelayDistributionSpi05 PDF counters

    KPITypeData TypeDescriptionDerivationDefault AggregatorOther Aggregators
    pmDelayDistributionSpi05_0ACCUMULATIONINTEGERMeasurement to observe the distribution of the scheduling delay for scheduling priority class 05 on each subframe on those priority queue(s) selected for transmission. The scheduling delay is counted as a percentage of schMaxdelay of each priority class and 3000 ms will be used as a schMaxDelay in case it is set to -1.ME_NodeBFunction_HsDschResources.pmDelayDistributionSpi05_0Sum 
    pmDelayDistributionSpi05_10ACCUMULATIONINTEGERMeasurement to observe the distribution of the scheduling delay for scheduling priority class 05 on each subframe on those priority queue(s) selected for transmission. The scheduling delay is counted as a percentage of schMaxdelay of each priority class and 3000 ms will be used as a schMaxDelay in case it is set to -1.ME_NodeBFunction_HsDschResources.pmDelayDistributionSpi05_10Sum 
    pmDelayDistributionSpi05_1ACCUMULATIONINTEGERMeasurement to observe the distribution of the scheduling delay for scheduling priority class 05 on each subframe on those priority queue(s) selected for transmission. The scheduling delay is counted as a percentage of schMaxdelay of each priority class and 3000 ms will be used as a schMaxDelay in case it is set to -1.ME_NodeBFunction_HsDschResources.pmDelayDistributionSpi05_1Sum 
    pmDelayDistributionSpi05_2ACCUMULATIONINTEGERMeasurement to observe the distribution of the scheduling delay for scheduling priority class 05 on each subframe on those priority queue(s) selected for transmission. The scheduling delay is counted as a percentage of schMaxdelay of each priority class and 3000 ms will be used as a schMaxDelay in case it is set to -1.ME_NodeBFunction_HsDschResources.pmDelayDistributionSpi05_2Sum 
    pmDelayDistributionSpi05_3ACCUMULATIONINTEGERMeasurement to observe the distribution of the scheduling delay for scheduling priority class 05 on each subframe on those priority queue(s) selected for transmission. The scheduling delay is counted as a percentage of schMaxdelay of each priority class and 3000 ms will be used as a schMaxDelay in case it is set to -1.ME_NodeBFunction_HsDschResources.pmDelayDistributionSpi05_3Sum 
    pmDelayDistributionSpi05_4ACCUMULATIONINTEGERMeasurement to observe the distribution of the scheduling delay for scheduling priority class 05 on each subframe on those priority queue(s) selected for transmission. The scheduling delay is counted as a percentage of schMaxdelay of each priority class and 3000 ms will be used as a schMaxDelay in case it is set to -1.ME_NodeBFunction_HsDschResources.pmDelayDistributionSpi05_4Sum 
    pmDelayDistributionSpi05_5ACCUMULATIONINTEGERMeasurement to observe the distribution of the scheduling delay for scheduling priority class 05 on each subframe on those priority queue(s) selected for transmission. The scheduling delay is counted as a percentage of schMaxdelay of each priority class and 3000 ms will be used as a schMaxDelay in case it is set to -1.ME_NodeBFunction_HsDschResources.pmDelayDistributionSpi05_5Sum 
    pmDelayDistributionSpi05_6ACCUMULATIONINTEGERMeasurement to observe the distribution of the scheduling delay for scheduling priority class 05 on each subframe on those priority queue(s) selected for transmission. The scheduling delay is counted as a percentage of schMaxdelay of each priority class and 3000 ms will be used as a schMaxDelay in case it is set to -1.ME_NodeBFunction_HsDschResources.pmDelayDistributionSpi05_6Sum 
    pmDelayDistributionSpi05_7ACCUMULATIONINTEGERMeasurement to observe the distribution of the scheduling delay for scheduling priority class 05 on each subframe on those priority queue(s) selected for transmission. The scheduling delay is counted as a percentage of schMaxdelay of each priority class and 3000 ms will be used as a schMaxDelay in case it is set to -1.ME_NodeBFunction_HsDschResources.pmDelayDistributionSpi05_7Sum 
    pmDelayDistributionSpi05_8ACCUMULATIONINTEGERMeasurement to observe the distribution of the scheduling delay for scheduling priority class 05 on each subframe on those priority queue(s) selected for transmission. The scheduling delay is counted as a percentage of schMaxdelay of each priority class and 3000 ms will be used as a schMaxDelay in case it is set to -1.ME_NodeBFunction_HsDschResources.pmDelayDistributionSpi05_8Sum 
    pmDelayDistributionSpi05_9ACCUMULATIONINTEGERMeasurement to observe the distribution of the scheduling delay for scheduling priority class 05 on each subframe on those priority queue(s) selected for transmission. The scheduling delay is counted as a percentage of schMaxdelay of each priority class and 3000 ms will be used as a schMaxDelay in case it is set to -1.ME_NodeBFunction_HsDschResources.pmDelayDistributionSpi05_9Sum 


    CDMA_Channel.Ericsson.UMTS.PDF_pmDelayDistributionSpi06

    pmDelayDistributionSpi06 PDF counters

    KPITypeData TypeDescriptionDerivationDefault AggregatorOther Aggregators
    pmDelayDistributionSpi06_0ACCUMULATIONINTEGERMeasurement to observe the distribution of the scheduling delay for scheduling priority class 06 on each subframe on those priority queue(s) selected for transmission. The scheduling delay is counted as a percentage of schMaxdelay of each priority class and 3000 ms will be used as a schMaxDelay in case it is set to -1.ME_NodeBFunction_HsDschResources.pmDelayDistributionSpi06_0Sum 
    pmDelayDistributionSpi06_10ACCUMULATIONINTEGERMeasurement to observe the distribution of the scheduling delay for scheduling priority class 06 on each subframe on those priority queue(s) selected for transmission. The scheduling delay is counted as a percentage of schMaxdelay of each priority class and 3000 ms will be used as a schMaxDelay in case it is set to -1.ME_NodeBFunction_HsDschResources.pmDelayDistributionSpi06_10Sum 
    pmDelayDistributionSpi06_1ACCUMULATIONINTEGERMeasurement to observe the distribution of the scheduling delay for scheduling priority class 06 on each subframe on those priority queue(s) selected for transmission. The scheduling delay is counted as a percentage of schMaxdelay of each priority class and 3000 ms will be used as a schMaxDelay in case it is set to -1.ME_NodeBFunction_HsDschResources.pmDelayDistributionSpi06_1Sum 
    pmDelayDistributionSpi06_2ACCUMULATIONINTEGERMeasurement to observe the distribution of the scheduling delay for scheduling priority class 06 on each subframe on those priority queue(s) selected for transmission. The scheduling delay is counted as a percentage of schMaxdelay of each priority class and 3000 ms will be used as a schMaxDelay in case it is set to -1.ME_NodeBFunction_HsDschResources.pmDelayDistributionSpi06_2Sum 
    pmDelayDistributionSpi06_3ACCUMULATIONINTEGERMeasurement to observe the distribution of the scheduling delay for scheduling priority class 06 on each subframe on those priority queue(s) selected for transmission. The scheduling delay is counted as a percentage of schMaxdelay of each priority class and 3000 ms will be used as a schMaxDelay in case it is set to -1.ME_NodeBFunction_HsDschResources.pmDelayDistributionSpi06_3Sum 
    pmDelayDistributionSpi06_4ACCUMULATIONINTEGERMeasurement to observe the distribution of the scheduling delay for scheduling priority class 06 on each subframe on those priority queue(s) selected for transmission. The scheduling delay is counted as a percentage of schMaxdelay of each priority class and 3000 ms will be used as a schMaxDelay in case it is set to -1.ME_NodeBFunction_HsDschResources.pmDelayDistributionSpi06_4Sum 
    pmDelayDistributionSpi06_5ACCUMULATIONINTEGERMeasurement to observe the distribution of the scheduling delay for scheduling priority class 06 on each subframe on those priority queue(s) selected for transmission. The scheduling delay is counted as a percentage of schMaxdelay of each priority class and 3000 ms will be used as a schMaxDelay in case it is set to -1.ME_NodeBFunction_HsDschResources.pmDelayDistributionSpi06_5Sum 
    pmDelayDistributionSpi06_6ACCUMULATIONINTEGERMeasurement to observe the distribution of the scheduling delay for scheduling priority class 06 on each subframe on those priority queue(s) selected for transmission. The scheduling delay is counted as a percentage of schMaxdelay of each priority class and 3000 ms will be used as a schMaxDelay in case it is set to -1.ME_NodeBFunction_HsDschResources.pmDelayDistributionSpi06_6Sum 
    pmDelayDistributionSpi06_7ACCUMULATIONINTEGERMeasurement to observe the distribution of the scheduling delay for scheduling priority class 06 on each subframe on those priority queue(s) selected for transmission. The scheduling delay is counted as a percentage of schMaxdelay of each priority class and 3000 ms will be used as a schMaxDelay in case it is set to -1.ME_NodeBFunction_HsDschResources.pmDelayDistributionSpi06_7Sum 
    pmDelayDistributionSpi06_8ACCUMULATIONINTEGERMeasurement to observe the distribution of the scheduling delay for scheduling priority class 06 on each subframe on those priority queue(s) selected for transmission. The scheduling delay is counted as a percentage of schMaxdelay of each priority class and 3000 ms will be used as a schMaxDelay in case it is set to -1.ME_NodeBFunction_HsDschResources.pmDelayDistributionSpi06_8Sum 
    pmDelayDistributionSpi06_9ACCUMULATIONINTEGERMeasurement to observe the distribution of the scheduling delay for scheduling priority class 06 on each subframe on those priority queue(s) selected for transmission. The scheduling delay is counted as a percentage of schMaxdelay of each priority class and 3000 ms will be used as a schMaxDelay in case it is set to -1.ME_NodeBFunction_HsDschResources.pmDelayDistributionSpi06_9Sum 


    CDMA_Channel.Ericsson.UMTS.PDF_pmDelayDistributionSpi07

    pmDelayDistributionSpi07 PDF counters

    KPITypeData TypeDescriptionDerivationDefault AggregatorOther Aggregators
    pmDelayDistributionSpi07_0ACCUMULATIONINTEGERMeasurement to observe the distribution of the scheduling delay for scheduling priority class 07 on each subframe on those priority queue(s) selected for transmission. The scheduling delay is counted as a percentage of schMaxdelay of each priority class and 3000 ms will be used as a schMaxDelay in case it is set to -1.ME_NodeBFunction_HsDschResources.pmDelayDistributionSpi07_0Sum 
    pmDelayDistributionSpi07_10ACCUMULATIONINTEGERMeasurement to observe the distribution of the scheduling delay for scheduling priority class 07 on each subframe on those priority queue(s) selected for transmission. The scheduling delay is counted as a percentage of schMaxdelay of each priority class and 3000 ms will be used as a schMaxDelay in case it is set to -1.ME_NodeBFunction_HsDschResources.pmDelayDistributionSpi07_10Sum 
    pmDelayDistributionSpi07_1ACCUMULATIONINTEGERMeasurement to observe the distribution of the scheduling delay for scheduling priority class 07 on each subframe on those priority queue(s) selected for transmission. The scheduling delay is counted as a percentage of schMaxdelay of each priority class and 3000 ms will be used as a schMaxDelay in case it is set to -1.ME_NodeBFunction_HsDschResources.pmDelayDistributionSpi07_1Sum 
    pmDelayDistributionSpi07_2ACCUMULATIONINTEGERMeasurement to observe the distribution of the scheduling delay for scheduling priority class 07 on each subframe on those priority queue(s) selected for transmission. The scheduling delay is counted as a percentage of schMaxdelay of each priority class and 3000 ms will be used as a schMaxDelay in case it is set to -1.ME_NodeBFunction_HsDschResources.pmDelayDistributionSpi07_2Sum 
    pmDelayDistributionSpi07_3ACCUMULATIONINTEGERMeasurement to observe the distribution of the scheduling delay for scheduling priority class 07 on each subframe on those priority queue(s) selected for transmission. The scheduling delay is counted as a percentage of schMaxdelay of each priority class and 3000 ms will be used as a schMaxDelay in case it is set to -1.ME_NodeBFunction_HsDschResources.pmDelayDistributionSpi07_3Sum 
    pmDelayDistributionSpi07_4ACCUMULATIONINTEGERMeasurement to observe the distribution of the scheduling delay for scheduling priority class 07 on each subframe on those priority queue(s) selected for transmission. The scheduling delay is counted as a percentage of schMaxdelay of each priority class and 3000 ms will be used as a schMaxDelay in case it is set to -1.ME_NodeBFunction_HsDschResources.pmDelayDistributionSpi07_4Sum 
    pmDelayDistributionSpi07_5ACCUMULATIONINTEGERMeasurement to observe the distribution of the scheduling delay for scheduling priority class 07 on each subframe on those priority queue(s) selected for transmission. The scheduling delay is counted as a percentage of schMaxdelay of each priority class and 3000 ms will be used as a schMaxDelay in case it is set to -1.ME_NodeBFunction_HsDschResources.pmDelayDistributionSpi07_5Sum 
    pmDelayDistributionSpi07_6ACCUMULATIONINTEGERMeasurement to observe the distribution of the scheduling delay for scheduling priority class 07 on each subframe on those priority queue(s) selected for transmission. The scheduling delay is counted as a percentage of schMaxdelay of each priority class and 3000 ms will be used as a schMaxDelay in case it is set to -1.ME_NodeBFunction_HsDschResources.pmDelayDistributionSpi07_6Sum 
    pmDelayDistributionSpi07_7ACCUMULATIONINTEGERMeasurement to observe the distribution of the scheduling delay for scheduling priority class 07 on each subframe on those priority queue(s) selected for transmission. The scheduling delay is counted as a percentage of schMaxdelay of each priority class and 3000 ms will be used as a schMaxDelay in case it is set to -1.ME_NodeBFunction_HsDschResources.pmDelayDistributionSpi07_7Sum 
    pmDelayDistributionSpi07_8ACCUMULATIONINTEGERMeasurement to observe the distribution of the scheduling delay for scheduling priority class 07 on each subframe on those priority queue(s) selected for transmission. The scheduling delay is counted as a percentage of schMaxdelay of each priority class and 3000 ms will be used as a schMaxDelay in case it is set to -1.ME_NodeBFunction_HsDschResources.pmDelayDistributionSpi07_8Sum 
    pmDelayDistributionSpi07_9ACCUMULATIONINTEGERMeasurement to observe the distribution of the scheduling delay for scheduling priority class 07 on each subframe on those priority queue(s) selected for transmission. The scheduling delay is counted as a percentage of schMaxdelay of each priority class and 3000 ms will be used as a schMaxDelay in case it is set to -1.ME_NodeBFunction_HsDschResources.pmDelayDistributionSpi07_9Sum 


    CDMA_Channel.Ericsson.UMTS.PDF_pmDelayDistributionSpi08

    pmDelayDistributionSpi08 PDF counters

    KPITypeData TypeDescriptionDerivationDefault AggregatorOther Aggregators
    pmDelayDistributionSpi08_0ACCUMULATIONINTEGERMeasurement to observe the distribution of the scheduling delay for scheduling priority class 08 on each subframe on those priority queue(s) selected for transmission. The scheduling delay is counted as a percentage of schMaxdelay of each priority class and 3000 ms will be used as a schMaxDelay in case it is set to -1.ME_NodeBFunction_HsDschResources.pmDelayDistributionSpi08_0Sum 
    pmDelayDistributionSpi08_10ACCUMULATIONINTEGERMeasurement to observe the distribution of the scheduling delay for scheduling priority class 08 on each subframe on those priority queue(s) selected for transmission. The scheduling delay is counted as a percentage of schMaxdelay of each priority class and 3000 ms will be used as a schMaxDelay in case it is set to -1.ME_NodeBFunction_HsDschResources.pmDelayDistributionSpi08_10Sum 
    pmDelayDistributionSpi08_1ACCUMULATIONINTEGERMeasurement to observe the distribution of the scheduling delay for scheduling priority class 08 on each subframe on those priority queue(s) selected for transmission. The scheduling delay is counted as a percentage of schMaxdelay of each priority class and 3000 ms will be used as a schMaxDelay in case it is set to -1.ME_NodeBFunction_HsDschResources.pmDelayDistributionSpi08_1Sum 
    pmDelayDistributionSpi08_2ACCUMULATIONINTEGERMeasurement to observe the distribution of the scheduling delay for scheduling priority class 08 on each subframe on those priority queue(s) selected for transmission. The scheduling delay is counted as a percentage of schMaxdelay of each priority class and 3000 ms will be used as a schMaxDelay in case it is set to -1.ME_NodeBFunction_HsDschResources.pmDelayDistributionSpi08_2Sum 
    pmDelayDistributionSpi08_3ACCUMULATIONINTEGERMeasurement to observe the distribution of the scheduling delay for scheduling priority class 08 on each subframe on those priority queue(s) selected for transmission. The scheduling delay is counted as a percentage of schMaxdelay of each priority class and 3000 ms will be used as a schMaxDelay in case it is set to -1.ME_NodeBFunction_HsDschResources.pmDelayDistributionSpi08_3Sum 
    pmDelayDistributionSpi08_4ACCUMULATIONINTEGERMeasurement to observe the distribution of the scheduling delay for scheduling priority class 08 on each subframe on those priority queue(s) selected for transmission. The scheduling delay is counted as a percentage of schMaxdelay of each priority class and 3000 ms will be used as a schMaxDelay in case it is set to -1.ME_NodeBFunction_HsDschResources.pmDelayDistributionSpi08_4Sum 
    pmDelayDistributionSpi08_5ACCUMULATIONINTEGERMeasurement to observe the distribution of the scheduling delay for scheduling priority class 08 on each subframe on those priority queue(s) selected for transmission. The scheduling delay is counted as a percentage of schMaxdelay of each priority class and 3000 ms will be used as a schMaxDelay in case it is set to -1.ME_NodeBFunction_HsDschResources.pmDelayDistributionSpi08_5Sum 
    pmDelayDistributionSpi08_6ACCUMULATIONINTEGERMeasurement to observe the distribution of the scheduling delay for scheduling priority class 08 on each subframe on those priority queue(s) selected for transmission. The scheduling delay is counted as a percentage of schMaxdelay of each priority class and 3000 ms will be used as a schMaxDelay in case it is set to -1.ME_NodeBFunction_HsDschResources.pmDelayDistributionSpi08_6Sum 
    pmDelayDistributionSpi08_7ACCUMULATIONINTEGERMeasurement to observe the distribution of the scheduling delay for scheduling priority class 08 on each subframe on those priority queue(s) selected for transmission. The scheduling delay is counted as a percentage of schMaxdelay of each priority class and 3000 ms will be used as a schMaxDelay in case it is set to -1.ME_NodeBFunction_HsDschResources.pmDelayDistributionSpi08_7Sum 
    pmDelayDistributionSpi08_8ACCUMULATIONINTEGERMeasurement to observe the distribution of the scheduling delay for scheduling priority class 08 on each subframe on those priority queue(s) selected for transmission. The scheduling delay is counted as a percentage of schMaxdelay of each priority class and 3000 ms will be used as a schMaxDelay in case it is set to -1.ME_NodeBFunction_HsDschResources.pmDelayDistributionSpi08_8Sum 
    pmDelayDistributionSpi08_9ACCUMULATIONINTEGERMeasurement to observe the distribution of the scheduling delay for scheduling priority class 08 on each subframe on those priority queue(s) selected for transmission. The scheduling delay is counted as a percentage of schMaxdelay of each priority class and 3000 ms will be used as a schMaxDelay in case it is set to -1.ME_NodeBFunction_HsDschResources.pmDelayDistributionSpi08_9Sum 


    CDMA_Channel.Ericsson.UMTS.PDF_pmDelayDistributionSpi09

    pmDelayDistributionSpi09 PDF counters

    KPITypeData TypeDescriptionDerivationDefault AggregatorOther Aggregators
    pmDelayDistributionSpi09_0ACCUMULATIONINTEGERMeasurement to observe the distribution of the scheduling delay for scheduling priority class 09 on each subframe on those priority queue(s) selected for transmission. The scheduling delay is counted as a percentage of schMaxdelay of each priority class and 3000 ms will be used as a schMaxDelay in case it is set to -1.ME_NodeBFunction_HsDschResources.pmDelayDistributionSpi09_0Sum 
    pmDelayDistributionSpi09_10ACCUMULATIONINTEGERMeasurement to observe the distribution of the scheduling delay for scheduling priority class 09 on each subframe on those priority queue(s) selected for transmission. The scheduling delay is counted as a percentage of schMaxdelay of each priority class and 3000 ms will be used as a schMaxDelay in case it is set to -1.ME_NodeBFunction_HsDschResources.pmDelayDistributionSpi09_10Sum 
    pmDelayDistributionSpi09_1ACCUMULATIONINTEGERMeasurement to observe the distribution of the scheduling delay for scheduling priority class 09 on each subframe on those priority queue(s) selected for transmission. The scheduling delay is counted as a percentage of schMaxdelay of each priority class and 3000 ms will be used as a schMaxDelay in case it is set to -1.ME_NodeBFunction_HsDschResources.pmDelayDistributionSpi09_1Sum 
    pmDelayDistributionSpi09_2ACCUMULATIONINTEGERMeasurement to observe the distribution of the scheduling delay for scheduling priority class 09 on each subframe on those priority queue(s) selected for transmission. The scheduling delay is counted as a percentage of schMaxdelay of each priority class and 3000 ms will be used as a schMaxDelay in case it is set to -1.ME_NodeBFunction_HsDschResources.pmDelayDistributionSpi09_2Sum 
    pmDelayDistributionSpi09_3ACCUMULATIONINTEGERMeasurement to observe the distribution of the scheduling delay for scheduling priority class 09 on each subframe on those priority queue(s) selected for transmission. The scheduling delay is counted as a percentage of schMaxdelay of each priority class and 3000 ms will be used as a schMaxDelay in case it is set to -1.ME_NodeBFunction_HsDschResources.pmDelayDistributionSpi09_3Sum 
    pmDelayDistributionSpi09_4ACCUMULATIONINTEGERMeasurement to observe the distribution of the scheduling delay for scheduling priority class 09 on each subframe on those priority queue(s) selected for transmission. The scheduling delay is counted as a percentage of schMaxdelay of each priority class and 3000 ms will be used as a schMaxDelay in case it is set to -1.ME_NodeBFunction_HsDschResources.pmDelayDistributionSpi09_4Sum 
    pmDelayDistributionSpi09_5ACCUMULATIONINTEGERMeasurement to observe the distribution of the scheduling delay for scheduling priority class 09 on each subframe on those priority queue(s) selected for transmission. The scheduling delay is counted as a percentage of schMaxdelay of each priority class and 3000 ms will be used as a schMaxDelay in case it is set to -1.ME_NodeBFunction_HsDschResources.pmDelayDistributionSpi09_5Sum 
    pmDelayDistributionSpi09_6ACCUMULATIONINTEGERMeasurement to observe the distribution of the scheduling delay for scheduling priority class 09 on each subframe on those priority queue(s) selected for transmission. The scheduling delay is counted as a percentage of schMaxdelay of each priority class and 3000 ms will be used as a schMaxDelay in case it is set to -1.ME_NodeBFunction_HsDschResources.pmDelayDistributionSpi09_6Sum 
    pmDelayDistributionSpi09_7ACCUMULATIONINTEGERMeasurement to observe the distribution of the scheduling delay for scheduling priority class 09 on each subframe on those priority queue(s) selected for transmission. The scheduling delay is counted as a percentage of schMaxdelay of each priority class and 3000 ms will be used as a schMaxDelay in case it is set to -1.ME_NodeBFunction_HsDschResources.pmDelayDistributionSpi09_7Sum 
    pmDelayDistributionSpi09_8ACCUMULATIONINTEGERMeasurement to observe the distribution of the scheduling delay for scheduling priority class 09 on each subframe on those priority queue(s) selected for transmission. The scheduling delay is counted as a percentage of schMaxdelay of each priority class and 3000 ms will be used as a schMaxDelay in case it is set to -1.ME_NodeBFunction_HsDschResources.pmDelayDistributionSpi09_8Sum 
    pmDelayDistributionSpi09_9ACCUMULATIONINTEGERMeasurement to observe the distribution of the scheduling delay for scheduling priority class 09 on each subframe on those priority queue(s) selected for transmission. The scheduling delay is counted as a percentage of schMaxdelay of each priority class and 3000 ms will be used as a schMaxDelay in case it is set to -1.ME_NodeBFunction_HsDschResources.pmDelayDistributionSpi09_9Sum 


    CDMA_Channel.Ericsson.UMTS.PDF_pmDelayDistributionSpi10

    pmDelayDistributionSpi10 PDF counters

    KPITypeData TypeDescriptionDerivationDefault AggregatorOther Aggregators
    pmDelayDistributionSpi10_0ACCUMULATIONINTEGERMeasurement to observe the distribution of the scheduling delay for scheduling priority class 10 on each subframe on those priority queue(s) selected for transmission. The scheduling delay is counted as a percentage of schMaxdelay of each priority class and 3000 ms will be used as a schMaxDelay in case it is set to -1.ME_NodeBFunction_HsDschResources.pmDelayDistributionSpi10_0Sum 
    pmDelayDistributionSpi10_10ACCUMULATIONINTEGERMeasurement to observe the distribution of the scheduling delay for scheduling priority class 10 on each subframe on those priority queue(s) selected for transmission. The scheduling delay is counted as a percentage of schMaxdelay of each priority class and 3000 ms will be used as a schMaxDelay in case it is set to -1.ME_NodeBFunction_HsDschResources.pmDelayDistributionSpi10_10Sum 
    pmDelayDistributionSpi10_1ACCUMULATIONINTEGERMeasurement to observe the distribution of the scheduling delay for scheduling priority class 10 on each subframe on those priority queue(s) selected for transmission. The scheduling delay is counted as a percentage of schMaxdelay of each priority class and 3000 ms will be used as a schMaxDelay in case it is set to -1.ME_NodeBFunction_HsDschResources.pmDelayDistributionSpi10_1Sum 
    pmDelayDistributionSpi10_2ACCUMULATIONINTEGERMeasurement to observe the distribution of the scheduling delay for scheduling priority class 10 on each subframe on those priority queue(s) selected for transmission. The scheduling delay is counted as a percentage of schMaxdelay of each priority class and 3000 ms will be used as a schMaxDelay in case it is set to -1.ME_NodeBFunction_HsDschResources.pmDelayDistributionSpi10_2Sum 
    pmDelayDistributionSpi10_3ACCUMULATIONINTEGERMeasurement to observe the distribution of the scheduling delay for scheduling priority class 10 on each subframe on those priority queue(s) selected for transmission. The scheduling delay is counted as a percentage of schMaxdelay of each priority class and 3000 ms will be used as a schMaxDelay in case it is set to -1.ME_NodeBFunction_HsDschResources.pmDelayDistributionSpi10_3Sum 
    pmDelayDistributionSpi10_4ACCUMULATIONINTEGERMeasurement to observe the distribution of the scheduling delay for scheduling priority class 10 on each subframe on those priority queue(s) selected for transmission. The scheduling delay is counted as a percentage of schMaxdelay of each priority class and 3000 ms will be used as a schMaxDelay in case it is set to -1.ME_NodeBFunction_HsDschResources.pmDelayDistributionSpi10_4Sum 
    pmDelayDistributionSpi10_5ACCUMULATIONINTEGERMeasurement to observe the distribution of the scheduling delay for scheduling priority class 10 on each subframe on those priority queue(s) selected for transmission. The scheduling delay is counted as a percentage of schMaxdelay of each priority class and 3000 ms will be used as a schMaxDelay in case it is set to -1.ME_NodeBFunction_HsDschResources.pmDelayDistributionSpi10_5Sum 
    pmDelayDistributionSpi10_6ACCUMULATIONINTEGERMeasurement to observe the distribution of the scheduling delay for scheduling priority class 10 on each subframe on those priority queue(s) selected for transmission. The scheduling delay is counted as a percentage of schMaxdelay of each priority class and 3000 ms will be used as a schMaxDelay in case it is set to -1.ME_NodeBFunction_HsDschResources.pmDelayDistributionSpi10_6Sum 
    pmDelayDistributionSpi10_7ACCUMULATIONINTEGERMeasurement to observe the distribution of the scheduling delay for scheduling priority class 10 on each subframe on those priority queue(s) selected for transmission. The scheduling delay is counted as a percentage of schMaxdelay of each priority class and 3000 ms will be used as a schMaxDelay in case it is set to -1.ME_NodeBFunction_HsDschResources.pmDelayDistributionSpi10_7Sum 
    pmDelayDistributionSpi10_8ACCUMULATIONINTEGERMeasurement to observe the distribution of the scheduling delay for scheduling priority class 10 on each subframe on those priority queue(s) selected for transmission. The scheduling delay is counted as a percentage of schMaxdelay of each priority class and 3000 ms will be used as a schMaxDelay in case it is set to -1.ME_NodeBFunction_HsDschResources.pmDelayDistributionSpi10_8Sum 
    pmDelayDistributionSpi10_9ACCUMULATIONINTEGERMeasurement to observe the distribution of the scheduling delay for scheduling priority class 10 on each subframe on those priority queue(s) selected for transmission. The scheduling delay is counted as a percentage of schMaxdelay of each priority class and 3000 ms will be used as a schMaxDelay in case it is set to -1.ME_NodeBFunction_HsDschResources.pmDelayDistributionSpi10_9Sum 


    CDMA_Channel.Ericsson.UMTS.PDF_pmDelayDistributionSpi11

    pmDelayDistributionSpi11 PDF counters

    KPITypeData TypeDescriptionDerivationDefault AggregatorOther Aggregators
    pmDelayDistributionSpi11_0ACCUMULATIONINTEGERMeasurement to observe the distribution of the scheduling delay for scheduling priority class 11 on each subframe on those priority queue(s) selected for transmission. The scheduling delay is counted as a percentage of schMaxdelay of each priority class and 3000 ms will be used as a schMaxDelay in case it is set to -1.ME_NodeBFunction_HsDschResources.pmDelayDistributionSpi11_0Sum 
    pmDelayDistributionSpi11_10ACCUMULATIONINTEGERMeasurement to observe the distribution of the scheduling delay for scheduling priority class 11 on each subframe on those priority queue(s) selected for transmission. The scheduling delay is counted as a percentage of schMaxdelay of each priority class and 3000 ms will be used as a schMaxDelay in case it is set to -1.ME_NodeBFunction_HsDschResources.pmDelayDistributionSpi11_10Sum 
    pmDelayDistributionSpi11_1ACCUMULATIONINTEGERMeasurement to observe the distribution of the scheduling delay for scheduling priority class 11 on each subframe on those priority queue(s) selected for transmission. The scheduling delay is counted as a percentage of schMaxdelay of each priority class and 3000 ms will be used as a schMaxDelay in case it is set to -1.ME_NodeBFunction_HsDschResources.pmDelayDistributionSpi11_1Sum 
    pmDelayDistributionSpi11_2ACCUMULATIONINTEGERMeasurement to observe the distribution of the scheduling delay for scheduling priority class 11 on each subframe on those priority queue(s) selected for transmission. The scheduling delay is counted as a percentage of schMaxdelay of each priority class and 3000 ms will be used as a schMaxDelay in case it is set to -1.ME_NodeBFunction_HsDschResources.pmDelayDistributionSpi11_2Sum 
    pmDelayDistributionSpi11_3ACCUMULATIONINTEGERMeasurement to observe the distribution of the scheduling delay for scheduling priority class 11 on each subframe on those priority queue(s) selected for transmission. The scheduling delay is counted as a percentage of schMaxdelay of each priority class and 3000 ms will be used as a schMaxDelay in case it is set to -1.ME_NodeBFunction_HsDschResources.pmDelayDistributionSpi11_3Sum 
    pmDelayDistributionSpi11_4ACCUMULATIONINTEGERMeasurement to observe the distribution of the scheduling delay for scheduling priority class 11 on each subframe on those priority queue(s) selected for transmission. The scheduling delay is counted as a percentage of schMaxdelay of each priority class and 3000 ms will be used as a schMaxDelay in case it is set to -1.ME_NodeBFunction_HsDschResources.pmDelayDistributionSpi11_4Sum 
    pmDelayDistributionSpi11_5ACCUMULATIONINTEGERMeasurement to observe the distribution of the scheduling delay for scheduling priority class 11 on each subframe on those priority queue(s) selected for transmission. The scheduling delay is counted as a percentage of schMaxdelay of each priority class and 3000 ms will be used as a schMaxDelay in case it is set to -1.ME_NodeBFunction_HsDschResources.pmDelayDistributionSpi11_5Sum 
    pmDelayDistributionSpi11_6ACCUMULATIONINTEGERMeasurement to observe the distribution of the scheduling delay for scheduling priority class 11 on each subframe on those priority queue(s) selected for transmission. The scheduling delay is counted as a percentage of schMaxdelay of each priority class and 3000 ms will be used as a schMaxDelay in case it is set to -1.ME_NodeBFunction_HsDschResources.pmDelayDistributionSpi11_6Sum 
    pmDelayDistributionSpi11_7ACCUMULATIONINTEGERMeasurement to observe the distribution of the scheduling delay for scheduling priority class 11 on each subframe on those priority queue(s) selected for transmission. The scheduling delay is counted as a percentage of schMaxdelay of each priority class and 3000 ms will be used as a schMaxDelay in case it is set to -1.ME_NodeBFunction_HsDschResources.pmDelayDistributionSpi11_7Sum 
    pmDelayDistributionSpi11_8ACCUMULATIONINTEGERMeasurement to observe the distribution of the scheduling delay for scheduling priority class 11 on each subframe on those priority queue(s) selected for transmission. The scheduling delay is counted as a percentage of schMaxdelay of each priority class and 3000 ms will be used as a schMaxDelay in case it is set to -1.ME_NodeBFunction_HsDschResources.pmDelayDistributionSpi11_8Sum 
    pmDelayDistributionSpi11_9ACCUMULATIONINTEGERMeasurement to observe the distribution of the scheduling delay for scheduling priority class 11 on each subframe on those priority queue(s) selected for transmission. The scheduling delay is counted as a percentage of schMaxdelay of each priority class and 3000 ms will be used as a schMaxDelay in case it is set to -1.ME_NodeBFunction_HsDschResources.pmDelayDistributionSpi11_9Sum 


    CDMA_Channel.Ericsson.UMTS.PDF_pmDelayDistributionSpi12

    pmDelayDistributionSpi12 PDF counters

    KPITypeData TypeDescriptionDerivationDefault AggregatorOther Aggregators
    pmDelayDistributionSpi12_0ACCUMULATIONINTEGERMeasurement to observe the distribution of the scheduling delay for scheduling priority class 12 on each subframe on those priority queue(s) selected for transmission. The scheduling delay is counted as a percentage of schMaxdelay of each priority class and 3000 ms will be used as a schMaxDelay in case it is set to -1.ME_NodeBFunction_HsDschResources.pmDelayDistributionSpi12_0Sum 
    pmDelayDistributionSpi12_10ACCUMULATIONINTEGERMeasurement to observe the distribution of the scheduling delay for scheduling priority class 12 on each subframe on those priority queue(s) selected for transmission. The scheduling delay is counted as a percentage of schMaxdelay of each priority class and 3000 ms will be used as a schMaxDelay in case it is set to -1.ME_NodeBFunction_HsDschResources.pmDelayDistributionSpi12_10Sum 
    pmDelayDistributionSpi12_1ACCUMULATIONINTEGERMeasurement to observe the distribution of the scheduling delay for scheduling priority class 12 on each subframe on those priority queue(s) selected for transmission. The scheduling delay is counted as a percentage of schMaxdelay of each priority class and 3000 ms will be used as a schMaxDelay in case it is set to -1.ME_NodeBFunction_HsDschResources.pmDelayDistributionSpi12_1Sum 
    pmDelayDistributionSpi12_2ACCUMULATIONINTEGERMeasurement to observe the distribution of the scheduling delay for scheduling priority class 12 on each subframe on those priority queue(s) selected for transmission. The scheduling delay is counted as a percentage of schMaxdelay of each priority class and 3000 ms will be used as a schMaxDelay in case it is set to -1.ME_NodeBFunction_HsDschResources.pmDelayDistributionSpi12_2Sum 
    pmDelayDistributionSpi12_3ACCUMULATIONINTEGERMeasurement to observe the distribution of the scheduling delay for scheduling priority class 12 on each subframe on those priority queue(s) selected for transmission. The scheduling delay is counted as a percentage of schMaxdelay of each priority class and 3000 ms will be used as a schMaxDelay in case it is set to -1.ME_NodeBFunction_HsDschResources.pmDelayDistributionSpi12_3Sum 
    pmDelayDistributionSpi12_4ACCUMULATIONINTEGERMeasurement to observe the distribution of the scheduling delay for scheduling priority class 12 on each subframe on those priority queue(s) selected for transmission. The scheduling delay is counted as a percentage of schMaxdelay of each priority class and 3000 ms will be used as a schMaxDelay in case it is set to -1.ME_NodeBFunction_HsDschResources.pmDelayDistributionSpi12_4Sum 
    pmDelayDistributionSpi12_5ACCUMULATIONINTEGERMeasurement to observe the distribution of the scheduling delay for scheduling priority class 12 on each subframe on those priority queue(s) selected for transmission. The scheduling delay is counted as a percentage of schMaxdelay of each priority class and 3000 ms will be used as a schMaxDelay in case it is set to -1.ME_NodeBFunction_HsDschResources.pmDelayDistributionSpi12_5Sum 
    pmDelayDistributionSpi12_6ACCUMULATIONINTEGERMeasurement to observe the distribution of the scheduling delay for scheduling priority class 12 on each subframe on those priority queue(s) selected for transmission. The scheduling delay is counted as a percentage of schMaxdelay of each priority class and 3000 ms will be used as a schMaxDelay in case it is set to -1.ME_NodeBFunction_HsDschResources.pmDelayDistributionSpi12_6Sum 
    pmDelayDistributionSpi12_7ACCUMULATIONINTEGERMeasurement to observe the distribution of the scheduling delay for scheduling priority class 12 on each subframe on those priority queue(s) selected for transmission. The scheduling delay is counted as a percentage of schMaxdelay of each priority class and 3000 ms will be used as a schMaxDelay in case it is set to -1.ME_NodeBFunction_HsDschResources.pmDelayDistributionSpi12_7Sum 
    pmDelayDistributionSpi12_8ACCUMULATIONINTEGERMeasurement to observe the distribution of the scheduling delay for scheduling priority class 12 on each subframe on those priority queue(s) selected for transmission. The scheduling delay is counted as a percentage of schMaxdelay of each priority class and 3000 ms will be used as a schMaxDelay in case it is set to -1.ME_NodeBFunction_HsDschResources.pmDelayDistributionSpi12_8Sum 
    pmDelayDistributionSpi12_9ACCUMULATIONINTEGERMeasurement to observe the distribution of the scheduling delay for scheduling priority class 12 on each subframe on those priority queue(s) selected for transmission. The scheduling delay is counted as a percentage of schMaxdelay of each priority class and 3000 ms will be used as a schMaxDelay in case it is set to -1.ME_NodeBFunction_HsDschResources.pmDelayDistributionSpi12_9Sum 


    CDMA_Channel.Ericsson.UMTS.PDF_pmDelayDistributionSpi13

    pmDelayDistributionSpi13 PDF counters

    KPITypeData TypeDescriptionDerivationDefault AggregatorOther Aggregators
    pmDelayDistributionSpi13_0ACCUMULATIONINTEGERMeasurement to observe the distribution of the scheduling delay for scheduling priority class 13 on each subframe on those priority queue(s) selected for transmission. The scheduling delay is counted as a percentage of schMaxdelay of each priority class and 3000 ms will be used as a schMaxDelay in case it is set to -1.ME_NodeBFunction_HsDschResources.pmDelayDistributionSpi13_0Sum 
    pmDelayDistributionSpi13_10ACCUMULATIONINTEGERMeasurement to observe the distribution of the scheduling delay for scheduling priority class 13 on each subframe on those priority queue(s) selected for transmission. The scheduling delay is counted as a percentage of schMaxdelay of each priority class and 3000 ms will be used as a schMaxDelay in case it is set to -1.ME_NodeBFunction_HsDschResources.pmDelayDistributionSpi13_10Sum 
    pmDelayDistributionSpi13_1ACCUMULATIONINTEGERMeasurement to observe the distribution of the scheduling delay for scheduling priority class 13 on each subframe on those priority queue(s) selected for transmission. The scheduling delay is counted as a percentage of schMaxdelay of each priority class and 3000 ms will be used as a schMaxDelay in case it is set to -1.ME_NodeBFunction_HsDschResources.pmDelayDistributionSpi13_1Sum 
    pmDelayDistributionSpi13_2ACCUMULATIONINTEGERMeasurement to observe the distribution of the scheduling delay for scheduling priority class 13 on each subframe on those priority queue(s) selected for transmission. The scheduling delay is counted as a percentage of schMaxdelay of each priority class and 3000 ms will be used as a schMaxDelay in case it is set to -1.ME_NodeBFunction_HsDschResources.pmDelayDistributionSpi13_2Sum 
    pmDelayDistributionSpi13_3ACCUMULATIONINTEGERMeasurement to observe the distribution of the scheduling delay for scheduling priority class 13 on each subframe on those priority queue(s) selected for transmission. The scheduling delay is counted as a percentage of schMaxdelay of each priority class and 3000 ms will be used as a schMaxDelay in case it is set to -1.ME_NodeBFunction_HsDschResources.pmDelayDistributionSpi13_3Sum 
    pmDelayDistributionSpi13_4ACCUMULATIONINTEGERMeasurement to observe the distribution of the scheduling delay for scheduling priority class 13 on each subframe on those priority queue(s) selected for transmission. The scheduling delay is counted as a percentage of schMaxdelay of each priority class and 3000 ms will be used as a schMaxDelay in case it is set to -1.ME_NodeBFunction_HsDschResources.pmDelayDistributionSpi13_4Sum 
    pmDelayDistributionSpi13_5ACCUMULATIONINTEGERMeasurement to observe the distribution of the scheduling delay for scheduling priority class 13 on each subframe on those priority queue(s) selected for transmission. The scheduling delay is counted as a percentage of schMaxdelay of each priority class and 3000 ms will be used as a schMaxDelay in case it is set to -1.ME_NodeBFunction_HsDschResources.pmDelayDistributionSpi13_5Sum 
    pmDelayDistributionSpi13_6ACCUMULATIONINTEGERMeasurement to observe the distribution of the scheduling delay for scheduling priority class 13 on each subframe on those priority queue(s) selected for transmission. The scheduling delay is counted as a percentage of schMaxdelay of each priority class and 3000 ms will be used as a schMaxDelay in case it is set to -1.ME_NodeBFunction_HsDschResources.pmDelayDistributionSpi13_6Sum 
    pmDelayDistributionSpi13_7ACCUMULATIONINTEGERMeasurement to observe the distribution of the scheduling delay for scheduling priority class 13 on each subframe on those priority queue(s) selected for transmission. The scheduling delay is counted as a percentage of schMaxdelay of each priority class and 3000 ms will be used as a schMaxDelay in case it is set to -1.ME_NodeBFunction_HsDschResources.pmDelayDistributionSpi13_7Sum 
    pmDelayDistributionSpi13_8ACCUMULATIONINTEGERMeasurement to observe the distribution of the scheduling delay for scheduling priority class 13 on each subframe on those priority queue(s) selected for transmission. The scheduling delay is counted as a percentage of schMaxdelay of each priority class and 3000 ms will be used as a schMaxDelay in case it is set to -1.ME_NodeBFunction_HsDschResources.pmDelayDistributionSpi13_8Sum 
    pmDelayDistributionSpi13_9ACCUMULATIONINTEGERMeasurement to observe the distribution of the scheduling delay for scheduling priority class 13 on each subframe on those priority queue(s) selected for transmission. The scheduling delay is counted as a percentage of schMaxdelay of each priority class and 3000 ms will be used as a schMaxDelay in case it is set to -1.ME_NodeBFunction_HsDschResources.pmDelayDistributionSpi13_9Sum 


    CDMA_Channel.Ericsson.UMTS.PDF_pmDelayDistributionSpi14

    pmDelayDistributionSpi14 PDF counters

    KPITypeData TypeDescriptionDerivationDefault AggregatorOther Aggregators
    pmDelayDistributionSpi14_0ACCUMULATIONINTEGERMeasurement to observe the distribution of the scheduling delay for scheduling priority class 14 on each subframe on those priority queue(s) selected for transmission. The scheduling delay is counted as a percentage of schMaxdelay of each priority class and 3000 ms will be used as a schMaxDelay in case it is set to -1.ME_NodeBFunction_HsDschResources.pmDelayDistributionSpi14_0Sum 
    pmDelayDistributionSpi14_10ACCUMULATIONINTEGERMeasurement to observe the distribution of the scheduling delay for scheduling priority class 14 on each subframe on those priority queue(s) selected for transmission. The scheduling delay is counted as a percentage of schMaxdelay of each priority class and 3000 ms will be used as a schMaxDelay in case it is set to -1.ME_NodeBFunction_HsDschResources.pmDelayDistributionSpi14_10Sum 
    pmDelayDistributionSpi14_1ACCUMULATIONINTEGERMeasurement to observe the distribution of the scheduling delay for scheduling priority class 14 on each subframe on those priority queue(s) selected for transmission. The scheduling delay is counted as a percentage of schMaxdelay of each priority class and 3000 ms will be used as a schMaxDelay in case it is set to -1.ME_NodeBFunction_HsDschResources.pmDelayDistributionSpi14_1Sum 
    pmDelayDistributionSpi14_2ACCUMULATIONINTEGERMeasurement to observe the distribution of the scheduling delay for scheduling priority class 14 on each subframe on those priority queue(s) selected for transmission. The scheduling delay is counted as a percentage of schMaxdelay of each priority class and 3000 ms will be used as a schMaxDelay in case it is set to -1.ME_NodeBFunction_HsDschResources.pmDelayDistributionSpi14_2Sum 
    pmDelayDistributionSpi14_3ACCUMULATIONINTEGERMeasurement to observe the distribution of the scheduling delay for scheduling priority class 14 on each subframe on those priority queue(s) selected for transmission. The scheduling delay is counted as a percentage of schMaxdelay of each priority class and 3000 ms will be used as a schMaxDelay in case it is set to -1.ME_NodeBFunction_HsDschResources.pmDelayDistributionSpi14_3Sum 
    pmDelayDistributionSpi14_4ACCUMULATIONINTEGERMeasurement to observe the distribution of the scheduling delay for scheduling priority class 14 on each subframe on those priority queue(s) selected for transmission. The scheduling delay is counted as a percentage of schMaxdelay of each priority class and 3000 ms will be used as a schMaxDelay in case it is set to -1.ME_NodeBFunction_HsDschResources.pmDelayDistributionSpi14_4Sum 
    pmDelayDistributionSpi14_5ACCUMULATIONINTEGERMeasurement to observe the distribution of the scheduling delay for scheduling priority class 14 on each subframe on those priority queue(s) selected for transmission. The scheduling delay is counted as a percentage of schMaxdelay of each priority class and 3000 ms will be used as a schMaxDelay in case it is set to -1.ME_NodeBFunction_HsDschResources.pmDelayDistributionSpi14_5Sum 
    pmDelayDistributionSpi14_6ACCUMULATIONINTEGERMeasurement to observe the distribution of the scheduling delay for scheduling priority class 14 on each subframe on those priority queue(s) selected for transmission. The scheduling delay is counted as a percentage of schMaxdelay of each priority class and 3000 ms will be used as a schMaxDelay in case it is set to -1.ME_NodeBFunction_HsDschResources.pmDelayDistributionSpi14_6Sum 
    pmDelayDistributionSpi14_7ACCUMULATIONINTEGERMeasurement to observe the distribution of the scheduling delay for scheduling priority class 14 on each subframe on those priority queue(s) selected for transmission. The scheduling delay is counted as a percentage of schMaxdelay of each priority class and 3000 ms will be used as a schMaxDelay in case it is set to -1.ME_NodeBFunction_HsDschResources.pmDelayDistributionSpi14_7Sum 
    pmDelayDistributionSpi14_8ACCUMULATIONINTEGERMeasurement to observe the distribution of the scheduling delay for scheduling priority class 14 on each subframe on those priority queue(s) selected for transmission. The scheduling delay is counted as a percentage of schMaxdelay of each priority class and 3000 ms will be used as a schMaxDelay in case it is set to -1.ME_NodeBFunction_HsDschResources.pmDelayDistributionSpi14_8Sum 
    pmDelayDistributionSpi14_9ACCUMULATIONINTEGERMeasurement to observe the distribution of the scheduling delay for scheduling priority class 14 on each subframe on those priority queue(s) selected for transmission. The scheduling delay is counted as a percentage of schMaxdelay of each priority class and 3000 ms will be used as a schMaxDelay in case it is set to -1.ME_NodeBFunction_HsDschResources.pmDelayDistributionSpi14_9Sum 


    CDMA_Channel.Ericsson.UMTS.PDF_pmDelayDistributionSpi15

    pmDelayDistributionSpi15 PDF counters

    KPITypeData TypeDescriptionDerivationDefault AggregatorOther Aggregators
    pmDelayDistributionSpi15_0ACCUMULATIONINTEGERMeasurement to observe the distribution of the scheduling delay for scheduling priority class 15 on each subframe on those priority queue(s) selected for transmission. The scheduling delay is counted as a percentage of schMaxdelay of each priority class and 3000 ms will be used as a schMaxDelay in case it is set to -1.ME_NodeBFunction_HsDschResources.pmDelayDistributionSpi15_0Sum 
    pmDelayDistributionSpi15_10ACCUMULATIONINTEGERMeasurement to observe the distribution of the scheduling delay for scheduling priority class 15 on each subframe on those priority queue(s) selected for transmission. The scheduling delay is counted as a percentage of schMaxdelay of each priority class and 3000 ms will be used as a schMaxDelay in case it is set to -1.ME_NodeBFunction_HsDschResources.pmDelayDistributionSpi15_10Sum 
    pmDelayDistributionSpi15_1ACCUMULATIONINTEGERMeasurement to observe the distribution of the scheduling delay for scheduling priority class 15 on each subframe on those priority queue(s) selected for transmission. The scheduling delay is counted as a percentage of schMaxdelay of each priority class and 3000 ms will be used as a schMaxDelay in case it is set to -1.ME_NodeBFunction_HsDschResources.pmDelayDistributionSpi15_1Sum 
    pmDelayDistributionSpi15_2ACCUMULATIONINTEGERMeasurement to observe the distribution of the scheduling delay for scheduling priority class 15 on each subframe on those priority queue(s) selected for transmission. The scheduling delay is counted as a percentage of schMaxdelay of each priority class and 3000 ms will be used as a schMaxDelay in case it is set to -1.ME_NodeBFunction_HsDschResources.pmDelayDistributionSpi15_2Sum 
    pmDelayDistributionSpi15_3ACCUMULATIONINTEGERMeasurement to observe the distribution of the scheduling delay for scheduling priority class 15 on each subframe on those priority queue(s) selected for transmission. The scheduling delay is counted as a percentage of schMaxdelay of each priority class and 3000 ms will be used as a schMaxDelay in case it is set to -1.ME_NodeBFunction_HsDschResources.pmDelayDistributionSpi15_3Sum 
    pmDelayDistributionSpi15_4ACCUMULATIONINTEGERMeasurement to observe the distribution of the scheduling delay for scheduling priority class 15 on each subframe on those priority queue(s) selected for transmission. The scheduling delay is counted as a percentage of schMaxdelay of each priority class and 3000 ms will be used as a schMaxDelay in case it is set to -1.ME_NodeBFunction_HsDschResources.pmDelayDistributionSpi15_4Sum 
    pmDelayDistributionSpi15_5ACCUMULATIONINTEGERMeasurement to observe the distribution of the scheduling delay for scheduling priority class 15 on each subframe on those priority queue(s) selected for transmission. The scheduling delay is counted as a percentage of schMaxdelay of each priority class and 3000 ms will be used as a schMaxDelay in case it is set to -1.ME_NodeBFunction_HsDschResources.pmDelayDistributionSpi15_5Sum 
    pmDelayDistributionSpi15_6ACCUMULATIONINTEGERMeasurement to observe the distribution of the scheduling delay for scheduling priority class 15 on each subframe on those priority queue(s) selected for transmission. The scheduling delay is counted as a percentage of schMaxdelay of each priority class and 3000 ms will be used as a schMaxDelay in case it is set to -1.ME_NodeBFunction_HsDschResources.pmDelayDistributionSpi15_6Sum 
    pmDelayDistributionSpi15_7ACCUMULATIONINTEGERMeasurement to observe the distribution of the scheduling delay for scheduling priority class 15 on each subframe on those priority queue(s) selected for transmission. The scheduling delay is counted as a percentage of schMaxdelay of each priority class and 3000 ms will be used as a schMaxDelay in case it is set to -1.ME_NodeBFunction_HsDschResources.pmDelayDistributionSpi15_7Sum 
    pmDelayDistributionSpi15_8ACCUMULATIONINTEGERMeasurement to observe the distribution of the scheduling delay for scheduling priority class 15 on each subframe on those priority queue(s) selected for transmission. The scheduling delay is counted as a percentage of schMaxdelay of each priority class and 3000 ms will be used as a schMaxDelay in case it is set to -1.ME_NodeBFunction_HsDschResources.pmDelayDistributionSpi15_8Sum 
    pmDelayDistributionSpi15_9ACCUMULATIONINTEGERMeasurement to observe the distribution of the scheduling delay for scheduling priority class 15 on each subframe on those priority queue(s) selected for transmission. The scheduling delay is counted as a percentage of schMaxdelay of each priority class and 3000 ms will be used as a schMaxDelay in case it is set to -1.ME_NodeBFunction_HsDschResources.pmDelayDistributionSpi15_9Sum 


    CDMA_Channel.Ericsson.UMTS.PDF_pmLEDchTot

    pmLEDchTot PDF counters

    KPITypeData TypeDescriptionDerivationDefault AggregatorOther Aggregators
    pmLEDchTot_0ACCUMULATIONINTEGERCounter for the Scheduled E-DCH Uu load estimate in a cell. Includes component from E-DPDCH, E-DPCCH for E-DCH users in the cell. The sampled value is a load factor and is unitless with range 0..1. Where 0 means no load and 1 is infinite load. Note it does not include the load components of DPCCH and HS-DPCCH for E-DCH users.ME_NodeBFunction_Sector_Carrier_EDchResources.pmLEDchTot_0Sum 
    pmLEDchTot_10ACCUMULATIONINTEGERCounter for the Scheduled E-DCH Uu load estimate in a cell. Includes component from E-DPDCH, E-DPCCH for E-DCH users in the cell. The sampled value is a load factor and is unitless with range 0..1. Where 0 means no load and 1 is infinite load. Note it does not include the load components of DPCCH and HS-DPCCH for E-DCH users.ME_NodeBFunction_Sector_Carrier_EDchResources.pmLEDchTot_10Sum 
    pmLEDchTot_11ACCUMULATIONINTEGERCounter for the Scheduled E-DCH Uu load estimate in a cell. Includes component from E-DPDCH, E-DPCCH for E-DCH users in the cell. The sampled value is a load factor and is unitless with range 0..1. Where 0 means no load and 1 is infinite load. Note it does not include the load components of DPCCH and HS-DPCCH for E-DCH users.ME_NodeBFunction_Sector_Carrier_EDchResources.pmLEDchTot_11Sum 
    pmLEDchTot_12ACCUMULATIONINTEGERCounter for the Scheduled E-DCH Uu load estimate in a cell. Includes component from E-DPDCH, E-DPCCH for E-DCH users in the cell. The sampled value is a load factor and is unitless with range 0..1. Where 0 means no load and 1 is infinite load. Note it does not include the load components of DPCCH and HS-DPCCH for E-DCH users.ME_NodeBFunction_Sector_Carrier_EDchResources.pmLEDchTot_12Sum 
    pmLEDchTot_13ACCUMULATIONINTEGERCounter for the Scheduled E-DCH Uu load estimate in a cell. Includes component from E-DPDCH, E-DPCCH for E-DCH users in the cell. The sampled value is a load factor and is unitless with range 0..1. Where 0 means no load and 1 is infinite load. Note it does not include the load components of DPCCH and HS-DPCCH for E-DCH users.ME_NodeBFunction_Sector_Carrier_EDchResources.pmLEDchTot_13Sum 
    pmLEDchTot_14ACCUMULATIONINTEGERCounter for the Scheduled E-DCH Uu load estimate in a cell. Includes component from E-DPDCH, E-DPCCH for E-DCH users in the cell. The sampled value is a load factor and is unitless with range 0..1. Where 0 means no load and 1 is infinite load. Note it does not include the load components of DPCCH and HS-DPCCH for E-DCH users.ME_NodeBFunction_Sector_Carrier_EDchResources.pmLEDchTot_14Sum 
    pmLEDchTot_15ACCUMULATIONINTEGERCounter for the Scheduled E-DCH Uu load estimate in a cell. Includes component from E-DPDCH, E-DPCCH for E-DCH users in the cell. The sampled value is a load factor and is unitless with range 0..1. Where 0 means no load and 1 is infinite load. Note it does not include the load components of DPCCH and HS-DPCCH for E-DCH users.ME_NodeBFunction_Sector_Carrier_EDchResources.pmLEDchTot_15Sum 
    pmLEDchTot_16ACCUMULATIONINTEGERCounter for the Scheduled E-DCH Uu load estimate in a cell. Includes component from E-DPDCH, E-DPCCH for E-DCH users in the cell. The sampled value is a load factor and is unitless with range 0..1. Where 0 means no load and 1 is infinite load. Note it does not include the load components of DPCCH and HS-DPCCH for E-DCH users.ME_NodeBFunction_Sector_Carrier_EDchResources.pmLEDchTot_16Sum 
    pmLEDchTot_17ACCUMULATIONINTEGERCounter for the Scheduled E-DCH Uu load estimate in a cell. Includes component from E-DPDCH, E-DPCCH for E-DCH users in the cell. The sampled value is a load factor and is unitless with range 0..1. Where 0 means no load and 1 is infinite load. Note it does not include the load components of DPCCH and HS-DPCCH for E-DCH users.ME_NodeBFunction_Sector_Carrier_EDchResources.pmLEDchTot_17Sum 
    pmLEDchTot_18ACCUMULATIONINTEGERCounter for the Scheduled E-DCH Uu load estimate in a cell. Includes component from E-DPDCH, E-DPCCH for E-DCH users in the cell. The sampled value is a load factor and is unitless with range 0..1. Where 0 means no load and 1 is infinite load. Note it does not include the load components of DPCCH and HS-DPCCH for E-DCH users.ME_NodeBFunction_Sector_Carrier_EDchResources.pmLEDchTot_18Sum 
    pmLEDchTot_19ACCUMULATIONINTEGERCounter for the Scheduled E-DCH Uu load estimate in a cell. Includes component from E-DPDCH, E-DPCCH for E-DCH users in the cell. The sampled value is a load factor and is unitless with range 0..1. Where 0 means no load and 1 is infinite load. Note it does not include the load components of DPCCH and HS-DPCCH for E-DCH users.ME_NodeBFunction_Sector_Carrier_EDchResources.pmLEDchTot_19Sum 
    pmLEDchTot_1ACCUMULATIONINTEGERCounter for the Scheduled E-DCH Uu load estimate in a cell. Includes component from E-DPDCH, E-DPCCH for E-DCH users in the cell. The sampled value is a load factor and is unitless with range 0..1. Where 0 means no load and 1 is infinite load. Note it does not include the load components of DPCCH and HS-DPCCH for E-DCH users.ME_NodeBFunction_Sector_Carrier_EDchResources.pmLEDchTot_1Sum 
    pmLEDchTot_20ACCUMULATIONINTEGERCounter for the Scheduled E-DCH Uu load estimate in a cell. Includes component from E-DPDCH, E-DPCCH for E-DCH users in the cell. The sampled value is a load factor and is unitless with range 0..1. Where 0 means no load and 1 is infinite load. Note it does not include the load components of DPCCH and HS-DPCCH for E-DCH users.ME_NodeBFunction_Sector_Carrier_EDchResources.pmLEDchTot_20Sum 
    pmLEDchTot_21ACCUMULATIONINTEGERCounter for the Scheduled E-DCH Uu load estimate in a cell. Includes component from E-DPDCH, E-DPCCH for E-DCH users in the cell. The sampled value is a load factor and is unitless with range 0..1. Where 0 means no load and 1 is infinite load. Note it does not include the load components of DPCCH and HS-DPCCH for E-DCH users.ME_NodeBFunction_Sector_Carrier_EDchResources.pmLEDchTot_21Sum 
    pmLEDchTot_22ACCUMULATIONINTEGERCounter for the Scheduled E-DCH Uu load estimate in a cell. Includes component from E-DPDCH, E-DPCCH for E-DCH users in the cell. The sampled value is a load factor and is unitless with range 0..1. Where 0 means no load and 1 is infinite load. Note it does not include the load components of DPCCH and HS-DPCCH for E-DCH users.ME_NodeBFunction_Sector_Carrier_EDchResources.pmLEDchTot_22Sum 
    pmLEDchTot_23ACCUMULATIONINTEGERCounter for the Scheduled E-DCH Uu load estimate in a cell. Includes component from E-DPDCH, E-DPCCH for E-DCH users in the cell. The sampled value is a load factor and is unitless with range 0..1. Where 0 means no load and 1 is infinite load. Note it does not include the load components of DPCCH and HS-DPCCH for E-DCH users.ME_NodeBFunction_Sector_Carrier_EDchResources.pmLEDchTot_23Sum 
    pmLEDchTot_24ACCUMULATIONINTEGERCounter for the Scheduled E-DCH Uu load estimate in a cell. Includes component from E-DPDCH, E-DPCCH for E-DCH users in the cell. The sampled value is a load factor and is unitless with range 0..1. Where 0 means no load and 1 is infinite load. Note it does not include the load components of DPCCH and HS-DPCCH for E-DCH users.ME_NodeBFunction_Sector_Carrier_EDchResources.pmLEDchTot_24Sum 
    pmLEDchTot_25ACCUMULATIONINTEGERCounter for the Scheduled E-DCH Uu load estimate in a cell. Includes component from E-DPDCH, E-DPCCH for E-DCH users in the cell. The sampled value is a load factor and is unitless with range 0..1. Where 0 means no load and 1 is infinite load. Note it does not include the load components of DPCCH and HS-DPCCH for E-DCH users.ME_NodeBFunction_Sector_Carrier_EDchResources.pmLEDchTot_25Sum 
    pmLEDchTot_26ACCUMULATIONINTEGERCounter for the Scheduled E-DCH Uu load estimate in a cell. Includes component from E-DPDCH, E-DPCCH for E-DCH users in the cell. The sampled value is a load factor and is unitless with range 0..1. Where 0 means no load and 1 is infinite load. Note it does not include the load components of DPCCH and HS-DPCCH for E-DCH users.ME_NodeBFunction_Sector_Carrier_EDchResources.pmLEDchTot_26Sum 
    pmLEDchTot_27ACCUMULATIONINTEGERCounter for the Scheduled E-DCH Uu load estimate in a cell. Includes component from E-DPDCH, E-DPCCH for E-DCH users in the cell. The sampled value is a load factor and is unitless with range 0..1. Where 0 means no load and 1 is infinite load. Note it does not include the load components of DPCCH and HS-DPCCH for E-DCH users.ME_NodeBFunction_Sector_Carrier_EDchResources.pmLEDchTot_27Sum 
    pmLEDchTot_28ACCUMULATIONINTEGERCounter for the Scheduled E-DCH Uu load estimate in a cell. Includes component from E-DPDCH, E-DPCCH for E-DCH users in the cell. The sampled value is a load factor and is unitless with range 0..1. Where 0 means no load and 1 is infinite load. Note it does not include the load components of DPCCH and HS-DPCCH for E-DCH users.ME_NodeBFunction_Sector_Carrier_EDchResources.pmLEDchTot_28Sum 
    pmLEDchTot_29ACCUMULATIONINTEGERCounter for the Scheduled E-DCH Uu load estimate in a cell. Includes component from E-DPDCH, E-DPCCH for E-DCH users in the cell. The sampled value is a load factor and is unitless with range 0..1. Where 0 means no load and 1 is infinite load. Note it does not include the load components of DPCCH and HS-DPCCH for E-DCH users.ME_NodeBFunction_Sector_Carrier_EDchResources.pmLEDchTot_29Sum 
    pmLEDchTot_2ACCUMULATIONINTEGERCounter for the Scheduled E-DCH Uu load estimate in a cell. Includes component from E-DPDCH, E-DPCCH for E-DCH users in the cell. The sampled value is a load factor and is unitless with range 0..1. Where 0 means no load and 1 is infinite load. Note it does not include the load components of DPCCH and HS-DPCCH for E-DCH users.ME_NodeBFunction_Sector_Carrier_EDchResources.pmLEDchTot_2Sum 
    pmLEDchTot_30ACCUMULATIONINTEGERCounter for the Scheduled E-DCH Uu load estimate in a cell. Includes component from E-DPDCH, E-DPCCH for E-DCH users in the cell. The sampled value is a load factor and is unitless with range 0..1. Where 0 means no load and 1 is infinite load. Note it does not include the load components of DPCCH and HS-DPCCH for E-DCH users.ME_NodeBFunction_Sector_Carrier_EDchResources.pmLEDchTot_30Sum 
    pmLEDchTot_31ACCUMULATIONINTEGERCounter for the Scheduled E-DCH Uu load estimate in a cell. Includes component from E-DPDCH, E-DPCCH for E-DCH users in the cell. The sampled value is a load factor and is unitless with range 0..1. Where 0 means no load and 1 is infinite load. Note it does not include the load components of DPCCH and HS-DPCCH for E-DCH users.ME_NodeBFunction_Sector_Carrier_EDchResources.pmLEDchTot_31Sum 
    pmLEDchTot_32ACCUMULATIONINTEGERCounter for the Scheduled E-DCH Uu load estimate in a cell. Includes component from E-DPDCH, E-DPCCH for E-DCH users in the cell. The sampled value is a load factor and is unitless with range 0..1. Where 0 means no load and 1 is infinite load. Note it does not include the load components of DPCCH and HS-DPCCH for E-DCH users.ME_NodeBFunction_Sector_Carrier_EDchResources.pmLEDchTot_32Sum 
    pmLEDchTot_33ACCUMULATIONINTEGERCounter for the Scheduled E-DCH Uu load estimate in a cell. Includes component from E-DPDCH, E-DPCCH for E-DCH users in the cell. The sampled value is a load factor and is unitless with range 0..1. Where 0 means no load and 1 is infinite load. Note it does not include the load components of DPCCH and HS-DPCCH for E-DCH users.ME_NodeBFunction_Sector_Carrier_EDchResources.pmLEDchTot_33Sum 
    pmLEDchTot_34ACCUMULATIONINTEGERCounter for the Scheduled E-DCH Uu load estimate in a cell. Includes component from E-DPDCH, E-DPCCH for E-DCH users in the cell. The sampled value is a load factor and is unitless with range 0..1. Where 0 means no load and 1 is infinite load. Note it does not include the load components of DPCCH and HS-DPCCH for E-DCH users.ME_NodeBFunction_Sector_Carrier_EDchResources.pmLEDchTot_34Sum 
    pmLEDchTot_35ACCUMULATIONINTEGERCounter for the Scheduled E-DCH Uu load estimate in a cell. Includes component from E-DPDCH, E-DPCCH for E-DCH users in the cell. The sampled value is a load factor and is unitless with range 0..1. Where 0 means no load and 1 is infinite load. Note it does not include the load components of DPCCH and HS-DPCCH for E-DCH users.ME_NodeBFunction_Sector_Carrier_EDchResources.pmLEDchTot_35Sum 
    pmLEDchTot_36ACCUMULATIONINTEGERCounter for the Scheduled E-DCH Uu load estimate in a cell. Includes component from E-DPDCH, E-DPCCH for E-DCH users in the cell. The sampled value is a load factor and is unitless with range 0..1. Where 0 means no load and 1 is infinite load. Note it does not include the load components of DPCCH and HS-DPCCH for E-DCH users.ME_NodeBFunction_Sector_Carrier_EDchResources.pmLEDchTot_36Sum 
    pmLEDchTot_37ACCUMULATIONINTEGERCounter for the Scheduled E-DCH Uu load estimate in a cell. Includes component from E-DPDCH, E-DPCCH for E-DCH users in the cell. The sampled value is a load factor and is unitless with range 0..1. Where 0 means no load and 1 is infinite load. Note it does not include the load components of DPCCH and HS-DPCCH for E-DCH users.ME_NodeBFunction_Sector_Carrier_EDchResources.pmLEDchTot_37Sum 
    pmLEDchTot_38ACCUMULATIONINTEGERCounter for the Scheduled E-DCH Uu load estimate in a cell. Includes component from E-DPDCH, E-DPCCH for E-DCH users in the cell. The sampled value is a load factor and is unitless with range 0..1. Where 0 means no load and 1 is infinite load. Note it does not include the load components of DPCCH and HS-DPCCH for E-DCH users.ME_NodeBFunction_Sector_Carrier_EDchResources.pmLEDchTot_38Sum 
    pmLEDchTot_39ACCUMULATIONINTEGERCounter for the Scheduled E-DCH Uu load estimate in a cell. Includes component from E-DPDCH, E-DPCCH for E-DCH users in the cell. The sampled value is a load factor and is unitless with range 0..1. Where 0 means no load and 1 is infinite load. Note it does not include the load components of DPCCH and HS-DPCCH for E-DCH users.ME_NodeBFunction_Sector_Carrier_EDchResources.pmLEDchTot_39Sum 
    pmLEDchTot_3ACCUMULATIONINTEGERCounter for the Scheduled E-DCH Uu load estimate in a cell. Includes component from E-DPDCH, E-DPCCH for E-DCH users in the cell. The sampled value is a load factor and is unitless with range 0..1. Where 0 means no load and 1 is infinite load. Note it does not include the load components of DPCCH and HS-DPCCH for E-DCH users.ME_NodeBFunction_Sector_Carrier_EDchResources.pmLEDchTot_3Sum 
    pmLEDchTot_40ACCUMULATIONINTEGERCounter for the Scheduled E-DCH Uu load estimate in a cell. Includes component from E-DPDCH, E-DPCCH for E-DCH users in the cell. The sampled value is a load factor and is unitless with range 0..1. Where 0 means no load and 1 is infinite load. Note it does not include the load components of DPCCH and HS-DPCCH for E-DCH users.ME_NodeBFunction_Sector_Carrier_EDchResources.pmLEDchTot_40Sum 
    pmLEDchTot_41ACCUMULATIONINTEGERCounter for the Scheduled E-DCH Uu load estimate in a cell. Includes component from E-DPDCH, E-DPCCH for E-DCH users in the cell. The sampled value is a load factor and is unitless with range 0..1. Where 0 means no load and 1 is infinite load. Note it does not include the load components of DPCCH and HS-DPCCH for E-DCH users.ME_NodeBFunction_Sector_Carrier_EDchResources.pmLEDchTot_41Sum 
    pmLEDchTot_42ACCUMULATIONINTEGERCounter for the Scheduled E-DCH Uu load estimate in a cell. Includes component from E-DPDCH, E-DPCCH for E-DCH users in the cell. The sampled value is a load factor and is unitless with range 0..1. Where 0 means no load and 1 is infinite load. Note it does not include the load components of DPCCH and HS-DPCCH for E-DCH users.ME_NodeBFunction_Sector_Carrier_EDchResources.pmLEDchTot_42Sum 
    pmLEDchTot_43ACCUMULATIONINTEGERCounter for the Scheduled E-DCH Uu load estimate in a cell. Includes component from E-DPDCH, E-DPCCH for E-DCH users in the cell. The sampled value is a load factor and is unitless with range 0..1. Where 0 means no load and 1 is infinite load. Note it does not include the load components of DPCCH and HS-DPCCH for E-DCH users.ME_NodeBFunction_Sector_Carrier_EDchResources.pmLEDchTot_43Sum 
    pmLEDchTot_44ACCUMULATIONINTEGERCounter for the Scheduled E-DCH Uu load estimate in a cell. Includes component from E-DPDCH, E-DPCCH for E-DCH users in the cell. The sampled value is a load factor and is unitless with range 0..1. Where 0 means no load and 1 is infinite load. Note it does not include the load components of DPCCH and HS-DPCCH for E-DCH users.ME_NodeBFunction_Sector_Carrier_EDchResources.pmLEDchTot_44Sum 
    pmLEDchTot_45ACCUMULATIONINTEGERCounter for the Scheduled E-DCH Uu load estimate in a cell. Includes component from E-DPDCH, E-DPCCH for E-DCH users in the cell. The sampled value is a load factor and is unitless with range 0..1. Where 0 means no load and 1 is infinite load. Note it does not include the load components of DPCCH and HS-DPCCH for E-DCH users.ME_NodeBFunction_Sector_Carrier_EDchResources.pmLEDchTot_45Sum 
    pmLEDchTot_46ACCUMULATIONINTEGERCounter for the Scheduled E-DCH Uu load estimate in a cell. Includes component from E-DPDCH, E-DPCCH for E-DCH users in the cell. The sampled value is a load factor and is unitless with range 0..1. Where 0 means no load and 1 is infinite load. Note it does not include the load components of DPCCH and HS-DPCCH for E-DCH users.ME_NodeBFunction_Sector_Carrier_EDchResources.pmLEDchTot_46Sum 
    pmLEDchTot_47ACCUMULATIONINTEGERCounter for the Scheduled E-DCH Uu load estimate in a cell. Includes component from E-DPDCH, E-DPCCH for E-DCH users in the cell. The sampled value is a load factor and is unitless with range 0..1. Where 0 means no load and 1 is infinite load. Note it does not include the load components of DPCCH and HS-DPCCH for E-DCH users.ME_NodeBFunction_Sector_Carrier_EDchResources.pmLEDchTot_47Sum 
    pmLEDchTot_48ACCUMULATIONINTEGERCounter for the Scheduled E-DCH Uu load estimate in a cell. Includes component from E-DPDCH, E-DPCCH for E-DCH users in the cell. The sampled value is a load factor and is unitless with range 0..1. Where 0 means no load and 1 is infinite load. Note it does not include the load components of DPCCH and HS-DPCCH for E-DCH users.ME_NodeBFunction_Sector_Carrier_EDchResources.pmLEDchTot_48Sum 
    pmLEDchTot_49ACCUMULATIONINTEGERCounter for the Scheduled E-DCH Uu load estimate in a cell. Includes component from E-DPDCH, E-DPCCH for E-DCH users in the cell. The sampled value is a load factor and is unitless with range 0..1. Where 0 means no load and 1 is infinite load. Note it does not include the load components of DPCCH and HS-DPCCH for E-DCH users.ME_NodeBFunction_Sector_Carrier_EDchResources.pmLEDchTot_49Sum 
    pmLEDchTot_4ACCUMULATIONINTEGERCounter for the Scheduled E-DCH Uu load estimate in a cell. Includes component from E-DPDCH, E-DPCCH for E-DCH users in the cell. The sampled value is a load factor and is unitless with range 0..1. Where 0 means no load and 1 is infinite load. Note it does not include the load components of DPCCH and HS-DPCCH for E-DCH users.ME_NodeBFunction_Sector_Carrier_EDchResources.pmLEDchTot_4Sum 
    pmLEDchTot_5ACCUMULATIONINTEGERCounter for the Scheduled E-DCH Uu load estimate in a cell. Includes component from E-DPDCH, E-DPCCH for E-DCH users in the cell. The sampled value is a load factor and is unitless with range 0..1. Where 0 means no load and 1 is infinite load. Note it does not include the load components of DPCCH and HS-DPCCH for E-DCH users.ME_NodeBFunction_Sector_Carrier_EDchResources.pmLEDchTot_5Sum 
    pmLEDchTot_6ACCUMULATIONINTEGERCounter for the Scheduled E-DCH Uu load estimate in a cell. Includes component from E-DPDCH, E-DPCCH for E-DCH users in the cell. The sampled value is a load factor and is unitless with range 0..1. Where 0 means no load and 1 is infinite load. Note it does not include the load components of DPCCH and HS-DPCCH for E-DCH users.ME_NodeBFunction_Sector_Carrier_EDchResources.pmLEDchTot_6Sum 
    pmLEDchTot_7ACCUMULATIONINTEGERCounter for the Scheduled E-DCH Uu load estimate in a cell. Includes component from E-DPDCH, E-DPCCH for E-DCH users in the cell. The sampled value is a load factor and is unitless with range 0..1. Where 0 means no load and 1 is infinite load. Note it does not include the load components of DPCCH and HS-DPCCH for E-DCH users.ME_NodeBFunction_Sector_Carrier_EDchResources.pmLEDchTot_7Sum 
    pmLEDchTot_8ACCUMULATIONINTEGERCounter for the Scheduled E-DCH Uu load estimate in a cell. Includes component from E-DPDCH, E-DPCCH for E-DCH users in the cell. The sampled value is a load factor and is unitless with range 0..1. Where 0 means no load and 1 is infinite load. Note it does not include the load components of DPCCH and HS-DPCCH for E-DCH users.ME_NodeBFunction_Sector_Carrier_EDchResources.pmLEDchTot_8Sum 
    pmLEDchTot_9ACCUMULATIONINTEGERCounter for the Scheduled E-DCH Uu load estimate in a cell. Includes component from E-DPDCH, E-DPCCH for E-DCH users in the cell. The sampled value is a load factor and is unitless with range 0..1. Where 0 means no load and 1 is infinite load. Note it does not include the load components of DPCCH and HS-DPCCH for E-DCH users.ME_NodeBFunction_Sector_Carrier_EDchResources.pmLEDchTot_9Sum 


    CDMA_Channel.Ericsson.UMTS.PDF_pmLMaxEDch

    pmLMaxEDch PDF counters

    KPITypeData TypeDescriptionDerivationDefault AggregatorOther Aggregators
    pmLMaxEDch_0ACCUMULATIONINTEGERCounter for the total cell level estimate of the Uu component of the scheduling headroom available for EUL -schedulable- traffic in a cell. The sampled value is a load factor and is unit less with range 0..1. Where 0 means no load and 1 is infinite load.ME_NodeBFunction_Sector_Carrier_EDchResources.pmLMaxEDch_0Sum 
    pmLMaxEDch_10ACCUMULATIONINTEGERCounter for the total cell level estimate of the Uu component of the scheduling headroom available for EUL -schedulable- traffic in a cell. The sampled value is a load factor and is unit less with range 0..1. Where 0 means no load and 1 is infinite load.ME_NodeBFunction_Sector_Carrier_EDchResources.pmLMaxEDch_10Sum 
    pmLMaxEDch_11ACCUMULATIONINTEGERCounter for the total cell level estimate of the Uu component of the scheduling headroom available for EUL -schedulable- traffic in a cell. The sampled value is a load factor and is unit less with range 0..1. Where 0 means no load and 1 is infinite load.ME_NodeBFunction_Sector_Carrier_EDchResources.pmLMaxEDch_11Sum 
    pmLMaxEDch_12ACCUMULATIONINTEGERCounter for the total cell level estimate of the Uu component of the scheduling headroom available for EUL -schedulable- traffic in a cell. The sampled value is a load factor and is unit less with range 0..1. Where 0 means no load and 1 is infinite load.ME_NodeBFunction_Sector_Carrier_EDchResources.pmLMaxEDch_12Sum 
    pmLMaxEDch_13ACCUMULATIONINTEGERCounter for the total cell level estimate of the Uu component of the scheduling headroom available for EUL -schedulable- traffic in a cell. The sampled value is a load factor and is unit less with range 0..1. Where 0 means no load and 1 is infinite load.ME_NodeBFunction_Sector_Carrier_EDchResources.pmLMaxEDch_13Sum 
    pmLMaxEDch_14ACCUMULATIONINTEGERCounter for the total cell level estimate of the Uu component of the scheduling headroom available for EUL -schedulable- traffic in a cell. The sampled value is a load factor and is unit less with range 0..1. Where 0 means no load and 1 is infinite load.ME_NodeBFunction_Sector_Carrier_EDchResources.pmLMaxEDch_14Sum 
    pmLMaxEDch_15ACCUMULATIONINTEGERCounter for the total cell level estimate of the Uu component of the scheduling headroom available for EUL -schedulable- traffic in a cell. The sampled value is a load factor and is unit less with range 0..1. Where 0 means no load and 1 is infinite load.ME_NodeBFunction_Sector_Carrier_EDchResources.pmLMaxEDch_15Sum 
    pmLMaxEDch_16ACCUMULATIONINTEGERCounter for the total cell level estimate of the Uu component of the scheduling headroom available for EUL -schedulable- traffic in a cell. The sampled value is a load factor and is unit less with range 0..1. Where 0 means no load and 1 is infinite load.ME_NodeBFunction_Sector_Carrier_EDchResources.pmLMaxEDch_16Sum 
    pmLMaxEDch_17ACCUMULATIONINTEGERCounter for the total cell level estimate of the Uu component of the scheduling headroom available for EUL -schedulable- traffic in a cell. The sampled value is a load factor and is unit less with range 0..1. Where 0 means no load and 1 is infinite load.ME_NodeBFunction_Sector_Carrier_EDchResources.pmLMaxEDch_17Sum 
    pmLMaxEDch_18ACCUMULATIONINTEGERCounter for the total cell level estimate of the Uu component of the scheduling headroom available for EUL -schedulable- traffic in a cell. The sampled value is a load factor and is unit less with range 0..1. Where 0 means no load and 1 is infinite load.ME_NodeBFunction_Sector_Carrier_EDchResources.pmLMaxEDch_18Sum 
    pmLMaxEDch_19ACCUMULATIONINTEGERCounter for the total cell level estimate of the Uu component of the scheduling headroom available for EUL -schedulable- traffic in a cell. The sampled value is a load factor and is unit less with range 0..1. Where 0 means no load and 1 is infinite load.ME_NodeBFunction_Sector_Carrier_EDchResources.pmLMaxEDch_19Sum 
    pmLMaxEDch_1ACCUMULATIONINTEGERCounter for the total cell level estimate of the Uu component of the scheduling headroom available for EUL -schedulable- traffic in a cell. The sampled value is a load factor and is unit less with range 0..1. Where 0 means no load and 1 is infinite load.ME_NodeBFunction_Sector_Carrier_EDchResources.pmLMaxEDch_1Sum 
    pmLMaxEDch_20ACCUMULATIONINTEGERCounter for the total cell level estimate of the Uu component of the scheduling headroom available for EUL -schedulable- traffic in a cell. The sampled value is a load factor and is unit less with range 0..1. Where 0 means no load and 1 is infinite load.ME_NodeBFunction_Sector_Carrier_EDchResources.pmLMaxEDch_20Sum 
    pmLMaxEDch_21ACCUMULATIONINTEGERCounter for the total cell level estimate of the Uu component of the scheduling headroom available for EUL -schedulable- traffic in a cell. The sampled value is a load factor and is unit less with range 0..1. Where 0 means no load and 1 is infinite load.ME_NodeBFunction_Sector_Carrier_EDchResources.pmLMaxEDch_21Sum 
    pmLMaxEDch_22ACCUMULATIONINTEGERCounter for the total cell level estimate of the Uu component of the scheduling headroom available for EUL -schedulable- traffic in a cell. The sampled value is a load factor and is unit less with range 0..1. Where 0 means no load and 1 is infinite load.ME_NodeBFunction_Sector_Carrier_EDchResources.pmLMaxEDch_22Sum 
    pmLMaxEDch_23ACCUMULATIONINTEGERCounter for the total cell level estimate of the Uu component of the scheduling headroom available for EUL -schedulable- traffic in a cell. The sampled value is a load factor and is unit less with range 0..1. Where 0 means no load and 1 is infinite load.ME_NodeBFunction_Sector_Carrier_EDchResources.pmLMaxEDch_23Sum 
    pmLMaxEDch_24ACCUMULATIONINTEGERCounter for the total cell level estimate of the Uu component of the scheduling headroom available for EUL -schedulable- traffic in a cell. The sampled value is a load factor and is unit less with range 0..1. Where 0 means no load and 1 is infinite load.ME_NodeBFunction_Sector_Carrier_EDchResources.pmLMaxEDch_24Sum 
    pmLMaxEDch_25ACCUMULATIONINTEGERCounter for the total cell level estimate of the Uu component of the scheduling headroom available for EUL -schedulable- traffic in a cell. The sampled value is a load factor and is unit less with range 0..1. Where 0 means no load and 1 is infinite load.ME_NodeBFunction_Sector_Carrier_EDchResources.pmLMaxEDch_25Sum 
    pmLMaxEDch_26ACCUMULATIONINTEGERCounter for the total cell level estimate of the Uu component of the scheduling headroom available for EUL -schedulable- traffic in a cell. The sampled value is a load factor and is unit less with range 0..1. Where 0 means no load and 1 is infinite load.ME_NodeBFunction_Sector_Carrier_EDchResources.pmLMaxEDch_26Sum 
    pmLMaxEDch_27ACCUMULATIONINTEGERCounter for the total cell level estimate of the Uu component of the scheduling headroom available for EUL -schedulable- traffic in a cell. The sampled value is a load factor and is unit less with range 0..1. Where 0 means no load and 1 is infinite load.ME_NodeBFunction_Sector_Carrier_EDchResources.pmLMaxEDch_27Sum 
    pmLMaxEDch_28ACCUMULATIONINTEGERCounter for the total cell level estimate of the Uu component of the scheduling headroom available for EUL -schedulable- traffic in a cell. The sampled value is a load factor and is unit less with range 0..1. Where 0 means no load and 1 is infinite load.ME_NodeBFunction_Sector_Carrier_EDchResources.pmLMaxEDch_28Sum 
    pmLMaxEDch_29ACCUMULATIONINTEGERCounter for the total cell level estimate of the Uu component of the scheduling headroom available for EUL -schedulable- traffic in a cell. The sampled value is a load factor and is unit less with range 0..1. Where 0 means no load and 1 is infinite load.ME_NodeBFunction_Sector_Carrier_EDchResources.pmLMaxEDch_29Sum 
    pmLMaxEDch_2ACCUMULATIONINTEGERCounter for the total cell level estimate of the Uu component of the scheduling headroom available for EUL -schedulable- traffic in a cell. The sampled value is a load factor and is unit less with range 0..1. Where 0 means no load and 1 is infinite load.ME_NodeBFunction_Sector_Carrier_EDchResources.pmLMaxEDch_2Sum 
    pmLMaxEDch_30ACCUMULATIONINTEGERCounter for the total cell level estimate of the Uu component of the scheduling headroom available for EUL -schedulable- traffic in a cell. The sampled value is a load factor and is unit less with range 0..1. Where 0 means no load and 1 is infinite load.ME_NodeBFunction_Sector_Carrier_EDchResources.pmLMaxEDch_30Sum 
    pmLMaxEDch_31ACCUMULATIONINTEGERCounter for the total cell level estimate of the Uu component of the scheduling headroom available for EUL -schedulable- traffic in a cell. The sampled value is a load factor and is unit less with range 0..1. Where 0 means no load and 1 is infinite load.ME_NodeBFunction_Sector_Carrier_EDchResources.pmLMaxEDch_31Sum 
    pmLMaxEDch_32ACCUMULATIONINTEGERCounter for the total cell level estimate of the Uu component of the scheduling headroom available for EUL -schedulable- traffic in a cell. The sampled value is a load factor and is unit less with range 0..1. Where 0 means no load and 1 is infinite load.ME_NodeBFunction_Sector_Carrier_EDchResources.pmLMaxEDch_32Sum 
    pmLMaxEDch_33ACCUMULATIONINTEGERCounter for the total cell level estimate of the Uu component of the scheduling headroom available for EUL -schedulable- traffic in a cell. The sampled value is a load factor and is unit less with range 0..1. Where 0 means no load and 1 is infinite load.ME_NodeBFunction_Sector_Carrier_EDchResources.pmLMaxEDch_33Sum 
    pmLMaxEDch_34ACCUMULATIONINTEGERCounter for the total cell level estimate of the Uu component of the scheduling headroom available for EUL -schedulable- traffic in a cell. The sampled value is a load factor and is unit less with range 0..1. Where 0 means no load and 1 is infinite load.ME_NodeBFunction_Sector_Carrier_EDchResources.pmLMaxEDch_34Sum 
    pmLMaxEDch_35ACCUMULATIONINTEGERCounter for the total cell level estimate of the Uu component of the scheduling headroom available for EUL -schedulable- traffic in a cell. The sampled value is a load factor and is unit less with range 0..1. Where 0 means no load and 1 is infinite load.ME_NodeBFunction_Sector_Carrier_EDchResources.pmLMaxEDch_35Sum 
    pmLMaxEDch_36ACCUMULATIONINTEGERCounter for the total cell level estimate of the Uu component of the scheduling headroom available for EUL -schedulable- traffic in a cell. The sampled value is a load factor and is unit less with range 0..1. Where 0 means no load and 1 is infinite load.ME_NodeBFunction_Sector_Carrier_EDchResources.pmLMaxEDch_36Sum 
    pmLMaxEDch_37ACCUMULATIONINTEGERCounter for the total cell level estimate of the Uu component of the scheduling headroom available for EUL -schedulable- traffic in a cell. The sampled value is a load factor and is unit less with range 0..1. Where 0 means no load and 1 is infinite load.ME_NodeBFunction_Sector_Carrier_EDchResources.pmLMaxEDch_37Sum 
    pmLMaxEDch_38ACCUMULATIONINTEGERCounter for the total cell level estimate of the Uu component of the scheduling headroom available for EUL -schedulable- traffic in a cell. The sampled value is a load factor and is unit less with range 0..1. Where 0 means no load and 1 is infinite load.ME_NodeBFunction_Sector_Carrier_EDchResources.pmLMaxEDch_38Sum 
    pmLMaxEDch_39ACCUMULATIONINTEGERCounter for the total cell level estimate of the Uu component of the scheduling headroom available for EUL -schedulable- traffic in a cell. The sampled value is a load factor and is unit less with range 0..1. Where 0 means no load and 1 is infinite load.ME_NodeBFunction_Sector_Carrier_EDchResources.pmLMaxEDch_39Sum 
    pmLMaxEDch_3ACCUMULATIONINTEGERCounter for the total cell level estimate of the Uu component of the scheduling headroom available for EUL -schedulable- traffic in a cell. The sampled value is a load factor and is unit less with range 0..1. Where 0 means no load and 1 is infinite load.ME_NodeBFunction_Sector_Carrier_EDchResources.pmLMaxEDch_3Sum 
    pmLMaxEDch_40ACCUMULATIONINTEGERCounter for the total cell level estimate of the Uu component of the scheduling headroom available for EUL -schedulable- traffic in a cell. The sampled value is a load factor and is unit less with range 0..1. Where 0 means no load and 1 is infinite load.ME_NodeBFunction_Sector_Carrier_EDchResources.pmLMaxEDch_40Sum 
    pmLMaxEDch_41ACCUMULATIONINTEGERCounter for the total cell level estimate of the Uu component of the scheduling headroom available for EUL -schedulable- traffic in a cell. The sampled value is a load factor and is unit less with range 0..1. Where 0 means no load and 1 is infinite load.ME_NodeBFunction_Sector_Carrier_EDchResources.pmLMaxEDch_41Sum 
    pmLMaxEDch_42ACCUMULATIONINTEGERCounter for the total cell level estimate of the Uu component of the scheduling headroom available for EUL -schedulable- traffic in a cell. The sampled value is a load factor and is unit less with range 0..1. Where 0 means no load and 1 is infinite load.ME_NodeBFunction_Sector_Carrier_EDchResources.pmLMaxEDch_42Sum 
    pmLMaxEDch_43ACCUMULATIONINTEGERCounter for the total cell level estimate of the Uu component of the scheduling headroom available for EUL -schedulable- traffic in a cell. The sampled value is a load factor and is unit less with range 0..1. Where 0 means no load and 1 is infinite load.ME_NodeBFunction_Sector_Carrier_EDchResources.pmLMaxEDch_43Sum 
    pmLMaxEDch_44ACCUMULATIONINTEGERCounter for the total cell level estimate of the Uu component of the scheduling headroom available for EUL -schedulable- traffic in a cell. The sampled value is a load factor and is unit less with range 0..1. Where 0 means no load and 1 is infinite load.ME_NodeBFunction_Sector_Carrier_EDchResources.pmLMaxEDch_44Sum 
    pmLMaxEDch_45ACCUMULATIONINTEGERCounter for the total cell level estimate of the Uu component of the scheduling headroom available for EUL -schedulable- traffic in a cell. The sampled value is a load factor and is unit less with range 0..1. Where 0 means no load and 1 is infinite load.ME_NodeBFunction_Sector_Carrier_EDchResources.pmLMaxEDch_45Sum 
    pmLMaxEDch_46ACCUMULATIONINTEGERCounter for the total cell level estimate of the Uu component of the scheduling headroom available for EUL -schedulable- traffic in a cell. The sampled value is a load factor and is unit less with range 0..1. Where 0 means no load and 1 is infinite load.ME_NodeBFunction_Sector_Carrier_EDchResources.pmLMaxEDch_46Sum 
    pmLMaxEDch_47ACCUMULATIONINTEGERCounter for the total cell level estimate of the Uu component of the scheduling headroom available for EUL -schedulable- traffic in a cell. The sampled value is a load factor and is unit less with range 0..1. Where 0 means no load and 1 is infinite load.ME_NodeBFunction_Sector_Carrier_EDchResources.pmLMaxEDch_47Sum 
    pmLMaxEDch_48ACCUMULATIONINTEGERCounter for the total cell level estimate of the Uu component of the scheduling headroom available for EUL -schedulable- traffic in a cell. The sampled value is a load factor and is unit less with range 0..1. Where 0 means no load and 1 is infinite load.ME_NodeBFunction_Sector_Carrier_EDchResources.pmLMaxEDch_48Sum 
    pmLMaxEDch_49ACCUMULATIONINTEGERCounter for the total cell level estimate of the Uu component of the scheduling headroom available for EUL -schedulable- traffic in a cell. The sampled value is a load factor and is unit less with range 0..1. Where 0 means no load and 1 is infinite load.ME_NodeBFunction_Sector_Carrier_EDchResources.pmLMaxEDch_49Sum 
    pmLMaxEDch_4ACCUMULATIONINTEGERCounter for the total cell level estimate of the Uu component of the scheduling headroom available for EUL -schedulable- traffic in a cell. The sampled value is a load factor and is unit less with range 0..1. Where 0 means no load and 1 is infinite load.ME_NodeBFunction_Sector_Carrier_EDchResources.pmLMaxEDch_4Sum 
    pmLMaxEDch_5ACCUMULATIONINTEGERCounter for the total cell level estimate of the Uu component of the scheduling headroom available for EUL -schedulable- traffic in a cell. The sampled value is a load factor and is unit less with range 0..1. Where 0 means no load and 1 is infinite load.ME_NodeBFunction_Sector_Carrier_EDchResources.pmLMaxEDch_5Sum 
    pmLMaxEDch_6ACCUMULATIONINTEGERCounter for the total cell level estimate of the Uu component of the scheduling headroom available for EUL -schedulable- traffic in a cell. The sampled value is a load factor and is unit less with range 0..1. Where 0 means no load and 1 is infinite load.ME_NodeBFunction_Sector_Carrier_EDchResources.pmLMaxEDch_6Sum 
    pmLMaxEDch_7ACCUMULATIONINTEGERCounter for the total cell level estimate of the Uu component of the scheduling headroom available for EUL -schedulable- traffic in a cell. The sampled value is a load factor and is unit less with range 0..1. Where 0 means no load and 1 is infinite load.ME_NodeBFunction_Sector_Carrier_EDchResources.pmLMaxEDch_7Sum 
    pmLMaxEDch_8ACCUMULATIONINTEGERCounter for the total cell level estimate of the Uu component of the scheduling headroom available for EUL -schedulable- traffic in a cell. The sampled value is a load factor and is unit less with range 0..1. Where 0 means no load and 1 is infinite load.ME_NodeBFunction_Sector_Carrier_EDchResources.pmLMaxEDch_8Sum 
    pmLMaxEDch_9ACCUMULATIONINTEGERCounter for the total cell level estimate of the Uu component of the scheduling headroom available for EUL -schedulable- traffic in a cell. The sampled value is a load factor and is unit less with range 0..1. Where 0 means no load and 1 is infinite load.ME_NodeBFunction_Sector_Carrier_EDchResources.pmLMaxEDch_9Sum 


    CDMA_Channel.Ericsson.UMTS.PDF_pmMbmsSccpchTransmittedTfc

    pmMbmsSccpchTransmittedTfc PDF counters

    KPITypeData TypeDescriptionDerivationDefault AggregatorOther Aggregators
    pmMbmsSccpchTransmittedTfc_0ACCUMULATIONINTEGERMBMS Transmitted TFCs on an SCCPCH with a certain spreading factor.ManagedElement_NodeBFunction_Carrier_Sccpch.pmMbmsSccpchTransmittedTfc_0Sum 
    pmMbmsSccpchTransmittedTfc_10ACCUMULATIONINTEGERMBMS Transmitted TFCs on an SCCPCH with a certain spreading factor.ManagedElement_NodeBFunction_Carrier_Sccpch.pmMbmsSccpchTransmittedTfc_10Sum 
    pmMbmsSccpchTransmittedTfc_11ACCUMULATIONINTEGERMBMS Transmitted TFCs on an SCCPCH with a certain spreading factor.ManagedElement_NodeBFunction_Carrier_Sccpch.pmMbmsSccpchTransmittedTfc_11Sum 
    pmMbmsSccpchTransmittedTfc_12ACCUMULATIONINTEGERMBMS Transmitted TFCs on an SCCPCH with a certain spreading factor.ManagedElement_NodeBFunction_Carrier_Sccpch.pmMbmsSccpchTransmittedTfc_12Sum 
    pmMbmsSccpchTransmittedTfc_13ACCUMULATIONINTEGERMBMS Transmitted TFCs on an SCCPCH with a certain spreading factor.ManagedElement_NodeBFunction_Carrier_Sccpch.pmMbmsSccpchTransmittedTfc_13Sum 
    pmMbmsSccpchTransmittedTfc_14ACCUMULATIONINTEGERMBMS Transmitted TFCs on an SCCPCH with a certain spreading factor.ManagedElement_NodeBFunction_Carrier_Sccpch.pmMbmsSccpchTransmittedTfc_14Sum 
    pmMbmsSccpchTransmittedTfc_15ACCUMULATIONINTEGERMBMS Transmitted TFCs on an SCCPCH with a certain spreading factor.ManagedElement_NodeBFunction_Carrier_Sccpch.pmMbmsSccpchTransmittedTfc_15Sum 
    pmMbmsSccpchTransmittedTfc_16ACCUMULATIONINTEGERMBMS Transmitted TFCs on an SCCPCH with a certain spreading factor.ManagedElement_NodeBFunction_Carrier_Sccpch.pmMbmsSccpchTransmittedTfc_16Sum 
    pmMbmsSccpchTransmittedTfc_17ACCUMULATIONINTEGERMBMS Transmitted TFCs on an SCCPCH with a certain spreading factor.ManagedElement_NodeBFunction_Carrier_Sccpch.pmMbmsSccpchTransmittedTfc_17Sum 
    pmMbmsSccpchTransmittedTfc_18ACCUMULATIONINTEGERMBMS Transmitted TFCs on an SCCPCH with a certain spreading factor.ManagedElement_NodeBFunction_Carrier_Sccpch.pmMbmsSccpchTransmittedTfc_18Sum 
    pmMbmsSccpchTransmittedTfc_19ACCUMULATIONINTEGERMBMS Transmitted TFCs on an SCCPCH with a certain spreading factor.ManagedElement_NodeBFunction_Carrier_Sccpch.pmMbmsSccpchTransmittedTfc_19Sum 
    pmMbmsSccpchTransmittedTfc_1ACCUMULATIONINTEGERMBMS Transmitted TFCs on an SCCPCH with a certain spreading factor.ManagedElement_NodeBFunction_Carrier_Sccpch.pmMbmsSccpchTransmittedTfc_1Sum 
    pmMbmsSccpchTransmittedTfc_20ACCUMULATIONINTEGERMBMS Transmitted TFCs on an SCCPCH with a certain spreading factor.ManagedElement_NodeBFunction_Carrier_Sccpch.pmMbmsSccpchTransmittedTfc_20Sum 
    pmMbmsSccpchTransmittedTfc_21ACCUMULATIONINTEGERMBMS Transmitted TFCs on an SCCPCH with a certain spreading factor.ManagedElement_NodeBFunction_Carrier_Sccpch.pmMbmsSccpchTransmittedTfc_21Sum 
    pmMbmsSccpchTransmittedTfc_2ACCUMULATIONINTEGERMBMS Transmitted TFCs on an SCCPCH with a certain spreading factor.ManagedElement_NodeBFunction_Carrier_Sccpch.pmMbmsSccpchTransmittedTfc_2Sum 
    pmMbmsSccpchTransmittedTfc_3ACCUMULATIONINTEGERMBMS Transmitted TFCs on an SCCPCH with a certain spreading factor.ManagedElement_NodeBFunction_Carrier_Sccpch.pmMbmsSccpchTransmittedTfc_3Sum 
    pmMbmsSccpchTransmittedTfc_4ACCUMULATIONINTEGERMBMS Transmitted TFCs on an SCCPCH with a certain spreading factor.ManagedElement_NodeBFunction_Carrier_Sccpch.pmMbmsSccpchTransmittedTfc_4Sum 
    pmMbmsSccpchTransmittedTfc_5ACCUMULATIONINTEGERMBMS Transmitted TFCs on an SCCPCH with a certain spreading factor.ManagedElement_NodeBFunction_Carrier_Sccpch.pmMbmsSccpchTransmittedTfc_5Sum 
    pmMbmsSccpchTransmittedTfc_6ACCUMULATIONINTEGERMBMS Transmitted TFCs on an SCCPCH with a certain spreading factor.ManagedElement_NodeBFunction_Carrier_Sccpch.pmMbmsSccpchTransmittedTfc_6Sum 
    pmMbmsSccpchTransmittedTfc_7ACCUMULATIONINTEGERMBMS Transmitted TFCs on an SCCPCH with a certain spreading factor.ManagedElement_NodeBFunction_Carrier_Sccpch.pmMbmsSccpchTransmittedTfc_7Sum 
    pmMbmsSccpchTransmittedTfc_8ACCUMULATIONINTEGERMBMS Transmitted TFCs on an SCCPCH with a certain spreading factor.ManagedElement_NodeBFunction_Carrier_Sccpch.pmMbmsSccpchTransmittedTfc_8Sum 
    pmMbmsSccpchTransmittedTfc_9ACCUMULATIONINTEGERMBMS Transmitted TFCs on an SCCPCH with a certain spreading factor.ManagedElement_NodeBFunction_Carrier_Sccpch.pmMbmsSccpchTransmittedTfc_9Sum 


    CDMA_Channel.Ericsson.UMTS.PDF_pmNoiseFloor

    pmNoiseFloor PDF counters

    KPITypeData TypeDescriptionDerivationDefault AggregatorOther Aggregators
    pmNoiseFloor_0ACCUMULATIONINTEGERThis counter is used to show the used thermal noise level value in the Rise over Thermal (RoT) measurement.ME_NodeBFunction_Sector_Carrier_EDchResources.pmNoiseFloor_0Sum 
    pmNoiseFloor_10ACCUMULATIONINTEGERThis counter is used to show the used thermal noise level value in the Rise over Thermal (RoT) measurement.ME_NodeBFunction_Sector_Carrier_EDchResources.pmNoiseFloor_10Sum 
    pmNoiseFloor_11ACCUMULATIONINTEGERThis counter is used to show the used thermal noise level value in the Rise over Thermal (RoT) measurement.ME_NodeBFunction_Sector_Carrier_EDchResources.pmNoiseFloor_11Sum 
    pmNoiseFloor_12ACCUMULATIONINTEGERThis counter is used to show the used thermal noise level value in the Rise over Thermal (RoT) measurement.ME_NodeBFunction_Sector_Carrier_EDchResources.pmNoiseFloor_12Sum 
    pmNoiseFloor_13ACCUMULATIONINTEGERThis counter is used to show the used thermal noise level value in the Rise over Thermal (RoT) measurement.ME_NodeBFunction_Sector_Carrier_EDchResources.pmNoiseFloor_13Sum 
    pmNoiseFloor_14ACCUMULATIONINTEGERThis counter is used to show the used thermal noise level value in the Rise over Thermal (RoT) measurement.ME_NodeBFunction_Sector_Carrier_EDchResources.pmNoiseFloor_14Sum 
    pmNoiseFloor_15ACCUMULATIONINTEGERThis counter is used to show the used thermal noise level value in the Rise over Thermal (RoT) measurement.ME_NodeBFunction_Sector_Carrier_EDchResources.pmNoiseFloor_15Sum 
    pmNoiseFloor_16ACCUMULATIONINTEGERThis counter is used to show the used thermal noise level value in the Rise over Thermal (RoT) measurement.ME_NodeBFunction_Sector_Carrier_EDchResources.pmNoiseFloor_16Sum 
    pmNoiseFloor_17ACCUMULATIONINTEGERThis counter is used to show the used thermal noise level value in the Rise over Thermal (RoT) measurement.ME_NodeBFunction_Sector_Carrier_EDchResources.pmNoiseFloor_17Sum 
    pmNoiseFloor_18ACCUMULATIONINTEGERThis counter is used to show the used thermal noise level value in the Rise over Thermal (RoT) measurement.ME_NodeBFunction_Sector_Carrier_EDchResources.pmNoiseFloor_18Sum 
    pmNoiseFloor_19ACCUMULATIONINTEGERThis counter is used to show the used thermal noise level value in the Rise over Thermal (RoT) measurement.ME_NodeBFunction_Sector_Carrier_EDchResources.pmNoiseFloor_19Sum 
    pmNoiseFloor_1ACCUMULATIONINTEGERThis counter is used to show the used thermal noise level value in the Rise over Thermal (RoT) measurement.ME_NodeBFunction_Sector_Carrier_EDchResources.pmNoiseFloor_1Sum 
    pmNoiseFloor_20ACCUMULATIONINTEGERThis counter is used to show the used thermal noise level value in the Rise over Thermal (RoT) measurement.ME_NodeBFunction_Sector_Carrier_EDchResources.pmNoiseFloor_20Sum 
    pmNoiseFloor_21ACCUMULATIONINTEGERThis counter is used to show the used thermal noise level value in the Rise over Thermal (RoT) measurement.ME_NodeBFunction_Sector_Carrier_EDchResources.pmNoiseFloor_21Sum 
    pmNoiseFloor_22ACCUMULATIONINTEGERThis counter is used to show the used thermal noise level value in the Rise over Thermal (RoT) measurement.ME_NodeBFunction_Sector_Carrier_EDchResources.pmNoiseFloor_22Sum 
    pmNoiseFloor_23ACCUMULATIONINTEGERThis counter is used to show the used thermal noise level value in the Rise over Thermal (RoT) measurement.ME_NodeBFunction_Sector_Carrier_EDchResources.pmNoiseFloor_23Sum 
    pmNoiseFloor_24ACCUMULATIONINTEGERThis counter is used to show the used thermal noise level value in the Rise over Thermal (RoT) measurement.ME_NodeBFunction_Sector_Carrier_EDchResources.pmNoiseFloor_24Sum 
    pmNoiseFloor_25ACCUMULATIONINTEGERThis counter is used to show the used thermal noise level value in the Rise over Thermal (RoT) measurement.ME_NodeBFunction_Sector_Carrier_EDchResources.pmNoiseFloor_25Sum 
    pmNoiseFloor_26ACCUMULATIONINTEGERThis counter is used to show the used thermal noise level value in the Rise over Thermal (RoT) measurement.ME_NodeBFunction_Sector_Carrier_EDchResources.pmNoiseFloor_26Sum 
    pmNoiseFloor_27ACCUMULATIONINTEGERThis counter is used to show the used thermal noise level value in the Rise over Thermal (RoT) measurement.ME_NodeBFunction_Sector_Carrier_EDchResources.pmNoiseFloor_27Sum 
    pmNoiseFloor_28ACCUMULATIONINTEGERThis counter is used to show the used thermal noise level value in the Rise over Thermal (RoT) measurement.ME_NodeBFunction_Sector_Carrier_EDchResources.pmNoiseFloor_28Sum 
    pmNoiseFloor_29ACCUMULATIONINTEGERThis counter is used to show the used thermal noise level value in the Rise over Thermal (RoT) measurement.ME_NodeBFunction_Sector_Carrier_EDchResources.pmNoiseFloor_29Sum 
    pmNoiseFloor_2ACCUMULATIONINTEGERThis counter is used to show the used thermal noise level value in the Rise over Thermal (RoT) measurement.ME_NodeBFunction_Sector_Carrier_EDchResources.pmNoiseFloor_2Sum 
    pmNoiseFloor_30ACCUMULATIONINTEGERThis counter is used to show the used thermal noise level value in the Rise over Thermal (RoT) measurement.ME_NodeBFunction_Sector_Carrier_EDchResources.pmNoiseFloor_30Sum 
    pmNoiseFloor_31ACCUMULATIONINTEGERThis counter is used to show the used thermal noise level value in the Rise over Thermal (RoT) measurement.ME_NodeBFunction_Sector_Carrier_EDchResources.pmNoiseFloor_31Sum 
    pmNoiseFloor_32ACCUMULATIONINTEGERThis counter is used to show the used thermal noise level value in the Rise over Thermal (RoT) measurement.ME_NodeBFunction_Sector_Carrier_EDchResources.pmNoiseFloor_32Sum 
    pmNoiseFloor_33ACCUMULATIONINTEGERThis counter is used to show the used thermal noise level value in the Rise over Thermal (RoT) measurement.ME_NodeBFunction_Sector_Carrier_EDchResources.pmNoiseFloor_33Sum 
    pmNoiseFloor_34ACCUMULATIONINTEGERThis counter is used to show the used thermal noise level value in the Rise over Thermal (RoT) measurement.ME_NodeBFunction_Sector_Carrier_EDchResources.pmNoiseFloor_34Sum 
    pmNoiseFloor_35ACCUMULATIONINTEGERThis counter is used to show the used thermal noise level value in the Rise over Thermal (RoT) measurement.ME_NodeBFunction_Sector_Carrier_EDchResources.pmNoiseFloor_35Sum 
    pmNoiseFloor_36ACCUMULATIONINTEGERThis counter is used to show the used thermal noise level value in the Rise over Thermal (RoT) measurement.ME_NodeBFunction_Sector_Carrier_EDchResources.pmNoiseFloor_36Sum 
    pmNoiseFloor_37ACCUMULATIONINTEGERThis counter is used to show the used thermal noise level value in the Rise over Thermal (RoT) measurement.ME_NodeBFunction_Sector_Carrier_EDchResources.pmNoiseFloor_37Sum 
    pmNoiseFloor_38ACCUMULATIONINTEGERThis counter is used to show the used thermal noise level value in the Rise over Thermal (RoT) measurement.ME_NodeBFunction_Sector_Carrier_EDchResources.pmNoiseFloor_38Sum 
    pmNoiseFloor_39ACCUMULATIONINTEGERThis counter is used to show the used thermal noise level value in the Rise over Thermal (RoT) measurement.ME_NodeBFunction_Sector_Carrier_EDchResources.pmNoiseFloor_39Sum 
    pmNoiseFloor_3ACCUMULATIONINTEGERThis counter is used to show the used thermal noise level value in the Rise over Thermal (RoT) measurement.ME_NodeBFunction_Sector_Carrier_EDchResources.pmNoiseFloor_3Sum 
    pmNoiseFloor_40ACCUMULATIONINTEGERThis counter is used to show the used thermal noise level value in the Rise over Thermal (RoT) measurement.ME_NodeBFunction_Sector_Carrier_EDchResources.pmNoiseFloor_40Sum 
    pmNoiseFloor_41ACCUMULATIONINTEGERThis counter is used to show the used thermal noise level value in the Rise over Thermal (RoT) measurement.ME_NodeBFunction_Sector_Carrier_EDchResources.pmNoiseFloor_41Sum 
    pmNoiseFloor_42ACCUMULATIONINTEGERThis counter is used to show the used thermal noise level value in the Rise over Thermal (RoT) measurement.ME_NodeBFunction_Sector_Carrier_EDchResources.pmNoiseFloor_42Sum 
    pmNoiseFloor_43ACCUMULATIONINTEGERThis counter is used to show the used thermal noise level value in the Rise over Thermal (RoT) measurement.ME_NodeBFunction_Sector_Carrier_EDchResources.pmNoiseFloor_43Sum 
    pmNoiseFloor_44ACCUMULATIONINTEGERThis counter is used to show the used thermal noise level value in the Rise over Thermal (RoT) measurement.ME_NodeBFunction_Sector_Carrier_EDchResources.pmNoiseFloor_44Sum 
    pmNoiseFloor_45ACCUMULATIONINTEGERThis counter is used to show the used thermal noise level value in the Rise over Thermal (RoT) measurement.ME_NodeBFunction_Sector_Carrier_EDchResources.pmNoiseFloor_45Sum 
    pmNoiseFloor_46ACCUMULATIONINTEGERThis counter is used to show the used thermal noise level value in the Rise over Thermal (RoT) measurement.ME_NodeBFunction_Sector_Carrier_EDchResources.pmNoiseFloor_46Sum 
    pmNoiseFloor_47ACCUMULATIONINTEGERThis counter is used to show the used thermal noise level value in the Rise over Thermal (RoT) measurement.ME_NodeBFunction_Sector_Carrier_EDchResources.pmNoiseFloor_47Sum 
    pmNoiseFloor_48ACCUMULATIONINTEGERThis counter is used to show the used thermal noise level value in the Rise over Thermal (RoT) measurement.ME_NodeBFunction_Sector_Carrier_EDchResources.pmNoiseFloor_48Sum 
    pmNoiseFloor_49ACCUMULATIONINTEGERThis counter is used to show the used thermal noise level value in the Rise over Thermal (RoT) measurement.ME_NodeBFunction_Sector_Carrier_EDchResources.pmNoiseFloor_49Sum 
    pmNoiseFloor_4ACCUMULATIONINTEGERThis counter is used to show the used thermal noise level value in the Rise over Thermal (RoT) measurement.ME_NodeBFunction_Sector_Carrier_EDchResources.pmNoiseFloor_4Sum 
    pmNoiseFloor_50ACCUMULATIONINTEGERThis counter is used to show the used thermal noise level value in the Rise over Thermal (RoT) measurement.ME_NodeBFunction_Sector_Carrier_EDchResources.pmNoiseFloor_50Sum 
    pmNoiseFloor_51ACCUMULATIONINTEGERThis counter is used to show the used thermal noise level value in the Rise over Thermal (RoT) measurement.ME_NodeBFunction_Sector_Carrier_EDchResources.pmNoiseFloor_51Sum 
    pmNoiseFloor_52ACCUMULATIONINTEGERThis counter is used to show the used thermal noise level value in the Rise over Thermal (RoT) measurement.ME_NodeBFunction_Sector_Carrier_EDchResources.pmNoiseFloor_52Sum 
    pmNoiseFloor_53ACCUMULATIONINTEGERThis counter is used to show the used thermal noise level value in the Rise over Thermal (RoT) measurement.ME_NodeBFunction_Sector_Carrier_EDchResources.pmNoiseFloor_53Sum 
    pmNoiseFloor_54ACCUMULATIONINTEGERThis counter is used to show the used thermal noise level value in the Rise over Thermal (RoT) measurement.ME_NodeBFunction_Sector_Carrier_EDchResources.pmNoiseFloor_54Sum 
    pmNoiseFloor_55ACCUMULATIONINTEGERThis counter is used to show the used thermal noise level value in the Rise over Thermal (RoT) measurement.ME_NodeBFunction_Sector_Carrier_EDchResources.pmNoiseFloor_55Sum 
    pmNoiseFloor_5ACCUMULATIONINTEGERThis counter is used to show the used thermal noise level value in the Rise over Thermal (RoT) measurement.ME_NodeBFunction_Sector_Carrier_EDchResources.pmNoiseFloor_5Sum 
    pmNoiseFloor_6ACCUMULATIONINTEGERThis counter is used to show the used thermal noise level value in the Rise over Thermal (RoT) measurement.ME_NodeBFunction_Sector_Carrier_EDchResources.pmNoiseFloor_6Sum 
    pmNoiseFloor_7ACCUMULATIONINTEGERThis counter is used to show the used thermal noise level value in the Rise over Thermal (RoT) measurement.ME_NodeBFunction_Sector_Carrier_EDchResources.pmNoiseFloor_7Sum 
    pmNoiseFloor_8ACCUMULATIONINTEGERThis counter is used to show the used thermal noise level value in the Rise over Thermal (RoT) measurement.ME_NodeBFunction_Sector_Carrier_EDchResources.pmNoiseFloor_8Sum 
    pmNoiseFloor_9ACCUMULATIONINTEGERThis counter is used to show the used thermal noise level value in the Rise over Thermal (RoT) measurement.ME_NodeBFunction_Sector_Carrier_EDchResources.pmNoiseFloor_9Sum 


    CDMA_Channel.Ericsson.UMTS.PDF_pmNoSchEdchEul

    pmNoSchEdchEul PDF counters

    KPITypeData TypeDescriptionDerivationDefault AggregatorOther Aggregators
    pmNoSchEdchEul_0ACCUMULATIONINTEGERThis counter shows the total number of simultaneous scheduled E-DCH users having a rate greater than 0 kbits/s.ME_NodeBFunction_Sector_Carrier_EDchResources.pmNoSchEdchEul_0Sum 
    pmNoSchEdchEul_10ACCUMULATIONINTEGERThis counter shows the total number of simultaneous scheduled E-DCH users having a rate greater than 0 kbits/s.ME_NodeBFunction_Sector_Carrier_EDchResources.pmNoSchEdchEul_10Sum 
    pmNoSchEdchEul_11ACCUMULATIONINTEGERThis counter shows the total number of simultaneous scheduled E-DCH users having a rate greater than 0 kbits/s.ME_NodeBFunction_Sector_Carrier_EDchResources.pmNoSchEdchEul_11Sum 
    pmNoSchEdchEul_12ACCUMULATIONINTEGERThis counter shows the total number of simultaneous scheduled E-DCH users having a rate greater than 0 kbits/s.ME_NodeBFunction_Sector_Carrier_EDchResources.pmNoSchEdchEul_12Sum 
    pmNoSchEdchEul_13ACCUMULATIONINTEGERThis counter shows the total number of simultaneous scheduled E-DCH users having a rate greater than 0 kbits/s.ME_NodeBFunction_Sector_Carrier_EDchResources.pmNoSchEdchEul_13Sum 
    pmNoSchEdchEul_14ACCUMULATIONINTEGERThis counter shows the total number of simultaneous scheduled E-DCH users having a rate greater than 0 kbits/s.ME_NodeBFunction_Sector_Carrier_EDchResources.pmNoSchEdchEul_14Sum 
    pmNoSchEdchEul_15ACCUMULATIONINTEGERThis counter shows the total number of simultaneous scheduled E-DCH users having a rate greater than 0 kbits/s.ME_NodeBFunction_Sector_Carrier_EDchResources.pmNoSchEdchEul_15Sum 
    pmNoSchEdchEul_16ACCUMULATIONINTEGERThis counter shows the total number of simultaneous scheduled E-DCH users having a rate greater than 0 kbits/s.ME_NodeBFunction_Sector_Carrier_EDchResources.pmNoSchEdchEul_16Sum 
    pmNoSchEdchEul_17ACCUMULATIONINTEGERThis counter shows the total number of simultaneous scheduled E-DCH users having a rate greater than 0 kbits/s.ME_NodeBFunction_Sector_Carrier_EDchResources.pmNoSchEdchEul_17Sum 
    pmNoSchEdchEul_18ACCUMULATIONINTEGERThis counter shows the total number of simultaneous scheduled E-DCH users having a rate greater than 0 kbits/s.ME_NodeBFunction_Sector_Carrier_EDchResources.pmNoSchEdchEul_18Sum 
    pmNoSchEdchEul_19ACCUMULATIONINTEGERThis counter shows the total number of simultaneous scheduled E-DCH users having a rate greater than 0 kbits/s.ME_NodeBFunction_Sector_Carrier_EDchResources.pmNoSchEdchEul_19Sum 
    pmNoSchEdchEul_1ACCUMULATIONINTEGERThis counter shows the total number of simultaneous scheduled E-DCH users having a rate greater than 0 kbits/s.ME_NodeBFunction_Sector_Carrier_EDchResources.pmNoSchEdchEul_1Sum 
    pmNoSchEdchEul_20ACCUMULATIONINTEGERThis counter shows the total number of simultaneous scheduled E-DCH users having a rate greater than 0 kbits/s.ME_NodeBFunction_Sector_Carrier_EDchResources.pmNoSchEdchEul_20Sum 
    pmNoSchEdchEul_2ACCUMULATIONINTEGERThis counter shows the total number of simultaneous scheduled E-DCH users having a rate greater than 0 kbits/s.ME_NodeBFunction_Sector_Carrier_EDchResources.pmNoSchEdchEul_2Sum 
    pmNoSchEdchEul_3ACCUMULATIONINTEGERThis counter shows the total number of simultaneous scheduled E-DCH users having a rate greater than 0 kbits/s.ME_NodeBFunction_Sector_Carrier_EDchResources.pmNoSchEdchEul_3Sum 
    pmNoSchEdchEul_4ACCUMULATIONINTEGERThis counter shows the total number of simultaneous scheduled E-DCH users having a rate greater than 0 kbits/s.ME_NodeBFunction_Sector_Carrier_EDchResources.pmNoSchEdchEul_4Sum 
    pmNoSchEdchEul_5ACCUMULATIONINTEGERThis counter shows the total number of simultaneous scheduled E-DCH users having a rate greater than 0 kbits/s.ME_NodeBFunction_Sector_Carrier_EDchResources.pmNoSchEdchEul_5Sum 
    pmNoSchEdchEul_6ACCUMULATIONINTEGERThis counter shows the total number of simultaneous scheduled E-DCH users having a rate greater than 0 kbits/s.ME_NodeBFunction_Sector_Carrier_EDchResources.pmNoSchEdchEul_6Sum 
    pmNoSchEdchEul_7ACCUMULATIONINTEGERThis counter shows the total number of simultaneous scheduled E-DCH users having a rate greater than 0 kbits/s.ME_NodeBFunction_Sector_Carrier_EDchResources.pmNoSchEdchEul_7Sum 
    pmNoSchEdchEul_8ACCUMULATIONINTEGERThis counter shows the total number of simultaneous scheduled E-DCH users having a rate greater than 0 kbits/s.ME_NodeBFunction_Sector_Carrier_EDchResources.pmNoSchEdchEul_8Sum 
    pmNoSchEdchEul_9ACCUMULATIONINTEGERThis counter shows the total number of simultaneous scheduled E-DCH users having a rate greater than 0 kbits/s.ME_NodeBFunction_Sector_Carrier_EDchResources.pmNoSchEdchEul_9Sum 


    CDMA_Channel.Ericsson.UMTS.PDF_pmOwnUuLoad

    pmOwnUuLoad PDF counters

    KPITypeData TypeDescriptionDerivationDefault AggregatorOther Aggregators
    pmOwnUuLoad_0ACCUMULATIONINTEGERCounter per cell for the power-controlled noise rise caused by the intra-cell interference that affects the Uu load.ME_NodeBFunction_Sector_Carrier_EDchResources.pmOwnUuLoad_0Sum 
    pmOwnUuLoad_10ACCUMULATIONINTEGERCounter per cell for the power-controlled noise rise caused by the intra-cell interference that affects the Uu load.ME_NodeBFunction_Sector_Carrier_EDchResources.pmOwnUuLoad_10Sum 
    pmOwnUuLoad_11ACCUMULATIONINTEGERCounter per cell for the power-controlled noise rise caused by the intra-cell interference that affects the Uu load.ME_NodeBFunction_Sector_Carrier_EDchResources.pmOwnUuLoad_11Sum 
    pmOwnUuLoad_12ACCUMULATIONINTEGERCounter per cell for the power-controlled noise rise caused by the intra-cell interference that affects the Uu load.ME_NodeBFunction_Sector_Carrier_EDchResources.pmOwnUuLoad_12Sum 
    pmOwnUuLoad_13ACCUMULATIONINTEGERCounter per cell for the power-controlled noise rise caused by the intra-cell interference that affects the Uu load.ME_NodeBFunction_Sector_Carrier_EDchResources.pmOwnUuLoad_13Sum 
    pmOwnUuLoad_14ACCUMULATIONINTEGERCounter per cell for the power-controlled noise rise caused by the intra-cell interference that affects the Uu load.ME_NodeBFunction_Sector_Carrier_EDchResources.pmOwnUuLoad_14Sum 
    pmOwnUuLoad_15ACCUMULATIONINTEGERCounter per cell for the power-controlled noise rise caused by the intra-cell interference that affects the Uu load.ME_NodeBFunction_Sector_Carrier_EDchResources.pmOwnUuLoad_15Sum 
    pmOwnUuLoad_16ACCUMULATIONINTEGERCounter per cell for the power-controlled noise rise caused by the intra-cell interference that affects the Uu load.ME_NodeBFunction_Sector_Carrier_EDchResources.pmOwnUuLoad_16Sum 
    pmOwnUuLoad_17ACCUMULATIONINTEGERCounter per cell for the power-controlled noise rise caused by the intra-cell interference that affects the Uu load.ME_NodeBFunction_Sector_Carrier_EDchResources.pmOwnUuLoad_17Sum 
    pmOwnUuLoad_18ACCUMULATIONINTEGERCounter per cell for the power-controlled noise rise caused by the intra-cell interference that affects the Uu load.ME_NodeBFunction_Sector_Carrier_EDchResources.pmOwnUuLoad_18Sum 
    pmOwnUuLoad_19ACCUMULATIONINTEGERCounter per cell for the power-controlled noise rise caused by the intra-cell interference that affects the Uu load.ME_NodeBFunction_Sector_Carrier_EDchResources.pmOwnUuLoad_19Sum 
    pmOwnUuLoad_1ACCUMULATIONINTEGERCounter per cell for the power-controlled noise rise caused by the intra-cell interference that affects the Uu load.ME_NodeBFunction_Sector_Carrier_EDchResources.pmOwnUuLoad_1Sum 
    pmOwnUuLoad_20ACCUMULATIONINTEGERCounter per cell for the power-controlled noise rise caused by the intra-cell interference that affects the Uu load.ME_NodeBFunction_Sector_Carrier_EDchResources.pmOwnUuLoad_20Sum 
    pmOwnUuLoad_21ACCUMULATIONINTEGERCounter per cell for the power-controlled noise rise caused by the intra-cell interference that affects the Uu load.ME_NodeBFunction_Sector_Carrier_EDchResources.pmOwnUuLoad_21Sum 
    pmOwnUuLoad_22ACCUMULATIONINTEGERCounter per cell for the power-controlled noise rise caused by the intra-cell interference that affects the Uu load.ME_NodeBFunction_Sector_Carrier_EDchResources.pmOwnUuLoad_22Sum 
    pmOwnUuLoad_23ACCUMULATIONINTEGERCounter per cell for the power-controlled noise rise caused by the intra-cell interference that affects the Uu load.ME_NodeBFunction_Sector_Carrier_EDchResources.pmOwnUuLoad_23Sum 
    pmOwnUuLoad_24ACCUMULATIONINTEGERCounter per cell for the power-controlled noise rise caused by the intra-cell interference that affects the Uu load.ME_NodeBFunction_Sector_Carrier_EDchResources.pmOwnUuLoad_24Sum 
    pmOwnUuLoad_25ACCUMULATIONINTEGERCounter per cell for the power-controlled noise rise caused by the intra-cell interference that affects the Uu load.ME_NodeBFunction_Sector_Carrier_EDchResources.pmOwnUuLoad_25Sum 
    pmOwnUuLoad_26ACCUMULATIONINTEGERCounter per cell for the power-controlled noise rise caused by the intra-cell interference that affects the Uu load.ME_NodeBFunction_Sector_Carrier_EDchResources.pmOwnUuLoad_26Sum 
    pmOwnUuLoad_27ACCUMULATIONINTEGERCounter per cell for the power-controlled noise rise caused by the intra-cell interference that affects the Uu load.ME_NodeBFunction_Sector_Carrier_EDchResources.pmOwnUuLoad_27Sum 
    pmOwnUuLoad_28ACCUMULATIONINTEGERCounter per cell for the power-controlled noise rise caused by the intra-cell interference that affects the Uu load.ME_NodeBFunction_Sector_Carrier_EDchResources.pmOwnUuLoad_28Sum 
    pmOwnUuLoad_29ACCUMULATIONINTEGERCounter per cell for the power-controlled noise rise caused by the intra-cell interference that affects the Uu load.ME_NodeBFunction_Sector_Carrier_EDchResources.pmOwnUuLoad_29Sum 
    pmOwnUuLoad_2ACCUMULATIONINTEGERCounter per cell for the power-controlled noise rise caused by the intra-cell interference that affects the Uu load.ME_NodeBFunction_Sector_Carrier_EDchResources.pmOwnUuLoad_2Sum 
    pmOwnUuLoad_30ACCUMULATIONINTEGERCounter per cell for the power-controlled noise rise caused by the intra-cell interference that affects the Uu load.ME_NodeBFunction_Sector_Carrier_EDchResources.pmOwnUuLoad_30Sum 
    pmOwnUuLoad_31ACCUMULATIONINTEGERCounter per cell for the power-controlled noise rise caused by the intra-cell interference that affects the Uu load.ME_NodeBFunction_Sector_Carrier_EDchResources.pmOwnUuLoad_31Sum 
    pmOwnUuLoad_32ACCUMULATIONINTEGERCounter per cell for the power-controlled noise rise caused by the intra-cell interference that affects the Uu load.ME_NodeBFunction_Sector_Carrier_EDchResources.pmOwnUuLoad_32Sum 
    pmOwnUuLoad_33ACCUMULATIONINTEGERCounter per cell for the power-controlled noise rise caused by the intra-cell interference that affects the Uu load.ME_NodeBFunction_Sector_Carrier_EDchResources.pmOwnUuLoad_33Sum 
    pmOwnUuLoad_34ACCUMULATIONINTEGERCounter per cell for the power-controlled noise rise caused by the intra-cell interference that affects the Uu load.ME_NodeBFunction_Sector_Carrier_EDchResources.pmOwnUuLoad_34Sum 
    pmOwnUuLoad_35ACCUMULATIONINTEGERCounter per cell for the power-controlled noise rise caused by the intra-cell interference that affects the Uu load.ME_NodeBFunction_Sector_Carrier_EDchResources.pmOwnUuLoad_35Sum 
    pmOwnUuLoad_36ACCUMULATIONINTEGERCounter per cell for the power-controlled noise rise caused by the intra-cell interference that affects the Uu load.ME_NodeBFunction_Sector_Carrier_EDchResources.pmOwnUuLoad_36Sum 
    pmOwnUuLoad_37ACCUMULATIONINTEGERCounter per cell for the power-controlled noise rise caused by the intra-cell interference that affects the Uu load.ME_NodeBFunction_Sector_Carrier_EDchResources.pmOwnUuLoad_37Sum 
    pmOwnUuLoad_38ACCUMULATIONINTEGERCounter per cell for the power-controlled noise rise caused by the intra-cell interference that affects the Uu load.ME_NodeBFunction_Sector_Carrier_EDchResources.pmOwnUuLoad_38Sum 
    pmOwnUuLoad_39ACCUMULATIONINTEGERCounter per cell for the power-controlled noise rise caused by the intra-cell interference that affects the Uu load.ME_NodeBFunction_Sector_Carrier_EDchResources.pmOwnUuLoad_39Sum 
    pmOwnUuLoad_3ACCUMULATIONINTEGERCounter per cell for the power-controlled noise rise caused by the intra-cell interference that affects the Uu load.ME_NodeBFunction_Sector_Carrier_EDchResources.pmOwnUuLoad_3Sum 
    pmOwnUuLoad_40ACCUMULATIONINTEGERCounter per cell for the power-controlled noise rise caused by the intra-cell interference that affects the Uu load.ME_NodeBFunction_Sector_Carrier_EDchResources.pmOwnUuLoad_40Sum 
    pmOwnUuLoad_41ACCUMULATIONINTEGERCounter per cell for the power-controlled noise rise caused by the intra-cell interference that affects the Uu load.ME_NodeBFunction_Sector_Carrier_EDchResources.pmOwnUuLoad_41Sum 
    pmOwnUuLoad_42ACCUMULATIONINTEGERCounter per cell for the power-controlled noise rise caused by the intra-cell interference that affects the Uu load.ME_NodeBFunction_Sector_Carrier_EDchResources.pmOwnUuLoad_42Sum 
    pmOwnUuLoad_43ACCUMULATIONINTEGERCounter per cell for the power-controlled noise rise caused by the intra-cell interference that affects the Uu load.ME_NodeBFunction_Sector_Carrier_EDchResources.pmOwnUuLoad_43Sum 
    pmOwnUuLoad_44ACCUMULATIONINTEGERCounter per cell for the power-controlled noise rise caused by the intra-cell interference that affects the Uu load.ME_NodeBFunction_Sector_Carrier_EDchResources.pmOwnUuLoad_44Sum 
    pmOwnUuLoad_45ACCUMULATIONINTEGERCounter per cell for the power-controlled noise rise caused by the intra-cell interference that affects the Uu load.ME_NodeBFunction_Sector_Carrier_EDchResources.pmOwnUuLoad_45Sum 
    pmOwnUuLoad_46ACCUMULATIONINTEGERCounter per cell for the power-controlled noise rise caused by the intra-cell interference that affects the Uu load.ME_NodeBFunction_Sector_Carrier_EDchResources.pmOwnUuLoad_46Sum 
    pmOwnUuLoad_47ACCUMULATIONINTEGERCounter per cell for the power-controlled noise rise caused by the intra-cell interference that affects the Uu load.ME_NodeBFunction_Sector_Carrier_EDchResources.pmOwnUuLoad_47Sum 
    pmOwnUuLoad_48ACCUMULATIONINTEGERCounter per cell for the power-controlled noise rise caused by the intra-cell interference that affects the Uu load.ME_NodeBFunction_Sector_Carrier_EDchResources.pmOwnUuLoad_48Sum 
    pmOwnUuLoad_49ACCUMULATIONINTEGERCounter per cell for the power-controlled noise rise caused by the intra-cell interference that affects the Uu load.ME_NodeBFunction_Sector_Carrier_EDchResources.pmOwnUuLoad_49Sum 
    pmOwnUuLoad_4ACCUMULATIONINTEGERCounter per cell for the power-controlled noise rise caused by the intra-cell interference that affects the Uu load.ME_NodeBFunction_Sector_Carrier_EDchResources.pmOwnUuLoad_4Sum 
    pmOwnUuLoad_50ACCUMULATIONINTEGERCounter per cell for the power-controlled noise rise caused by the intra-cell interference that affects the Uu load.ME_NodeBFunction_Sector_Carrier_EDchResources.pmOwnUuLoad_50Sum 
    pmOwnUuLoad_5ACCUMULATIONINTEGERCounter per cell for the power-controlled noise rise caused by the intra-cell interference that affects the Uu load.ME_NodeBFunction_Sector_Carrier_EDchResources.pmOwnUuLoad_5Sum 
    pmOwnUuLoad_6ACCUMULATIONINTEGERCounter per cell for the power-controlled noise rise caused by the intra-cell interference that affects the Uu load.ME_NodeBFunction_Sector_Carrier_EDchResources.pmOwnUuLoad_6Sum 
    pmOwnUuLoad_7ACCUMULATIONINTEGERCounter per cell for the power-controlled noise rise caused by the intra-cell interference that affects the Uu load.ME_NodeBFunction_Sector_Carrier_EDchResources.pmOwnUuLoad_7Sum 
    pmOwnUuLoad_8ACCUMULATIONINTEGERCounter per cell for the power-controlled noise rise caused by the intra-cell interference that affects the Uu load.ME_NodeBFunction_Sector_Carrier_EDchResources.pmOwnUuLoad_8Sum 
    pmOwnUuLoad_9ACCUMULATIONINTEGERCounter per cell for the power-controlled noise rise caused by the intra-cell interference that affects the Uu load.ME_NodeBFunction_Sector_Carrier_EDchResources.pmOwnUuLoad_9Sum 


    CDMA_Channel.Ericsson.UMTS.PDF_pmPropagationDelay

    pmPropagationDelay PDF counters

    KPITypeData TypeDescriptionDerivationDefault AggregatorOther Aggregators
    pmPropagationDelay_0ACCUMULATIONINTEGERPropagation delay for the cell. Propagation delay is measured on RACH messages with correct CRC. A sample is taken from each detected preamble with succesful detected message.ME_NodeBFunction_Sector_Carrier_Prach.pmPropagationDelay_0Sum 
    pmPropagationDelay_10ACCUMULATIONINTEGERPropagation delay for the cell. Propagation delay is measured on RACH messages with correct CRC. A sample is taken from each detected preamble with succesful detected message.ME_NodeBFunction_Sector_Carrier_Prach.pmPropagationDelay_10Sum 
    pmPropagationDelay_11ACCUMULATIONINTEGERPropagation delay for the cell. Propagation delay is measured on RACH messages with correct CRC. A sample is taken from each detected preamble with succesful detected message.ME_NodeBFunction_Sector_Carrier_Prach.pmPropagationDelay_11Sum 
    pmPropagationDelay_12ACCUMULATIONINTEGERPropagation delay for the cell. Propagation delay is measured on RACH messages with correct CRC. A sample is taken from each detected preamble with succesful detected message.ME_NodeBFunction_Sector_Carrier_Prach.pmPropagationDelay_12Sum 
    pmPropagationDelay_13ACCUMULATIONINTEGERPropagation delay for the cell. Propagation delay is measured on RACH messages with correct CRC. A sample is taken from each detected preamble with succesful detected message.ME_NodeBFunction_Sector_Carrier_Prach.pmPropagationDelay_13Sum 
    pmPropagationDelay_14ACCUMULATIONINTEGERPropagation delay for the cell. Propagation delay is measured on RACH messages with correct CRC. A sample is taken from each detected preamble with succesful detected message.ME_NodeBFunction_Sector_Carrier_Prach.pmPropagationDelay_14Sum 
    pmPropagationDelay_15ACCUMULATIONINTEGERPropagation delay for the cell. Propagation delay is measured on RACH messages with correct CRC. A sample is taken from each detected preamble with succesful detected message.ME_NodeBFunction_Sector_Carrier_Prach.pmPropagationDelay_15Sum 
    pmPropagationDelay_16ACCUMULATIONINTEGERPropagation delay for the cell. Propagation delay is measured on RACH messages with correct CRC. A sample is taken from each detected preamble with succesful detected message.ME_NodeBFunction_Sector_Carrier_Prach.pmPropagationDelay_16Sum 
    pmPropagationDelay_17ACCUMULATIONINTEGERPropagation delay for the cell. Propagation delay is measured on RACH messages with correct CRC. A sample is taken from each detected preamble with succesful detected message.ME_NodeBFunction_Sector_Carrier_Prach.pmPropagationDelay_17Sum 
    pmPropagationDelay_18ACCUMULATIONINTEGERPropagation delay for the cell. Propagation delay is measured on RACH messages with correct CRC. A sample is taken from each detected preamble with succesful detected message.ME_NodeBFunction_Sector_Carrier_Prach.pmPropagationDelay_18Sum 
    pmPropagationDelay_19ACCUMULATIONINTEGERPropagation delay for the cell. Propagation delay is measured on RACH messages with correct CRC. A sample is taken from each detected preamble with succesful detected message.ME_NodeBFunction_Sector_Carrier_Prach.pmPropagationDelay_19Sum 
    pmPropagationDelay_1ACCUMULATIONINTEGERPropagation delay for the cell. Propagation delay is measured on RACH messages with correct CRC. A sample is taken from each detected preamble with succesful detected message.ME_NodeBFunction_Sector_Carrier_Prach.pmPropagationDelay_1Sum 
    pmPropagationDelay_20ACCUMULATIONINTEGERPropagation delay for the cell. Propagation delay is measured on RACH messages with correct CRC. A sample is taken from each detected preamble with succesful detected message.ME_NodeBFunction_Sector_Carrier_Prach.pmPropagationDelay_20Sum 
    pmPropagationDelay_21ACCUMULATIONINTEGERPropagation delay for the cell. Propagation delay is measured on RACH messages with correct CRC. A sample is taken from each detected preamble with succesful detected message.ME_NodeBFunction_Sector_Carrier_Prach.pmPropagationDelay_21Sum 
    pmPropagationDelay_22ACCUMULATIONINTEGERPropagation delay for the cell. Propagation delay is measured on RACH messages with correct CRC. A sample is taken from each detected preamble with succesful detected message.ME_NodeBFunction_Sector_Carrier_Prach.pmPropagationDelay_22Sum 
    pmPropagationDelay_23ACCUMULATIONINTEGERPropagation delay for the cell. Propagation delay is measured on RACH messages with correct CRC. A sample is taken from each detected preamble with succesful detected message.ME_NodeBFunction_Sector_Carrier_Prach.pmPropagationDelay_23Sum 
    pmPropagationDelay_24ACCUMULATIONINTEGERPropagation delay for the cell. Propagation delay is measured on RACH messages with correct CRC. A sample is taken from each detected preamble with succesful detected message.ME_NodeBFunction_Sector_Carrier_Prach.pmPropagationDelay_24Sum 
    pmPropagationDelay_25ACCUMULATIONINTEGERPropagation delay for the cell. Propagation delay is measured on RACH messages with correct CRC. A sample is taken from each detected preamble with succesful detected message.ME_NodeBFunction_Sector_Carrier_Prach.pmPropagationDelay_25Sum 
    pmPropagationDelay_26ACCUMULATIONINTEGERPropagation delay for the cell. Propagation delay is measured on RACH messages with correct CRC. A sample is taken from each detected preamble with succesful detected message.ME_NodeBFunction_Sector_Carrier_Prach.pmPropagationDelay_26Sum 
    pmPropagationDelay_27ACCUMULATIONINTEGERPropagation delay for the cell. Propagation delay is measured on RACH messages with correct CRC. A sample is taken from each detected preamble with succesful detected message.ME_NodeBFunction_Sector_Carrier_Prach.pmPropagationDelay_27Sum 
    pmPropagationDelay_28ACCUMULATIONINTEGERPropagation delay for the cell. Propagation delay is measured on RACH messages with correct CRC. A sample is taken from each detected preamble with succesful detected message.ME_NodeBFunction_Sector_Carrier_Prach.pmPropagationDelay_28Sum 
    pmPropagationDelay_29ACCUMULATIONINTEGERPropagation delay for the cell. Propagation delay is measured on RACH messages with correct CRC. A sample is taken from each detected preamble with succesful detected message.ME_NodeBFunction_Sector_Carrier_Prach.pmPropagationDelay_29Sum 
    pmPropagationDelay_2ACCUMULATIONINTEGERPropagation delay for the cell. Propagation delay is measured on RACH messages with correct CRC. A sample is taken from each detected preamble with succesful detected message.ME_NodeBFunction_Sector_Carrier_Prach.pmPropagationDelay_2Sum 
    pmPropagationDelay_30ACCUMULATIONINTEGERPropagation delay for the cell. Propagation delay is measured on RACH messages with correct CRC. A sample is taken from each detected preamble with succesful detected message.ME_NodeBFunction_Sector_Carrier_Prach.pmPropagationDelay_30Sum 
    pmPropagationDelay_31ACCUMULATIONINTEGERPropagation delay for the cell. Propagation delay is measured on RACH messages with correct CRC. A sample is taken from each detected preamble with succesful detected message.ME_NodeBFunction_Sector_Carrier_Prach.pmPropagationDelay_31Sum 
    pmPropagationDelay_32ACCUMULATIONINTEGERPropagation delay for the cell. Propagation delay is measured on RACH messages with correct CRC. A sample is taken from each detected preamble with succesful detected message.ME_NodeBFunction_Sector_Carrier_Prach.pmPropagationDelay_32Sum 
    pmPropagationDelay_33ACCUMULATIONINTEGERPropagation delay for the cell. Propagation delay is measured on RACH messages with correct CRC. A sample is taken from each detected preamble with succesful detected message.ME_NodeBFunction_Sector_Carrier_Prach.pmPropagationDelay_33Sum 
    pmPropagationDelay_34ACCUMULATIONINTEGERPropagation delay for the cell. Propagation delay is measured on RACH messages with correct CRC. A sample is taken from each detected preamble with succesful detected message.ME_NodeBFunction_Sector_Carrier_Prach.pmPropagationDelay_34Sum 
    pmPropagationDelay_35ACCUMULATIONINTEGERPropagation delay for the cell. Propagation delay is measured on RACH messages with correct CRC. A sample is taken from each detected preamble with succesful detected message.ME_NodeBFunction_Sector_Carrier_Prach.pmPropagationDelay_35Sum 
    pmPropagationDelay_36ACCUMULATIONINTEGERPropagation delay for the cell. Propagation delay is measured on RACH messages with correct CRC. A sample is taken from each detected preamble with succesful detected message.ME_NodeBFunction_Sector_Carrier_Prach.pmPropagationDelay_36Sum 
    pmPropagationDelay_37ACCUMULATIONINTEGERPropagation delay for the cell. Propagation delay is measured on RACH messages with correct CRC. A sample is taken from each detected preamble with succesful detected message.ME_NodeBFunction_Sector_Carrier_Prach.pmPropagationDelay_37Sum 
    pmPropagationDelay_38ACCUMULATIONINTEGERPropagation delay for the cell. Propagation delay is measured on RACH messages with correct CRC. A sample is taken from each detected preamble with succesful detected message.ME_NodeBFunction_Sector_Carrier_Prach.pmPropagationDelay_38Sum 
    pmPropagationDelay_39ACCUMULATIONINTEGERPropagation delay for the cell. Propagation delay is measured on RACH messages with correct CRC. A sample is taken from each detected preamble with succesful detected message.ME_NodeBFunction_Sector_Carrier_Prach.pmPropagationDelay_39Sum 
    pmPropagationDelay_3ACCUMULATIONINTEGERPropagation delay for the cell. Propagation delay is measured on RACH messages with correct CRC. A sample is taken from each detected preamble with succesful detected message.ME_NodeBFunction_Sector_Carrier_Prach.pmPropagationDelay_3Sum 
    pmPropagationDelay_40ACCUMULATIONINTEGERPropagation delay for the cell. Propagation delay is measured on RACH messages with correct CRC. A sample is taken from each detected preamble with succesful detected message.ME_NodeBFunction_Sector_Carrier_Prach.pmPropagationDelay_40Sum 
    pmPropagationDelay_4ACCUMULATIONINTEGERPropagation delay for the cell. Propagation delay is measured on RACH messages with correct CRC. A sample is taken from each detected preamble with succesful detected message.ME_NodeBFunction_Sector_Carrier_Prach.pmPropagationDelay_4Sum 
    pmPropagationDelay_5ACCUMULATIONINTEGERPropagation delay for the cell. Propagation delay is measured on RACH messages with correct CRC. A sample is taken from each detected preamble with succesful detected message.ME_NodeBFunction_Sector_Carrier_Prach.pmPropagationDelay_5Sum 
    pmPropagationDelay_6ACCUMULATIONINTEGERPropagation delay for the cell. Propagation delay is measured on RACH messages with correct CRC. A sample is taken from each detected preamble with succesful detected message.ME_NodeBFunction_Sector_Carrier_Prach.pmPropagationDelay_6Sum 
    pmPropagationDelay_7ACCUMULATIONINTEGERPropagation delay for the cell. Propagation delay is measured on RACH messages with correct CRC. A sample is taken from each detected preamble with succesful detected message.ME_NodeBFunction_Sector_Carrier_Prach.pmPropagationDelay_7Sum 
    pmPropagationDelay_8ACCUMULATIONINTEGERPropagation delay for the cell. Propagation delay is measured on RACH messages with correct CRC. A sample is taken from each detected preamble with succesful detected message.ME_NodeBFunction_Sector_Carrier_Prach.pmPropagationDelay_8Sum 
    pmPropagationDelay_9ACCUMULATIONINTEGERPropagation delay for the cell. Propagation delay is measured on RACH messages with correct CRC. A sample is taken from each detected preamble with succesful detected message.ME_NodeBFunction_Sector_Carrier_Prach.pmPropagationDelay_9Sum 


    CDMA_Channel.Ericsson.UMTS.PDF_pmReceivedPreambleSir

    pmReceivedPreambleSir PDF counters

    KPITypeData TypeDescriptionDerivationDefault AggregatorOther Aggregators
    pmReceivedPreambleSir_0ACCUMULATIONINTEGERThe signal strength (SIR) of all access attempts (above the preamble threshold) except false detection (noise) on RACH.ME_NodeBFunction_Sector_Carrier_Prach.pmReceivedPreambleSir_0Sum 
    pmReceivedPreambleSir_10ACCUMULATIONINTEGERThe signal strength (SIR) of all access attempts (above the preamble threshold) except false detection (noise) on RACH.ME_NodeBFunction_Sector_Carrier_Prach.pmReceivedPreambleSir_10Sum 
    pmReceivedPreambleSir_11ACCUMULATIONINTEGERThe signal strength (SIR) of all access attempts (above the preamble threshold) except false detection (noise) on RACH.ME_NodeBFunction_Sector_Carrier_Prach.pmReceivedPreambleSir_11Sum 
    pmReceivedPreambleSir_12ACCUMULATIONINTEGERThe signal strength (SIR) of all access attempts (above the preamble threshold) except false detection (noise) on RACH.ME_NodeBFunction_Sector_Carrier_Prach.pmReceivedPreambleSir_12Sum 
    pmReceivedPreambleSir_13ACCUMULATIONINTEGERThe signal strength (SIR) of all access attempts (above the preamble threshold) except false detection (noise) on RACH.ME_NodeBFunction_Sector_Carrier_Prach.pmReceivedPreambleSir_13Sum 
    pmReceivedPreambleSir_14ACCUMULATIONINTEGERThe signal strength (SIR) of all access attempts (above the preamble threshold) except false detection (noise) on RACH.ME_NodeBFunction_Sector_Carrier_Prach.pmReceivedPreambleSir_14Sum 
    pmReceivedPreambleSir_15ACCUMULATIONINTEGERThe signal strength (SIR) of all access attempts (above the preamble threshold) except false detection (noise) on RACH.ME_NodeBFunction_Sector_Carrier_Prach.pmReceivedPreambleSir_15Sum 
    pmReceivedPreambleSir_16ACCUMULATIONINTEGERThe signal strength (SIR) of all access attempts (above the preamble threshold) except false detection (noise) on RACH.ME_NodeBFunction_Sector_Carrier_Prach.pmReceivedPreambleSir_16Sum 
    pmReceivedPreambleSir_17ACCUMULATIONINTEGERThe signal strength (SIR) of all access attempts (above the preamble threshold) except false detection (noise) on RACH.ME_NodeBFunction_Sector_Carrier_Prach.pmReceivedPreambleSir_17Sum 
    pmReceivedPreambleSir_18ACCUMULATIONINTEGERThe signal strength (SIR) of all access attempts (above the preamble threshold) except false detection (noise) on RACH.ME_NodeBFunction_Sector_Carrier_Prach.pmReceivedPreambleSir_18Sum 
    pmReceivedPreambleSir_19ACCUMULATIONINTEGERThe signal strength (SIR) of all access attempts (above the preamble threshold) except false detection (noise) on RACH.ME_NodeBFunction_Sector_Carrier_Prach.pmReceivedPreambleSir_19Sum 
    pmReceivedPreambleSir_1ACCUMULATIONINTEGERThe signal strength (SIR) of all access attempts (above the preamble threshold) except false detection (noise) on RACH.ME_NodeBFunction_Sector_Carrier_Prach.pmReceivedPreambleSir_1Sum 
    pmReceivedPreambleSir_20ACCUMULATIONINTEGERThe signal strength (SIR) of all access attempts (above the preamble threshold) except false detection (noise) on RACH.ME_NodeBFunction_Sector_Carrier_Prach.pmReceivedPreambleSir_20Sum 
    pmReceivedPreambleSir_21ACCUMULATIONINTEGERThe signal strength (SIR) of all access attempts (above the preamble threshold) except false detection (noise) on RACH.ME_NodeBFunction_Sector_Carrier_Prach.pmReceivedPreambleSir_21Sum 
    pmReceivedPreambleSir_22ACCUMULATIONINTEGERThe signal strength (SIR) of all access attempts (above the preamble threshold) except false detection (noise) on RACH.ME_NodeBFunction_Sector_Carrier_Prach.pmReceivedPreambleSir_22Sum 
    pmReceivedPreambleSir_23ACCUMULATIONINTEGERThe signal strength (SIR) of all access attempts (above the preamble threshold) except false detection (noise) on RACH.ME_NodeBFunction_Sector_Carrier_Prach.pmReceivedPreambleSir_23Sum 
    pmReceivedPreambleSir_24ACCUMULATIONINTEGERThe signal strength (SIR) of all access attempts (above the preamble threshold) except false detection (noise) on RACH.ME_NodeBFunction_Sector_Carrier_Prach.pmReceivedPreambleSir_24Sum 
    pmReceivedPreambleSir_25ACCUMULATIONINTEGERThe signal strength (SIR) of all access attempts (above the preamble threshold) except false detection (noise) on RACH.ME_NodeBFunction_Sector_Carrier_Prach.pmReceivedPreambleSir_25Sum 
    pmReceivedPreambleSir_26ACCUMULATIONINTEGERThe signal strength (SIR) of all access attempts (above the preamble threshold) except false detection (noise) on RACH.ME_NodeBFunction_Sector_Carrier_Prach.pmReceivedPreambleSir_26Sum 
    pmReceivedPreambleSir_2ACCUMULATIONINTEGERThe signal strength (SIR) of all access attempts (above the preamble threshold) except false detection (noise) on RACH.ME_NodeBFunction_Sector_Carrier_Prach.pmReceivedPreambleSir_2Sum 
    pmReceivedPreambleSir_3ACCUMULATIONINTEGERThe signal strength (SIR) of all access attempts (above the preamble threshold) except false detection (noise) on RACH.ME_NodeBFunction_Sector_Carrier_Prach.pmReceivedPreambleSir_3Sum 
    pmReceivedPreambleSir_4ACCUMULATIONINTEGERThe signal strength (SIR) of all access attempts (above the preamble threshold) except false detection (noise) on RACH.ME_NodeBFunction_Sector_Carrier_Prach.pmReceivedPreambleSir_4Sum 
    pmReceivedPreambleSir_5ACCUMULATIONINTEGERThe signal strength (SIR) of all access attempts (above the preamble threshold) except false detection (noise) on RACH.ME_NodeBFunction_Sector_Carrier_Prach.pmReceivedPreambleSir_5Sum 
    pmReceivedPreambleSir_6ACCUMULATIONINTEGERThe signal strength (SIR) of all access attempts (above the preamble threshold) except false detection (noise) on RACH.ME_NodeBFunction_Sector_Carrier_Prach.pmReceivedPreambleSir_6Sum 
    pmReceivedPreambleSir_7ACCUMULATIONINTEGERThe signal strength (SIR) of all access attempts (above the preamble threshold) except false detection (noise) on RACH.ME_NodeBFunction_Sector_Carrier_Prach.pmReceivedPreambleSir_7Sum 
    pmReceivedPreambleSir_8ACCUMULATIONINTEGERThe signal strength (SIR) of all access attempts (above the preamble threshold) except false detection (noise) on RACH.ME_NodeBFunction_Sector_Carrier_Prach.pmReceivedPreambleSir_8Sum 
    pmReceivedPreambleSir_9ACCUMULATIONINTEGERThe signal strength (SIR) of all access attempts (above the preamble threshold) except false detection (noise) on RACH.ME_NodeBFunction_Sector_Carrier_Prach.pmReceivedPreambleSir_9Sum 


    CDMA_Channel.Ericsson.UMTS.PDF_pmRemainingResourceCheck

    pmRemainingResourceCheck PDF counters

    KPITypeData TypeDescriptionDerivationDefault AggregatorOther Aggregators
    pmRemainingResourceCheck_0ACCUMULATIONINTEGERThe reason why it is not possible to schedule another high-speed user for immediate traffic.ME_NodeBFunction_HsDschResources.pmRemainingResourceCheck_0Sum 
    pmRemainingResourceCheck_1ACCUMULATIONINTEGERThe reason why it is not possible to schedule another high-speed user for immediate traffic.ME_NodeBFunction_HsDschResources.pmRemainingResourceCheck_1Sum 
    pmRemainingResourceCheck_2ACCUMULATIONINTEGERThe reason why it is not possible to schedule another high-speed user for immediate traffic.ME_NodeBFunction_HsDschResources.pmRemainingResourceCheck_2Sum 


    CDMA_Channel.Ericsson.UMTS.PDF_pmReportedCqi64Qam

    pmReportedCqi64Qam PDF counters

    KPITypeData TypeDescriptionDerivationDefault AggregatorOther Aggregators
    pmReportedCqi64Qam_0ACCUMULATIONINTEGERThe UE reported CQI received for a 64QAM-enabled HS-DSCH. Note that it is the true (unadjusted) CQI that is counted for 64QAM-enabled HS-DSCHs.ME_NodeBFunction_HsDschResources.pmReportedCqi64Qam_0Sum 
    pmReportedCqi64Qam_10ACCUMULATIONINTEGERThe UE reported CQI received for a 64QAM-enabled HS-DSCH. Note that it is the true (unadjusted) CQI that is counted for 64QAM-enabled HS-DSCHs.ME_NodeBFunction_HsDschResources.pmReportedCqi64Qam_10Sum 
    pmReportedCqi64Qam_11ACCUMULATIONINTEGERThe UE reported CQI received for a 64QAM-enabled HS-DSCH. Note that it is the true (unadjusted) CQI that is counted for 64QAM-enabled HS-DSCHs.ME_NodeBFunction_HsDschResources.pmReportedCqi64Qam_11Sum 
    pmReportedCqi64Qam_12ACCUMULATIONINTEGERThe UE reported CQI received for a 64QAM-enabled HS-DSCH. Note that it is the true (unadjusted) CQI that is counted for 64QAM-enabled HS-DSCHs.ME_NodeBFunction_HsDschResources.pmReportedCqi64Qam_12Sum 
    pmReportedCqi64Qam_13ACCUMULATIONINTEGERThe UE reported CQI received for a 64QAM-enabled HS-DSCH. Note that it is the true (unadjusted) CQI that is counted for 64QAM-enabled HS-DSCHs.ME_NodeBFunction_HsDschResources.pmReportedCqi64Qam_13Sum 
    pmReportedCqi64Qam_14ACCUMULATIONINTEGERThe UE reported CQI received for a 64QAM-enabled HS-DSCH. Note that it is the true (unadjusted) CQI that is counted for 64QAM-enabled HS-DSCHs.ME_NodeBFunction_HsDschResources.pmReportedCqi64Qam_14Sum 
    pmReportedCqi64Qam_15ACCUMULATIONINTEGERThe UE reported CQI received for a 64QAM-enabled HS-DSCH. Note that it is the true (unadjusted) CQI that is counted for 64QAM-enabled HS-DSCHs.ME_NodeBFunction_HsDschResources.pmReportedCqi64Qam_15Sum 
    pmReportedCqi64Qam_16ACCUMULATIONINTEGERThe UE reported CQI received for a 64QAM-enabled HS-DSCH. Note that it is the true (unadjusted) CQI that is counted for 64QAM-enabled HS-DSCHs.ME_NodeBFunction_HsDschResources.pmReportedCqi64Qam_16Sum 
    pmReportedCqi64Qam_17ACCUMULATIONINTEGERThe UE reported CQI received for a 64QAM-enabled HS-DSCH. Note that it is the true (unadjusted) CQI that is counted for 64QAM-enabled HS-DSCHs.ME_NodeBFunction_HsDschResources.pmReportedCqi64Qam_17Sum 
    pmReportedCqi64Qam_18ACCUMULATIONINTEGERThe UE reported CQI received for a 64QAM-enabled HS-DSCH. Note that it is the true (unadjusted) CQI that is counted for 64QAM-enabled HS-DSCHs.ME_NodeBFunction_HsDschResources.pmReportedCqi64Qam_18Sum 
    pmReportedCqi64Qam_19ACCUMULATIONINTEGERThe UE reported CQI received for a 64QAM-enabled HS-DSCH. Note that it is the true (unadjusted) CQI that is counted for 64QAM-enabled HS-DSCHs.ME_NodeBFunction_HsDschResources.pmReportedCqi64Qam_19Sum 
    pmReportedCqi64Qam_1ACCUMULATIONINTEGERThe UE reported CQI received for a 64QAM-enabled HS-DSCH. Note that it is the true (unadjusted) CQI that is counted for 64QAM-enabled HS-DSCHs.ME_NodeBFunction_HsDschResources.pmReportedCqi64Qam_1Sum 
    pmReportedCqi64Qam_20ACCUMULATIONINTEGERThe UE reported CQI received for a 64QAM-enabled HS-DSCH. Note that it is the true (unadjusted) CQI that is counted for 64QAM-enabled HS-DSCHs.ME_NodeBFunction_HsDschResources.pmReportedCqi64Qam_20Sum 
    pmReportedCqi64Qam_21ACCUMULATIONINTEGERThe UE reported CQI received for a 64QAM-enabled HS-DSCH. Note that it is the true (unadjusted) CQI that is counted for 64QAM-enabled HS-DSCHs.ME_NodeBFunction_HsDschResources.pmReportedCqi64Qam_21Sum 
    pmReportedCqi64Qam_22ACCUMULATIONINTEGERThe UE reported CQI received for a 64QAM-enabled HS-DSCH. Note that it is the true (unadjusted) CQI that is counted for 64QAM-enabled HS-DSCHs.ME_NodeBFunction_HsDschResources.pmReportedCqi64Qam_22Sum 
    pmReportedCqi64Qam_23ACCUMULATIONINTEGERThe UE reported CQI received for a 64QAM-enabled HS-DSCH. Note that it is the true (unadjusted) CQI that is counted for 64QAM-enabled HS-DSCHs.ME_NodeBFunction_HsDschResources.pmReportedCqi64Qam_23Sum 
    pmReportedCqi64Qam_24ACCUMULATIONINTEGERThe UE reported CQI received for a 64QAM-enabled HS-DSCH. Note that it is the true (unadjusted) CQI that is counted for 64QAM-enabled HS-DSCHs.ME_NodeBFunction_HsDschResources.pmReportedCqi64Qam_24Sum 
    pmReportedCqi64Qam_25ACCUMULATIONINTEGERThe UE reported CQI received for a 64QAM-enabled HS-DSCH. Note that it is the true (unadjusted) CQI that is counted for 64QAM-enabled HS-DSCHs.ME_NodeBFunction_HsDschResources.pmReportedCqi64Qam_25Sum 
    pmReportedCqi64Qam_26ACCUMULATIONINTEGERThe UE reported CQI received for a 64QAM-enabled HS-DSCH. Note that it is the true (unadjusted) CQI that is counted for 64QAM-enabled HS-DSCHs.ME_NodeBFunction_HsDschResources.pmReportedCqi64Qam_26Sum 
    pmReportedCqi64Qam_27ACCUMULATIONINTEGERThe UE reported CQI received for a 64QAM-enabled HS-DSCH. Note that it is the true (unadjusted) CQI that is counted for 64QAM-enabled HS-DSCHs.ME_NodeBFunction_HsDschResources.pmReportedCqi64Qam_27Sum 
    pmReportedCqi64Qam_28ACCUMULATIONINTEGERThe UE reported CQI received for a 64QAM-enabled HS-DSCH. Note that it is the true (unadjusted) CQI that is counted for 64QAM-enabled HS-DSCHs.ME_NodeBFunction_HsDschResources.pmReportedCqi64Qam_28Sum 
    pmReportedCqi64Qam_29ACCUMULATIONINTEGERThe UE reported CQI received for a 64QAM-enabled HS-DSCH. Note that it is the true (unadjusted) CQI that is counted for 64QAM-enabled HS-DSCHs.ME_NodeBFunction_HsDschResources.pmReportedCqi64Qam_29Sum 
    pmReportedCqi64Qam_2ACCUMULATIONINTEGERThe UE reported CQI received for a 64QAM-enabled HS-DSCH. Note that it is the true (unadjusted) CQI that is counted for 64QAM-enabled HS-DSCHs.ME_NodeBFunction_HsDschResources.pmReportedCqi64Qam_2Sum 
    pmReportedCqi64Qam_30ACCUMULATIONINTEGERThe UE reported CQI received for a 64QAM-enabled HS-DSCH. Note that it is the true (unadjusted) CQI that is counted for 64QAM-enabled HS-DSCHs.ME_NodeBFunction_HsDschResources.pmReportedCqi64Qam_30Sum 
    pmReportedCqi64Qam_31ACCUMULATIONINTEGERThe UE reported CQI received for a 64QAM-enabled HS-DSCH. Note that it is the true (unadjusted) CQI that is counted for 64QAM-enabled HS-DSCHs.ME_NodeBFunction_HsDschResources.pmReportedCqi64Qam_31Sum 
    pmReportedCqi64Qam_3ACCUMULATIONINTEGERThe UE reported CQI received for a 64QAM-enabled HS-DSCH. Note that it is the true (unadjusted) CQI that is counted for 64QAM-enabled HS-DSCHs.ME_NodeBFunction_HsDschResources.pmReportedCqi64Qam_3Sum 
    pmReportedCqi64Qam_4ACCUMULATIONINTEGERThe UE reported CQI received for a 64QAM-enabled HS-DSCH. Note that it is the true (unadjusted) CQI that is counted for 64QAM-enabled HS-DSCHs.ME_NodeBFunction_HsDschResources.pmReportedCqi64Qam_4Sum 
    pmReportedCqi64Qam_5ACCUMULATIONINTEGERThe UE reported CQI received for a 64QAM-enabled HS-DSCH. Note that it is the true (unadjusted) CQI that is counted for 64QAM-enabled HS-DSCHs.ME_NodeBFunction_HsDschResources.pmReportedCqi64Qam_5Sum 
    pmReportedCqi64Qam_6ACCUMULATIONINTEGERThe UE reported CQI received for a 64QAM-enabled HS-DSCH. Note that it is the true (unadjusted) CQI that is counted for 64QAM-enabled HS-DSCHs.ME_NodeBFunction_HsDschResources.pmReportedCqi64Qam_6Sum 
    pmReportedCqi64Qam_7ACCUMULATIONINTEGERThe UE reported CQI received for a 64QAM-enabled HS-DSCH. Note that it is the true (unadjusted) CQI that is counted for 64QAM-enabled HS-DSCHs.ME_NodeBFunction_HsDschResources.pmReportedCqi64Qam_7Sum 
    pmReportedCqi64Qam_8ACCUMULATIONINTEGERThe UE reported CQI received for a 64QAM-enabled HS-DSCH. Note that it is the true (unadjusted) CQI that is counted for 64QAM-enabled HS-DSCHs.ME_NodeBFunction_HsDschResources.pmReportedCqi64Qam_8Sum 
    pmReportedCqi64Qam_9ACCUMULATIONINTEGERThe UE reported CQI received for a 64QAM-enabled HS-DSCH. Note that it is the true (unadjusted) CQI that is counted for 64QAM-enabled HS-DSCHs.ME_NodeBFunction_HsDschResources.pmReportedCqi64Qam_9Sum 


    CDMA_Channel.Ericsson.UMTS.PDF_pmReportedCqiMimoDs1

    pmReportedCqiMimoDs1 PDF counters

    KPITypeData TypeDescriptionDerivationDefault AggregatorOther Aggregators
    pmReportedCqiMimoDs1_0ACCUMULATIONINTEGERThe UE reported dual stream CQI for stream 1. Note that it is the true (e.g. unadjusted) CQI that is counted. This counter is only relevant for UEs using MIMO.ME_NodeBFunction_HsDschResources.pmReportedCqiMimoDs1_0Sum 
    pmReportedCqiMimoDs1_10ACCUMULATIONINTEGERThe UE reported dual stream CQI for stream 1. Note that it is the true (e.g. unadjusted) CQI that is counted. This counter is only relevant for UEs using MIMO.ME_NodeBFunction_HsDschResources.pmReportedCqiMimoDs1_10Sum 
    pmReportedCqiMimoDs1_11ACCUMULATIONINTEGERThe UE reported dual stream CQI for stream 1. Note that it is the true (e.g. unadjusted) CQI that is counted. This counter is only relevant for UEs using MIMO.ME_NodeBFunction_HsDschResources.pmReportedCqiMimoDs1_11Sum 
    pmReportedCqiMimoDs1_12ACCUMULATIONINTEGERThe UE reported dual stream CQI for stream 1. Note that it is the true (e.g. unadjusted) CQI that is counted. This counter is only relevant for UEs using MIMO.ME_NodeBFunction_HsDschResources.pmReportedCqiMimoDs1_12Sum 
    pmReportedCqiMimoDs1_13ACCUMULATIONINTEGERThe UE reported dual stream CQI for stream 1. Note that it is the true (e.g. unadjusted) CQI that is counted. This counter is only relevant for UEs using MIMO.ME_NodeBFunction_HsDschResources.pmReportedCqiMimoDs1_13Sum 
    pmReportedCqiMimoDs1_14ACCUMULATIONINTEGERThe UE reported dual stream CQI for stream 1. Note that it is the true (e.g. unadjusted) CQI that is counted. This counter is only relevant for UEs using MIMO.ME_NodeBFunction_HsDschResources.pmReportedCqiMimoDs1_14Sum 
    pmReportedCqiMimoDs1_1ACCUMULATIONINTEGERThe UE reported dual stream CQI for stream 1. Note that it is the true (e.g. unadjusted) CQI that is counted. This counter is only relevant for UEs using MIMO.ME_NodeBFunction_HsDschResources.pmReportedCqiMimoDs1_1Sum 
    pmReportedCqiMimoDs1_2ACCUMULATIONINTEGERThe UE reported dual stream CQI for stream 1. Note that it is the true (e.g. unadjusted) CQI that is counted. This counter is only relevant for UEs using MIMO.ME_NodeBFunction_HsDschResources.pmReportedCqiMimoDs1_2Sum 
    pmReportedCqiMimoDs1_3ACCUMULATIONINTEGERThe UE reported dual stream CQI for stream 1. Note that it is the true (e.g. unadjusted) CQI that is counted. This counter is only relevant for UEs using MIMO.ME_NodeBFunction_HsDschResources.pmReportedCqiMimoDs1_3Sum 
    pmReportedCqiMimoDs1_4ACCUMULATIONINTEGERThe UE reported dual stream CQI for stream 1. Note that it is the true (e.g. unadjusted) CQI that is counted. This counter is only relevant for UEs using MIMO.ME_NodeBFunction_HsDschResources.pmReportedCqiMimoDs1_4Sum 
    pmReportedCqiMimoDs1_5ACCUMULATIONINTEGERThe UE reported dual stream CQI for stream 1. Note that it is the true (e.g. unadjusted) CQI that is counted. This counter is only relevant for UEs using MIMO.ME_NodeBFunction_HsDschResources.pmReportedCqiMimoDs1_5Sum 
    pmReportedCqiMimoDs1_6ACCUMULATIONINTEGERThe UE reported dual stream CQI for stream 1. Note that it is the true (e.g. unadjusted) CQI that is counted. This counter is only relevant for UEs using MIMO.ME_NodeBFunction_HsDschResources.pmReportedCqiMimoDs1_6Sum 
    pmReportedCqiMimoDs1_7ACCUMULATIONINTEGERThe UE reported dual stream CQI for stream 1. Note that it is the true (e.g. unadjusted) CQI that is counted. This counter is only relevant for UEs using MIMO.ME_NodeBFunction_HsDschResources.pmReportedCqiMimoDs1_7Sum 
    pmReportedCqiMimoDs1_8ACCUMULATIONINTEGERThe UE reported dual stream CQI for stream 1. Note that it is the true (e.g. unadjusted) CQI that is counted. This counter is only relevant for UEs using MIMO.ME_NodeBFunction_HsDschResources.pmReportedCqiMimoDs1_8Sum 
    pmReportedCqiMimoDs1_9ACCUMULATIONINTEGERThe UE reported dual stream CQI for stream 1. Note that it is the true (e.g. unadjusted) CQI that is counted. This counter is only relevant for UEs using MIMO.ME_NodeBFunction_HsDschResources.pmReportedCqiMimoDs1_9Sum 


    CDMA_Channel.Ericsson.UMTS.PDF_pmReportedCqiMimoDs2

    pmReportedCqiMimoDs2 PDF counters

    KPITypeData TypeDescriptionDerivationDefault AggregatorOther Aggregators
    pmReportedCqiMimoDs2_0ACCUMULATIONINTEGERThe UE reported dual stream CQI for stream 2. Note that it is the true (e.g. unadjusted) CQI that is counted. This counter is only relevant for UEs using MIMO.ME_NodeBFunction_HsDschResources.pmReportedCqiMimoDs2_0Sum 
    pmReportedCqiMimoDs2_10ACCUMULATIONINTEGERThe UE reported dual stream CQI for stream 2. Note that it is the true (e.g. unadjusted) CQI that is counted. This counter is only relevant for UEs using MIMO.ME_NodeBFunction_HsDschResources.pmReportedCqiMimoDs2_10Sum 
    pmReportedCqiMimoDs2_11ACCUMULATIONINTEGERThe UE reported dual stream CQI for stream 2. Note that it is the true (e.g. unadjusted) CQI that is counted. This counter is only relevant for UEs using MIMO.ME_NodeBFunction_HsDschResources.pmReportedCqiMimoDs2_11Sum 
    pmReportedCqiMimoDs2_12ACCUMULATIONINTEGERThe UE reported dual stream CQI for stream 2. Note that it is the true (e.g. unadjusted) CQI that is counted. This counter is only relevant for UEs using MIMO.ME_NodeBFunction_HsDschResources.pmReportedCqiMimoDs2_12Sum 
    pmReportedCqiMimoDs2_13ACCUMULATIONINTEGERThe UE reported dual stream CQI for stream 2. Note that it is the true (e.g. unadjusted) CQI that is counted. This counter is only relevant for UEs using MIMO.ME_NodeBFunction_HsDschResources.pmReportedCqiMimoDs2_13Sum 
    pmReportedCqiMimoDs2_14ACCUMULATIONINTEGERThe UE reported dual stream CQI for stream 2. Note that it is the true (e.g. unadjusted) CQI that is counted. This counter is only relevant for UEs using MIMO.ME_NodeBFunction_HsDschResources.pmReportedCqiMimoDs2_14Sum 
    pmReportedCqiMimoDs2_1ACCUMULATIONINTEGERThe UE reported dual stream CQI for stream 2. Note that it is the true (e.g. unadjusted) CQI that is counted. This counter is only relevant for UEs using MIMO.ME_NodeBFunction_HsDschResources.pmReportedCqiMimoDs2_1Sum 
    pmReportedCqiMimoDs2_2ACCUMULATIONINTEGERThe UE reported dual stream CQI for stream 2. Note that it is the true (e.g. unadjusted) CQI that is counted. This counter is only relevant for UEs using MIMO.ME_NodeBFunction_HsDschResources.pmReportedCqiMimoDs2_2Sum 
    pmReportedCqiMimoDs2_3ACCUMULATIONINTEGERThe UE reported dual stream CQI for stream 2. Note that it is the true (e.g. unadjusted) CQI that is counted. This counter is only relevant for UEs using MIMO.ME_NodeBFunction_HsDschResources.pmReportedCqiMimoDs2_3Sum 
    pmReportedCqiMimoDs2_4ACCUMULATIONINTEGERThe UE reported dual stream CQI for stream 2. Note that it is the true (e.g. unadjusted) CQI that is counted. This counter is only relevant for UEs using MIMO.ME_NodeBFunction_HsDschResources.pmReportedCqiMimoDs2_4Sum 
    pmReportedCqiMimoDs2_5ACCUMULATIONINTEGERThe UE reported dual stream CQI for stream 2. Note that it is the true (e.g. unadjusted) CQI that is counted. This counter is only relevant for UEs using MIMO.ME_NodeBFunction_HsDschResources.pmReportedCqiMimoDs2_5Sum 
    pmReportedCqiMimoDs2_6ACCUMULATIONINTEGERThe UE reported dual stream CQI for stream 2. Note that it is the true (e.g. unadjusted) CQI that is counted. This counter is only relevant for UEs using MIMO.ME_NodeBFunction_HsDschResources.pmReportedCqiMimoDs2_6Sum 
    pmReportedCqiMimoDs2_7ACCUMULATIONINTEGERThe UE reported dual stream CQI for stream 2. Note that it is the true (e.g. unadjusted) CQI that is counted. This counter is only relevant for UEs using MIMO.ME_NodeBFunction_HsDschResources.pmReportedCqiMimoDs2_7Sum 
    pmReportedCqiMimoDs2_8ACCUMULATIONINTEGERThe UE reported dual stream CQI for stream 2. Note that it is the true (e.g. unadjusted) CQI that is counted. This counter is only relevant for UEs using MIMO.ME_NodeBFunction_HsDschResources.pmReportedCqiMimoDs2_8Sum 
    pmReportedCqiMimoDs2_9ACCUMULATIONINTEGERThe UE reported dual stream CQI for stream 2. Note that it is the true (e.g. unadjusted) CQI that is counted. This counter is only relevant for UEs using MIMO.ME_NodeBFunction_HsDschResources.pmReportedCqiMimoDs2_9Sum 


    CDMA_Channel.Ericsson.UMTS.PDF_pmReportedCqiMimoSs

    pmReportedCqiMimoSs PDF counters

    KPITypeData TypeDescriptionDerivationDefault AggregatorOther Aggregators
    pmReportedCqiMimoSs_0ACCUMULATIONINTEGERThe UE reported CQI for single stream CQI. Note that it is the true (unadjusted) CQI that is counted. This counter is only relevant for UEs using MIMO.ME_NodeBFunction_HsDschResources.pmReportedCqiMimoSs_0Sum 
    pmReportedCqiMimoSs_10ACCUMULATIONINTEGERThe UE reported CQI for single stream CQI. Note that it is the true (unadjusted) CQI that is counted. This counter is only relevant for UEs using MIMO.ME_NodeBFunction_HsDschResources.pmReportedCqiMimoSs_10Sum 
    pmReportedCqiMimoSs_11ACCUMULATIONINTEGERThe UE reported CQI for single stream CQI. Note that it is the true (unadjusted) CQI that is counted. This counter is only relevant for UEs using MIMO.ME_NodeBFunction_HsDschResources.pmReportedCqiMimoSs_11Sum 
    pmReportedCqiMimoSs_12ACCUMULATIONINTEGERThe UE reported CQI for single stream CQI. Note that it is the true (unadjusted) CQI that is counted. This counter is only relevant for UEs using MIMO.ME_NodeBFunction_HsDschResources.pmReportedCqiMimoSs_12Sum 
    pmReportedCqiMimoSs_13ACCUMULATIONINTEGERThe UE reported CQI for single stream CQI. Note that it is the true (unadjusted) CQI that is counted. This counter is only relevant for UEs using MIMO.ME_NodeBFunction_HsDschResources.pmReportedCqiMimoSs_13Sum 
    pmReportedCqiMimoSs_14ACCUMULATIONINTEGERThe UE reported CQI for single stream CQI. Note that it is the true (unadjusted) CQI that is counted. This counter is only relevant for UEs using MIMO.ME_NodeBFunction_HsDschResources.pmReportedCqiMimoSs_14Sum 
    pmReportedCqiMimoSs_15ACCUMULATIONINTEGERThe UE reported CQI for single stream CQI. Note that it is the true (unadjusted) CQI that is counted. This counter is only relevant for UEs using MIMO.ME_NodeBFunction_HsDschResources.pmReportedCqiMimoSs_15Sum 
    pmReportedCqiMimoSs_16ACCUMULATIONINTEGERThe UE reported CQI for single stream CQI. Note that it is the true (unadjusted) CQI that is counted. This counter is only relevant for UEs using MIMO.ME_NodeBFunction_HsDschResources.pmReportedCqiMimoSs_16Sum 
    pmReportedCqiMimoSs_17ACCUMULATIONINTEGERThe UE reported CQI for single stream CQI. Note that it is the true (unadjusted) CQI that is counted. This counter is only relevant for UEs using MIMO.ME_NodeBFunction_HsDschResources.pmReportedCqiMimoSs_17Sum 
    pmReportedCqiMimoSs_18ACCUMULATIONINTEGERThe UE reported CQI for single stream CQI. Note that it is the true (unadjusted) CQI that is counted. This counter is only relevant for UEs using MIMO.ME_NodeBFunction_HsDschResources.pmReportedCqiMimoSs_18Sum 
    pmReportedCqiMimoSs_19ACCUMULATIONINTEGERThe UE reported CQI for single stream CQI. Note that it is the true (unadjusted) CQI that is counted. This counter is only relevant for UEs using MIMO.ME_NodeBFunction_HsDschResources.pmReportedCqiMimoSs_19Sum 
    pmReportedCqiMimoSs_1ACCUMULATIONINTEGERThe UE reported CQI for single stream CQI. Note that it is the true (unadjusted) CQI that is counted. This counter is only relevant for UEs using MIMO.ME_NodeBFunction_HsDschResources.pmReportedCqiMimoSs_1Sum 
    pmReportedCqiMimoSs_20ACCUMULATIONINTEGERThe UE reported CQI for single stream CQI. Note that it is the true (unadjusted) CQI that is counted. This counter is only relevant for UEs using MIMO.ME_NodeBFunction_HsDschResources.pmReportedCqiMimoSs_20Sum 
    pmReportedCqiMimoSs_21ACCUMULATIONINTEGERThe UE reported CQI for single stream CQI. Note that it is the true (unadjusted) CQI that is counted. This counter is only relevant for UEs using MIMO.ME_NodeBFunction_HsDschResources.pmReportedCqiMimoSs_21Sum 
    pmReportedCqiMimoSs_22ACCUMULATIONINTEGERThe UE reported CQI for single stream CQI. Note that it is the true (unadjusted) CQI that is counted. This counter is only relevant for UEs using MIMO.ME_NodeBFunction_HsDschResources.pmReportedCqiMimoSs_22Sum 
    pmReportedCqiMimoSs_23ACCUMULATIONINTEGERThe UE reported CQI for single stream CQI. Note that it is the true (unadjusted) CQI that is counted. This counter is only relevant for UEs using MIMO.ME_NodeBFunction_HsDschResources.pmReportedCqiMimoSs_23Sum 
    pmReportedCqiMimoSs_24ACCUMULATIONINTEGERThe UE reported CQI for single stream CQI. Note that it is the true (unadjusted) CQI that is counted. This counter is only relevant for UEs using MIMO.ME_NodeBFunction_HsDschResources.pmReportedCqiMimoSs_24Sum 
    pmReportedCqiMimoSs_25ACCUMULATIONINTEGERThe UE reported CQI for single stream CQI. Note that it is the true (unadjusted) CQI that is counted. This counter is only relevant for UEs using MIMO.ME_NodeBFunction_HsDschResources.pmReportedCqiMimoSs_25Sum 
    pmReportedCqiMimoSs_26ACCUMULATIONINTEGERThe UE reported CQI for single stream CQI. Note that it is the true (unadjusted) CQI that is counted. This counter is only relevant for UEs using MIMO.ME_NodeBFunction_HsDschResources.pmReportedCqiMimoSs_26Sum 
    pmReportedCqiMimoSs_27ACCUMULATIONINTEGERThe UE reported CQI for single stream CQI. Note that it is the true (unadjusted) CQI that is counted. This counter is only relevant for UEs using MIMO.ME_NodeBFunction_HsDschResources.pmReportedCqiMimoSs_27Sum 
    pmReportedCqiMimoSs_28ACCUMULATIONINTEGERThe UE reported CQI for single stream CQI. Note that it is the true (unadjusted) CQI that is counted. This counter is only relevant for UEs using MIMO.ME_NodeBFunction_HsDschResources.pmReportedCqiMimoSs_28Sum 
    pmReportedCqiMimoSs_29ACCUMULATIONINTEGERThe UE reported CQI for single stream CQI. Note that it is the true (unadjusted) CQI that is counted. This counter is only relevant for UEs using MIMO.ME_NodeBFunction_HsDschResources.pmReportedCqiMimoSs_29Sum 
    pmReportedCqiMimoSs_2ACCUMULATIONINTEGERThe UE reported CQI for single stream CQI. Note that it is the true (unadjusted) CQI that is counted. This counter is only relevant for UEs using MIMO.ME_NodeBFunction_HsDschResources.pmReportedCqiMimoSs_2Sum 
    pmReportedCqiMimoSs_30ACCUMULATIONINTEGERThe UE reported CQI for single stream CQI. Note that it is the true (unadjusted) CQI that is counted. This counter is only relevant for UEs using MIMO.ME_NodeBFunction_HsDschResources.pmReportedCqiMimoSs_30Sum 
    pmReportedCqiMimoSs_31ACCUMULATIONINTEGERThe UE reported CQI for single stream CQI. Note that it is the true (unadjusted) CQI that is counted. This counter is only relevant for UEs using MIMO.ME_NodeBFunction_HsDschResources.pmReportedCqiMimoSs_31Sum 
    pmReportedCqiMimoSs_3ACCUMULATIONINTEGERThe UE reported CQI for single stream CQI. Note that it is the true (unadjusted) CQI that is counted. This counter is only relevant for UEs using MIMO.ME_NodeBFunction_HsDschResources.pmReportedCqiMimoSs_3Sum 
    pmReportedCqiMimoSs_4ACCUMULATIONINTEGERThe UE reported CQI for single stream CQI. Note that it is the true (unadjusted) CQI that is counted. This counter is only relevant for UEs using MIMO.ME_NodeBFunction_HsDschResources.pmReportedCqiMimoSs_4Sum 
    pmReportedCqiMimoSs_5ACCUMULATIONINTEGERThe UE reported CQI for single stream CQI. Note that it is the true (unadjusted) CQI that is counted. This counter is only relevant for UEs using MIMO.ME_NodeBFunction_HsDschResources.pmReportedCqiMimoSs_5Sum 
    pmReportedCqiMimoSs_6ACCUMULATIONINTEGERThe UE reported CQI for single stream CQI. Note that it is the true (unadjusted) CQI that is counted. This counter is only relevant for UEs using MIMO.ME_NodeBFunction_HsDschResources.pmReportedCqiMimoSs_6Sum 
    pmReportedCqiMimoSs_7ACCUMULATIONINTEGERThe UE reported CQI for single stream CQI. Note that it is the true (unadjusted) CQI that is counted. This counter is only relevant for UEs using MIMO.ME_NodeBFunction_HsDschResources.pmReportedCqiMimoSs_7Sum 
    pmReportedCqiMimoSs_8ACCUMULATIONINTEGERThe UE reported CQI for single stream CQI. Note that it is the true (unadjusted) CQI that is counted. This counter is only relevant for UEs using MIMO.ME_NodeBFunction_HsDschResources.pmReportedCqiMimoSs_8Sum 
    pmReportedCqiMimoSs_9ACCUMULATIONINTEGERThe UE reported CQI for single stream CQI. Note that it is the true (unadjusted) CQI that is counted. This counter is only relevant for UEs using MIMO.ME_NodeBFunction_HsDschResources.pmReportedCqiMimoSs_9Sum 


    CDMA_Channel.Ericsson.UMTS.PDF_pmReportedCqi

    pmReportedCqi PDF counters

    KPITypeData TypeDescriptionDerivationDefault AggregatorOther Aggregators
    pmReportedCqi_0ACCUMULATIONINTEGERThe UE reported CQI. Note that it is the true (unadjusted) CQI that is counted. This counter is only relevant for UEs not using MIMO or 64QAM.ME_NodeBFunction_HsDschResources.pmReportedCqi_0Sum 
    pmReportedCqi_10ACCUMULATIONINTEGERThe UE reported CQI. Note that it is the true (unadjusted) CQI that is counted. This counter is only relevant for UEs not using MIMO or 64QAM.ME_NodeBFunction_HsDschResources.pmReportedCqi_10Sum 
    pmReportedCqi_11ACCUMULATIONINTEGERThe UE reported CQI. Note that it is the true (unadjusted) CQI that is counted. This counter is only relevant for UEs not using MIMO or 64QAM.ME_NodeBFunction_HsDschResources.pmReportedCqi_11Sum 
    pmReportedCqi_12ACCUMULATIONINTEGERThe UE reported CQI. Note that it is the true (unadjusted) CQI that is counted. This counter is only relevant for UEs not using MIMO or 64QAM.ME_NodeBFunction_HsDschResources.pmReportedCqi_12Sum 
    pmReportedCqi_13ACCUMULATIONINTEGERThe UE reported CQI. Note that it is the true (unadjusted) CQI that is counted. This counter is only relevant for UEs not using MIMO or 64QAM.ME_NodeBFunction_HsDschResources.pmReportedCqi_13Sum 
    pmReportedCqi_14ACCUMULATIONINTEGERThe UE reported CQI. Note that it is the true (unadjusted) CQI that is counted. This counter is only relevant for UEs not using MIMO or 64QAM.ME_NodeBFunction_HsDschResources.pmReportedCqi_14Sum 
    pmReportedCqi_15ACCUMULATIONINTEGERThe UE reported CQI. Note that it is the true (unadjusted) CQI that is counted. This counter is only relevant for UEs not using MIMO or 64QAM.ME_NodeBFunction_HsDschResources.pmReportedCqi_15Sum 
    pmReportedCqi_16ACCUMULATIONINTEGERThe UE reported CQI. Note that it is the true (unadjusted) CQI that is counted. This counter is only relevant for UEs not using MIMO or 64QAM.ME_NodeBFunction_HsDschResources.pmReportedCqi_16Sum 
    pmReportedCqi_17ACCUMULATIONINTEGERThe UE reported CQI. Note that it is the true (unadjusted) CQI that is counted. This counter is only relevant for UEs not using MIMO or 64QAM.ME_NodeBFunction_HsDschResources.pmReportedCqi_17Sum 
    pmReportedCqi_18ACCUMULATIONINTEGERThe UE reported CQI. Note that it is the true (unadjusted) CQI that is counted. This counter is only relevant for UEs not using MIMO or 64QAM.ME_NodeBFunction_HsDschResources.pmReportedCqi_18Sum 
    pmReportedCqi_19ACCUMULATIONINTEGERThe UE reported CQI. Note that it is the true (unadjusted) CQI that is counted. This counter is only relevant for UEs not using MIMO or 64QAM.ME_NodeBFunction_HsDschResources.pmReportedCqi_19Sum 
    pmReportedCqi_1ACCUMULATIONINTEGERThe UE reported CQI. Note that it is the true (unadjusted) CQI that is counted. This counter is only relevant for UEs not using MIMO or 64QAM.ME_NodeBFunction_HsDschResources.pmReportedCqi_1Sum 
    pmReportedCqi_20ACCUMULATIONINTEGERThe UE reported CQI. Note that it is the true (unadjusted) CQI that is counted. This counter is only relevant for UEs not using MIMO or 64QAM.ME_NodeBFunction_HsDschResources.pmReportedCqi_20Sum 
    pmReportedCqi_21ACCUMULATIONINTEGERThe UE reported CQI. Note that it is the true (unadjusted) CQI that is counted. This counter is only relevant for UEs not using MIMO or 64QAM.ME_NodeBFunction_HsDschResources.pmReportedCqi_21Sum 
    pmReportedCqi_22ACCUMULATIONINTEGERThe UE reported CQI. Note that it is the true (unadjusted) CQI that is counted. This counter is only relevant for UEs not using MIMO or 64QAM.ME_NodeBFunction_HsDschResources.pmReportedCqi_22Sum 
    pmReportedCqi_23ACCUMULATIONINTEGERThe UE reported CQI. Note that it is the true (unadjusted) CQI that is counted. This counter is only relevant for UEs not using MIMO or 64QAM.ME_NodeBFunction_HsDschResources.pmReportedCqi_23Sum 
    pmReportedCqi_24ACCUMULATIONINTEGERThe UE reported CQI. Note that it is the true (unadjusted) CQI that is counted. This counter is only relevant for UEs not using MIMO or 64QAM.ME_NodeBFunction_HsDschResources.pmReportedCqi_24Sum 
    pmReportedCqi_25ACCUMULATIONINTEGERThe UE reported CQI. Note that it is the true (unadjusted) CQI that is counted. This counter is only relevant for UEs not using MIMO or 64QAM.ME_NodeBFunction_HsDschResources.pmReportedCqi_25Sum 
    pmReportedCqi_26ACCUMULATIONINTEGERThe UE reported CQI. Note that it is the true (unadjusted) CQI that is counted. This counter is only relevant for UEs not using MIMO or 64QAM.ME_NodeBFunction_HsDschResources.pmReportedCqi_26Sum 
    pmReportedCqi_27ACCUMULATIONINTEGERThe UE reported CQI. Note that it is the true (unadjusted) CQI that is counted. This counter is only relevant for UEs not using MIMO or 64QAM.ME_NodeBFunction_HsDschResources.pmReportedCqi_27Sum 
    pmReportedCqi_28ACCUMULATIONINTEGERThe UE reported CQI. Note that it is the true (unadjusted) CQI that is counted. This counter is only relevant for UEs not using MIMO or 64QAM.ME_NodeBFunction_HsDschResources.pmReportedCqi_28Sum 
    pmReportedCqi_29ACCUMULATIONINTEGERThe UE reported CQI. Note that it is the true (unadjusted) CQI that is counted. This counter is only relevant for UEs not using MIMO or 64QAM.ME_NodeBFunction_HsDschResources.pmReportedCqi_29Sum 
    pmReportedCqi_2ACCUMULATIONINTEGERThe UE reported CQI. Note that it is the true (unadjusted) CQI that is counted. This counter is only relevant for UEs not using MIMO or 64QAM.ME_NodeBFunction_HsDschResources.pmReportedCqi_2Sum 
    pmReportedCqi_30ACCUMULATIONINTEGERThe UE reported CQI. Note that it is the true (unadjusted) CQI that is counted. This counter is only relevant for UEs not using MIMO or 64QAM.ME_NodeBFunction_HsDschResources.pmReportedCqi_30Sum 
    pmReportedCqi_31ACCUMULATIONINTEGERThe UE reported CQI. Note that it is the true (unadjusted) CQI that is counted. This counter is only relevant for UEs not using MIMO or 64QAM.ME_NodeBFunction_HsDschResources.pmReportedCqi_31Sum 
    pmReportedCqi_3ACCUMULATIONINTEGERThe UE reported CQI. Note that it is the true (unadjusted) CQI that is counted. This counter is only relevant for UEs not using MIMO or 64QAM.ME_NodeBFunction_HsDschResources.pmReportedCqi_3Sum 
    pmReportedCqi_4ACCUMULATIONINTEGERThe UE reported CQI. Note that it is the true (unadjusted) CQI that is counted. This counter is only relevant for UEs not using MIMO or 64QAM.ME_NodeBFunction_HsDschResources.pmReportedCqi_4Sum 
    pmReportedCqi_5ACCUMULATIONINTEGERThe UE reported CQI. Note that it is the true (unadjusted) CQI that is counted. This counter is only relevant for UEs not using MIMO or 64QAM.ME_NodeBFunction_HsDschResources.pmReportedCqi_5Sum 
    pmReportedCqi_6ACCUMULATIONINTEGERThe UE reported CQI. Note that it is the true (unadjusted) CQI that is counted. This counter is only relevant for UEs not using MIMO or 64QAM.ME_NodeBFunction_HsDschResources.pmReportedCqi_6Sum 
    pmReportedCqi_7ACCUMULATIONINTEGERThe UE reported CQI. Note that it is the true (unadjusted) CQI that is counted. This counter is only relevant for UEs not using MIMO or 64QAM.ME_NodeBFunction_HsDschResources.pmReportedCqi_7Sum 
    pmReportedCqi_8ACCUMULATIONINTEGERThe UE reported CQI. Note that it is the true (unadjusted) CQI that is counted. This counter is only relevant for UEs not using MIMO or 64QAM.ME_NodeBFunction_HsDschResources.pmReportedCqi_8Sum 
    pmReportedCqi_9ACCUMULATIONINTEGERThe UE reported CQI. Note that it is the true (unadjusted) CQI that is counted. This counter is only relevant for UEs not using MIMO or 64QAM.ME_NodeBFunction_HsDschResources.pmReportedCqi_9Sum 


    CDMA_Channel.Ericsson.UMTS.PDF_pmSumOfHsScchUsedPwr

    pmSumOfHsScchUsedPwr PDF counters

    KPITypeData TypeDescriptionDerivationDefault AggregatorOther Aggregators
    pmSumOfHsScchUsedPwr_0ACCUMULATIONINTEGERHS-SCCH transmitted power per cell. In case more than one HS-SCCH code is used, the registered value is the sum of each individual value.ME_NodeBFunction_HsDschResources.pmSumOfHsScchUsedPwr_0Sum 
    pmSumOfHsScchUsedPwr_100ACCUMULATIONINTEGERHS-SCCH transmitted power per cell. In case more than one HS-SCCH code is used, the registered value is the sum of each individual value.ME_NodeBFunction_HsDschResources.pmSumOfHsScchUsedPwr_100Sum 
    pmSumOfHsScchUsedPwr_101ACCUMULATIONINTEGERHS-SCCH transmitted power per cell. In case more than one HS-SCCH code is used, the registered value is the sum of each individual value.ME_NodeBFunction_HsDschResources.pmSumOfHsScchUsedPwr_101Sum 
    pmSumOfHsScchUsedPwr_102ACCUMULATIONINTEGERHS-SCCH transmitted power per cell. In case more than one HS-SCCH code is used, the registered value is the sum of each individual value.ME_NodeBFunction_HsDschResources.pmSumOfHsScchUsedPwr_102Sum 
    pmSumOfHsScchUsedPwr_10ACCUMULATIONINTEGERHS-SCCH transmitted power per cell. In case more than one HS-SCCH code is used, the registered value is the sum of each individual value.ME_NodeBFunction_HsDschResources.pmSumOfHsScchUsedPwr_10Sum 
    pmSumOfHsScchUsedPwr_11ACCUMULATIONINTEGERHS-SCCH transmitted power per cell. In case more than one HS-SCCH code is used, the registered value is the sum of each individual value.ME_NodeBFunction_HsDschResources.pmSumOfHsScchUsedPwr_11Sum 
    pmSumOfHsScchUsedPwr_12ACCUMULATIONINTEGERHS-SCCH transmitted power per cell. In case more than one HS-SCCH code is used, the registered value is the sum of each individual value.ME_NodeBFunction_HsDschResources.pmSumOfHsScchUsedPwr_12Sum 
    pmSumOfHsScchUsedPwr_13ACCUMULATIONINTEGERHS-SCCH transmitted power per cell. In case more than one HS-SCCH code is used, the registered value is the sum of each individual value.ME_NodeBFunction_HsDschResources.pmSumOfHsScchUsedPwr_13Sum 
    pmSumOfHsScchUsedPwr_14ACCUMULATIONINTEGERHS-SCCH transmitted power per cell. In case more than one HS-SCCH code is used, the registered value is the sum of each individual value.ME_NodeBFunction_HsDschResources.pmSumOfHsScchUsedPwr_14Sum 
    pmSumOfHsScchUsedPwr_15ACCUMULATIONINTEGERHS-SCCH transmitted power per cell. In case more than one HS-SCCH code is used, the registered value is the sum of each individual value.ME_NodeBFunction_HsDschResources.pmSumOfHsScchUsedPwr_15Sum 
    pmSumOfHsScchUsedPwr_16ACCUMULATIONINTEGERHS-SCCH transmitted power per cell. In case more than one HS-SCCH code is used, the registered value is the sum of each individual value.ME_NodeBFunction_HsDschResources.pmSumOfHsScchUsedPwr_16Sum 
    pmSumOfHsScchUsedPwr_17ACCUMULATIONINTEGERHS-SCCH transmitted power per cell. In case more than one HS-SCCH code is used, the registered value is the sum of each individual value.ME_NodeBFunction_HsDschResources.pmSumOfHsScchUsedPwr_17Sum 
    pmSumOfHsScchUsedPwr_18ACCUMULATIONINTEGERHS-SCCH transmitted power per cell. In case more than one HS-SCCH code is used, the registered value is the sum of each individual value.ME_NodeBFunction_HsDschResources.pmSumOfHsScchUsedPwr_18Sum 
    pmSumOfHsScchUsedPwr_19ACCUMULATIONINTEGERHS-SCCH transmitted power per cell. In case more than one HS-SCCH code is used, the registered value is the sum of each individual value.ME_NodeBFunction_HsDschResources.pmSumOfHsScchUsedPwr_19Sum 
    pmSumOfHsScchUsedPwr_1ACCUMULATIONINTEGERHS-SCCH transmitted power per cell. In case more than one HS-SCCH code is used, the registered value is the sum of each individual value.ME_NodeBFunction_HsDschResources.pmSumOfHsScchUsedPwr_1Sum 
    pmSumOfHsScchUsedPwr_20ACCUMULATIONINTEGERHS-SCCH transmitted power per cell. In case more than one HS-SCCH code is used, the registered value is the sum of each individual value.ME_NodeBFunction_HsDschResources.pmSumOfHsScchUsedPwr_20Sum 
    pmSumOfHsScchUsedPwr_21ACCUMULATIONINTEGERHS-SCCH transmitted power per cell. In case more than one HS-SCCH code is used, the registered value is the sum of each individual value.ME_NodeBFunction_HsDschResources.pmSumOfHsScchUsedPwr_21Sum 
    pmSumOfHsScchUsedPwr_22ACCUMULATIONINTEGERHS-SCCH transmitted power per cell. In case more than one HS-SCCH code is used, the registered value is the sum of each individual value.ME_NodeBFunction_HsDschResources.pmSumOfHsScchUsedPwr_22Sum 
    pmSumOfHsScchUsedPwr_23ACCUMULATIONINTEGERHS-SCCH transmitted power per cell. In case more than one HS-SCCH code is used, the registered value is the sum of each individual value.ME_NodeBFunction_HsDschResources.pmSumOfHsScchUsedPwr_23Sum 
    pmSumOfHsScchUsedPwr_24ACCUMULATIONINTEGERHS-SCCH transmitted power per cell. In case more than one HS-SCCH code is used, the registered value is the sum of each individual value.ME_NodeBFunction_HsDschResources.pmSumOfHsScchUsedPwr_24Sum 
    pmSumOfHsScchUsedPwr_25ACCUMULATIONINTEGERHS-SCCH transmitted power per cell. In case more than one HS-SCCH code is used, the registered value is the sum of each individual value.ME_NodeBFunction_HsDschResources.pmSumOfHsScchUsedPwr_25Sum 
    pmSumOfHsScchUsedPwr_26ACCUMULATIONINTEGERHS-SCCH transmitted power per cell. In case more than one HS-SCCH code is used, the registered value is the sum of each individual value.ME_NodeBFunction_HsDschResources.pmSumOfHsScchUsedPwr_26Sum 
    pmSumOfHsScchUsedPwr_27ACCUMULATIONINTEGERHS-SCCH transmitted power per cell. In case more than one HS-SCCH code is used, the registered value is the sum of each individual value.ME_NodeBFunction_HsDschResources.pmSumOfHsScchUsedPwr_27Sum 
    pmSumOfHsScchUsedPwr_28ACCUMULATIONINTEGERHS-SCCH transmitted power per cell. In case more than one HS-SCCH code is used, the registered value is the sum of each individual value.ME_NodeBFunction_HsDschResources.pmSumOfHsScchUsedPwr_28Sum 
    pmSumOfHsScchUsedPwr_29ACCUMULATIONINTEGERHS-SCCH transmitted power per cell. In case more than one HS-SCCH code is used, the registered value is the sum of each individual value.ME_NodeBFunction_HsDschResources.pmSumOfHsScchUsedPwr_29Sum 
    pmSumOfHsScchUsedPwr_2ACCUMULATIONINTEGERHS-SCCH transmitted power per cell. In case more than one HS-SCCH code is used, the registered value is the sum of each individual value.ME_NodeBFunction_HsDschResources.pmSumOfHsScchUsedPwr_2Sum 
    pmSumOfHsScchUsedPwr_30ACCUMULATIONINTEGERHS-SCCH transmitted power per cell. In case more than one HS-SCCH code is used, the registered value is the sum of each individual value.ME_NodeBFunction_HsDschResources.pmSumOfHsScchUsedPwr_30Sum 
    pmSumOfHsScchUsedPwr_31ACCUMULATIONINTEGERHS-SCCH transmitted power per cell. In case more than one HS-SCCH code is used, the registered value is the sum of each individual value.ME_NodeBFunction_HsDschResources.pmSumOfHsScchUsedPwr_31Sum 
    pmSumOfHsScchUsedPwr_32ACCUMULATIONINTEGERHS-SCCH transmitted power per cell. In case more than one HS-SCCH code is used, the registered value is the sum of each individual value.ME_NodeBFunction_HsDschResources.pmSumOfHsScchUsedPwr_32Sum 
    pmSumOfHsScchUsedPwr_33ACCUMULATIONINTEGERHS-SCCH transmitted power per cell. In case more than one HS-SCCH code is used, the registered value is the sum of each individual value.ME_NodeBFunction_HsDschResources.pmSumOfHsScchUsedPwr_33Sum 
    pmSumOfHsScchUsedPwr_34ACCUMULATIONINTEGERHS-SCCH transmitted power per cell. In case more than one HS-SCCH code is used, the registered value is the sum of each individual value.ME_NodeBFunction_HsDschResources.pmSumOfHsScchUsedPwr_34Sum 
    pmSumOfHsScchUsedPwr_35ACCUMULATIONINTEGERHS-SCCH transmitted power per cell. In case more than one HS-SCCH code is used, the registered value is the sum of each individual value.ME_NodeBFunction_HsDschResources.pmSumOfHsScchUsedPwr_35Sum 
    pmSumOfHsScchUsedPwr_36ACCUMULATIONINTEGERHS-SCCH transmitted power per cell. In case more than one HS-SCCH code is used, the registered value is the sum of each individual value.ME_NodeBFunction_HsDschResources.pmSumOfHsScchUsedPwr_36Sum 
    pmSumOfHsScchUsedPwr_37ACCUMULATIONINTEGERHS-SCCH transmitted power per cell. In case more than one HS-SCCH code is used, the registered value is the sum of each individual value.ME_NodeBFunction_HsDschResources.pmSumOfHsScchUsedPwr_37Sum 
    pmSumOfHsScchUsedPwr_38ACCUMULATIONINTEGERHS-SCCH transmitted power per cell. In case more than one HS-SCCH code is used, the registered value is the sum of each individual value.ME_NodeBFunction_HsDschResources.pmSumOfHsScchUsedPwr_38Sum 
    pmSumOfHsScchUsedPwr_39ACCUMULATIONINTEGERHS-SCCH transmitted power per cell. In case more than one HS-SCCH code is used, the registered value is the sum of each individual value.ME_NodeBFunction_HsDschResources.pmSumOfHsScchUsedPwr_39Sum 
    pmSumOfHsScchUsedPwr_3ACCUMULATIONINTEGERHS-SCCH transmitted power per cell. In case more than one HS-SCCH code is used, the registered value is the sum of each individual value.ME_NodeBFunction_HsDschResources.pmSumOfHsScchUsedPwr_3Sum 
    pmSumOfHsScchUsedPwr_40ACCUMULATIONINTEGERHS-SCCH transmitted power per cell. In case more than one HS-SCCH code is used, the registered value is the sum of each individual value.ME_NodeBFunction_HsDschResources.pmSumOfHsScchUsedPwr_40Sum 
    pmSumOfHsScchUsedPwr_41ACCUMULATIONINTEGERHS-SCCH transmitted power per cell. In case more than one HS-SCCH code is used, the registered value is the sum of each individual value.ME_NodeBFunction_HsDschResources.pmSumOfHsScchUsedPwr_41Sum 
    pmSumOfHsScchUsedPwr_42ACCUMULATIONINTEGERHS-SCCH transmitted power per cell. In case more than one HS-SCCH code is used, the registered value is the sum of each individual value.ME_NodeBFunction_HsDschResources.pmSumOfHsScchUsedPwr_42Sum 
    pmSumOfHsScchUsedPwr_43ACCUMULATIONINTEGERHS-SCCH transmitted power per cell. In case more than one HS-SCCH code is used, the registered value is the sum of each individual value.ME_NodeBFunction_HsDschResources.pmSumOfHsScchUsedPwr_43Sum 
    pmSumOfHsScchUsedPwr_44ACCUMULATIONINTEGERHS-SCCH transmitted power per cell. In case more than one HS-SCCH code is used, the registered value is the sum of each individual value.ME_NodeBFunction_HsDschResources.pmSumOfHsScchUsedPwr_44Sum 
    pmSumOfHsScchUsedPwr_45ACCUMULATIONINTEGERHS-SCCH transmitted power per cell. In case more than one HS-SCCH code is used, the registered value is the sum of each individual value.ME_NodeBFunction_HsDschResources.pmSumOfHsScchUsedPwr_45Sum 
    pmSumOfHsScchUsedPwr_46ACCUMULATIONINTEGERHS-SCCH transmitted power per cell. In case more than one HS-SCCH code is used, the registered value is the sum of each individual value.ME_NodeBFunction_HsDschResources.pmSumOfHsScchUsedPwr_46Sum 
    pmSumOfHsScchUsedPwr_47ACCUMULATIONINTEGERHS-SCCH transmitted power per cell. In case more than one HS-SCCH code is used, the registered value is the sum of each individual value.ME_NodeBFunction_HsDschResources.pmSumOfHsScchUsedPwr_47Sum 
    pmSumOfHsScchUsedPwr_48ACCUMULATIONINTEGERHS-SCCH transmitted power per cell. In case more than one HS-SCCH code is used, the registered value is the sum of each individual value.ME_NodeBFunction_HsDschResources.pmSumOfHsScchUsedPwr_48Sum 
    pmSumOfHsScchUsedPwr_49ACCUMULATIONINTEGERHS-SCCH transmitted power per cell. In case more than one HS-SCCH code is used, the registered value is the sum of each individual value.ME_NodeBFunction_HsDschResources.pmSumOfHsScchUsedPwr_49Sum 
    pmSumOfHsScchUsedPwr_4ACCUMULATIONINTEGERHS-SCCH transmitted power per cell. In case more than one HS-SCCH code is used, the registered value is the sum of each individual value.ME_NodeBFunction_HsDschResources.pmSumOfHsScchUsedPwr_4Sum 
    pmSumOfHsScchUsedPwr_50ACCUMULATIONINTEGERHS-SCCH transmitted power per cell. In case more than one HS-SCCH code is used, the registered value is the sum of each individual value.ME_NodeBFunction_HsDschResources.pmSumOfHsScchUsedPwr_50Sum 
    pmSumOfHsScchUsedPwr_51ACCUMULATIONINTEGERHS-SCCH transmitted power per cell. In case more than one HS-SCCH code is used, the registered value is the sum of each individual value.ME_NodeBFunction_HsDschResources.pmSumOfHsScchUsedPwr_51Sum 
    pmSumOfHsScchUsedPwr_52ACCUMULATIONINTEGERHS-SCCH transmitted power per cell. In case more than one HS-SCCH code is used, the registered value is the sum of each individual value.ME_NodeBFunction_HsDschResources.pmSumOfHsScchUsedPwr_52Sum 
    pmSumOfHsScchUsedPwr_53ACCUMULATIONINTEGERHS-SCCH transmitted power per cell. In case more than one HS-SCCH code is used, the registered value is the sum of each individual value.ME_NodeBFunction_HsDschResources.pmSumOfHsScchUsedPwr_53Sum 
    pmSumOfHsScchUsedPwr_54ACCUMULATIONINTEGERHS-SCCH transmitted power per cell. In case more than one HS-SCCH code is used, the registered value is the sum of each individual value.ME_NodeBFunction_HsDschResources.pmSumOfHsScchUsedPwr_54Sum 
    pmSumOfHsScchUsedPwr_55ACCUMULATIONINTEGERHS-SCCH transmitted power per cell. In case more than one HS-SCCH code is used, the registered value is the sum of each individual value.ME_NodeBFunction_HsDschResources.pmSumOfHsScchUsedPwr_55Sum 
    pmSumOfHsScchUsedPwr_56ACCUMULATIONINTEGERHS-SCCH transmitted power per cell. In case more than one HS-SCCH code is used, the registered value is the sum of each individual value.ME_NodeBFunction_HsDschResources.pmSumOfHsScchUsedPwr_56Sum 
    pmSumOfHsScchUsedPwr_57ACCUMULATIONINTEGERHS-SCCH transmitted power per cell. In case more than one HS-SCCH code is used, the registered value is the sum of each individual value.ME_NodeBFunction_HsDschResources.pmSumOfHsScchUsedPwr_57Sum 
    pmSumOfHsScchUsedPwr_58ACCUMULATIONINTEGERHS-SCCH transmitted power per cell. In case more than one HS-SCCH code is used, the registered value is the sum of each individual value.ME_NodeBFunction_HsDschResources.pmSumOfHsScchUsedPwr_58Sum 
    pmSumOfHsScchUsedPwr_59ACCUMULATIONINTEGERHS-SCCH transmitted power per cell. In case more than one HS-SCCH code is used, the registered value is the sum of each individual value.ME_NodeBFunction_HsDschResources.pmSumOfHsScchUsedPwr_59Sum 
    pmSumOfHsScchUsedPwr_5ACCUMULATIONINTEGERHS-SCCH transmitted power per cell. In case more than one HS-SCCH code is used, the registered value is the sum of each individual value.ME_NodeBFunction_HsDschResources.pmSumOfHsScchUsedPwr_5Sum 
    pmSumOfHsScchUsedPwr_60ACCUMULATIONINTEGERHS-SCCH transmitted power per cell. In case more than one HS-SCCH code is used, the registered value is the sum of each individual value.ME_NodeBFunction_HsDschResources.pmSumOfHsScchUsedPwr_60Sum 
    pmSumOfHsScchUsedPwr_61ACCUMULATIONINTEGERHS-SCCH transmitted power per cell. In case more than one HS-SCCH code is used, the registered value is the sum of each individual value.ME_NodeBFunction_HsDschResources.pmSumOfHsScchUsedPwr_61Sum 
    pmSumOfHsScchUsedPwr_62ACCUMULATIONINTEGERHS-SCCH transmitted power per cell. In case more than one HS-SCCH code is used, the registered value is the sum of each individual value.ME_NodeBFunction_HsDschResources.pmSumOfHsScchUsedPwr_62Sum 
    pmSumOfHsScchUsedPwr_63ACCUMULATIONINTEGERHS-SCCH transmitted power per cell. In case more than one HS-SCCH code is used, the registered value is the sum of each individual value.ME_NodeBFunction_HsDschResources.pmSumOfHsScchUsedPwr_63Sum 
    pmSumOfHsScchUsedPwr_64ACCUMULATIONINTEGERHS-SCCH transmitted power per cell. In case more than one HS-SCCH code is used, the registered value is the sum of each individual value.ME_NodeBFunction_HsDschResources.pmSumOfHsScchUsedPwr_64Sum 
    pmSumOfHsScchUsedPwr_65ACCUMULATIONINTEGERHS-SCCH transmitted power per cell. In case more than one HS-SCCH code is used, the registered value is the sum of each individual value.ME_NodeBFunction_HsDschResources.pmSumOfHsScchUsedPwr_65Sum 
    pmSumOfHsScchUsedPwr_66ACCUMULATIONINTEGERHS-SCCH transmitted power per cell. In case more than one HS-SCCH code is used, the registered value is the sum of each individual value.ME_NodeBFunction_HsDschResources.pmSumOfHsScchUsedPwr_66Sum 
    pmSumOfHsScchUsedPwr_67ACCUMULATIONINTEGERHS-SCCH transmitted power per cell. In case more than one HS-SCCH code is used, the registered value is the sum of each individual value.ME_NodeBFunction_HsDschResources.pmSumOfHsScchUsedPwr_67Sum 
    pmSumOfHsScchUsedPwr_68ACCUMULATIONINTEGERHS-SCCH transmitted power per cell. In case more than one HS-SCCH code is used, the registered value is the sum of each individual value.ME_NodeBFunction_HsDschResources.pmSumOfHsScchUsedPwr_68Sum 
    pmSumOfHsScchUsedPwr_69ACCUMULATIONINTEGERHS-SCCH transmitted power per cell. In case more than one HS-SCCH code is used, the registered value is the sum of each individual value.ME_NodeBFunction_HsDschResources.pmSumOfHsScchUsedPwr_69Sum 
    pmSumOfHsScchUsedPwr_6ACCUMULATIONINTEGERHS-SCCH transmitted power per cell. In case more than one HS-SCCH code is used, the registered value is the sum of each individual value.ME_NodeBFunction_HsDschResources.pmSumOfHsScchUsedPwr_6Sum 
    pmSumOfHsScchUsedPwr_70ACCUMULATIONINTEGERHS-SCCH transmitted power per cell. In case more than one HS-SCCH code is used, the registered value is the sum of each individual value.ME_NodeBFunction_HsDschResources.pmSumOfHsScchUsedPwr_70Sum 
    pmSumOfHsScchUsedPwr_71ACCUMULATIONINTEGERHS-SCCH transmitted power per cell. In case more than one HS-SCCH code is used, the registered value is the sum of each individual value.ME_NodeBFunction_HsDschResources.pmSumOfHsScchUsedPwr_71Sum 
    pmSumOfHsScchUsedPwr_72ACCUMULATIONINTEGERHS-SCCH transmitted power per cell. In case more than one HS-SCCH code is used, the registered value is the sum of each individual value.ME_NodeBFunction_HsDschResources.pmSumOfHsScchUsedPwr_72Sum 
    pmSumOfHsScchUsedPwr_73ACCUMULATIONINTEGERHS-SCCH transmitted power per cell. In case more than one HS-SCCH code is used, the registered value is the sum of each individual value.ME_NodeBFunction_HsDschResources.pmSumOfHsScchUsedPwr_73Sum 
    pmSumOfHsScchUsedPwr_74ACCUMULATIONINTEGERHS-SCCH transmitted power per cell. In case more than one HS-SCCH code is used, the registered value is the sum of each individual value.ME_NodeBFunction_HsDschResources.pmSumOfHsScchUsedPwr_74Sum 
    pmSumOfHsScchUsedPwr_75ACCUMULATIONINTEGERHS-SCCH transmitted power per cell. In case more than one HS-SCCH code is used, the registered value is the sum of each individual value.ME_NodeBFunction_HsDschResources.pmSumOfHsScchUsedPwr_75Sum 
    pmSumOfHsScchUsedPwr_76ACCUMULATIONINTEGERHS-SCCH transmitted power per cell. In case more than one HS-SCCH code is used, the registered value is the sum of each individual value.ME_NodeBFunction_HsDschResources.pmSumOfHsScchUsedPwr_76Sum 
    pmSumOfHsScchUsedPwr_77ACCUMULATIONINTEGERHS-SCCH transmitted power per cell. In case more than one HS-SCCH code is used, the registered value is the sum of each individual value.ME_NodeBFunction_HsDschResources.pmSumOfHsScchUsedPwr_77Sum 
    pmSumOfHsScchUsedPwr_78ACCUMULATIONINTEGERHS-SCCH transmitted power per cell. In case more than one HS-SCCH code is used, the registered value is the sum of each individual value.ME_NodeBFunction_HsDschResources.pmSumOfHsScchUsedPwr_78Sum 
    pmSumOfHsScchUsedPwr_79ACCUMULATIONINTEGERHS-SCCH transmitted power per cell. In case more than one HS-SCCH code is used, the registered value is the sum of each individual value.ME_NodeBFunction_HsDschResources.pmSumOfHsScchUsedPwr_79Sum 
    pmSumOfHsScchUsedPwr_7ACCUMULATIONINTEGERHS-SCCH transmitted power per cell. In case more than one HS-SCCH code is used, the registered value is the sum of each individual value.ME_NodeBFunction_HsDschResources.pmSumOfHsScchUsedPwr_7Sum 
    pmSumOfHsScchUsedPwr_80ACCUMULATIONINTEGERHS-SCCH transmitted power per cell. In case more than one HS-SCCH code is used, the registered value is the sum of each individual value.ME_NodeBFunction_HsDschResources.pmSumOfHsScchUsedPwr_80Sum 
    pmSumOfHsScchUsedPwr_81ACCUMULATIONINTEGERHS-SCCH transmitted power per cell. In case more than one HS-SCCH code is used, the registered value is the sum of each individual value.ME_NodeBFunction_HsDschResources.pmSumOfHsScchUsedPwr_81Sum 
    pmSumOfHsScchUsedPwr_82ACCUMULATIONINTEGERHS-SCCH transmitted power per cell. In case more than one HS-SCCH code is used, the registered value is the sum of each individual value.ME_NodeBFunction_HsDschResources.pmSumOfHsScchUsedPwr_82Sum 
    pmSumOfHsScchUsedPwr_83ACCUMULATIONINTEGERHS-SCCH transmitted power per cell. In case more than one HS-SCCH code is used, the registered value is the sum of each individual value.ME_NodeBFunction_HsDschResources.pmSumOfHsScchUsedPwr_83Sum 
    pmSumOfHsScchUsedPwr_84ACCUMULATIONINTEGERHS-SCCH transmitted power per cell. In case more than one HS-SCCH code is used, the registered value is the sum of each individual value.ME_NodeBFunction_HsDschResources.pmSumOfHsScchUsedPwr_84Sum 
    pmSumOfHsScchUsedPwr_85ACCUMULATIONINTEGERHS-SCCH transmitted power per cell. In case more than one HS-SCCH code is used, the registered value is the sum of each individual value.ME_NodeBFunction_HsDschResources.pmSumOfHsScchUsedPwr_85Sum 
    pmSumOfHsScchUsedPwr_86ACCUMULATIONINTEGERHS-SCCH transmitted power per cell. In case more than one HS-SCCH code is used, the registered value is the sum of each individual value.ME_NodeBFunction_HsDschResources.pmSumOfHsScchUsedPwr_86Sum 
    pmSumOfHsScchUsedPwr_87ACCUMULATIONINTEGERHS-SCCH transmitted power per cell. In case more than one HS-SCCH code is used, the registered value is the sum of each individual value.ME_NodeBFunction_HsDschResources.pmSumOfHsScchUsedPwr_87Sum 
    pmSumOfHsScchUsedPwr_88ACCUMULATIONINTEGERHS-SCCH transmitted power per cell. In case more than one HS-SCCH code is used, the registered value is the sum of each individual value.ME_NodeBFunction_HsDschResources.pmSumOfHsScchUsedPwr_88Sum 
    pmSumOfHsScchUsedPwr_89ACCUMULATIONINTEGERHS-SCCH transmitted power per cell. In case more than one HS-SCCH code is used, the registered value is the sum of each individual value.ME_NodeBFunction_HsDschResources.pmSumOfHsScchUsedPwr_89Sum 
    pmSumOfHsScchUsedPwr_8ACCUMULATIONINTEGERHS-SCCH transmitted power per cell. In case more than one HS-SCCH code is used, the registered value is the sum of each individual value.ME_NodeBFunction_HsDschResources.pmSumOfHsScchUsedPwr_8Sum 
    pmSumOfHsScchUsedPwr_90ACCUMULATIONINTEGERHS-SCCH transmitted power per cell. In case more than one HS-SCCH code is used, the registered value is the sum of each individual value.ME_NodeBFunction_HsDschResources.pmSumOfHsScchUsedPwr_90Sum 
    pmSumOfHsScchUsedPwr_91ACCUMULATIONINTEGERHS-SCCH transmitted power per cell. In case more than one HS-SCCH code is used, the registered value is the sum of each individual value.ME_NodeBFunction_HsDschResources.pmSumOfHsScchUsedPwr_91Sum 
    pmSumOfHsScchUsedPwr_92ACCUMULATIONINTEGERHS-SCCH transmitted power per cell. In case more than one HS-SCCH code is used, the registered value is the sum of each individual value.ME_NodeBFunction_HsDschResources.pmSumOfHsScchUsedPwr_92Sum 
    pmSumOfHsScchUsedPwr_93ACCUMULATIONINTEGERHS-SCCH transmitted power per cell. In case more than one HS-SCCH code is used, the registered value is the sum of each individual value.ME_NodeBFunction_HsDschResources.pmSumOfHsScchUsedPwr_93Sum 
    pmSumOfHsScchUsedPwr_94ACCUMULATIONINTEGERHS-SCCH transmitted power per cell. In case more than one HS-SCCH code is used, the registered value is the sum of each individual value.ME_NodeBFunction_HsDschResources.pmSumOfHsScchUsedPwr_94Sum 
    pmSumOfHsScchUsedPwr_95ACCUMULATIONINTEGERHS-SCCH transmitted power per cell. In case more than one HS-SCCH code is used, the registered value is the sum of each individual value.ME_NodeBFunction_HsDschResources.pmSumOfHsScchUsedPwr_95Sum 
    pmSumOfHsScchUsedPwr_96ACCUMULATIONINTEGERHS-SCCH transmitted power per cell. In case more than one HS-SCCH code is used, the registered value is the sum of each individual value.ME_NodeBFunction_HsDschResources.pmSumOfHsScchUsedPwr_96Sum 
    pmSumOfHsScchUsedPwr_97ACCUMULATIONINTEGERHS-SCCH transmitted power per cell. In case more than one HS-SCCH code is used, the registered value is the sum of each individual value.ME_NodeBFunction_HsDschResources.pmSumOfHsScchUsedPwr_97Sum 
    pmSumOfHsScchUsedPwr_98ACCUMULATIONINTEGERHS-SCCH transmitted power per cell. In case more than one HS-SCCH code is used, the registered value is the sum of each individual value.ME_NodeBFunction_HsDschResources.pmSumOfHsScchUsedPwr_98Sum 
    pmSumOfHsScchUsedPwr_99ACCUMULATIONINTEGERHS-SCCH transmitted power per cell. In case more than one HS-SCCH code is used, the registered value is the sum of each individual value.ME_NodeBFunction_HsDschResources.pmSumOfHsScchUsedPwr_99Sum 
    pmSumOfHsScchUsedPwr_9ACCUMULATIONINTEGERHS-SCCH transmitted power per cell. In case more than one HS-SCCH code is used, the registered value is the sum of each individual value.ME_NodeBFunction_HsDschResources.pmSumOfHsScchUsedPwr_9Sum 


    CDMA_Channel.Ericsson.UMTS.PDF_pmTotalRotCoverage

    pmTotalRotCoverage PDF counters

    KPITypeData TypeDescriptionDerivationDefault AggregatorOther Aggregators
    pmTotalRotCoverage_0ACCUMULATIONINTEGERCounter per cell for the total Rise over Thermal (RoT) (including all uplink traffic and external interference) that affects the coverage.ME_NodeBFunction_Sector_Carrier_EDchResources.pmTotalRotCoverage_0Sum 
    pmTotalRotCoverage_10ACCUMULATIONINTEGERCounter per cell for the total Rise over Thermal (RoT) (including all uplink traffic and external interference) that affects the coverage.ME_NodeBFunction_Sector_Carrier_EDchResources.pmTotalRotCoverage_10Sum 
    pmTotalRotCoverage_11ACCUMULATIONINTEGERCounter per cell for the total Rise over Thermal (RoT) (including all uplink traffic and external interference) that affects the coverage.ME_NodeBFunction_Sector_Carrier_EDchResources.pmTotalRotCoverage_11Sum 
    pmTotalRotCoverage_12ACCUMULATIONINTEGERCounter per cell for the total Rise over Thermal (RoT) (including all uplink traffic and external interference) that affects the coverage.ME_NodeBFunction_Sector_Carrier_EDchResources.pmTotalRotCoverage_12Sum 
    pmTotalRotCoverage_13ACCUMULATIONINTEGERCounter per cell for the total Rise over Thermal (RoT) (including all uplink traffic and external interference) that affects the coverage.ME_NodeBFunction_Sector_Carrier_EDchResources.pmTotalRotCoverage_13Sum 
    pmTotalRotCoverage_14ACCUMULATIONINTEGERCounter per cell for the total Rise over Thermal (RoT) (including all uplink traffic and external interference) that affects the coverage.ME_NodeBFunction_Sector_Carrier_EDchResources.pmTotalRotCoverage_14Sum 
    pmTotalRotCoverage_15ACCUMULATIONINTEGERCounter per cell for the total Rise over Thermal (RoT) (including all uplink traffic and external interference) that affects the coverage.ME_NodeBFunction_Sector_Carrier_EDchResources.pmTotalRotCoverage_15Sum 
    pmTotalRotCoverage_16ACCUMULATIONINTEGERCounter per cell for the total Rise over Thermal (RoT) (including all uplink traffic and external interference) that affects the coverage.ME_NodeBFunction_Sector_Carrier_EDchResources.pmTotalRotCoverage_16Sum 
    pmTotalRotCoverage_17ACCUMULATIONINTEGERCounter per cell for the total Rise over Thermal (RoT) (including all uplink traffic and external interference) that affects the coverage.ME_NodeBFunction_Sector_Carrier_EDchResources.pmTotalRotCoverage_17Sum 
    pmTotalRotCoverage_18ACCUMULATIONINTEGERCounter per cell for the total Rise over Thermal (RoT) (including all uplink traffic and external interference) that affects the coverage.ME_NodeBFunction_Sector_Carrier_EDchResources.pmTotalRotCoverage_18Sum 
    pmTotalRotCoverage_19ACCUMULATIONINTEGERCounter per cell for the total Rise over Thermal (RoT) (including all uplink traffic and external interference) that affects the coverage.ME_NodeBFunction_Sector_Carrier_EDchResources.pmTotalRotCoverage_19Sum 
    pmTotalRotCoverage_1ACCUMULATIONINTEGERCounter per cell for the total Rise over Thermal (RoT) (including all uplink traffic and external interference) that affects the coverage.ME_NodeBFunction_Sector_Carrier_EDchResources.pmTotalRotCoverage_1Sum 
    pmTotalRotCoverage_20ACCUMULATIONINTEGERCounter per cell for the total Rise over Thermal (RoT) (including all uplink traffic and external interference) that affects the coverage.ME_NodeBFunction_Sector_Carrier_EDchResources.pmTotalRotCoverage_20Sum 
    pmTotalRotCoverage_21ACCUMULATIONINTEGERCounter per cell for the total Rise over Thermal (RoT) (including all uplink traffic and external interference) that affects the coverage.ME_NodeBFunction_Sector_Carrier_EDchResources.pmTotalRotCoverage_21Sum 
    pmTotalRotCoverage_22ACCUMULATIONINTEGERCounter per cell for the total Rise over Thermal (RoT) (including all uplink traffic and external interference) that affects the coverage.ME_NodeBFunction_Sector_Carrier_EDchResources.pmTotalRotCoverage_22Sum 
    pmTotalRotCoverage_23ACCUMULATIONINTEGERCounter per cell for the total Rise over Thermal (RoT) (including all uplink traffic and external interference) that affects the coverage.ME_NodeBFunction_Sector_Carrier_EDchResources.pmTotalRotCoverage_23Sum 
    pmTotalRotCoverage_24ACCUMULATIONINTEGERCounter per cell for the total Rise over Thermal (RoT) (including all uplink traffic and external interference) that affects the coverage.ME_NodeBFunction_Sector_Carrier_EDchResources.pmTotalRotCoverage_24Sum 
    pmTotalRotCoverage_25ACCUMULATIONINTEGERCounter per cell for the total Rise over Thermal (RoT) (including all uplink traffic and external interference) that affects the coverage.ME_NodeBFunction_Sector_Carrier_EDchResources.pmTotalRotCoverage_25Sum 
    pmTotalRotCoverage_26ACCUMULATIONINTEGERCounter per cell for the total Rise over Thermal (RoT) (including all uplink traffic and external interference) that affects the coverage.ME_NodeBFunction_Sector_Carrier_EDchResources.pmTotalRotCoverage_26Sum 
    pmTotalRotCoverage_27ACCUMULATIONINTEGERCounter per cell for the total Rise over Thermal (RoT) (including all uplink traffic and external interference) that affects the coverage.ME_NodeBFunction_Sector_Carrier_EDchResources.pmTotalRotCoverage_27Sum 
    pmTotalRotCoverage_28ACCUMULATIONINTEGERCounter per cell for the total Rise over Thermal (RoT) (including all uplink traffic and external interference) that affects the coverage.ME_NodeBFunction_Sector_Carrier_EDchResources.pmTotalRotCoverage_28Sum 
    pmTotalRotCoverage_29ACCUMULATIONINTEGERCounter per cell for the total Rise over Thermal (RoT) (including all uplink traffic and external interference) that affects the coverage.ME_NodeBFunction_Sector_Carrier_EDchResources.pmTotalRotCoverage_29Sum 
    pmTotalRotCoverage_2ACCUMULATIONINTEGERCounter per cell for the total Rise over Thermal (RoT) (including all uplink traffic and external interference) that affects the coverage.ME_NodeBFunction_Sector_Carrier_EDchResources.pmTotalRotCoverage_2Sum 
    pmTotalRotCoverage_30ACCUMULATIONINTEGERCounter per cell for the total Rise over Thermal (RoT) (including all uplink traffic and external interference) that affects the coverage.ME_NodeBFunction_Sector_Carrier_EDchResources.pmTotalRotCoverage_30Sum 
    pmTotalRotCoverage_31ACCUMULATIONINTEGERCounter per cell for the total Rise over Thermal (RoT) (including all uplink traffic and external interference) that affects the coverage.ME_NodeBFunction_Sector_Carrier_EDchResources.pmTotalRotCoverage_31Sum 
    pmTotalRotCoverage_32ACCUMULATIONINTEGERCounter per cell for the total Rise over Thermal (RoT) (including all uplink traffic and external interference) that affects the coverage.ME_NodeBFunction_Sector_Carrier_EDchResources.pmTotalRotCoverage_32Sum 
    pmTotalRotCoverage_33ACCUMULATIONINTEGERCounter per cell for the total Rise over Thermal (RoT) (including all uplink traffic and external interference) that affects the coverage.ME_NodeBFunction_Sector_Carrier_EDchResources.pmTotalRotCoverage_33Sum 
    pmTotalRotCoverage_34ACCUMULATIONINTEGERCounter per cell for the total Rise over Thermal (RoT) (including all uplink traffic and external interference) that affects the coverage.ME_NodeBFunction_Sector_Carrier_EDchResources.pmTotalRotCoverage_34Sum 
    pmTotalRotCoverage_35ACCUMULATIONINTEGERCounter per cell for the total Rise over Thermal (RoT) (including all uplink traffic and external interference) that affects the coverage.ME_NodeBFunction_Sector_Carrier_EDchResources.pmTotalRotCoverage_35Sum 
    pmTotalRotCoverage_36ACCUMULATIONINTEGERCounter per cell for the total Rise over Thermal (RoT) (including all uplink traffic and external interference) that affects the coverage.ME_NodeBFunction_Sector_Carrier_EDchResources.pmTotalRotCoverage_36Sum 
    pmTotalRotCoverage_37ACCUMULATIONINTEGERCounter per cell for the total Rise over Thermal (RoT) (including all uplink traffic and external interference) that affects the coverage.ME_NodeBFunction_Sector_Carrier_EDchResources.pmTotalRotCoverage_37Sum 
    pmTotalRotCoverage_38ACCUMULATIONINTEGERCounter per cell for the total Rise over Thermal (RoT) (including all uplink traffic and external interference) that affects the coverage.ME_NodeBFunction_Sector_Carrier_EDchResources.pmTotalRotCoverage_38Sum 
    pmTotalRotCoverage_39ACCUMULATIONINTEGERCounter per cell for the total Rise over Thermal (RoT) (including all uplink traffic and external interference) that affects the coverage.ME_NodeBFunction_Sector_Carrier_EDchResources.pmTotalRotCoverage_39Sum 
    pmTotalRotCoverage_3ACCUMULATIONINTEGERCounter per cell for the total Rise over Thermal (RoT) (including all uplink traffic and external interference) that affects the coverage.ME_NodeBFunction_Sector_Carrier_EDchResources.pmTotalRotCoverage_3Sum 
    pmTotalRotCoverage_40ACCUMULATIONINTEGERCounter per cell for the total Rise over Thermal (RoT) (including all uplink traffic and external interference) that affects the coverage.ME_NodeBFunction_Sector_Carrier_EDchResources.pmTotalRotCoverage_40Sum 
    pmTotalRotCoverage_41ACCUMULATIONINTEGERCounter per cell for the total Rise over Thermal (RoT) (including all uplink traffic and external interference) that affects the coverage.ME_NodeBFunction_Sector_Carrier_EDchResources.pmTotalRotCoverage_41Sum 
    pmTotalRotCoverage_42ACCUMULATIONINTEGERCounter per cell for the total Rise over Thermal (RoT) (including all uplink traffic and external interference) that affects the coverage.ME_NodeBFunction_Sector_Carrier_EDchResources.pmTotalRotCoverage_42Sum 
    pmTotalRotCoverage_43ACCUMULATIONINTEGERCounter per cell for the total Rise over Thermal (RoT) (including all uplink traffic and external interference) that affects the coverage.ME_NodeBFunction_Sector_Carrier_EDchResources.pmTotalRotCoverage_43Sum 
    pmTotalRotCoverage_44ACCUMULATIONINTEGERCounter per cell for the total Rise over Thermal (RoT) (including all uplink traffic and external interference) that affects the coverage.ME_NodeBFunction_Sector_Carrier_EDchResources.pmTotalRotCoverage_44Sum 
    pmTotalRotCoverage_45ACCUMULATIONINTEGERCounter per cell for the total Rise over Thermal (RoT) (including all uplink traffic and external interference) that affects the coverage.ME_NodeBFunction_Sector_Carrier_EDchResources.pmTotalRotCoverage_45Sum 
    pmTotalRotCoverage_46ACCUMULATIONINTEGERCounter per cell for the total Rise over Thermal (RoT) (including all uplink traffic and external interference) that affects the coverage.ME_NodeBFunction_Sector_Carrier_EDchResources.pmTotalRotCoverage_46Sum 
    pmTotalRotCoverage_47ACCUMULATIONINTEGERCounter per cell for the total Rise over Thermal (RoT) (including all uplink traffic and external interference) that affects the coverage.ME_NodeBFunction_Sector_Carrier_EDchResources.pmTotalRotCoverage_47Sum 
    pmTotalRotCoverage_48ACCUMULATIONINTEGERCounter per cell for the total Rise over Thermal (RoT) (including all uplink traffic and external interference) that affects the coverage.ME_NodeBFunction_Sector_Carrier_EDchResources.pmTotalRotCoverage_48Sum 
    pmTotalRotCoverage_49ACCUMULATIONINTEGERCounter per cell for the total Rise over Thermal (RoT) (including all uplink traffic and external interference) that affects the coverage.ME_NodeBFunction_Sector_Carrier_EDchResources.pmTotalRotCoverage_49Sum 
    pmTotalRotCoverage_4ACCUMULATIONINTEGERCounter per cell for the total Rise over Thermal (RoT) (including all uplink traffic and external interference) that affects the coverage.ME_NodeBFunction_Sector_Carrier_EDchResources.pmTotalRotCoverage_4Sum 
    pmTotalRotCoverage_50ACCUMULATIONINTEGERCounter per cell for the total Rise over Thermal (RoT) (including all uplink traffic and external interference) that affects the coverage.ME_NodeBFunction_Sector_Carrier_EDchResources.pmTotalRotCoverage_50Sum 
    pmTotalRotCoverage_5ACCUMULATIONINTEGERCounter per cell for the total Rise over Thermal (RoT) (including all uplink traffic and external interference) that affects the coverage.ME_NodeBFunction_Sector_Carrier_EDchResources.pmTotalRotCoverage_5Sum 
    pmTotalRotCoverage_6ACCUMULATIONINTEGERCounter per cell for the total Rise over Thermal (RoT) (including all uplink traffic and external interference) that affects the coverage.ME_NodeBFunction_Sector_Carrier_EDchResources.pmTotalRotCoverage_6Sum 
    pmTotalRotCoverage_7ACCUMULATIONINTEGERCounter per cell for the total Rise over Thermal (RoT) (including all uplink traffic and external interference) that affects the coverage.ME_NodeBFunction_Sector_Carrier_EDchResources.pmTotalRotCoverage_7Sum 
    pmTotalRotCoverage_8ACCUMULATIONINTEGERCounter per cell for the total Rise over Thermal (RoT) (including all uplink traffic and external interference) that affects the coverage.ME_NodeBFunction_Sector_Carrier_EDchResources.pmTotalRotCoverage_8Sum 
    pmTotalRotCoverage_9ACCUMULATIONINTEGERCounter per cell for the total Rise over Thermal (RoT) (including all uplink traffic and external interference) that affects the coverage.ME_NodeBFunction_Sector_Carrier_EDchResources.pmTotalRotCoverage_9Sum 


    CDMA_Channel.Ericsson.UMTS.PDF_pmTotRateGrantedEul

    pmTotRateGrantedEul PDF counters

    KPITypeData TypeDescriptionDerivationDefault AggregatorOther Aggregators
    pmTotRateGrantedEul_0ACCUMULATIONINTEGERTotal granted Uu rate. Counter for the total granted Uu rate for all E-DCH users including soft/softer handover by the scheduler per cell.ME_NodeBFunction_Sector_Carrier_EDchResources.pmTotRateGrantedEul_0Sum 
    pmTotRateGrantedEul_10ACCUMULATIONINTEGERTotal granted Uu rate. Counter for the total granted Uu rate for all E-DCH users including soft/softer handover by the scheduler per cell.ME_NodeBFunction_Sector_Carrier_EDchResources.pmTotRateGrantedEul_10Sum 
    pmTotRateGrantedEul_11ACCUMULATIONINTEGERTotal granted Uu rate. Counter for the total granted Uu rate for all E-DCH users including soft/softer handover by the scheduler per cell.ME_NodeBFunction_Sector_Carrier_EDchResources.pmTotRateGrantedEul_11Sum 
    pmTotRateGrantedEul_12ACCUMULATIONINTEGERTotal granted Uu rate. Counter for the total granted Uu rate for all E-DCH users including soft/softer handover by the scheduler per cell.ME_NodeBFunction_Sector_Carrier_EDchResources.pmTotRateGrantedEul_12Sum 
    pmTotRateGrantedEul_13ACCUMULATIONINTEGERTotal granted Uu rate. Counter for the total granted Uu rate for all E-DCH users including soft/softer handover by the scheduler per cell.ME_NodeBFunction_Sector_Carrier_EDchResources.pmTotRateGrantedEul_13Sum 
    pmTotRateGrantedEul_14ACCUMULATIONINTEGERTotal granted Uu rate. Counter for the total granted Uu rate for all E-DCH users including soft/softer handover by the scheduler per cell.ME_NodeBFunction_Sector_Carrier_EDchResources.pmTotRateGrantedEul_14Sum 
    pmTotRateGrantedEul_15ACCUMULATIONINTEGERTotal granted Uu rate. Counter for the total granted Uu rate for all E-DCH users including soft/softer handover by the scheduler per cell.ME_NodeBFunction_Sector_Carrier_EDchResources.pmTotRateGrantedEul_15Sum 
    pmTotRateGrantedEul_16ACCUMULATIONINTEGERTotal granted Uu rate. Counter for the total granted Uu rate for all E-DCH users including soft/softer handover by the scheduler per cell.ME_NodeBFunction_Sector_Carrier_EDchResources.pmTotRateGrantedEul_16Sum 
    pmTotRateGrantedEul_17ACCUMULATIONINTEGERTotal granted Uu rate. Counter for the total granted Uu rate for all E-DCH users including soft/softer handover by the scheduler per cell.ME_NodeBFunction_Sector_Carrier_EDchResources.pmTotRateGrantedEul_17Sum 
    pmTotRateGrantedEul_18ACCUMULATIONINTEGERTotal granted Uu rate. Counter for the total granted Uu rate for all E-DCH users including soft/softer handover by the scheduler per cell.ME_NodeBFunction_Sector_Carrier_EDchResources.pmTotRateGrantedEul_18Sum 
    pmTotRateGrantedEul_19ACCUMULATIONINTEGERTotal granted Uu rate. Counter for the total granted Uu rate for all E-DCH users including soft/softer handover by the scheduler per cell.ME_NodeBFunction_Sector_Carrier_EDchResources.pmTotRateGrantedEul_19Sum 
    pmTotRateGrantedEul_1ACCUMULATIONINTEGERTotal granted Uu rate. Counter for the total granted Uu rate for all E-DCH users including soft/softer handover by the scheduler per cell.ME_NodeBFunction_Sector_Carrier_EDchResources.pmTotRateGrantedEul_1Sum 
    pmTotRateGrantedEul_20ACCUMULATIONINTEGERTotal granted Uu rate. Counter for the total granted Uu rate for all E-DCH users including soft/softer handover by the scheduler per cell.ME_NodeBFunction_Sector_Carrier_EDchResources.pmTotRateGrantedEul_20Sum 
    pmTotRateGrantedEul_21ACCUMULATIONINTEGERTotal granted Uu rate. Counter for the total granted Uu rate for all E-DCH users including soft/softer handover by the scheduler per cell.ME_NodeBFunction_Sector_Carrier_EDchResources.pmTotRateGrantedEul_21Sum 
    pmTotRateGrantedEul_22ACCUMULATIONINTEGERTotal granted Uu rate. Counter for the total granted Uu rate for all E-DCH users including soft/softer handover by the scheduler per cell.ME_NodeBFunction_Sector_Carrier_EDchResources.pmTotRateGrantedEul_22Sum 
    pmTotRateGrantedEul_23ACCUMULATIONINTEGERTotal granted Uu rate. Counter for the total granted Uu rate for all E-DCH users including soft/softer handover by the scheduler per cell.ME_NodeBFunction_Sector_Carrier_EDchResources.pmTotRateGrantedEul_23Sum 
    pmTotRateGrantedEul_24ACCUMULATIONINTEGERTotal granted Uu rate. Counter for the total granted Uu rate for all E-DCH users including soft/softer handover by the scheduler per cell.ME_NodeBFunction_Sector_Carrier_EDchResources.pmTotRateGrantedEul_24Sum 
    pmTotRateGrantedEul_25ACCUMULATIONINTEGERTotal granted Uu rate. Counter for the total granted Uu rate for all E-DCH users including soft/softer handover by the scheduler per cell.ME_NodeBFunction_Sector_Carrier_EDchResources.pmTotRateGrantedEul_25Sum 
    pmTotRateGrantedEul_26ACCUMULATIONINTEGERTotal granted Uu rate. Counter for the total granted Uu rate for all E-DCH users including soft/softer handover by the scheduler per cell.ME_NodeBFunction_Sector_Carrier_EDchResources.pmTotRateGrantedEul_26Sum 
    pmTotRateGrantedEul_27ACCUMULATIONINTEGERTotal granted Uu rate. Counter for the total granted Uu rate for all E-DCH users including soft/softer handover by the scheduler per cell.ME_NodeBFunction_Sector_Carrier_EDchResources.pmTotRateGrantedEul_27Sum 
    pmTotRateGrantedEul_28ACCUMULATIONINTEGERTotal granted Uu rate. Counter for the total granted Uu rate for all E-DCH users including soft/softer handover by the scheduler per cell.ME_NodeBFunction_Sector_Carrier_EDchResources.pmTotRateGrantedEul_28Sum 
    pmTotRateGrantedEul_29ACCUMULATIONINTEGERTotal granted Uu rate. Counter for the total granted Uu rate for all E-DCH users including soft/softer handover by the scheduler per cell.ME_NodeBFunction_Sector_Carrier_EDchResources.pmTotRateGrantedEul_29Sum 
    pmTotRateGrantedEul_2ACCUMULATIONINTEGERTotal granted Uu rate. Counter for the total granted Uu rate for all E-DCH users including soft/softer handover by the scheduler per cell.ME_NodeBFunction_Sector_Carrier_EDchResources.pmTotRateGrantedEul_2Sum 
    pmTotRateGrantedEul_30ACCUMULATIONINTEGERTotal granted Uu rate. Counter for the total granted Uu rate for all E-DCH users including soft/softer handover by the scheduler per cell.ME_NodeBFunction_Sector_Carrier_EDchResources.pmTotRateGrantedEul_30Sum 
    pmTotRateGrantedEul_31ACCUMULATIONINTEGERTotal granted Uu rate. Counter for the total granted Uu rate for all E-DCH users including soft/softer handover by the scheduler per cell.ME_NodeBFunction_Sector_Carrier_EDchResources.pmTotRateGrantedEul_31Sum 
    pmTotRateGrantedEul_32ACCUMULATIONINTEGERTotal granted Uu rate. Counter for the total granted Uu rate for all E-DCH users including soft/softer handover by the scheduler per cell.ME_NodeBFunction_Sector_Carrier_EDchResources.pmTotRateGrantedEul_32Sum 
    pmTotRateGrantedEul_33ACCUMULATIONINTEGERTotal granted Uu rate. Counter for the total granted Uu rate for all E-DCH users including soft/softer handover by the scheduler per cell.ME_NodeBFunction_Sector_Carrier_EDchResources.pmTotRateGrantedEul_33Sum 
    pmTotRateGrantedEul_34ACCUMULATIONINTEGERTotal granted Uu rate. Counter for the total granted Uu rate for all E-DCH users including soft/softer handover by the scheduler per cell.ME_NodeBFunction_Sector_Carrier_EDchResources.pmTotRateGrantedEul_34Sum 
    pmTotRateGrantedEul_35ACCUMULATIONINTEGERTotal granted Uu rate. Counter for the total granted Uu rate for all E-DCH users including soft/softer handover by the scheduler per cell.ME_NodeBFunction_Sector_Carrier_EDchResources.pmTotRateGrantedEul_35Sum 
    pmTotRateGrantedEul_36ACCUMULATIONINTEGERTotal granted Uu rate. Counter for the total granted Uu rate for all E-DCH users including soft/softer handover by the scheduler per cell.ME_NodeBFunction_Sector_Carrier_EDchResources.pmTotRateGrantedEul_36Sum 
    pmTotRateGrantedEul_37ACCUMULATIONINTEGERTotal granted Uu rate. Counter for the total granted Uu rate for all E-DCH users including soft/softer handover by the scheduler per cell.ME_NodeBFunction_Sector_Carrier_EDchResources.pmTotRateGrantedEul_37Sum 
    pmTotRateGrantedEul_38ACCUMULATIONINTEGERTotal granted Uu rate. Counter for the total granted Uu rate for all E-DCH users including soft/softer handover by the scheduler per cell.ME_NodeBFunction_Sector_Carrier_EDchResources.pmTotRateGrantedEul_38Sum 
    pmTotRateGrantedEul_39ACCUMULATIONINTEGERTotal granted Uu rate. Counter for the total granted Uu rate for all E-DCH users including soft/softer handover by the scheduler per cell.ME_NodeBFunction_Sector_Carrier_EDchResources.pmTotRateGrantedEul_39Sum 
    pmTotRateGrantedEul_3ACCUMULATIONINTEGERTotal granted Uu rate. Counter for the total granted Uu rate for all E-DCH users including soft/softer handover by the scheduler per cell.ME_NodeBFunction_Sector_Carrier_EDchResources.pmTotRateGrantedEul_3Sum 
    pmTotRateGrantedEul_40ACCUMULATIONINTEGERTotal granted Uu rate. Counter for the total granted Uu rate for all E-DCH users including soft/softer handover by the scheduler per cell.ME_NodeBFunction_Sector_Carrier_EDchResources.pmTotRateGrantedEul_40Sum 
    pmTotRateGrantedEul_41ACCUMULATIONINTEGERTotal granted Uu rate. Counter for the total granted Uu rate for all E-DCH users including soft/softer handover by the scheduler per cell.ME_NodeBFunction_Sector_Carrier_EDchResources.pmTotRateGrantedEul_41Sum 
    pmTotRateGrantedEul_42ACCUMULATIONINTEGERTotal granted Uu rate. Counter for the total granted Uu rate for all E-DCH users including soft/softer handover by the scheduler per cell.ME_NodeBFunction_Sector_Carrier_EDchResources.pmTotRateGrantedEul_42Sum 
    pmTotRateGrantedEul_43ACCUMULATIONINTEGERTotal granted Uu rate. Counter for the total granted Uu rate for all E-DCH users including soft/softer handover by the scheduler per cell.ME_NodeBFunction_Sector_Carrier_EDchResources.pmTotRateGrantedEul_43Sum 
    pmTotRateGrantedEul_44ACCUMULATIONINTEGERTotal granted Uu rate. Counter for the total granted Uu rate for all E-DCH users including soft/softer handover by the scheduler per cell.ME_NodeBFunction_Sector_Carrier_EDchResources.pmTotRateGrantedEul_44Sum 
    pmTotRateGrantedEul_45ACCUMULATIONINTEGERTotal granted Uu rate. Counter for the total granted Uu rate for all E-DCH users including soft/softer handover by the scheduler per cell.ME_NodeBFunction_Sector_Carrier_EDchResources.pmTotRateGrantedEul_45Sum 
    pmTotRateGrantedEul_46ACCUMULATIONINTEGERTotal granted Uu rate. Counter for the total granted Uu rate for all E-DCH users including soft/softer handover by the scheduler per cell.ME_NodeBFunction_Sector_Carrier_EDchResources.pmTotRateGrantedEul_46Sum 
    pmTotRateGrantedEul_47ACCUMULATIONINTEGERTotal granted Uu rate. Counter for the total granted Uu rate for all E-DCH users including soft/softer handover by the scheduler per cell.ME_NodeBFunction_Sector_Carrier_EDchResources.pmTotRateGrantedEul_47Sum 
    pmTotRateGrantedEul_48ACCUMULATIONINTEGERTotal granted Uu rate. Counter for the total granted Uu rate for all E-DCH users including soft/softer handover by the scheduler per cell.ME_NodeBFunction_Sector_Carrier_EDchResources.pmTotRateGrantedEul_48Sum 
    pmTotRateGrantedEul_49ACCUMULATIONINTEGERTotal granted Uu rate. Counter for the total granted Uu rate for all E-DCH users including soft/softer handover by the scheduler per cell.ME_NodeBFunction_Sector_Carrier_EDchResources.pmTotRateGrantedEul_49Sum 
    pmTotRateGrantedEul_4ACCUMULATIONINTEGERTotal granted Uu rate. Counter for the total granted Uu rate for all E-DCH users including soft/softer handover by the scheduler per cell.ME_NodeBFunction_Sector_Carrier_EDchResources.pmTotRateGrantedEul_4Sum 
    pmTotRateGrantedEul_50ACCUMULATIONINTEGERTotal granted Uu rate. Counter for the total granted Uu rate for all E-DCH users including soft/softer handover by the scheduler per cell.ME_NodeBFunction_Sector_Carrier_EDchResources.pmTotRateGrantedEul_50Sum 
    pmTotRateGrantedEul_51ACCUMULATIONINTEGERTotal granted Uu rate. Counter for the total granted Uu rate for all E-DCH users including soft/softer handover by the scheduler per cell.ME_NodeBFunction_Sector_Carrier_EDchResources.pmTotRateGrantedEul_51Sum 
    pmTotRateGrantedEul_52ACCUMULATIONINTEGERTotal granted Uu rate. Counter for the total granted Uu rate for all E-DCH users including soft/softer handover by the scheduler per cell.ME_NodeBFunction_Sector_Carrier_EDchResources.pmTotRateGrantedEul_52Sum 
    pmTotRateGrantedEul_53ACCUMULATIONINTEGERTotal granted Uu rate. Counter for the total granted Uu rate for all E-DCH users including soft/softer handover by the scheduler per cell.ME_NodeBFunction_Sector_Carrier_EDchResources.pmTotRateGrantedEul_53Sum 
    pmTotRateGrantedEul_54ACCUMULATIONINTEGERTotal granted Uu rate. Counter for the total granted Uu rate for all E-DCH users including soft/softer handover by the scheduler per cell.ME_NodeBFunction_Sector_Carrier_EDchResources.pmTotRateGrantedEul_54Sum 
    pmTotRateGrantedEul_55ACCUMULATIONINTEGERTotal granted Uu rate. Counter for the total granted Uu rate for all E-DCH users including soft/softer handover by the scheduler per cell.ME_NodeBFunction_Sector_Carrier_EDchResources.pmTotRateGrantedEul_55Sum 
    pmTotRateGrantedEul_56ACCUMULATIONINTEGERTotal granted Uu rate. Counter for the total granted Uu rate for all E-DCH users including soft/softer handover by the scheduler per cell.ME_NodeBFunction_Sector_Carrier_EDchResources.pmTotRateGrantedEul_56Sum 
    pmTotRateGrantedEul_57ACCUMULATIONINTEGERTotal granted Uu rate. Counter for the total granted Uu rate for all E-DCH users including soft/softer handover by the scheduler per cell.ME_NodeBFunction_Sector_Carrier_EDchResources.pmTotRateGrantedEul_57Sum 
    pmTotRateGrantedEul_58ACCUMULATIONINTEGERTotal granted Uu rate. Counter for the total granted Uu rate for all E-DCH users including soft/softer handover by the scheduler per cell.ME_NodeBFunction_Sector_Carrier_EDchResources.pmTotRateGrantedEul_58Sum 
    pmTotRateGrantedEul_59ACCUMULATIONINTEGERTotal granted Uu rate. Counter for the total granted Uu rate for all E-DCH users including soft/softer handover by the scheduler per cell.ME_NodeBFunction_Sector_Carrier_EDchResources.pmTotRateGrantedEul_59Sum 
    pmTotRateGrantedEul_5ACCUMULATIONINTEGERTotal granted Uu rate. Counter for the total granted Uu rate for all E-DCH users including soft/softer handover by the scheduler per cell.ME_NodeBFunction_Sector_Carrier_EDchResources.pmTotRateGrantedEul_5Sum 
    pmTotRateGrantedEul_60ACCUMULATIONINTEGERTotal granted Uu rate. Counter for the total granted Uu rate for all E-DCH users including soft/softer handover by the scheduler per cell.ME_NodeBFunction_Sector_Carrier_EDchResources.pmTotRateGrantedEul_60Sum 
    pmTotRateGrantedEul_6ACCUMULATIONINTEGERTotal granted Uu rate. Counter for the total granted Uu rate for all E-DCH users including soft/softer handover by the scheduler per cell.ME_NodeBFunction_Sector_Carrier_EDchResources.pmTotRateGrantedEul_6Sum 
    pmTotRateGrantedEul_7ACCUMULATIONINTEGERTotal granted Uu rate. Counter for the total granted Uu rate for all E-DCH users including soft/softer handover by the scheduler per cell.ME_NodeBFunction_Sector_Carrier_EDchResources.pmTotRateGrantedEul_7Sum 
    pmTotRateGrantedEul_8ACCUMULATIONINTEGERTotal granted Uu rate. Counter for the total granted Uu rate for all E-DCH users including soft/softer handover by the scheduler per cell.ME_NodeBFunction_Sector_Carrier_EDchResources.pmTotRateGrantedEul_8Sum 
    pmTotRateGrantedEul_9ACCUMULATIONINTEGERTotal granted Uu rate. Counter for the total granted Uu rate for all E-DCH users including soft/softer handover by the scheduler per cell.ME_NodeBFunction_Sector_Carrier_EDchResources.pmTotRateGrantedEul_9Sum 


    CDMA_Channel.Ericsson.UMTS.PDF_pmTransmittedCarrierPowerHs

    pmTransmittedCarrierPowerHs PDF counters

    KPITypeData TypeDescriptionDerivationDefault AggregatorOther Aggregators
    pmTransmittedCarrierPowerHs_0ACCUMULATIONINTEGERThe distribution of transmitted carrier power used for HSDPA.ME_NodeBFunction_HsDschResources.pmTransmittedCarrierPowerHs_0Sum 
    pmTransmittedCarrierPowerHs_10ACCUMULATIONINTEGERThe distribution of transmitted carrier power used for HSDPA.ME_NodeBFunction_HsDschResources.pmTransmittedCarrierPowerHs_10Sum 
    pmTransmittedCarrierPowerHs_11ACCUMULATIONINTEGERThe distribution of transmitted carrier power used for HSDPA.ME_NodeBFunction_HsDschResources.pmTransmittedCarrierPowerHs_11Sum 
    pmTransmittedCarrierPowerHs_12ACCUMULATIONINTEGERThe distribution of transmitted carrier power used for HSDPA.ME_NodeBFunction_HsDschResources.pmTransmittedCarrierPowerHs_12Sum 
    pmTransmittedCarrierPowerHs_13ACCUMULATIONINTEGERThe distribution of transmitted carrier power used for HSDPA.ME_NodeBFunction_HsDschResources.pmTransmittedCarrierPowerHs_13Sum 
    pmTransmittedCarrierPowerHs_14ACCUMULATIONINTEGERThe distribution of transmitted carrier power used for HSDPA.ME_NodeBFunction_HsDschResources.pmTransmittedCarrierPowerHs_14Sum 
    pmTransmittedCarrierPowerHs_15ACCUMULATIONINTEGERThe distribution of transmitted carrier power used for HSDPA.ME_NodeBFunction_HsDschResources.pmTransmittedCarrierPowerHs_15Sum 
    pmTransmittedCarrierPowerHs_16ACCUMULATIONINTEGERThe distribution of transmitted carrier power used for HSDPA.ME_NodeBFunction_HsDschResources.pmTransmittedCarrierPowerHs_16Sum 
    pmTransmittedCarrierPowerHs_17ACCUMULATIONINTEGERThe distribution of transmitted carrier power used for HSDPA.ME_NodeBFunction_HsDschResources.pmTransmittedCarrierPowerHs_17Sum 
    pmTransmittedCarrierPowerHs_18ACCUMULATIONINTEGERThe distribution of transmitted carrier power used for HSDPA.ME_NodeBFunction_HsDschResources.pmTransmittedCarrierPowerHs_18Sum 
    pmTransmittedCarrierPowerHs_19ACCUMULATIONINTEGERThe distribution of transmitted carrier power used for HSDPA.ME_NodeBFunction_HsDschResources.pmTransmittedCarrierPowerHs_19Sum 
    pmTransmittedCarrierPowerHs_1ACCUMULATIONINTEGERThe distribution of transmitted carrier power used for HSDPA.ME_NodeBFunction_HsDschResources.pmTransmittedCarrierPowerHs_1Sum 
    pmTransmittedCarrierPowerHs_20ACCUMULATIONINTEGERThe distribution of transmitted carrier power used for HSDPA.ME_NodeBFunction_HsDschResources.pmTransmittedCarrierPowerHs_20Sum 
    pmTransmittedCarrierPowerHs_21ACCUMULATIONINTEGERThe distribution of transmitted carrier power used for HSDPA.ME_NodeBFunction_HsDschResources.pmTransmittedCarrierPowerHs_21Sum 
    pmTransmittedCarrierPowerHs_22ACCUMULATIONINTEGERThe distribution of transmitted carrier power used for HSDPA.ME_NodeBFunction_HsDschResources.pmTransmittedCarrierPowerHs_22Sum 
    pmTransmittedCarrierPowerHs_23ACCUMULATIONINTEGERThe distribution of transmitted carrier power used for HSDPA.ME_NodeBFunction_HsDschResources.pmTransmittedCarrierPowerHs_23Sum 
    pmTransmittedCarrierPowerHs_24ACCUMULATIONINTEGERThe distribution of transmitted carrier power used for HSDPA.ME_NodeBFunction_HsDschResources.pmTransmittedCarrierPowerHs_24Sum 
    pmTransmittedCarrierPowerHs_25ACCUMULATIONINTEGERThe distribution of transmitted carrier power used for HSDPA.ME_NodeBFunction_HsDschResources.pmTransmittedCarrierPowerHs_25Sum 
    pmTransmittedCarrierPowerHs_26ACCUMULATIONINTEGERThe distribution of transmitted carrier power used for HSDPA.ME_NodeBFunction_HsDschResources.pmTransmittedCarrierPowerHs_26Sum 
    pmTransmittedCarrierPowerHs_27ACCUMULATIONINTEGERThe distribution of transmitted carrier power used for HSDPA.ME_NodeBFunction_HsDschResources.pmTransmittedCarrierPowerHs_27Sum 
    pmTransmittedCarrierPowerHs_28ACCUMULATIONINTEGERThe distribution of transmitted carrier power used for HSDPA.ME_NodeBFunction_HsDschResources.pmTransmittedCarrierPowerHs_28Sum 
    pmTransmittedCarrierPowerHs_29ACCUMULATIONINTEGERThe distribution of transmitted carrier power used for HSDPA.ME_NodeBFunction_HsDschResources.pmTransmittedCarrierPowerHs_29Sum 
    pmTransmittedCarrierPowerHs_2ACCUMULATIONINTEGERThe distribution of transmitted carrier power used for HSDPA.ME_NodeBFunction_HsDschResources.pmTransmittedCarrierPowerHs_2Sum 
    pmTransmittedCarrierPowerHs_30ACCUMULATIONINTEGERThe distribution of transmitted carrier power used for HSDPA.ME_NodeBFunction_HsDschResources.pmTransmittedCarrierPowerHs_30Sum 
    pmTransmittedCarrierPowerHs_31ACCUMULATIONINTEGERThe distribution of transmitted carrier power used for HSDPA.ME_NodeBFunction_HsDschResources.pmTransmittedCarrierPowerHs_31Sum 
    pmTransmittedCarrierPowerHs_32ACCUMULATIONINTEGERThe distribution of transmitted carrier power used for HSDPA.ME_NodeBFunction_HsDschResources.pmTransmittedCarrierPowerHs_32Sum 
    pmTransmittedCarrierPowerHs_33ACCUMULATIONINTEGERThe distribution of transmitted carrier power used for HSDPA.ME_NodeBFunction_HsDschResources.pmTransmittedCarrierPowerHs_33Sum 
    pmTransmittedCarrierPowerHs_34ACCUMULATIONINTEGERThe distribution of transmitted carrier power used for HSDPA.ME_NodeBFunction_HsDschResources.pmTransmittedCarrierPowerHs_34Sum 
    pmTransmittedCarrierPowerHs_35ACCUMULATIONINTEGERThe distribution of transmitted carrier power used for HSDPA.ME_NodeBFunction_HsDschResources.pmTransmittedCarrierPowerHs_35Sum 
    pmTransmittedCarrierPowerHs_36ACCUMULATIONINTEGERThe distribution of transmitted carrier power used for HSDPA.ME_NodeBFunction_HsDschResources.pmTransmittedCarrierPowerHs_36Sum 
    pmTransmittedCarrierPowerHs_37ACCUMULATIONINTEGERThe distribution of transmitted carrier power used for HSDPA.ME_NodeBFunction_HsDschResources.pmTransmittedCarrierPowerHs_37Sum 
    pmTransmittedCarrierPowerHs_38ACCUMULATIONINTEGERThe distribution of transmitted carrier power used for HSDPA.ME_NodeBFunction_HsDschResources.pmTransmittedCarrierPowerHs_38Sum 
    pmTransmittedCarrierPowerHs_39ACCUMULATIONINTEGERThe distribution of transmitted carrier power used for HSDPA.ME_NodeBFunction_HsDschResources.pmTransmittedCarrierPowerHs_39Sum 
    pmTransmittedCarrierPowerHs_3ACCUMULATIONINTEGERThe distribution of transmitted carrier power used for HSDPA.ME_NodeBFunction_HsDschResources.pmTransmittedCarrierPowerHs_3Sum 
    pmTransmittedCarrierPowerHs_40ACCUMULATIONINTEGERThe distribution of transmitted carrier power used for HSDPA.ME_NodeBFunction_HsDschResources.pmTransmittedCarrierPowerHs_40Sum 
    pmTransmittedCarrierPowerHs_41ACCUMULATIONINTEGERThe distribution of transmitted carrier power used for HSDPA.ME_NodeBFunction_HsDschResources.pmTransmittedCarrierPowerHs_41Sum 
    pmTransmittedCarrierPowerHs_42ACCUMULATIONINTEGERThe distribution of transmitted carrier power used for HSDPA.ME_NodeBFunction_HsDschResources.pmTransmittedCarrierPowerHs_42Sum 
    pmTransmittedCarrierPowerHs_43ACCUMULATIONINTEGERThe distribution of transmitted carrier power used for HSDPA.ME_NodeBFunction_HsDschResources.pmTransmittedCarrierPowerHs_43Sum 
    pmTransmittedCarrierPowerHs_44ACCUMULATIONINTEGERThe distribution of transmitted carrier power used for HSDPA.ME_NodeBFunction_HsDschResources.pmTransmittedCarrierPowerHs_44Sum 
    pmTransmittedCarrierPowerHs_45ACCUMULATIONINTEGERThe distribution of transmitted carrier power used for HSDPA.ME_NodeBFunction_HsDschResources.pmTransmittedCarrierPowerHs_45Sum 
    pmTransmittedCarrierPowerHs_46ACCUMULATIONINTEGERThe distribution of transmitted carrier power used for HSDPA.ME_NodeBFunction_HsDschResources.pmTransmittedCarrierPowerHs_46Sum 
    pmTransmittedCarrierPowerHs_47ACCUMULATIONINTEGERThe distribution of transmitted carrier power used for HSDPA.ME_NodeBFunction_HsDschResources.pmTransmittedCarrierPowerHs_47Sum 
    pmTransmittedCarrierPowerHs_48ACCUMULATIONINTEGERThe distribution of transmitted carrier power used for HSDPA.ME_NodeBFunction_HsDschResources.pmTransmittedCarrierPowerHs_48Sum 
    pmTransmittedCarrierPowerHs_49ACCUMULATIONINTEGERThe distribution of transmitted carrier power used for HSDPA.ME_NodeBFunction_HsDschResources.pmTransmittedCarrierPowerHs_49Sum 
    pmTransmittedCarrierPowerHs_4ACCUMULATIONINTEGERThe distribution of transmitted carrier power used for HSDPA.ME_NodeBFunction_HsDschResources.pmTransmittedCarrierPowerHs_4Sum 
    pmTransmittedCarrierPowerHs_50ACCUMULATIONINTEGERThe distribution of transmitted carrier power used for HSDPA.ME_NodeBFunction_HsDschResources.pmTransmittedCarrierPowerHs_50Sum 
    pmTransmittedCarrierPowerHs_51ACCUMULATIONINTEGERThe distribution of transmitted carrier power used for HSDPA.ME_NodeBFunction_HsDschResources.pmTransmittedCarrierPowerHs_51Sum 
    pmTransmittedCarrierPowerHs_5ACCUMULATIONINTEGERThe distribution of transmitted carrier power used for HSDPA.ME_NodeBFunction_HsDschResources.pmTransmittedCarrierPowerHs_5Sum 
    pmTransmittedCarrierPowerHs_6ACCUMULATIONINTEGERThe distribution of transmitted carrier power used for HSDPA.ME_NodeBFunction_HsDschResources.pmTransmittedCarrierPowerHs_6Sum 
    pmTransmittedCarrierPowerHs_7ACCUMULATIONINTEGERThe distribution of transmitted carrier power used for HSDPA.ME_NodeBFunction_HsDschResources.pmTransmittedCarrierPowerHs_7Sum 
    pmTransmittedCarrierPowerHs_8ACCUMULATIONINTEGERThe distribution of transmitted carrier power used for HSDPA.ME_NodeBFunction_HsDschResources.pmTransmittedCarrierPowerHs_8Sum 
    pmTransmittedCarrierPowerHs_9ACCUMULATIONINTEGERThe distribution of transmitted carrier power used for HSDPA.ME_NodeBFunction_HsDschResources.pmTransmittedCarrierPowerHs_9Sum 


    CDMA_Channel.Ericsson.UMTS.PDF_pmTransmittedCarrierPowerNonHs

    pmTransmittedCarrierPowerNonHs PDF counters

    KPITypeData TypeDescriptionDerivationDefault AggregatorOther Aggregators
    pmTransmittedCarrierPowerNonHs_0ACCUMULATIONINTEGERThe distribution of transmitted carrier power for all codes NOT used for HSDPA.ME_NodeBFunction_HsDschResources.pmTransmittedCarrierPowerNonHs_0Sum 
    pmTransmittedCarrierPowerNonHs_10ACCUMULATIONINTEGERThe distribution of transmitted carrier power for all codes NOT used for HSDPA.ME_NodeBFunction_HsDschResources.pmTransmittedCarrierPowerNonHs_10Sum 
    pmTransmittedCarrierPowerNonHs_11ACCUMULATIONINTEGERThe distribution of transmitted carrier power for all codes NOT used for HSDPA.ME_NodeBFunction_HsDschResources.pmTransmittedCarrierPowerNonHs_11Sum 
    pmTransmittedCarrierPowerNonHs_12ACCUMULATIONINTEGERThe distribution of transmitted carrier power for all codes NOT used for HSDPA.ME_NodeBFunction_HsDschResources.pmTransmittedCarrierPowerNonHs_12Sum 
    pmTransmittedCarrierPowerNonHs_13ACCUMULATIONINTEGERThe distribution of transmitted carrier power for all codes NOT used for HSDPA.ME_NodeBFunction_HsDschResources.pmTransmittedCarrierPowerNonHs_13Sum 
    pmTransmittedCarrierPowerNonHs_14ACCUMULATIONINTEGERThe distribution of transmitted carrier power for all codes NOT used for HSDPA.ME_NodeBFunction_HsDschResources.pmTransmittedCarrierPowerNonHs_14Sum 
    pmTransmittedCarrierPowerNonHs_15ACCUMULATIONINTEGERThe distribution of transmitted carrier power for all codes NOT used for HSDPA.ME_NodeBFunction_HsDschResources.pmTransmittedCarrierPowerNonHs_15Sum 
    pmTransmittedCarrierPowerNonHs_16ACCUMULATIONINTEGERThe distribution of transmitted carrier power for all codes NOT used for HSDPA.ME_NodeBFunction_HsDschResources.pmTransmittedCarrierPowerNonHs_16Sum 
    pmTransmittedCarrierPowerNonHs_17ACCUMULATIONINTEGERThe distribution of transmitted carrier power for all codes NOT used for HSDPA.ME_NodeBFunction_HsDschResources.pmTransmittedCarrierPowerNonHs_17Sum 
    pmTransmittedCarrierPowerNonHs_18ACCUMULATIONINTEGERThe distribution of transmitted carrier power for all codes NOT used for HSDPA.ME_NodeBFunction_HsDschResources.pmTransmittedCarrierPowerNonHs_18Sum 
    pmTransmittedCarrierPowerNonHs_19ACCUMULATIONINTEGERThe distribution of transmitted carrier power for all codes NOT used for HSDPA.ME_NodeBFunction_HsDschResources.pmTransmittedCarrierPowerNonHs_19Sum 
    pmTransmittedCarrierPowerNonHs_1ACCUMULATIONINTEGERThe distribution of transmitted carrier power for all codes NOT used for HSDPA.ME_NodeBFunction_HsDschResources.pmTransmittedCarrierPowerNonHs_1Sum 
    pmTransmittedCarrierPowerNonHs_20ACCUMULATIONINTEGERThe distribution of transmitted carrier power for all codes NOT used for HSDPA.ME_NodeBFunction_HsDschResources.pmTransmittedCarrierPowerNonHs_20Sum 
    pmTransmittedCarrierPowerNonHs_21ACCUMULATIONINTEGERThe distribution of transmitted carrier power for all codes NOT used for HSDPA.ME_NodeBFunction_HsDschResources.pmTransmittedCarrierPowerNonHs_21Sum 
    pmTransmittedCarrierPowerNonHs_22ACCUMULATIONINTEGERThe distribution of transmitted carrier power for all codes NOT used for HSDPA.ME_NodeBFunction_HsDschResources.pmTransmittedCarrierPowerNonHs_22Sum 
    pmTransmittedCarrierPowerNonHs_23ACCUMULATIONINTEGERThe distribution of transmitted carrier power for all codes NOT used for HSDPA.ME_NodeBFunction_HsDschResources.pmTransmittedCarrierPowerNonHs_23Sum 
    pmTransmittedCarrierPowerNonHs_24ACCUMULATIONINTEGERThe distribution of transmitted carrier power for all codes NOT used for HSDPA.ME_NodeBFunction_HsDschResources.pmTransmittedCarrierPowerNonHs_24Sum 
    pmTransmittedCarrierPowerNonHs_25ACCUMULATIONINTEGERThe distribution of transmitted carrier power for all codes NOT used for HSDPA.ME_NodeBFunction_HsDschResources.pmTransmittedCarrierPowerNonHs_25Sum 
    pmTransmittedCarrierPowerNonHs_26ACCUMULATIONINTEGERThe distribution of transmitted carrier power for all codes NOT used for HSDPA.ME_NodeBFunction_HsDschResources.pmTransmittedCarrierPowerNonHs_26Sum 
    pmTransmittedCarrierPowerNonHs_27ACCUMULATIONINTEGERThe distribution of transmitted carrier power for all codes NOT used for HSDPA.ME_NodeBFunction_HsDschResources.pmTransmittedCarrierPowerNonHs_27Sum 
    pmTransmittedCarrierPowerNonHs_28ACCUMULATIONINTEGERThe distribution of transmitted carrier power for all codes NOT used for HSDPA.ME_NodeBFunction_HsDschResources.pmTransmittedCarrierPowerNonHs_28Sum 
    pmTransmittedCarrierPowerNonHs_29ACCUMULATIONINTEGERThe distribution of transmitted carrier power for all codes NOT used for HSDPA.ME_NodeBFunction_HsDschResources.pmTransmittedCarrierPowerNonHs_29Sum 
    pmTransmittedCarrierPowerNonHs_2ACCUMULATIONINTEGERThe distribution of transmitted carrier power for all codes NOT used for HSDPA.ME_NodeBFunction_HsDschResources.pmTransmittedCarrierPowerNonHs_2Sum 
    pmTransmittedCarrierPowerNonHs_30ACCUMULATIONINTEGERThe distribution of transmitted carrier power for all codes NOT used for HSDPA.ME_NodeBFunction_HsDschResources.pmTransmittedCarrierPowerNonHs_30Sum 
    pmTransmittedCarrierPowerNonHs_31ACCUMULATIONINTEGERThe distribution of transmitted carrier power for all codes NOT used for HSDPA.ME_NodeBFunction_HsDschResources.pmTransmittedCarrierPowerNonHs_31Sum 
    pmTransmittedCarrierPowerNonHs_32ACCUMULATIONINTEGERThe distribution of transmitted carrier power for all codes NOT used for HSDPA.ME_NodeBFunction_HsDschResources.pmTransmittedCarrierPowerNonHs_32Sum 
    pmTransmittedCarrierPowerNonHs_33ACCUMULATIONINTEGERThe distribution of transmitted carrier power for all codes NOT used for HSDPA.ME_NodeBFunction_HsDschResources.pmTransmittedCarrierPowerNonHs_33Sum 
    pmTransmittedCarrierPowerNonHs_34ACCUMULATIONINTEGERThe distribution of transmitted carrier power for all codes NOT used for HSDPA.ME_NodeBFunction_HsDschResources.pmTransmittedCarrierPowerNonHs_34Sum 
    pmTransmittedCarrierPowerNonHs_35ACCUMULATIONINTEGERThe distribution of transmitted carrier power for all codes NOT used for HSDPA.ME_NodeBFunction_HsDschResources.pmTransmittedCarrierPowerNonHs_35Sum 
    pmTransmittedCarrierPowerNonHs_36ACCUMULATIONINTEGERThe distribution of transmitted carrier power for all codes NOT used for HSDPA.ME_NodeBFunction_HsDschResources.pmTransmittedCarrierPowerNonHs_36Sum 
    pmTransmittedCarrierPowerNonHs_37ACCUMULATIONINTEGERThe distribution of transmitted carrier power for all codes NOT used for HSDPA.ME_NodeBFunction_HsDschResources.pmTransmittedCarrierPowerNonHs_37Sum 
    pmTransmittedCarrierPowerNonHs_38ACCUMULATIONINTEGERThe distribution of transmitted carrier power for all codes NOT used for HSDPA.ME_NodeBFunction_HsDschResources.pmTransmittedCarrierPowerNonHs_38Sum 
    pmTransmittedCarrierPowerNonHs_39ACCUMULATIONINTEGERThe distribution of transmitted carrier power for all codes NOT used for HSDPA.ME_NodeBFunction_HsDschResources.pmTransmittedCarrierPowerNonHs_39Sum 
    pmTransmittedCarrierPowerNonHs_3ACCUMULATIONINTEGERThe distribution of transmitted carrier power for all codes NOT used for HSDPA.ME_NodeBFunction_HsDschResources.pmTransmittedCarrierPowerNonHs_3Sum 
    pmTransmittedCarrierPowerNonHs_40ACCUMULATIONINTEGERThe distribution of transmitted carrier power for all codes NOT used for HSDPA.ME_NodeBFunction_HsDschResources.pmTransmittedCarrierPowerNonHs_40Sum 
    pmTransmittedCarrierPowerNonHs_41ACCUMULATIONINTEGERThe distribution of transmitted carrier power for all codes NOT used for HSDPA.ME_NodeBFunction_HsDschResources.pmTransmittedCarrierPowerNonHs_41Sum 
    pmTransmittedCarrierPowerNonHs_42ACCUMULATIONINTEGERThe distribution of transmitted carrier power for all codes NOT used for HSDPA.ME_NodeBFunction_HsDschResources.pmTransmittedCarrierPowerNonHs_42Sum 
    pmTransmittedCarrierPowerNonHs_43ACCUMULATIONINTEGERThe distribution of transmitted carrier power for all codes NOT used for HSDPA.ME_NodeBFunction_HsDschResources.pmTransmittedCarrierPowerNonHs_43Sum 
    pmTransmittedCarrierPowerNonHs_44ACCUMULATIONINTEGERThe distribution of transmitted carrier power for all codes NOT used for HSDPA.ME_NodeBFunction_HsDschResources.pmTransmittedCarrierPowerNonHs_44Sum 
    pmTransmittedCarrierPowerNonHs_45ACCUMULATIONINTEGERThe distribution of transmitted carrier power for all codes NOT used for HSDPA.ME_NodeBFunction_HsDschResources.pmTransmittedCarrierPowerNonHs_45Sum 
    pmTransmittedCarrierPowerNonHs_46ACCUMULATIONINTEGERThe distribution of transmitted carrier power for all codes NOT used for HSDPA.ME_NodeBFunction_HsDschResources.pmTransmittedCarrierPowerNonHs_46Sum 
    pmTransmittedCarrierPowerNonHs_47ACCUMULATIONINTEGERThe distribution of transmitted carrier power for all codes NOT used for HSDPA.ME_NodeBFunction_HsDschResources.pmTransmittedCarrierPowerNonHs_47Sum 
    pmTransmittedCarrierPowerNonHs_48ACCUMULATIONINTEGERThe distribution of transmitted carrier power for all codes NOT used for HSDPA.ME_NodeBFunction_HsDschResources.pmTransmittedCarrierPowerNonHs_48Sum 
    pmTransmittedCarrierPowerNonHs_49ACCUMULATIONINTEGERThe distribution of transmitted carrier power for all codes NOT used for HSDPA.ME_NodeBFunction_HsDschResources.pmTransmittedCarrierPowerNonHs_49Sum 
    pmTransmittedCarrierPowerNonHs_4ACCUMULATIONINTEGERThe distribution of transmitted carrier power for all codes NOT used for HSDPA.ME_NodeBFunction_HsDschResources.pmTransmittedCarrierPowerNonHs_4Sum 
    pmTransmittedCarrierPowerNonHs_50ACCUMULATIONINTEGERThe distribution of transmitted carrier power for all codes NOT used for HSDPA.ME_NodeBFunction_HsDschResources.pmTransmittedCarrierPowerNonHs_50Sum 
    pmTransmittedCarrierPowerNonHs_51ACCUMULATIONINTEGERThe distribution of transmitted carrier power for all codes NOT used for HSDPA.ME_NodeBFunction_HsDschResources.pmTransmittedCarrierPowerNonHs_51Sum 
    pmTransmittedCarrierPowerNonHs_5ACCUMULATIONINTEGERThe distribution of transmitted carrier power for all codes NOT used for HSDPA.ME_NodeBFunction_HsDschResources.pmTransmittedCarrierPowerNonHs_5Sum 
    pmTransmittedCarrierPowerNonHs_6ACCUMULATIONINTEGERThe distribution of transmitted carrier power for all codes NOT used for HSDPA.ME_NodeBFunction_HsDschResources.pmTransmittedCarrierPowerNonHs_6Sum 
    pmTransmittedCarrierPowerNonHs_7ACCUMULATIONINTEGERThe distribution of transmitted carrier power for all codes NOT used for HSDPA.ME_NodeBFunction_HsDschResources.pmTransmittedCarrierPowerNonHs_7Sum 
    pmTransmittedCarrierPowerNonHs_8ACCUMULATIONINTEGERThe distribution of transmitted carrier power for all codes NOT used for HSDPA.ME_NodeBFunction_HsDschResources.pmTransmittedCarrierPowerNonHs_8Sum 
    pmTransmittedCarrierPowerNonHs_9ACCUMULATIONINTEGERThe distribution of transmitted carrier power for all codes NOT used for HSDPA.ME_NodeBFunction_HsDschResources.pmTransmittedCarrierPowerNonHs_9Sum 


    CDMA_Channel.Ericsson.UMTS.PDF_pmUsedCqi

    pmUsedCqi PDF counters

    KPITypeData TypeDescriptionDerivationDefault AggregatorOther Aggregators
    pmUsedCqi_0ACCUMULATIONINTEGERThe adjusted CQI, which is used to calculate the transport format when the user is transmitting on the HS-DSCH. This counter is only relevant for UEs not using MIMO. No corresponding counter exists for UEs using MIMO.ME_NodeBFunction_HsDschResources.pmUsedCqi_0Sum 
    pmUsedCqi_10ACCUMULATIONINTEGERThe adjusted CQI, which is used to calculate the transport format when the user is transmitting on the HS-DSCH. This counter is only relevant for UEs not using MIMO. No corresponding counter exists for UEs using MIMO.ME_NodeBFunction_HsDschResources.pmUsedCqi_10Sum 
    pmUsedCqi_11ACCUMULATIONINTEGERThe adjusted CQI, which is used to calculate the transport format when the user is transmitting on the HS-DSCH. This counter is only relevant for UEs not using MIMO. No corresponding counter exists for UEs using MIMO.ME_NodeBFunction_HsDschResources.pmUsedCqi_11Sum 
    pmUsedCqi_12ACCUMULATIONINTEGERThe adjusted CQI, which is used to calculate the transport format when the user is transmitting on the HS-DSCH. This counter is only relevant for UEs not using MIMO. No corresponding counter exists for UEs using MIMO.ME_NodeBFunction_HsDschResources.pmUsedCqi_12Sum 
    pmUsedCqi_13ACCUMULATIONINTEGERThe adjusted CQI, which is used to calculate the transport format when the user is transmitting on the HS-DSCH. This counter is only relevant for UEs not using MIMO. No corresponding counter exists for UEs using MIMO.ME_NodeBFunction_HsDschResources.pmUsedCqi_13Sum 
    pmUsedCqi_14ACCUMULATIONINTEGERThe adjusted CQI, which is used to calculate the transport format when the user is transmitting on the HS-DSCH. This counter is only relevant for UEs not using MIMO. No corresponding counter exists for UEs using MIMO.ME_NodeBFunction_HsDschResources.pmUsedCqi_14Sum 
    pmUsedCqi_15ACCUMULATIONINTEGERThe adjusted CQI, which is used to calculate the transport format when the user is transmitting on the HS-DSCH. This counter is only relevant for UEs not using MIMO. No corresponding counter exists for UEs using MIMO.ME_NodeBFunction_HsDschResources.pmUsedCqi_15Sum 
    pmUsedCqi_16ACCUMULATIONINTEGERThe adjusted CQI, which is used to calculate the transport format when the user is transmitting on the HS-DSCH. This counter is only relevant for UEs not using MIMO. No corresponding counter exists for UEs using MIMO.ME_NodeBFunction_HsDschResources.pmUsedCqi_16Sum 
    pmUsedCqi_17ACCUMULATIONINTEGERThe adjusted CQI, which is used to calculate the transport format when the user is transmitting on the HS-DSCH. This counter is only relevant for UEs not using MIMO. No corresponding counter exists for UEs using MIMO.ME_NodeBFunction_HsDschResources.pmUsedCqi_17Sum 
    pmUsedCqi_18ACCUMULATIONINTEGERThe adjusted CQI, which is used to calculate the transport format when the user is transmitting on the HS-DSCH. This counter is only relevant for UEs not using MIMO. No corresponding counter exists for UEs using MIMO.ME_NodeBFunction_HsDschResources.pmUsedCqi_18Sum 
    pmUsedCqi_19ACCUMULATIONINTEGERThe adjusted CQI, which is used to calculate the transport format when the user is transmitting on the HS-DSCH. This counter is only relevant for UEs not using MIMO. No corresponding counter exists for UEs using MIMO.ME_NodeBFunction_HsDschResources.pmUsedCqi_19Sum 
    pmUsedCqi_1ACCUMULATIONINTEGERThe adjusted CQI, which is used to calculate the transport format when the user is transmitting on the HS-DSCH. This counter is only relevant for UEs not using MIMO. No corresponding counter exists for UEs using MIMO.ME_NodeBFunction_HsDschResources.pmUsedCqi_1Sum 
    pmUsedCqi_20ACCUMULATIONINTEGERThe adjusted CQI, which is used to calculate the transport format when the user is transmitting on the HS-DSCH. This counter is only relevant for UEs not using MIMO. No corresponding counter exists for UEs using MIMO.ME_NodeBFunction_HsDschResources.pmUsedCqi_20Sum 
    pmUsedCqi_21ACCUMULATIONINTEGERThe adjusted CQI, which is used to calculate the transport format when the user is transmitting on the HS-DSCH. This counter is only relevant for UEs not using MIMO. No corresponding counter exists for UEs using MIMO.ME_NodeBFunction_HsDschResources.pmUsedCqi_21Sum 
    pmUsedCqi_22ACCUMULATIONINTEGERThe adjusted CQI, which is used to calculate the transport format when the user is transmitting on the HS-DSCH. This counter is only relevant for UEs not using MIMO. No corresponding counter exists for UEs using MIMO.ME_NodeBFunction_HsDschResources.pmUsedCqi_22Sum 
    pmUsedCqi_23ACCUMULATIONINTEGERThe adjusted CQI, which is used to calculate the transport format when the user is transmitting on the HS-DSCH. This counter is only relevant for UEs not using MIMO. No corresponding counter exists for UEs using MIMO.ME_NodeBFunction_HsDschResources.pmUsedCqi_23Sum 
    pmUsedCqi_24ACCUMULATIONINTEGERThe adjusted CQI, which is used to calculate the transport format when the user is transmitting on the HS-DSCH. This counter is only relevant for UEs not using MIMO. No corresponding counter exists for UEs using MIMO.ME_NodeBFunction_HsDschResources.pmUsedCqi_24Sum 
    pmUsedCqi_25ACCUMULATIONINTEGERThe adjusted CQI, which is used to calculate the transport format when the user is transmitting on the HS-DSCH. This counter is only relevant for UEs not using MIMO. No corresponding counter exists for UEs using MIMO.ME_NodeBFunction_HsDschResources.pmUsedCqi_25Sum 
    pmUsedCqi_26ACCUMULATIONINTEGERThe adjusted CQI, which is used to calculate the transport format when the user is transmitting on the HS-DSCH. This counter is only relevant for UEs not using MIMO. No corresponding counter exists for UEs using MIMO.ME_NodeBFunction_HsDschResources.pmUsedCqi_26Sum 
    pmUsedCqi_27ACCUMULATIONINTEGERThe adjusted CQI, which is used to calculate the transport format when the user is transmitting on the HS-DSCH. This counter is only relevant for UEs not using MIMO. No corresponding counter exists for UEs using MIMO.ME_NodeBFunction_HsDschResources.pmUsedCqi_27Sum 
    pmUsedCqi_28ACCUMULATIONINTEGERThe adjusted CQI, which is used to calculate the transport format when the user is transmitting on the HS-DSCH. This counter is only relevant for UEs not using MIMO. No corresponding counter exists for UEs using MIMO.ME_NodeBFunction_HsDschResources.pmUsedCqi_28Sum 
    pmUsedCqi_29ACCUMULATIONINTEGERThe adjusted CQI, which is used to calculate the transport format when the user is transmitting on the HS-DSCH. This counter is only relevant for UEs not using MIMO. No corresponding counter exists for UEs using MIMO.ME_NodeBFunction_HsDschResources.pmUsedCqi_29Sum 
    pmUsedCqi_2ACCUMULATIONINTEGERThe adjusted CQI, which is used to calculate the transport format when the user is transmitting on the HS-DSCH. This counter is only relevant for UEs not using MIMO. No corresponding counter exists for UEs using MIMO.ME_NodeBFunction_HsDschResources.pmUsedCqi_2Sum 
    pmUsedCqi_30ACCUMULATIONINTEGERThe adjusted CQI, which is used to calculate the transport format when the user is transmitting on the HS-DSCH. This counter is only relevant for UEs not using MIMO. No corresponding counter exists for UEs using MIMO.ME_NodeBFunction_HsDschResources.pmUsedCqi_30Sum 
    pmUsedCqi_31ACCUMULATIONINTEGERThe adjusted CQI, which is used to calculate the transport format when the user is transmitting on the HS-DSCH. This counter is only relevant for UEs not using MIMO. No corresponding counter exists for UEs using MIMO.ME_NodeBFunction_HsDschResources.pmUsedCqi_31Sum 
    pmUsedCqi_3ACCUMULATIONINTEGERThe adjusted CQI, which is used to calculate the transport format when the user is transmitting on the HS-DSCH. This counter is only relevant for UEs not using MIMO. No corresponding counter exists for UEs using MIMO.ME_NodeBFunction_HsDschResources.pmUsedCqi_3Sum 
    pmUsedCqi_4ACCUMULATIONINTEGERThe adjusted CQI, which is used to calculate the transport format when the user is transmitting on the HS-DSCH. This counter is only relevant for UEs not using MIMO. No corresponding counter exists for UEs using MIMO.ME_NodeBFunction_HsDschResources.pmUsedCqi_4Sum 
    pmUsedCqi_5ACCUMULATIONINTEGERThe adjusted CQI, which is used to calculate the transport format when the user is transmitting on the HS-DSCH. This counter is only relevant for UEs not using MIMO. No corresponding counter exists for UEs using MIMO.ME_NodeBFunction_HsDschResources.pmUsedCqi_5Sum 
    pmUsedCqi_6ACCUMULATIONINTEGERThe adjusted CQI, which is used to calculate the transport format when the user is transmitting on the HS-DSCH. This counter is only relevant for UEs not using MIMO. No corresponding counter exists for UEs using MIMO.ME_NodeBFunction_HsDschResources.pmUsedCqi_6Sum 
    pmUsedCqi_7ACCUMULATIONINTEGERThe adjusted CQI, which is used to calculate the transport format when the user is transmitting on the HS-DSCH. This counter is only relevant for UEs not using MIMO. No corresponding counter exists for UEs using MIMO.ME_NodeBFunction_HsDschResources.pmUsedCqi_7Sum 
    pmUsedCqi_8ACCUMULATIONINTEGERThe adjusted CQI, which is used to calculate the transport format when the user is transmitting on the HS-DSCH. This counter is only relevant for UEs not using MIMO. No corresponding counter exists for UEs using MIMO.ME_NodeBFunction_HsDschResources.pmUsedCqi_8Sum 
    pmUsedCqi_9ACCUMULATIONINTEGERThe adjusted CQI, which is used to calculate the transport format when the user is transmitting on the HS-DSCH. This counter is only relevant for UEs not using MIMO. No corresponding counter exists for UEs using MIMO.ME_NodeBFunction_HsDschResources.pmUsedCqi_9Sum 


    CDMA_Channel.Ericsson.UMTS.PDF_pmUsedHsPdschCodes

    pmUsedHsPdschCodes PDF counters

    KPITypeData TypeDescriptionDerivationDefault AggregatorOther Aggregators
    pmUsedHsPdschCodes_0ACCUMULATIONINTEGERThe distribution of the HS-PDSCH code utilization, as the number of HS-PDSCH codes used by the scheduler.ME_NodeBFunction_HsDschResources.pmUsedHsPdschCodes_0Sum 
    pmUsedHsPdschCodes_10ACCUMULATIONINTEGERThe distribution of the HS-PDSCH code utilization, as the number of HS-PDSCH codes used by the scheduler.ME_NodeBFunction_HsDschResources.pmUsedHsPdschCodes_10Sum 
    pmUsedHsPdschCodes_11ACCUMULATIONINTEGERThe distribution of the HS-PDSCH code utilization, as the number of HS-PDSCH codes used by the scheduler.ME_NodeBFunction_HsDschResources.pmUsedHsPdschCodes_11Sum 
    pmUsedHsPdschCodes_12ACCUMULATIONINTEGERThe distribution of the HS-PDSCH code utilization, as the number of HS-PDSCH codes used by the scheduler.ME_NodeBFunction_HsDschResources.pmUsedHsPdschCodes_12Sum 
    pmUsedHsPdschCodes_13ACCUMULATIONINTEGERThe distribution of the HS-PDSCH code utilization, as the number of HS-PDSCH codes used by the scheduler.ME_NodeBFunction_HsDschResources.pmUsedHsPdschCodes_13Sum 
    pmUsedHsPdschCodes_14ACCUMULATIONINTEGERThe distribution of the HS-PDSCH code utilization, as the number of HS-PDSCH codes used by the scheduler.ME_NodeBFunction_HsDschResources.pmUsedHsPdschCodes_14Sum 
    pmUsedHsPdschCodes_15ACCUMULATIONINTEGERThe distribution of the HS-PDSCH code utilization, as the number of HS-PDSCH codes used by the scheduler.ME_NodeBFunction_HsDschResources.pmUsedHsPdschCodes_15Sum 
    pmUsedHsPdschCodes_1ACCUMULATIONINTEGERThe distribution of the HS-PDSCH code utilization, as the number of HS-PDSCH codes used by the scheduler.ME_NodeBFunction_HsDschResources.pmUsedHsPdschCodes_1Sum 
    pmUsedHsPdschCodes_2ACCUMULATIONINTEGERThe distribution of the HS-PDSCH code utilization, as the number of HS-PDSCH codes used by the scheduler.ME_NodeBFunction_HsDschResources.pmUsedHsPdschCodes_2Sum 
    pmUsedHsPdschCodes_3ACCUMULATIONINTEGERThe distribution of the HS-PDSCH code utilization, as the number of HS-PDSCH codes used by the scheduler.ME_NodeBFunction_HsDschResources.pmUsedHsPdschCodes_3Sum 
    pmUsedHsPdschCodes_4ACCUMULATIONINTEGERThe distribution of the HS-PDSCH code utilization, as the number of HS-PDSCH codes used by the scheduler.ME_NodeBFunction_HsDschResources.pmUsedHsPdschCodes_4Sum 
    pmUsedHsPdschCodes_5ACCUMULATIONINTEGERThe distribution of the HS-PDSCH code utilization, as the number of HS-PDSCH codes used by the scheduler.ME_NodeBFunction_HsDschResources.pmUsedHsPdschCodes_5Sum 
    pmUsedHsPdschCodes_6ACCUMULATIONINTEGERThe distribution of the HS-PDSCH code utilization, as the number of HS-PDSCH codes used by the scheduler.ME_NodeBFunction_HsDschResources.pmUsedHsPdschCodes_6Sum 
    pmUsedHsPdschCodes_7ACCUMULATIONINTEGERThe distribution of the HS-PDSCH code utilization, as the number of HS-PDSCH codes used by the scheduler.ME_NodeBFunction_HsDschResources.pmUsedHsPdschCodes_7Sum 
    pmUsedHsPdschCodes_8ACCUMULATIONINTEGERThe distribution of the HS-PDSCH code utilization, as the number of HS-PDSCH codes used by the scheduler.ME_NodeBFunction_HsDschResources.pmUsedHsPdschCodes_8Sum 
    pmUsedHsPdschCodes_9ACCUMULATIONINTEGERThe distribution of the HS-PDSCH code utilization, as the number of HS-PDSCH codes used by the scheduler.ME_NodeBFunction_HsDschResources.pmUsedHsPdschCodes_9Sum 


    CDMA_Channel.Ericsson.UMTS.PDF_pmUsedTbs16Qam

    pmUsedTbs16Qam PDF counters

    KPITypeData TypeDescriptionDerivationDefault AggregatorOther Aggregators
    pmUsedTbs16Qam_0ACCUMULATIONINTEGERNumber of used transport block size (TBS) with 16QAM. A transport block is a HARQ data block (MAC-hs PDU). The number of HARQ transmissions and retransmissions on the MAC-hs layer are counted.ME_NodeBFunction_HsDschResources.pmUsedTbs16Qam_0Sum 
    pmUsedTbs16Qam_10ACCUMULATIONINTEGERNumber of used transport block size (TBS) with 16QAM. A transport block is a HARQ data block (MAC-hs PDU). The number of HARQ transmissions and retransmissions on the MAC-hs layer are counted.ME_NodeBFunction_HsDschResources.pmUsedTbs16Qam_10Sum 
    pmUsedTbs16Qam_11ACCUMULATIONINTEGERNumber of used transport block size (TBS) with 16QAM. A transport block is a HARQ data block (MAC-hs PDU). The number of HARQ transmissions and retransmissions on the MAC-hs layer are counted.ME_NodeBFunction_HsDschResources.pmUsedTbs16Qam_11Sum 
    pmUsedTbs16Qam_12ACCUMULATIONINTEGERNumber of used transport block size (TBS) with 16QAM. A transport block is a HARQ data block (MAC-hs PDU). The number of HARQ transmissions and retransmissions on the MAC-hs layer are counted.ME_NodeBFunction_HsDschResources.pmUsedTbs16Qam_12Sum 
    pmUsedTbs16Qam_13ACCUMULATIONINTEGERNumber of used transport block size (TBS) with 16QAM. A transport block is a HARQ data block (MAC-hs PDU). The number of HARQ transmissions and retransmissions on the MAC-hs layer are counted.ME_NodeBFunction_HsDschResources.pmUsedTbs16Qam_13Sum 
    pmUsedTbs16Qam_14ACCUMULATIONINTEGERNumber of used transport block size (TBS) with 16QAM. A transport block is a HARQ data block (MAC-hs PDU). The number of HARQ transmissions and retransmissions on the MAC-hs layer are counted.ME_NodeBFunction_HsDschResources.pmUsedTbs16Qam_14Sum 
    pmUsedTbs16Qam_15ACCUMULATIONINTEGERNumber of used transport block size (TBS) with 16QAM. A transport block is a HARQ data block (MAC-hs PDU). The number of HARQ transmissions and retransmissions on the MAC-hs layer are counted.ME_NodeBFunction_HsDschResources.pmUsedTbs16Qam_15Sum 
    pmUsedTbs16Qam_16ACCUMULATIONINTEGERNumber of used transport block size (TBS) with 16QAM. A transport block is a HARQ data block (MAC-hs PDU). The number of HARQ transmissions and retransmissions on the MAC-hs layer are counted.ME_NodeBFunction_HsDschResources.pmUsedTbs16Qam_16Sum 
    pmUsedTbs16Qam_17ACCUMULATIONINTEGERNumber of used transport block size (TBS) with 16QAM. A transport block is a HARQ data block (MAC-hs PDU). The number of HARQ transmissions and retransmissions on the MAC-hs layer are counted.ME_NodeBFunction_HsDschResources.pmUsedTbs16Qam_17Sum 
    pmUsedTbs16Qam_18ACCUMULATIONINTEGERNumber of used transport block size (TBS) with 16QAM. A transport block is a HARQ data block (MAC-hs PDU). The number of HARQ transmissions and retransmissions on the MAC-hs layer are counted.ME_NodeBFunction_HsDschResources.pmUsedTbs16Qam_18Sum 
    pmUsedTbs16Qam_19ACCUMULATIONINTEGERNumber of used transport block size (TBS) with 16QAM. A transport block is a HARQ data block (MAC-hs PDU). The number of HARQ transmissions and retransmissions on the MAC-hs layer are counted.ME_NodeBFunction_HsDschResources.pmUsedTbs16Qam_19Sum 
    pmUsedTbs16Qam_1ACCUMULATIONINTEGERNumber of used transport block size (TBS) with 16QAM. A transport block is a HARQ data block (MAC-hs PDU). The number of HARQ transmissions and retransmissions on the MAC-hs layer are counted.ME_NodeBFunction_HsDschResources.pmUsedTbs16Qam_1Sum 
    pmUsedTbs16Qam_20ACCUMULATIONINTEGERNumber of used transport block size (TBS) with 16QAM. A transport block is a HARQ data block (MAC-hs PDU). The number of HARQ transmissions and retransmissions on the MAC-hs layer are counted.ME_NodeBFunction_HsDschResources.pmUsedTbs16Qam_20Sum 
    pmUsedTbs16Qam_21ACCUMULATIONINTEGERNumber of used transport block size (TBS) with 16QAM. A transport block is a HARQ data block (MAC-hs PDU). The number of HARQ transmissions and retransmissions on the MAC-hs layer are counted.ME_NodeBFunction_HsDschResources.pmUsedTbs16Qam_21Sum 
    pmUsedTbs16Qam_22ACCUMULATIONINTEGERNumber of used transport block size (TBS) with 16QAM. A transport block is a HARQ data block (MAC-hs PDU). The number of HARQ transmissions and retransmissions on the MAC-hs layer are counted.ME_NodeBFunction_HsDschResources.pmUsedTbs16Qam_22Sum 
    pmUsedTbs16Qam_23ACCUMULATIONINTEGERNumber of used transport block size (TBS) with 16QAM. A transport block is a HARQ data block (MAC-hs PDU). The number of HARQ transmissions and retransmissions on the MAC-hs layer are counted.ME_NodeBFunction_HsDschResources.pmUsedTbs16Qam_23Sum 
    pmUsedTbs16Qam_24ACCUMULATIONINTEGERNumber of used transport block size (TBS) with 16QAM. A transport block is a HARQ data block (MAC-hs PDU). The number of HARQ transmissions and retransmissions on the MAC-hs layer are counted.ME_NodeBFunction_HsDschResources.pmUsedTbs16Qam_24Sum 
    pmUsedTbs16Qam_25ACCUMULATIONINTEGERNumber of used transport block size (TBS) with 16QAM. A transport block is a HARQ data block (MAC-hs PDU). The number of HARQ transmissions and retransmissions on the MAC-hs layer are counted.ME_NodeBFunction_HsDschResources.pmUsedTbs16Qam_25Sum 
    pmUsedTbs16Qam_26ACCUMULATIONINTEGERNumber of used transport block size (TBS) with 16QAM. A transport block is a HARQ data block (MAC-hs PDU). The number of HARQ transmissions and retransmissions on the MAC-hs layer are counted.ME_NodeBFunction_HsDschResources.pmUsedTbs16Qam_26Sum 
    pmUsedTbs16Qam_27ACCUMULATIONINTEGERNumber of used transport block size (TBS) with 16QAM. A transport block is a HARQ data block (MAC-hs PDU). The number of HARQ transmissions and retransmissions on the MAC-hs layer are counted.ME_NodeBFunction_HsDschResources.pmUsedTbs16Qam_27Sum 
    pmUsedTbs16Qam_28ACCUMULATIONINTEGERNumber of used transport block size (TBS) with 16QAM. A transport block is a HARQ data block (MAC-hs PDU). The number of HARQ transmissions and retransmissions on the MAC-hs layer are counted.ME_NodeBFunction_HsDschResources.pmUsedTbs16Qam_28Sum 
    pmUsedTbs16Qam_29ACCUMULATIONINTEGERNumber of used transport block size (TBS) with 16QAM. A transport block is a HARQ data block (MAC-hs PDU). The number of HARQ transmissions and retransmissions on the MAC-hs layer are counted.ME_NodeBFunction_HsDschResources.pmUsedTbs16Qam_29Sum 
    pmUsedTbs16Qam_2ACCUMULATIONINTEGERNumber of used transport block size (TBS) with 16QAM. A transport block is a HARQ data block (MAC-hs PDU). The number of HARQ transmissions and retransmissions on the MAC-hs layer are counted.ME_NodeBFunction_HsDschResources.pmUsedTbs16Qam_2Sum 
    pmUsedTbs16Qam_3ACCUMULATIONINTEGERNumber of used transport block size (TBS) with 16QAM. A transport block is a HARQ data block (MAC-hs PDU). The number of HARQ transmissions and retransmissions on the MAC-hs layer are counted.ME_NodeBFunction_HsDschResources.pmUsedTbs16Qam_3Sum 
    pmUsedTbs16Qam_4ACCUMULATIONINTEGERNumber of used transport block size (TBS) with 16QAM. A transport block is a HARQ data block (MAC-hs PDU). The number of HARQ transmissions and retransmissions on the MAC-hs layer are counted.ME_NodeBFunction_HsDschResources.pmUsedTbs16Qam_4Sum 
    pmUsedTbs16Qam_5ACCUMULATIONINTEGERNumber of used transport block size (TBS) with 16QAM. A transport block is a HARQ data block (MAC-hs PDU). The number of HARQ transmissions and retransmissions on the MAC-hs layer are counted.ME_NodeBFunction_HsDschResources.pmUsedTbs16Qam_5Sum 
    pmUsedTbs16Qam_6ACCUMULATIONINTEGERNumber of used transport block size (TBS) with 16QAM. A transport block is a HARQ data block (MAC-hs PDU). The number of HARQ transmissions and retransmissions on the MAC-hs layer are counted.ME_NodeBFunction_HsDschResources.pmUsedTbs16Qam_6Sum 
    pmUsedTbs16Qam_7ACCUMULATIONINTEGERNumber of used transport block size (TBS) with 16QAM. A transport block is a HARQ data block (MAC-hs PDU). The number of HARQ transmissions and retransmissions on the MAC-hs layer are counted.ME_NodeBFunction_HsDschResources.pmUsedTbs16Qam_7Sum 
    pmUsedTbs16Qam_8ACCUMULATIONINTEGERNumber of used transport block size (TBS) with 16QAM. A transport block is a HARQ data block (MAC-hs PDU). The number of HARQ transmissions and retransmissions on the MAC-hs layer are counted.ME_NodeBFunction_HsDschResources.pmUsedTbs16Qam_8Sum 
    pmUsedTbs16Qam_9ACCUMULATIONINTEGERNumber of used transport block size (TBS) with 16QAM. A transport block is a HARQ data block (MAC-hs PDU). The number of HARQ transmissions and retransmissions on the MAC-hs layer are counted.ME_NodeBFunction_HsDschResources.pmUsedTbs16Qam_9Sum 


    CDMA_Channel.Ericsson.UMTS.PDF_pmUsedTbs64Qam

    pmUsedTbs64Qam PDF counters

    KPITypeData TypeDescriptionDerivationDefault AggregatorOther Aggregators
    pmUsedTbs64Qam_0ACCUMULATIONINTEGERCounting the number of used transport block size (TBS) with 64QAM. The number of successful HARQ transmissions are counted on the MAC-hs layer.ME_NodeBFunction_HsDschResources.pmUsedTbs64Qam_0Sum 
    pmUsedTbs64Qam_10ACCUMULATIONINTEGERCounting the number of used transport block size (TBS) with 64QAM. The number of successful HARQ transmissions are counted on the MAC-hs layer.ME_NodeBFunction_HsDschResources.pmUsedTbs64Qam_10Sum 
    pmUsedTbs64Qam_11ACCUMULATIONINTEGERCounting the number of used transport block size (TBS) with 64QAM. The number of successful HARQ transmissions are counted on the MAC-hs layer.ME_NodeBFunction_HsDschResources.pmUsedTbs64Qam_11Sum 
    pmUsedTbs64Qam_12ACCUMULATIONINTEGERCounting the number of used transport block size (TBS) with 64QAM. The number of successful HARQ transmissions are counted on the MAC-hs layer.ME_NodeBFunction_HsDschResources.pmUsedTbs64Qam_12Sum 
    pmUsedTbs64Qam_13ACCUMULATIONINTEGERCounting the number of used transport block size (TBS) with 64QAM. The number of successful HARQ transmissions are counted on the MAC-hs layer.ME_NodeBFunction_HsDschResources.pmUsedTbs64Qam_13Sum 
    pmUsedTbs64Qam_14ACCUMULATIONINTEGERCounting the number of used transport block size (TBS) with 64QAM. The number of successful HARQ transmissions are counted on the MAC-hs layer.ME_NodeBFunction_HsDschResources.pmUsedTbs64Qam_14Sum 
    pmUsedTbs64Qam_15ACCUMULATIONINTEGERCounting the number of used transport block size (TBS) with 64QAM. The number of successful HARQ transmissions are counted on the MAC-hs layer.ME_NodeBFunction_HsDschResources.pmUsedTbs64Qam_15Sum 
    pmUsedTbs64Qam_16ACCUMULATIONINTEGERCounting the number of used transport block size (TBS) with 64QAM. The number of successful HARQ transmissions are counted on the MAC-hs layer.ME_NodeBFunction_HsDschResources.pmUsedTbs64Qam_16Sum 
    pmUsedTbs64Qam_17ACCUMULATIONINTEGERCounting the number of used transport block size (TBS) with 64QAM. The number of successful HARQ transmissions are counted on the MAC-hs layer.ME_NodeBFunction_HsDschResources.pmUsedTbs64Qam_17Sum 
    pmUsedTbs64Qam_18ACCUMULATIONINTEGERCounting the number of used transport block size (TBS) with 64QAM. The number of successful HARQ transmissions are counted on the MAC-hs layer.ME_NodeBFunction_HsDschResources.pmUsedTbs64Qam_18Sum 
    pmUsedTbs64Qam_19ACCUMULATIONINTEGERCounting the number of used transport block size (TBS) with 64QAM. The number of successful HARQ transmissions are counted on the MAC-hs layer.ME_NodeBFunction_HsDschResources.pmUsedTbs64Qam_19Sum 
    pmUsedTbs64Qam_1ACCUMULATIONINTEGERCounting the number of used transport block size (TBS) with 64QAM. The number of successful HARQ transmissions are counted on the MAC-hs layer.ME_NodeBFunction_HsDschResources.pmUsedTbs64Qam_1Sum 
    pmUsedTbs64Qam_20ACCUMULATIONINTEGERCounting the number of used transport block size (TBS) with 64QAM. The number of successful HARQ transmissions are counted on the MAC-hs layer.ME_NodeBFunction_HsDschResources.pmUsedTbs64Qam_20Sum 
    pmUsedTbs64Qam_21ACCUMULATIONINTEGERCounting the number of used transport block size (TBS) with 64QAM. The number of successful HARQ transmissions are counted on the MAC-hs layer.ME_NodeBFunction_HsDschResources.pmUsedTbs64Qam_21Sum 
    pmUsedTbs64Qam_22ACCUMULATIONINTEGERCounting the number of used transport block size (TBS) with 64QAM. The number of successful HARQ transmissions are counted on the MAC-hs layer.ME_NodeBFunction_HsDschResources.pmUsedTbs64Qam_22Sum 
    pmUsedTbs64Qam_23ACCUMULATIONINTEGERCounting the number of used transport block size (TBS) with 64QAM. The number of successful HARQ transmissions are counted on the MAC-hs layer.ME_NodeBFunction_HsDschResources.pmUsedTbs64Qam_23Sum 
    pmUsedTbs64Qam_24ACCUMULATIONINTEGERCounting the number of used transport block size (TBS) with 64QAM. The number of successful HARQ transmissions are counted on the MAC-hs layer.ME_NodeBFunction_HsDschResources.pmUsedTbs64Qam_24Sum 
    pmUsedTbs64Qam_25ACCUMULATIONINTEGERCounting the number of used transport block size (TBS) with 64QAM. The number of successful HARQ transmissions are counted on the MAC-hs layer.ME_NodeBFunction_HsDschResources.pmUsedTbs64Qam_25Sum 
    pmUsedTbs64Qam_26ACCUMULATIONINTEGERCounting the number of used transport block size (TBS) with 64QAM. The number of successful HARQ transmissions are counted on the MAC-hs layer.ME_NodeBFunction_HsDschResources.pmUsedTbs64Qam_26Sum 
    pmUsedTbs64Qam_27ACCUMULATIONINTEGERCounting the number of used transport block size (TBS) with 64QAM. The number of successful HARQ transmissions are counted on the MAC-hs layer.ME_NodeBFunction_HsDschResources.pmUsedTbs64Qam_27Sum 
    pmUsedTbs64Qam_28ACCUMULATIONINTEGERCounting the number of used transport block size (TBS) with 64QAM. The number of successful HARQ transmissions are counted on the MAC-hs layer.ME_NodeBFunction_HsDschResources.pmUsedTbs64Qam_28Sum 
    pmUsedTbs64Qam_29ACCUMULATIONINTEGERCounting the number of used transport block size (TBS) with 64QAM. The number of successful HARQ transmissions are counted on the MAC-hs layer.ME_NodeBFunction_HsDschResources.pmUsedTbs64Qam_29Sum 
    pmUsedTbs64Qam_2ACCUMULATIONINTEGERCounting the number of used transport block size (TBS) with 64QAM. The number of successful HARQ transmissions are counted on the MAC-hs layer.ME_NodeBFunction_HsDschResources.pmUsedTbs64Qam_2Sum 
    pmUsedTbs64Qam_3ACCUMULATIONINTEGERCounting the number of used transport block size (TBS) with 64QAM. The number of successful HARQ transmissions are counted on the MAC-hs layer.ME_NodeBFunction_HsDschResources.pmUsedTbs64Qam_3Sum 
    pmUsedTbs64Qam_4ACCUMULATIONINTEGERCounting the number of used transport block size (TBS) with 64QAM. The number of successful HARQ transmissions are counted on the MAC-hs layer.ME_NodeBFunction_HsDschResources.pmUsedTbs64Qam_4Sum 
    pmUsedTbs64Qam_5ACCUMULATIONINTEGERCounting the number of used transport block size (TBS) with 64QAM. The number of successful HARQ transmissions are counted on the MAC-hs layer.ME_NodeBFunction_HsDschResources.pmUsedTbs64Qam_5Sum 
    pmUsedTbs64Qam_6ACCUMULATIONINTEGERCounting the number of used transport block size (TBS) with 64QAM. The number of successful HARQ transmissions are counted on the MAC-hs layer.ME_NodeBFunction_HsDschResources.pmUsedTbs64Qam_6Sum 
    pmUsedTbs64Qam_7ACCUMULATIONINTEGERCounting the number of used transport block size (TBS) with 64QAM. The number of successful HARQ transmissions are counted on the MAC-hs layer.ME_NodeBFunction_HsDschResources.pmUsedTbs64Qam_7Sum 
    pmUsedTbs64Qam_8ACCUMULATIONINTEGERCounting the number of used transport block size (TBS) with 64QAM. The number of successful HARQ transmissions are counted on the MAC-hs layer.ME_NodeBFunction_HsDschResources.pmUsedTbs64Qam_8Sum 
    pmUsedTbs64Qam_9ACCUMULATIONINTEGERCounting the number of used transport block size (TBS) with 64QAM. The number of successful HARQ transmissions are counted on the MAC-hs layer.ME_NodeBFunction_HsDschResources.pmUsedTbs64Qam_9Sum 


    CDMA_Channel.Ericsson.UMTS.PDF_pmUsedTbsQpsk

    pmUsedTbsQpsk PDF counters

    KPITypeData TypeDescriptionDerivationDefault AggregatorOther Aggregators
    pmUsedTbsQpsk_0ACCUMULATIONINTEGERNumber of used transport block size (TBS) with QPSK. A transport block is a HARQ data block (MAC-hs PDU). The number of HARQ transmissions and retransmissions on the MAC-hs layer are counted.ME_NodeBFunction_HsDschResources.pmUsedTbsQpsk_0Sum 
    pmUsedTbsQpsk_10ACCUMULATIONINTEGERNumber of used transport block size (TBS) with QPSK. A transport block is a HARQ data block (MAC-hs PDU). The number of HARQ transmissions and retransmissions on the MAC-hs layer are counted.ME_NodeBFunction_HsDschResources.pmUsedTbsQpsk_10Sum 
    pmUsedTbsQpsk_11ACCUMULATIONINTEGERNumber of used transport block size (TBS) with QPSK. A transport block is a HARQ data block (MAC-hs PDU). The number of HARQ transmissions and retransmissions on the MAC-hs layer are counted.ME_NodeBFunction_HsDschResources.pmUsedTbsQpsk_11Sum 
    pmUsedTbsQpsk_12ACCUMULATIONINTEGERNumber of used transport block size (TBS) with QPSK. A transport block is a HARQ data block (MAC-hs PDU). The number of HARQ transmissions and retransmissions on the MAC-hs layer are counted.ME_NodeBFunction_HsDschResources.pmUsedTbsQpsk_12Sum 
    pmUsedTbsQpsk_13ACCUMULATIONINTEGERNumber of used transport block size (TBS) with QPSK. A transport block is a HARQ data block (MAC-hs PDU). The number of HARQ transmissions and retransmissions on the MAC-hs layer are counted.ME_NodeBFunction_HsDschResources.pmUsedTbsQpsk_13Sum 
    pmUsedTbsQpsk_14ACCUMULATIONINTEGERNumber of used transport block size (TBS) with QPSK. A transport block is a HARQ data block (MAC-hs PDU). The number of HARQ transmissions and retransmissions on the MAC-hs layer are counted.ME_NodeBFunction_HsDschResources.pmUsedTbsQpsk_14Sum 
    pmUsedTbsQpsk_15ACCUMULATIONINTEGERNumber of used transport block size (TBS) with QPSK. A transport block is a HARQ data block (MAC-hs PDU). The number of HARQ transmissions and retransmissions on the MAC-hs layer are counted.ME_NodeBFunction_HsDschResources.pmUsedTbsQpsk_15Sum 
    pmUsedTbsQpsk_16ACCUMULATIONINTEGERNumber of used transport block size (TBS) with QPSK. A transport block is a HARQ data block (MAC-hs PDU). The number of HARQ transmissions and retransmissions on the MAC-hs layer are counted.ME_NodeBFunction_HsDschResources.pmUsedTbsQpsk_16Sum 
    pmUsedTbsQpsk_17ACCUMULATIONINTEGERNumber of used transport block size (TBS) with QPSK. A transport block is a HARQ data block (MAC-hs PDU). The number of HARQ transmissions and retransmissions on the MAC-hs layer are counted.ME_NodeBFunction_HsDschResources.pmUsedTbsQpsk_17Sum 
    pmUsedTbsQpsk_18ACCUMULATIONINTEGERNumber of used transport block size (TBS) with QPSK. A transport block is a HARQ data block (MAC-hs PDU). The number of HARQ transmissions and retransmissions on the MAC-hs layer are counted.ME_NodeBFunction_HsDschResources.pmUsedTbsQpsk_18Sum 
    pmUsedTbsQpsk_19ACCUMULATIONINTEGERNumber of used transport block size (TBS) with QPSK. A transport block is a HARQ data block (MAC-hs PDU). The number of HARQ transmissions and retransmissions on the MAC-hs layer are counted.ME_NodeBFunction_HsDschResources.pmUsedTbsQpsk_19Sum 
    pmUsedTbsQpsk_1ACCUMULATIONINTEGERNumber of used transport block size (TBS) with QPSK. A transport block is a HARQ data block (MAC-hs PDU). The number of HARQ transmissions and retransmissions on the MAC-hs layer are counted.ME_NodeBFunction_HsDschResources.pmUsedTbsQpsk_1Sum 
    pmUsedTbsQpsk_20ACCUMULATIONINTEGERNumber of used transport block size (TBS) with QPSK. A transport block is a HARQ data block (MAC-hs PDU). The number of HARQ transmissions and retransmissions on the MAC-hs layer are counted.ME_NodeBFunction_HsDschResources.pmUsedTbsQpsk_20Sum 
    pmUsedTbsQpsk_21ACCUMULATIONINTEGERNumber of used transport block size (TBS) with QPSK. A transport block is a HARQ data block (MAC-hs PDU). The number of HARQ transmissions and retransmissions on the MAC-hs layer are counted.ME_NodeBFunction_HsDschResources.pmUsedTbsQpsk_21Sum 
    pmUsedTbsQpsk_22ACCUMULATIONINTEGERNumber of used transport block size (TBS) with QPSK. A transport block is a HARQ data block (MAC-hs PDU). The number of HARQ transmissions and retransmissions on the MAC-hs layer are counted.ME_NodeBFunction_HsDschResources.pmUsedTbsQpsk_22Sum 
    pmUsedTbsQpsk_23ACCUMULATIONINTEGERNumber of used transport block size (TBS) with QPSK. A transport block is a HARQ data block (MAC-hs PDU). The number of HARQ transmissions and retransmissions on the MAC-hs layer are counted.ME_NodeBFunction_HsDschResources.pmUsedTbsQpsk_23Sum 
    pmUsedTbsQpsk_24ACCUMULATIONINTEGERNumber of used transport block size (TBS) with QPSK. A transport block is a HARQ data block (MAC-hs PDU). The number of HARQ transmissions and retransmissions on the MAC-hs layer are counted.ME_NodeBFunction_HsDschResources.pmUsedTbsQpsk_24Sum 
    pmUsedTbsQpsk_25ACCUMULATIONINTEGERNumber of used transport block size (TBS) with QPSK. A transport block is a HARQ data block (MAC-hs PDU). The number of HARQ transmissions and retransmissions on the MAC-hs layer are counted.ME_NodeBFunction_HsDschResources.pmUsedTbsQpsk_25Sum 
    pmUsedTbsQpsk_26ACCUMULATIONINTEGERNumber of used transport block size (TBS) with QPSK. A transport block is a HARQ data block (MAC-hs PDU). The number of HARQ transmissions and retransmissions on the MAC-hs layer are counted.ME_NodeBFunction_HsDschResources.pmUsedTbsQpsk_26Sum 
    pmUsedTbsQpsk_27ACCUMULATIONINTEGERNumber of used transport block size (TBS) with QPSK. A transport block is a HARQ data block (MAC-hs PDU). The number of HARQ transmissions and retransmissions on the MAC-hs layer are counted.ME_NodeBFunction_HsDschResources.pmUsedTbsQpsk_27Sum 
    pmUsedTbsQpsk_28ACCUMULATIONINTEGERNumber of used transport block size (TBS) with QPSK. A transport block is a HARQ data block (MAC-hs PDU). The number of HARQ transmissions and retransmissions on the MAC-hs layer are counted.ME_NodeBFunction_HsDschResources.pmUsedTbsQpsk_28Sum 
    pmUsedTbsQpsk_29ACCUMULATIONINTEGERNumber of used transport block size (TBS) with QPSK. A transport block is a HARQ data block (MAC-hs PDU). The number of HARQ transmissions and retransmissions on the MAC-hs layer are counted.ME_NodeBFunction_HsDschResources.pmUsedTbsQpsk_29Sum 
    pmUsedTbsQpsk_2ACCUMULATIONINTEGERNumber of used transport block size (TBS) with QPSK. A transport block is a HARQ data block (MAC-hs PDU). The number of HARQ transmissions and retransmissions on the MAC-hs layer are counted.ME_NodeBFunction_HsDschResources.pmUsedTbsQpsk_2Sum 
    pmUsedTbsQpsk_3ACCUMULATIONINTEGERNumber of used transport block size (TBS) with QPSK. A transport block is a HARQ data block (MAC-hs PDU). The number of HARQ transmissions and retransmissions on the MAC-hs layer are counted.ME_NodeBFunction_HsDschResources.pmUsedTbsQpsk_3Sum 
    pmUsedTbsQpsk_4ACCUMULATIONINTEGERNumber of used transport block size (TBS) with QPSK. A transport block is a HARQ data block (MAC-hs PDU). The number of HARQ transmissions and retransmissions on the MAC-hs layer are counted.ME_NodeBFunction_HsDschResources.pmUsedTbsQpsk_4Sum 
    pmUsedTbsQpsk_5ACCUMULATIONINTEGERNumber of used transport block size (TBS) with QPSK. A transport block is a HARQ data block (MAC-hs PDU). The number of HARQ transmissions and retransmissions on the MAC-hs layer are counted.ME_NodeBFunction_HsDschResources.pmUsedTbsQpsk_5Sum 
    pmUsedTbsQpsk_6ACCUMULATIONINTEGERNumber of used transport block size (TBS) with QPSK. A transport block is a HARQ data block (MAC-hs PDU). The number of HARQ transmissions and retransmissions on the MAC-hs layer are counted.ME_NodeBFunction_HsDschResources.pmUsedTbsQpsk_6Sum 
    pmUsedTbsQpsk_7ACCUMULATIONINTEGERNumber of used transport block size (TBS) with QPSK. A transport block is a HARQ data block (MAC-hs PDU). The number of HARQ transmissions and retransmissions on the MAC-hs layer are counted.ME_NodeBFunction_HsDschResources.pmUsedTbsQpsk_7Sum 
    pmUsedTbsQpsk_8ACCUMULATIONINTEGERNumber of used transport block size (TBS) with QPSK. A transport block is a HARQ data block (MAC-hs PDU). The number of HARQ transmissions and retransmissions on the MAC-hs layer are counted.ME_NodeBFunction_HsDschResources.pmUsedTbsQpsk_8Sum 
    pmUsedTbsQpsk_9ACCUMULATIONINTEGERNumber of used transport block size (TBS) with QPSK. A transport block is a HARQ data block (MAC-hs PDU). The number of HARQ transmissions and retransmissions on the MAC-hs layer are counted.ME_NodeBFunction_HsDschResources.pmUsedTbsQpsk_9Sum 


    CDMA_Channel.Ericsson.UMTS.PDF_pmWaitingTimeEul

    pmWaitingTimeEul PDF counters

    KPITypeData TypeDescriptionDerivationDefault AggregatorOther Aggregators
    pmWaitingTimeEul_0ACCUMULATIONINTEGERCounter for the waiting time in ms for an E-DCH user from when a rate increase request is received when the scheduled grant = 0 to when a scheduled grant greater than 0 is sent to the UE with an absolute grant.ME_NodeBFunction_Sector_Carrier_EDchResources.pmWaitingTimeEul_0Sum 
    pmWaitingTimeEul_10ACCUMULATIONINTEGERCounter for the waiting time in ms for an E-DCH user from when a rate increase request is received when the scheduled grant = 0 to when a scheduled grant greater than 0 is sent to the UE with an absolute grant.ME_NodeBFunction_Sector_Carrier_EDchResources.pmWaitingTimeEul_10Sum 
    pmWaitingTimeEul_11ACCUMULATIONINTEGERCounter for the waiting time in ms for an E-DCH user from when a rate increase request is received when the scheduled grant = 0 to when a scheduled grant greater than 0 is sent to the UE with an absolute grant.ME_NodeBFunction_Sector_Carrier_EDchResources.pmWaitingTimeEul_11Sum 
    pmWaitingTimeEul_12ACCUMULATIONINTEGERCounter for the waiting time in ms for an E-DCH user from when a rate increase request is received when the scheduled grant = 0 to when a scheduled grant greater than 0 is sent to the UE with an absolute grant.ME_NodeBFunction_Sector_Carrier_EDchResources.pmWaitingTimeEul_12Sum 
    pmWaitingTimeEul_13ACCUMULATIONINTEGERCounter for the waiting time in ms for an E-DCH user from when a rate increase request is received when the scheduled grant = 0 to when a scheduled grant greater than 0 is sent to the UE with an absolute grant.ME_NodeBFunction_Sector_Carrier_EDchResources.pmWaitingTimeEul_13Sum 
    pmWaitingTimeEul_14ACCUMULATIONINTEGERCounter for the waiting time in ms for an E-DCH user from when a rate increase request is received when the scheduled grant = 0 to when a scheduled grant greater than 0 is sent to the UE with an absolute grant.ME_NodeBFunction_Sector_Carrier_EDchResources.pmWaitingTimeEul_14Sum 
    pmWaitingTimeEul_15ACCUMULATIONINTEGERCounter for the waiting time in ms for an E-DCH user from when a rate increase request is received when the scheduled grant = 0 to when a scheduled grant greater than 0 is sent to the UE with an absolute grant.ME_NodeBFunction_Sector_Carrier_EDchResources.pmWaitingTimeEul_15Sum 
    pmWaitingTimeEul_16ACCUMULATIONINTEGERCounter for the waiting time in ms for an E-DCH user from when a rate increase request is received when the scheduled grant = 0 to when a scheduled grant greater than 0 is sent to the UE with an absolute grant.ME_NodeBFunction_Sector_Carrier_EDchResources.pmWaitingTimeEul_16Sum 
    pmWaitingTimeEul_17ACCUMULATIONINTEGERCounter for the waiting time in ms for an E-DCH user from when a rate increase request is received when the scheduled grant = 0 to when a scheduled grant greater than 0 is sent to the UE with an absolute grant.ME_NodeBFunction_Sector_Carrier_EDchResources.pmWaitingTimeEul_17Sum 
    pmWaitingTimeEul_18ACCUMULATIONINTEGERCounter for the waiting time in ms for an E-DCH user from when a rate increase request is received when the scheduled grant = 0 to when a scheduled grant greater than 0 is sent to the UE with an absolute grant.ME_NodeBFunction_Sector_Carrier_EDchResources.pmWaitingTimeEul_18Sum 
    pmWaitingTimeEul_19ACCUMULATIONINTEGERCounter for the waiting time in ms for an E-DCH user from when a rate increase request is received when the scheduled grant = 0 to when a scheduled grant greater than 0 is sent to the UE with an absolute grant.ME_NodeBFunction_Sector_Carrier_EDchResources.pmWaitingTimeEul_19Sum 
    pmWaitingTimeEul_1ACCUMULATIONINTEGERCounter for the waiting time in ms for an E-DCH user from when a rate increase request is received when the scheduled grant = 0 to when a scheduled grant greater than 0 is sent to the UE with an absolute grant.ME_NodeBFunction_Sector_Carrier_EDchResources.pmWaitingTimeEul_1Sum 
    pmWaitingTimeEul_20ACCUMULATIONINTEGERCounter for the waiting time in ms for an E-DCH user from when a rate increase request is received when the scheduled grant = 0 to when a scheduled grant greater than 0 is sent to the UE with an absolute grant.ME_NodeBFunction_Sector_Carrier_EDchResources.pmWaitingTimeEul_20Sum 
    pmWaitingTimeEul_21ACCUMULATIONINTEGERCounter for the waiting time in ms for an E-DCH user from when a rate increase request is received when the scheduled grant = 0 to when a scheduled grant greater than 0 is sent to the UE with an absolute grant.ME_NodeBFunction_Sector_Carrier_EDchResources.pmWaitingTimeEul_21Sum 
    pmWaitingTimeEul_22ACCUMULATIONINTEGERCounter for the waiting time in ms for an E-DCH user from when a rate increase request is received when the scheduled grant = 0 to when a scheduled grant greater than 0 is sent to the UE with an absolute grant.ME_NodeBFunction_Sector_Carrier_EDchResources.pmWaitingTimeEul_22Sum 
    pmWaitingTimeEul_23ACCUMULATIONINTEGERCounter for the waiting time in ms for an E-DCH user from when a rate increase request is received when the scheduled grant = 0 to when a scheduled grant greater than 0 is sent to the UE with an absolute grant.ME_NodeBFunction_Sector_Carrier_EDchResources.pmWaitingTimeEul_23Sum 
    pmWaitingTimeEul_24ACCUMULATIONINTEGERCounter for the waiting time in ms for an E-DCH user from when a rate increase request is received when the scheduled grant = 0 to when a scheduled grant greater than 0 is sent to the UE with an absolute grant.ME_NodeBFunction_Sector_Carrier_EDchResources.pmWaitingTimeEul_24Sum 
    pmWaitingTimeEul_25ACCUMULATIONINTEGERCounter for the waiting time in ms for an E-DCH user from when a rate increase request is received when the scheduled grant = 0 to when a scheduled grant greater than 0 is sent to the UE with an absolute grant.ME_NodeBFunction_Sector_Carrier_EDchResources.pmWaitingTimeEul_25Sum 
    pmWaitingTimeEul_26ACCUMULATIONINTEGERCounter for the waiting time in ms for an E-DCH user from when a rate increase request is received when the scheduled grant = 0 to when a scheduled grant greater than 0 is sent to the UE with an absolute grant.ME_NodeBFunction_Sector_Carrier_EDchResources.pmWaitingTimeEul_26Sum 
    pmWaitingTimeEul_27ACCUMULATIONINTEGERCounter for the waiting time in ms for an E-DCH user from when a rate increase request is received when the scheduled grant = 0 to when a scheduled grant greater than 0 is sent to the UE with an absolute grant.ME_NodeBFunction_Sector_Carrier_EDchResources.pmWaitingTimeEul_27Sum 
    pmWaitingTimeEul_28ACCUMULATIONINTEGERCounter for the waiting time in ms for an E-DCH user from when a rate increase request is received when the scheduled grant = 0 to when a scheduled grant greater than 0 is sent to the UE with an absolute grant.ME_NodeBFunction_Sector_Carrier_EDchResources.pmWaitingTimeEul_28Sum 
    pmWaitingTimeEul_2ACCUMULATIONINTEGERCounter for the waiting time in ms for an E-DCH user from when a rate increase request is received when the scheduled grant = 0 to when a scheduled grant greater than 0 is sent to the UE with an absolute grant.ME_NodeBFunction_Sector_Carrier_EDchResources.pmWaitingTimeEul_2Sum 
    pmWaitingTimeEul_3ACCUMULATIONINTEGERCounter for the waiting time in ms for an E-DCH user from when a rate increase request is received when the scheduled grant = 0 to when a scheduled grant greater than 0 is sent to the UE with an absolute grant.ME_NodeBFunction_Sector_Carrier_EDchResources.pmWaitingTimeEul_3Sum 
    pmWaitingTimeEul_4ACCUMULATIONINTEGERCounter for the waiting time in ms for an E-DCH user from when a rate increase request is received when the scheduled grant = 0 to when a scheduled grant greater than 0 is sent to the UE with an absolute grant.ME_NodeBFunction_Sector_Carrier_EDchResources.pmWaitingTimeEul_4Sum 
    pmWaitingTimeEul_5ACCUMULATIONINTEGERCounter for the waiting time in ms for an E-DCH user from when a rate increase request is received when the scheduled grant = 0 to when a scheduled grant greater than 0 is sent to the UE with an absolute grant.ME_NodeBFunction_Sector_Carrier_EDchResources.pmWaitingTimeEul_5Sum 
    pmWaitingTimeEul_6ACCUMULATIONINTEGERCounter for the waiting time in ms for an E-DCH user from when a rate increase request is received when the scheduled grant = 0 to when a scheduled grant greater than 0 is sent to the UE with an absolute grant.ME_NodeBFunction_Sector_Carrier_EDchResources.pmWaitingTimeEul_6Sum 
    pmWaitingTimeEul_7ACCUMULATIONINTEGERCounter for the waiting time in ms for an E-DCH user from when a rate increase request is received when the scheduled grant = 0 to when a scheduled grant greater than 0 is sent to the UE with an absolute grant.ME_NodeBFunction_Sector_Carrier_EDchResources.pmWaitingTimeEul_7Sum 
    pmWaitingTimeEul_8ACCUMULATIONINTEGERCounter for the waiting time in ms for an E-DCH user from when a rate increase request is received when the scheduled grant = 0 to when a scheduled grant greater than 0 is sent to the UE with an absolute grant.ME_NodeBFunction_Sector_Carrier_EDchResources.pmWaitingTimeEul_8Sum 
    pmWaitingTimeEul_9ACCUMULATIONINTEGERCounter for the waiting time in ms for an E-DCH user from when a rate increase request is received when the scheduled grant = 0 to when a scheduled grant greater than 0 is sent to the UE with an absolute grant.ME_NodeBFunction_Sector_Carrier_EDchResources.pmWaitingTimeEul_9Sum 


    CDMA_Channel.Ericsson.UMTS.Signal_to_Inteference_on_RACH

    Avg, Min, Max of PRACH PDF statistics.

    KPITypeData TypeDescriptionDerivationDefault AggregatorOther Aggregators
    pmReceivedPreambleSir_AvgINTENSITYFLOATThe average Signal-to-Interference Ratio (SIR) of all access attempts per GP above the preamble threshold (except false detection) on the RACHME_NodeBFunction_Sector_Carrier_Prach.pmReceivedPreambleSir_AvgAverageAverage, ecttbh, enblbh, Maximum, Minimum, Sum
    pmReceivedPreambleSir_MaxINTENSITYFLOATThe maximum Signal-to-Interference Ratio (SIR) of all access attempts per GP above the preamble threshold (except false detection) on the RACHME_NodeBFunction_Sector_Carrier_Prach.pmReceivedPreambleSir_MaxAverageAverage, ecttbh, enblbh, Maximum, Minimum, Sum
    pmReceivedPreambleSir_MinINTENSITYFLOATThe minimum Signal-to-Interference Ratio (SIR) of all access attempts per GP above the preamble threshold (except false detection) on the RACHME_NodeBFunction_Sector_Carrier_Prach.pmReceivedPreambleSir_MinAverageAverage, ecttbh, enblbh, Maximum, Minimum, Sum


    CDMA_Channel.Ericsson.UMTS.User_Buffer

    Statistics of user buffer for scheduling priority

    KPITypeData TypeDescriptionDerivationDefault AggregatorOther Aggregators
    pmSumNonEmptyUserBuffersSpi00ACCUMULATIONINTEGERMeasurements to observe the number of user buffers for scheduling priority class 00 with data in the buffer for each 2 ms subframes. Each counter observes a specific SPI. The different flows are configured ON/OFF using RBS MOM parameter IubDataStreams:: schHsFlowControlOnOff.ME_NodeBFunction_HsDschResources.pmSumNonEmptyUserBuffersSpi00Sumecttbh, enblbh, Sum
    pmSumNonEmptyUserBuffersSpi01ACCUMULATIONINTEGERMeasurements to observe the number of user buffers for scheduling priority class 01 with data in the buffer for each 2 ms subframes. Each counter observes a specific SPI. The different flows are configured ON/OFF using RBS MOM parameter IubDataStreams:: schHsFlowControlOnOff.ME_NodeBFunction_HsDschResources.pmSumNonEmptyUserBuffersSpi01Sumecttbh, enblbh, Sum
    pmSumNonEmptyUserBuffersSpi02ACCUMULATIONINTEGERMeasurements to observe the number of user buffers for scheduling priority class 02 with data in the buffer for each 2 ms subframes. Each counter observes a specific SPI. The different flows are configured ON/OFF using RBS MOM parameter IubDataStreams:: schHsFlowControlOnOff.ME_NodeBFunction_HsDschResources.pmSumNonEmptyUserBuffersSpi02Sumecttbh, enblbh, Sum
    pmSumNonEmptyUserBuffersSpi03ACCUMULATIONINTEGERMeasurements to observe the number of user buffers for scheduling priority class 03 with data in the buffer for each 2 ms subframes. Each counter observes a specific SPI. The different flows are configured ON/OFF using RBS MOM parameter IubDataStreams:: schHsFlowControlOnOff.ME_NodeBFunction_HsDschResources.pmSumNonEmptyUserBuffersSpi03Sumecttbh, enblbh, Sum
    pmSumNonEmptyUserBuffersSpi04ACCUMULATIONINTEGERMeasurements to observe the number of user buffers for scheduling priority class 04 with data in the buffer for each 2 ms subframes. Each counter observes a specific SPI. The different flows are configured ON/OFF using RBS MOM parameter IubDataStreams:: schHsFlowControlOnOff.ME_NodeBFunction_HsDschResources.pmSumNonEmptyUserBuffersSpi04Sumecttbh, enblbh, Sum
    pmSumNonEmptyUserBuffersSpi05ACCUMULATIONINTEGERMeasurements to observe the number of user buffers for scheduling priority class 05 with data in the buffer for each 2 ms subframes. Each counter observes a specific SPI. The different flows are configured ON/OFF using RBS MOM parameter IubDataStreams:: schHsFlowControlOnOff.ME_NodeBFunction_HsDschResources.pmSumNonEmptyUserBuffersSpi05Sumecttbh, enblbh, Sum
    pmSumNonEmptyUserBuffersSpi06ACCUMULATIONINTEGERMeasurements to observe the number of user buffers for scheduling priority class 06 with data in the buffer for each 2 ms subframes. Each counter observes a specific SPI. The different flows are configured ON/OFF using RBS MOM parameter IubDataStreams:: schHsFlowControlOnOff.ME_NodeBFunction_HsDschResources.pmSumNonEmptyUserBuffersSpi06Sumecttbh, enblbh, Sum
    pmSumNonEmptyUserBuffersSpi07ACCUMULATIONINTEGERMeasurements to observe the number of user buffers for scheduling priority class 07 with data in the buffer for each 2 ms subframes. Each counter observes a specific SPI. The different flows are configured ON/OFF using RBS MOM parameter IubDataStreams:: schHsFlowControlOnOff.ME_NodeBFunction_HsDschResources.pmSumNonEmptyUserBuffersSpi07Sumecttbh, enblbh, Sum
    pmSumNonEmptyUserBuffersSpi08ACCUMULATIONINTEGERMeasurements to observe the number of user buffers for scheduling priority class 08 with data in the buffer for each 2 ms subframes. Each counter observes a specific SPI. The different flows are configured ON/OFF using RBS MOM parameter IubDataStreams:: schHsFlowControlOnOff.ME_NodeBFunction_HsDschResources.pmSumNonEmptyUserBuffersSpi08Sumecttbh, enblbh, Sum
    pmSumNonEmptyUserBuffersSpi09ACCUMULATIONINTEGERMeasurements to observe the number of user buffers for scheduling priority class 09 with data in the buffer for each 2 ms subframes. Each counter observes a specific SPI. The different flows are configured ON/OFF using RBS MOM parameter IubDataStreams:: schHsFlowControlOnOff.ME_NodeBFunction_HsDschResources.pmSumNonEmptyUserBuffersSpi09Sumecttbh, enblbh, Sum
    pmSumNonEmptyUserBuffersSpi10ACCUMULATIONINTEGERMeasurements to observe the number of user buffers for scheduling priority class 10 with data in the buffer for each 2 ms subframes. Each counter observes a specific SPI. The different flows are configured ON/OFF using RBS MOM parameter IubDataStreams:: schHsFlowControlOnOff.ME_NodeBFunction_HsDschResources.pmSumNonEmptyUserBuffersSpi10Sumecttbh, enblbh, Sum
    pmSumNonEmptyUserBuffersSpi11ACCUMULATIONINTEGERMeasurements to observe the number of user buffers for scheduling priority class 11 with data in the buffer for each 2 ms subframes. Each counter observes a specific SPI. The different flows are configured ON/OFF using RBS MOM parameter IubDataStreams:: schHsFlowControlOnOff.ME_NodeBFunction_HsDschResources.pmSumNonEmptyUserBuffersSpi11Sumecttbh, enblbh, Sum
    pmSumNonEmptyUserBuffersSpi12ACCUMULATIONINTEGERMeasurements to observe the number of user buffers for scheduling priority class 12 with data in the buffer for each 2 ms subframes. Each counter observes a specific SPI. The different flows are configured ON/OFF using RBS MOM parameter IubDataStreams:: schHsFlowControlOnOff.ME_NodeBFunction_HsDschResources.pmSumNonEmptyUserBuffersSpi12Sumecttbh, enblbh, Sum
    pmSumNonEmptyUserBuffersSpi13ACCUMULATIONINTEGERMeasurements to observe the number of user buffers for scheduling priority class 13 with data in the buffer for each 2 ms subframes. Each counter observes a specific SPI. The different flows are configured ON/OFF using RBS MOM parameter IubDataStreams:: schHsFlowControlOnOff.ME_NodeBFunction_HsDschResources.pmSumNonEmptyUserBuffersSpi13Sumecttbh, enblbh, Sum
    pmSumNonEmptyUserBuffersSpi14ACCUMULATIONINTEGERMeasurements to observe the number of user buffers for scheduling priority class 14 with data in the buffer for each 2 ms subframes. Each counter observes a specific SPI. The different flows are configured ON/OFF using RBS MOM parameter IubDataStreams:: schHsFlowControlOnOff.ME_NodeBFunction_HsDschResources.pmSumNonEmptyUserBuffersSpi14Sumecttbh, enblbh, Sum
    pmSumNonEmptyUserBuffersSpi15ACCUMULATIONINTEGERMeasurements to observe the number of user buffers for scheduling priority class 15 with data in the buffer for each 2 ms subframes. Each counter observes a specific SPI. The different flows are configured ON/OFF using RBS MOM parameter IubDataStreams:: schHsFlowControlOnOff.ME_NodeBFunction_HsDschResources.pmSumNonEmptyUserBuffersSpi15Sumecttbh, enblbh, Sum
    Tot_pmSumNonEmptyUserBuffersSpiACCUMULATIONINT8The total number of user buffers for scheduling priority class 0-15 with data in the buffer for each 2 ms subframes.{pmSumNonEmptyUserBuffersSpi00} + {pmSumNonEmptyUserBuffersSpi01} + {pmSumNonEmptyUserBuffersSpi02} + {pmSumNonEmptyUserBuffersSpi03} + {pmSumNonEmptyUserBuffersSpi04} + {pmSumNonEmptyUserBuffersSpi05} + {pmSumNonEmptyUserBuffersSpi06} + {pmSumNonEmptyUserBuffersSpi07} + {pmSumNonEmptyUserBuffersSpi08} + {pmSumNonEmptyUserBuffersSpi09} + {pmSumNonEmptyUserBuffersSpi10} + {pmSumNonEmptyUserBuffersSpi11} + {pmSumNonEmptyUserBuffersSpi12} + {pmSumNonEmptyUserBuffersSpi13} + {pmSumNonEmptyUserBuffersSpi14} + {pmSumNonEmptyUserBuffersSpi15}Sumecttbh, enblbh, Sum


    CDMA_Channel.Ericsson.UMTS.User_Scheduling

    Generic counters for user scheduling per priority class

    KPITypeData TypeDescriptionDerivationDefault AggregatorOther Aggregators
    pmSumNoOfUsersSpi00ACCUMULATIONINTEGERGeneric counters to observe the total number of users for scheduling priority class 00 selected for each 2 ms subframe that is transmitted in the cell. Each counter observes a specific SPI. The different flows are configured ON/OFF using RBS MOM parameter IubDataStreams:: schHsFlowControlOnOff.ME_NodeBFunction_HsDschResources.pmSumNoOfUsersSpi00Sumecttbh, enblbh, Sum
    pmSumNoOfUsersSpi01ACCUMULATIONINTEGERGeneric counters to observe the total number of users for scheduling priority class 01 selected for each 2 ms subframe that is transmitted in the cell. Each counter observes a specific SPI. The different flows are configured ON/OFF using RBS MOM parameter IubDataStreams:: schHsFlowControlOnOff.ME_NodeBFunction_HsDschResources.pmSumNoOfUsersSpi01Sumecttbh, enblbh, Sum
    pmSumNoOfUsersSpi02ACCUMULATIONINTEGERGeneric counters to observe the total number of users for scheduling priority class 02 selected for each 2 ms subframe that is transmitted in the cell. Each counter observes a specific SPI. The different flows are configured ON/OFF using RBS MOM parameter IubDataStreams:: schHsFlowControlOnOff.ME_NodeBFunction_HsDschResources.pmSumNoOfUsersSpi02Sumecttbh, enblbh, Sum
    pmSumNoOfUsersSpi03ACCUMULATIONINTEGERGeneric counters to observe the total number of users for scheduling priority class 03 selected for each 2 ms subframe that is transmitted in the cell. Each counter observes a specific SPI. The different flows are configured ON/OFF using RBS MOM parameter IubDataStreams:: schHsFlowControlOnOff.ME_NodeBFunction_HsDschResources.pmSumNoOfUsersSpi03Sumecttbh, enblbh, Sum
    pmSumNoOfUsersSpi04ACCUMULATIONINTEGERGeneric counters to observe the total number of users for scheduling priority class 04 selected for each 2 ms subframe that is transmitted in the cell. Each counter observes a specific SPI. The different flows are configured ON/OFF using RBS MOM parameter IubDataStreams:: schHsFlowControlOnOff.ME_NodeBFunction_HsDschResources.pmSumNoOfUsersSpi04Sumecttbh, enblbh, Sum
    pmSumNoOfUsersSpi05ACCUMULATIONINTEGERGeneric counters to observe the total number of users for scheduling priority class 05 selected for each 2 ms subframe that is transmitted in the cell. Each counter observes a specific SPI. The different flows are configured ON/OFF using RBS MOM parameter IubDataStreams:: schHsFlowControlOnOff.ME_NodeBFunction_HsDschResources.pmSumNoOfUsersSpi05Sumecttbh, enblbh, Sum
    pmSumNoOfUsersSpi06ACCUMULATIONINTEGERGeneric counters to observe the total number of users for scheduling priority class 06 selected for each 2 ms subframe that is transmitted in the cell. Each counter observes a specific SPI. The different flows are configured ON/OFF using RBS MOM parameter IubDataStreams:: schHsFlowControlOnOff.ME_NodeBFunction_HsDschResources.pmSumNoOfUsersSpi06Sumecttbh, enblbh, Sum
    pmSumNoOfUsersSpi07ACCUMULATIONINTEGERGeneric counters to observe the total number of users for scheduling priority class 07 selected for each 2 ms subframe that is transmitted in the cell. Each counter observes a specific SPI. The different flows are configured ON/OFF using RBS MOM parameter IubDataStreams:: schHsFlowControlOnOff.ME_NodeBFunction_HsDschResources.pmSumNoOfUsersSpi07Sumecttbh, enblbh, Sum
    pmSumNoOfUsersSpi08ACCUMULATIONINTEGERGeneric counters to observe the total number of users for scheduling priority class 08 selected for each 2 ms subframe that is transmitted in the cell. Each counter observes a specific SPI. The different flows are configured ON/OFF using RBS MOM parameter IubDataStreams:: schHsFlowControlOnOff.ME_NodeBFunction_HsDschResources.pmSumNoOfUsersSpi08Sumecttbh, enblbh, Sum
    pmSumNoOfUsersSpi09ACCUMULATIONINTEGERGeneric counters to observe the total number of users for scheduling priority class 09 selected for each 2 ms subframe that is transmitted in the cell. Each counter observes a specific SPI. The different flows are configured ON/OFF using RBS MOM parameter IubDataStreams:: schHsFlowControlOnOff.ME_NodeBFunction_HsDschResources.pmSumNoOfUsersSpi09Sumecttbh, enblbh, Sum
    pmSumNoOfUsersSpi10ACCUMULATIONINTEGERGeneric counters to observe the total number of users for scheduling priority class 10 selected for each 2 ms subframe that is transmitted in the cell. Each counter observes a specific SPI. The different flows are configured ON/OFF using RBS MOM parameter IubDataStreams:: schHsFlowControlOnOff.ME_NodeBFunction_HsDschResources.pmSumNoOfUsersSpi10Sumecttbh, enblbh, Sum
    pmSumNoOfUsersSpi11ACCUMULATIONINTEGERGeneric counters to observe the total number of users for scheduling priority class 11 selected for each 2 ms subframe that is transmitted in the cell. Each counter observes a specific SPI. The different flows are configured ON/OFF using RBS MOM parameter IubDataStreams:: schHsFlowControlOnOff.ME_NodeBFunction_HsDschResources.pmSumNoOfUsersSpi11Sumecttbh, enblbh, Sum
    pmSumNoOfUsersSpi12ACCUMULATIONINTEGERGeneric counters to observe the total number of users for scheduling priority class 12 selected for each 2 ms subframe that is transmitted in the cell. Each counter observes a specific SPI. The different flows are configured ON/OFF using RBS MOM parameter IubDataStreams:: schHsFlowControlOnOff.ME_NodeBFunction_HsDschResources.pmSumNoOfUsersSpi12Sumecttbh, enblbh, Sum
    pmSumNoOfUsersSpi13ACCUMULATIONINTEGERGeneric counters to observe the total number of users for scheduling priority class 13 selected for each 2 ms subframe that is transmitted in the cell. Each counter observes a specific SPI. The different flows are configured ON/OFF using RBS MOM parameter IubDataStreams:: schHsFlowControlOnOff.ME_NodeBFunction_HsDschResources.pmSumNoOfUsersSpi13Sumecttbh, enblbh, Sum
    pmSumNoOfUsersSpi14ACCUMULATIONINTEGERGeneric counters to observe the total number of users for scheduling priority class 14 selected for each 2 ms subframe that is transmitted in the cell. Each counter observes a specific SPI. The different flows are configured ON/OFF using RBS MOM parameter IubDataStreams:: schHsFlowControlOnOff.ME_NodeBFunction_HsDschResources.pmSumNoOfUsersSpi14Sumecttbh, enblbh, Sum
    pmSumNoOfUsersSpi15ACCUMULATIONINTEGERGeneric counters to observe the total number of users for scheduling priority class 15 selected for each 2 ms subframe that is transmitted in the cell. Each counter observes a specific SPI. The different flows are configured ON/OFF using RBS MOM parameter IubDataStreams:: schHsFlowControlOnOff.ME_NodeBFunction_HsDschResources.pmSumNoOfUsersSpi15Sumecttbh, enblbh, Sum
    Tot_pmSumNoOfUsersSpiACCUMULATIONINT8Generic total counters to observe the total number of users for scheduling priority class 0-15 selected for each 2 ms subframe that is transmitted in the cell.ME_NodeBFunction_HsDschResources.pmSumNoOfUsersSpi00 + pmSumNoOfUsersSpi01 + pmSumNoOfUsersSpi02 + pmSumNoOfUsersSpi03 + pmSumNoOfUsersSpi04 + pmSumNoOfUsersSpi05 + pmSumNoOfUsersSpi06 + pmSumNoOfUsersSpi07 + pmSumNoOfUsersSpi08 + pmSumNoOfUsersSpi09 + pmSumNoOfUsersSpi10 + pmSumNoOfUsersSpi11 + pmSumNoOfUsersSpi12 + pmSumNoOfUsersSpi13 + pmSumNoOfUsersSpi14 + pmSumNoOfUsersSpi15Sumecttbh, enblbh, Sum


    8.13 Cell Performance Indicators

    This section shows the key performance indicators and other counters for the Cell object, divided into the following sub-sections:


    Cell.Ericsson.UMTS.accessibility_and_call_completion

    Call accessibility, call completion and call drops statistics, additional KPI group created for reporting.

    KPITypeData TypeDescriptionDerivationDefault AggregatorOther Aggregators
    _%_CS_speech_accessibility_1PERCENTAGEFLOAT(Report) Accessibility success rate per UtranCell for speech where directed retry is counted as an access failure.100 * ({Ericsson.rrc_connection_setup_and_release.pmtotnorrcconnectreqcssucc} * {Ericsson.rab_establishments_and_release.pmNoRabEstablishSuccessSpeech})/({Ericsson.rrc_connection_setup_and_release.pmtotnorrcconnectreqcs} * {Ericsson.rab_establishments_and_release.pmNoRabEstablishAttemptSpeech})AverageAverage, ecttbh
    _%_CS_speech_accessibility_2PERCENTAGEFLOAT(Report) Accessibility success rate per UtranCell for speech where directed retry is not counted as an access failure.100 * ({Ericsson.rrc_connection_setup_and_release.pmtotnorrcconnectreqcssucc} * {Ericsson.rab_establishments_and_release.pmNoRabEstablishSuccessSpeech})/({Ericsson.rrc_connection_setup_and_release.pmtotnorrcconnectreqcs} * ({Ericsson.rab_establishments_and_release.pmNoRabEstablishAttemptSpeech} - {Ericsson.inter_radio_access_technology_handover_outgoing.pmNoDirRetryAtt}))AverageAverage, ecttbh
    _%_CS_speech_call_completionINTENSITYFLOAT(Report) Call completion success rate per UtranCell for speech.({Ericsson.rrc_connection_setup_and_release.pmtotnorrcconnectreqcssucc}/{Ericsson.rrc_connection_setup_and_release.pmtotnorrcconnectreqcs}) * ({Ericsson.rab_establishments_and_release.pmNoRabEstablishSuccessSpeech}/({Ericsson.rab_establishments_and_release.pmNoRabEstablishAttemptSpeech} - {Ericsson.inter_radio_access_technology_handover_outgoing.pmNoDirRetryAtt})) * ( 1 - (({Ericsson.rab_establishments_and_release.pmNoSystemRabReleaseSpeech} / ({Ericsson.rab_establishments_and_release.pmNoNormalRabReleaseSpeech} + {Ericsson.rab_establishments_and_release.pmNoSystemRabReleaseSpeech})))) * 100AverageAverage, ecttbh, Sum, Minimum, Maximum
    _%_CS_speech_droppedPERCENTAGEFLOAT(Report) Drop rate per UtranCell for speech.100 * ({Ericsson.rab_establishments_and_release.pmNoSystemRabReleaseSpeech})/({Ericsson.rab_establishments_and_release.pmNoNormalRabReleaseSpeech} + {Ericsson.rab_establishments_and_release.pmNoSystemRabReleaseSpeech})AverageAverage, ecttbh
    _%_CS57_accessibilityPERCENTAGEFLOAT(Report) Accessibility success rate per UtranCell for CS Streaming.100 * ({Ericsson.rrc_connection_setup_and_release.pmtotnorrcconnectreqcssucc} * {Ericsson.rab_establishments_and_release.pmNoRabEstablishSuccessCs57})/({Ericsson.rrc_connection_setup_and_release.pmtotnorrcconnectreqcs} * {Ericsson.rab_establishments_and_release.pmNoRabEstablishAttemptCs57})AverageAverage, ecttbh
    _%_CS57_call_completionINTENSITYFLOAT(Report) Call completion success rate per UtranCell for CS streaming.100 * ({Ericsson.rrc_connection_setup_and_release.pmtotnorrcconnectreqcssucc}/ ({Ericsson.rrc_connection_setup_and_release.pmtotnorrcconnectreqcs} * ({Ericsson.rab_establishments_and_release.pmNoRabEstablishSuccessCs57}/({Ericsson.rab_establishments_and_release.pmNoRabEstablishAttemptCs57}) * ( 100 - ({Ericsson.rab_establishments_and_release.pmNoSystemRabReleaseCsStream}/({Ericsson.rab_establishments_and_release.pmNoNormalRabReleaseCsStream} + {Ericsson.rab_establishments_and_release.pmNoSystemRabReleaseCsStream}))/100))))AverageAverage, ecttbh, Sum, Minimum, Maximum
    _%_CS57_droppedPERCENTAGEFLOAT(Report) Drop rate per UtranCell for CS streaming.100 * ({Ericsson.rab_establishments_and_release.pmNoSystemRabReleaseCsStream})/({Ericsson.rab_establishments_and_release.pmNoNormalRabReleaseCsStream} + {Ericsson.rab_establishments_and_release.pmNoSystemRabReleaseCsStream})AverageAverage, ecttbh
    _%_CS64_accessibilityPERCENTAGEFLOAT(Report) Accessibility success rate per UtranCell CS 64.100 * ({Ericsson.rrc_connection_setup_and_release.pmtotnorrcconnectreqcssucc} * {Ericsson.rab_establishments_and_release.pmNoRabEstablishSuccessCS64})/({Ericsson.rrc_connection_setup_and_release.pmtotnorrcconnectreqcs} * {Ericsson.rab_establishments_and_release.pmNoRabEstablishAttemptCS64})AverageAverage, ecttbh
    _%_CS64_call_completionINTENSITYFLOAT(Report) Call completion success rate per UtranCell for CS64.100 * ({Ericsson.rrc_connection_setup_and_release.pmtotnorrcconnectreqcssucc}/{Ericsson.rrc_connection_setup_and_release.pmtotnorrcconnectreqcs}) * ({Ericsson.rab_establishments_and_release.pmNoRabEstablishSuccessCS64}/{Ericsson.rab_establishments_and_release.pmNoRabEstablishAttemptCS64}) * (1 - ({Ericsson.rab_establishments_and_release.pmNoSystemRabReleaseCs64} / ({Ericsson.rab_establishments_and_release.pmNoNormalRabReleaseCs64} + {Ericsson.rab_establishments_and_release.pmNoSystemRabReleaseCs64})))AverageAverage, ecttbh, Sum, Minimum, Maximum
    _%_CS64_droppedPERCENTAGEFLOAT(Report) Drop rate per UtranCell for CS64.100 * {Ericsson.rab_establishments_and_release.pmNoSystemRabReleaseCs64}/({Ericsson.rab_establishments_and_release.pmNoNormalRabReleaseCs64} + {Ericsson.rab_establishments_and_release.pmNoSystemRabReleaseCs64})AverageAverage, ecttbh
    _%_PS_interactive_accessibilityPERCENTAGEFLOAT(Report) Accessibility success rate per UtranCell for PS Interactive.100 * ({Ericsson.rrc_connection_setup_and_release.pmtotnorrcconnectreqpssucc} * {Ericsson.rab_establishments_and_release.pmNoRabEstablishSuccessPacketInteractive})/({Ericsson.rrc_connection_setup_and_release.pmtotnorrcconnectreqps} * {Ericsson.rab_establishments_and_release.pmNoRabEstablishAttemptPacketInteractive})AverageAverage, ecttbh
    _%_PS_interactive_call_completionINTENSITYFLOAT(Report) Call completion success rate per UtranCell for PS interactive.100 * ({Ericsson.rrc_connection_setup_and_release.pmtotnorrcconnectreqpssucc}/{Ericsson.rrc_connection_setup_and_release.pmtotnorrcconnectreqps}) * ({Ericsson.rab_establishments_and_release.pmNoRabEstablishSuccessPacketInteractive}/{Ericsson.rab_establishments_and_release.pmNoRabEstablishAttemptPacketInteractive}) * ( (100 - ( (100 - {Ericsson.accessibility_and_call_completion._%_PS_interactive_accessibility}) * (({Ericsson.rab_establishments_and_release.pmNoSystemRabReleasePacket} - {Ericsson.rab_establishments_and_release.pmNoTpSwitchSp64Speech} - {Ericsson.channel_switching.pmchswitchfachidle}) / ({Ericsson.rab_establishments_and_release.pmNoNormalRabReleasePacket} + {Ericsson.rab_establishments_and_release.pmNoSystemRabReleasePacket})) )) /100)AverageAverage, ecttbh, Sum, Minimum, Maximum
    _%_PS_interactive_droppedINTENSITYFLOAT(Report) Drop rate per UtranCell for PS interactive.(100 - ({Ericsson.accessibility_and_call_completion._%_PS_interactive_accessibility}) * thresholddiv(({Ericsson.rab_establishments_and_release.pmNoSystemRabReleasePacket} - {Ericsson.rab_establishments_and_release.pmNoTpSwitchSp64Speech} - {Ericsson.channel_switching.pmchswitchfachidle}),({Ericsson.rab_establishments_and_release.pmNoNormalRabReleasePacket} + {Ericsson.rab_establishments_and_release.pmNoSystemRabReleasePacket}),1,0))AverageAverage, ecttbh, Sum, Minimum, Maximum
    _%_PS_streaming_accessibilityPERCENTAGEFLOAT(Report) Accessibility success rate per UtranCell for PS Streaming.100 * ({Ericsson.rrc_connection_setup_and_release.pmtotnorrcconnectreqpssucc} * {Ericsson.rab_establishments_and_release.pmNoRabEstablishSuccessPacketStream})/({Ericsson.rrc_connection_setup_and_release.pmtotnorrcconnectreqps} * {Ericsson.rab_establishments_and_release.pmNoRabEstablishAttemptPacketStream})AverageAverage, ecttbh
    _%_PS_streaming_call_completionINTENSITYFLOAT(Report) Call completion success rate per UtranCell for PS streaming.100 * ({Ericsson.rrc_connection_setup_and_release.pmtotnorrcconnectreqpssucc}/{Ericsson.rrc_connection_setup_and_release.pmtotnorrcconnectreqps}) * ({Ericsson.rab_establishments_and_release.pmNoRabEstablishSuccessPacketStream}/{Ericsson.rab_establishments_and_release.pmNoRabEstablishAttemptPacketStream}) * ( 1 - {Ericsson.rab_establishments_and_release.pmNoSystemRabReleasePacketStream} / ({Ericsson.rab_establishments_and_release.pmNoNormalRabReleasePacketStream} + {Ericsson.rab_establishments_and_release.pmNoSystemRabReleasePacketStream}))AverageAverage, ecttbh, Sum, Minimum, Maximum
    _%_PS_streaming_droppedPERCENTAGEFLOAT(Report) Drop rate per UtranCell for PS streaming.100 * {Ericsson.rab_establishments_and_release.pmNoSystemRabReleasePacketStream}/({Ericsson.rab_establishments_and_release.pmNoNormalRabReleasePacketStream} + {Ericsson.rab_establishments_and_release.pmNoSystemRabReleasePacketStream})AverageAverage, ecttbh


    Cell.Ericsson.UMTS.admission

    Admission request related statistics.

    KPITypeData TypeDescriptionDerivationDefault AggregatorOther Aggregators
    CS_57_64_GoSPERCENTAGEFLOAT(Report) Blocking rate for both CS 64 and 57 calls per UtranCell due to admission based on downlink power, downlink channelization code, downlink Average Speech Equivalent (ASE), and uplink Average Speech Equivalent.100 * {Ericsson.admission.pmNoOfNonHoReqDeniedCs}/({Ericsson.rab_establishments_and_release.pmNoRabEstablishAttemptCS64} + {Ericsson.rab_establishments_and_release.pmNoRabEstablishAttemptCs57})AverageAverage, ecttbh
    CS_speech_GoSPERCENTAGEFLOAT(Report) Blocking rate for both CS 64 and 57 calls per UtranCell due to admission based on downlink power, downlink channelization code, downlink Average Speech Equivalent (ASE), and uplink Average Speech Equivalent.100 * {Ericsson.admission.pmNoOfNonHoReqDeniedSpeech}/{Ericsson.rab_establishments_and_release.pmNoRabEstablishAttemptSpeech}AverageAverage, ecttbh
    CS_speech_GoS2INTENSITYFLOAT(Report) The blocking rate for speech calls per UtranCell due to admission based on downlink power, downlink channelization code, downlink Average Speech Equivalent (ASE), and uplink Average Speech Equivalent using RRC Connection failure rate to approximate speech blocking rate.100 - (100 * (thresholddiv({Ericsson.rrc_connection_setup_and_release.pmtotnorrcconnectreqcssucc},{Ericsson.rrc_connection_setup_and_release.pmtotnorrcconnectreqcs},1,0)))AverageAverage, ecttbh, Sum, Minimum, Maximum
    norabestreqdeniedACCUMULATIONINT8Number of RAB Establishment Requests denied.{pmnoreqdeniedadm} + {pmnofailedafteradm}Sumecttbh, Sum
    pmnofailedafteradmACCUMULATIONINT8Number of RRC establishment requests and RAB establishment requests failed after being admitted, both drifting and nondrifting Ues.ManagedElement_RncFunction_UtranCell.pmNoFailedAfterAdmSumecttbh, Sum
    pmNoNonServingCellReqDeniedEulACCUMULATIONINTEGERNumber of admission requests denied when requesting the cell as non-serving cell because the number of E-DCH users is above the admission threshold.ManagedElement_RncFunction_UtranCell.pmNoNonServingCellReqDeniedEulSumecttbh, Sum
    pmNoOfNonHoReqDeniedCsACCUMULATIONINT8Number of non-handover admission requests denied for RLs carrying CS data or CS streaming (57.6) per cell.ManagedElement_RncFunction_UtranCell.pmNoOfNonHoReqDeniedCsSumecttbh, Sum
    pmNoOfNonHoReqDeniedEulACCUMULATIONINTEGERNumber of admission requests denied at RAB establishment on E-DCH.ManagedElement_RncFunction_UtranCell.pmNoOfNonHoReqDeniedEulSumecttbh, Sum
    pmNoOfNonHoReqDeniedHsACCUMULATIONINT8Number of non-handover admission requests denied for RLs carrying HSDPA users in this cell.ManagedElement_RncFunction_UtranCell.pmNoOfNonHoReqDeniedHsSumecttbh, Sum
    pmNoOfNonHoReqDeniedInteractiveACCUMULATIONINT8Number of non-handover admission requests denied for RLs carrying interactive or background services per cell.ManagedElement_RncFunction_UtranCell.pmNoOfNonHoReqDeniedInteractiveSumecttbh, Sum
    pmNoOfNonHoReqDeniedPsStr128ACCUMULATIONINT8Number of non-handover admission requests denied for RLs carrying PS streaming 128 in this cellManagedElement_RncFunction_UtranCell.pmNoOfNonHoReqDeniedPsStr128Sumecttbh, Sum
    pmNoOfNonHoReqDeniedPsStreamingACCUMULATIONINT8Number of non-handover admission requests denied for RLs carrying PS Streaming services per cell.ManagedElement_RncFunction_UtranCell.pmNoOfNonHoReqDeniedPsStreamingSumecttbh, Sum
    pmNoOfNonHoReqDeniedSpeechACCUMULATIONINT8Number of non-handover admission requests denied for RLs carrying CS data or CS streaming (57.6) per cell.ManagedElement_RncFunction_UtranCell.pmNoOfNonHoReqDeniedSpeechSumecttbh, Sum
    pmNoOfReturningEmergencyCallsACCUMULATIONINT8Number of non-handover admission requests denied for RLs carrying speech per cell.ManagedElement_RncFunction_UtranCell.pmNoOfReturningEmergencyCallsSumecttbh, Sum
    pmnoofswdownngadmACCUMULATIONINT8Number of downswitches initiated from admission control for non-guaranteed users served by this RNC.ManagedElement_RncFunction_UtranCell.pmNoOfSwDownNgAdmSumecttbh, Sum
    pmnoreqdeniedadmACCUMULATIONINT8Number of RAB establishment and RRC requests denied due to admission, both drifting and non-drifting Ues.ManagedElement_RncFunction_UtranCell.pmNoReqDeniedAdmSumecttbh, Sum
    pmNoRlDeniedAdmACCUMULATIONINTEGERNumber of Radio Link setup or Radio Link addition requests denied by admission control. Triggered when an RL Setup Request or RL Addition Request is denied by Admission Control for either Soft and Softer Handover or Interfrequency Handover. It is incremented in the cell which represents the RL that was denied admission (that is, the congested cell).ManagedElement_RncFunction_UtranCell.pmNoRlDeniedAdmSumecttbh, Sum
    pmNoRrcCsReqDeniedAdmACCUMULATIONINTEGERNumber of CS calls denied by admission control. Triggered when an RRC CONNECTION REQUEST with the cause: -Originating Conversational Call-, -Terminating Conversational Call-, or -Emergency call- is denied by Admission Control.ManagedElement_RncFunction_UtranCell.pmNoRrcCsReqDeniedAdmSumecttbh, Sum
    pmNoRrcPsReqDeniedAdmACCUMULATIONINTEGERNumber of PS calls denied by admission control. Stepped after denied admission after an RRC CONNECTION REQUEST with any of the cause values -Originating Interactive Call-, -Terminating Interactive Call-, -Originating Background Call-, -Originating Subscribed Traffic Call- or -Terminating Background Call- has been received.ManagedElement_RncFunction_UtranCell.pmNoRrcPsReqDeniedAdmSumecttbh, Sum
    pmNoRrcReqDeniedAdmDlChnlCodeACCUMULATIONINTEGERNumber of RRC Connection Requests denied by admission control due to lack of DL Channelisation Codes.ManagedElement_RncFunction_UtranCell.pmNoRrcReqDeniedAdmDlChnlCodeSumecttbh, Sum
    pmNoRrcReqDeniedAdmDlHwACCUMULATIONINTEGERNumber of RRC Connection Requests denied by admission control due to lack of DL hardware resources.ManagedElement_RncFunction_UtranCell.pmNoRrcReqDeniedAdmDlHwSumecttbh, Sum
    pmNoRrcReqDeniedAdmDlPwrACCUMULATIONINTEGERNumber of RRC Connection Requests denied by admission control due to lack of DL Power.ManagedElement_RncFunction_UtranCell.pmNoRrcReqDeniedAdmDlPwrSumecttbh, Sum
    pmNoRrcReqDeniedAdmACCUMULATIONINTEGERNumber of RRC requests denied by admission control. Stepped after denied admission after an RRC CONNECTION REQUEST with any cause value has been received.ManagedElement_RncFunction_UtranCell.pmNoRrcReqDeniedAdmSumecttbh, Sum
    pmNoRrcReqDeniedAdmUlHwACCUMULATIONINTEGERNumber of RRC Connection Requests denied by admission control due to lack of UL hardware resources.ManagedElement_RncFunction_UtranCell.pmNoRrcReqDeniedAdmUlHwSumecttbh, Sum
    pmNoServingCellReqDeniedEulACCUMULATIONINTEGERNumber of admission requests denied when requesting the cell as serving cell because the number of E-DCH users is above the admission threshold. Stepped at admission reject when requesting the cell as serving cell due to the number of E-DCH users is above the admission threshold.ManagedElement_RncFunction_UtranCell.pmNoServingCellReqDeniedEulSumecttbh, Sum
    pmsamplescompmodeACCUMULATIONINT8Number of samples of compressed mode users.ManagedElement_RncFunction_UtranCell.pmSamplesCompModeSumecttbh, Sum
    pmsumcompmodeACCUMULATIONINT8Total number of compressed mode users, reported per cell.ManagedElement_RncFunction_UtranCell.pmSumCompModeSumecttbh, Sum
    PS_interactive_GoSPERCENTAGEFLOAT(Report) Blocking rate for PS interactive calls per UtranCell due to admission based on downlink power, downlink channelization code, downlink Average Speech Equivalent (ASE), and uplink Average Speech Equivalent.100 * {Ericsson.admission.pmNoOfNonHoReqDeniedInteractive}/{Ericsson.rab_establishments_and_release.pmNoRabEstablishAttemptPacketInteractive}AverageAverage, ecttbh
    PS_streamimg_GoSPERCENTAGEFLOAT(Report) Blocking rate for PS streaming calls per UtranCell due to admission based on downlink power, downlink channelization code, downlink Average Speech Equivalent (ASE), and uplink Average Speech Equivalent.100 * {Ericsson.admission.pmNoOfNonHoReqDeniedPsStreaming}/{Ericsson.rab_establishments_and_release.pmNoRabEstablishAttemptPacketStream}AverageAverage, ecttbh


    Cell.Ericsson.UMTS.BMC

    BMC statistics

    KPITypeData TypeDescriptionDerivationDefault AggregatorOther Aggregators
    pmBmcTrafficVolumeACCUMULATIONINTEGERAccumulated BMC payload.ManagedElement_RncFunction_UtranCell.pmBmcTrafficVolumeSumecttbh, Sum


    Cell.Ericsson.UMTS.capacity_management

    Air-interface Speech Equivalent capacity in cell statistics.

    KPITypeData TypeDescriptionDerivationDefault AggregatorOther Aggregators
    avgsampasedlPERCENTAGEFLOATAverage ASE DL.100 * {pmsumofsampasedl}/{pmnoofsampasedl}AverageAverage, ecttbh
    avgsampaseulPERCENTAGEFLOATAverage ASE UL.100 * {pmsumofsampaseul}/{pmnoofsampaseul}AverageAverage, ecttbh
    pmnoofsampasedlACCUMULATIONINT8Number of samples of Air interface Speech Equivalents (ASE) DL.ManagedElement_RncFunction_UtranCell.pmNoOfSampAseDlSumecttbh, Sum
    pmnoofsampaseulACCUMULATIONINT8Number of samples of ASE UL.ManagedElement_RncFunction_UtranCell.pmNoOfSampAseUlSumecttbh, Sum
    pmsumofsampasedlACCUMULATIONINT8Total ASE DL (sum of all sample values recorded).ManagedElement_RncFunction_UtranCell.pmSumOfSampAseDlSumecttbh, Sum
    pmsumofsampaseulACCUMULATIONINT8Total ASE UL (sum of all sample values recorded).ManagedElement_RncFunction_UtranCell.pmSumOfSampAseUlSumecttbh, Sum


    Cell.Ericsson.UMTS.CBS_Messages

    CBS Messages statistics

    KPITypeData TypeDescriptionDerivationDefault AggregatorOther Aggregators
    pmNoDiscardedBmcCbsMsgsACCUMULATIONINTEGERNumber of discarded BMC CBS Messages.ManagedElement_RncFunction_UtranCell.pmNoDiscardedBmcCbsMsgsSumecttbh, Sum
    pmNoDiscardedCbsMsgOrdersACCUMULATIONINTEGERNumber of discarded CBS message orders.ManagedElement_RncFunction_UtranCell.pmNoDiscardedCbsMsgOrdersSumecttbh, Sum


    Cell.Ericsson.UMTS.cell_availability

    Cell availability statistics.

    KPITypeData TypeDescriptionDerivationDefault AggregatorOther Aggregators
    _%_Ave_cell_availabilityPERCENTAGEFLOATLength of time in seconds that a cell is available for service.100 * ({measurement_seconds} - ({Ericsson.cell_availability.pmcelldowntimeauto} + {Ericsson.cell_availability.pmcelldowntimeman}))/{measurement_seconds}AverageAverage, ecttbh
    pmcelldowntimeautoACCUMULATIONINT8The length of time during which a cell is unavailable for service because, due to a fault, the system has set a cell or channel state to disabled and the cell and/or channel Administration state = unlocked.ManagedElement_RncFunction_UtranCell.pmCellDowntimeAutoSumecttbh, Sum
    pmcelldowntimemanACCUMULATIONINT8The length of time during which a cell is unavailable for service because of Administration state being set to manual lock.ManagedElement_RncFunction_UtranCell.pmCellDowntimeManSumecttbh, Sum


    Cell.Ericsson.UMTS.Cell_MBMS_availability

    MBMS service availability statistics.

    KPITypeData TypeDescriptionDerivationDefault AggregatorOther Aggregators
    _%_Ave_Mbmscell_availabilityPERCENTAGEFLOATMBMS service availability.100 * ({measurement_seconds}-{pmMbmsDowntimeAuto}-{pmMbmsDowntimeMan})/{measurement_seconds}AverageAverage, ecttbh
    pmMbmsCellCongestionTimeACCUMULATIONINTEGERCongestion time in seconds for MBMS.ME_RNC_UtranCell_MbmsCch.pmMbmsCellCongestionTimeSumecttbh, Sum
    pmMbmsDowntimeAutoACCUMULATIONINTEGERTime in seconds that the Mbms service in the cell has been unavailable because the system has considered the cell as down, that is, at least one of the MOs MbmsCch, UtranCell, Pch, Rach or Fach has been disabled while all these MOs are also unlocked.ME_RNC_UtranCell_MbmsCch.pmMbmsDowntimeAutoSumecttbh, Sum
    pmMbmsDowntimeManACCUMULATIONINTEGERTime in seconds that the Mbms service in the cell has been unavailable due to operator setting e.g. the operator has locked at least one of the MOs MbmsCch, UtranCell, Pch, Rach or Fach.ME_RNC_UtranCell_MbmsCch.pmMbmsDowntimeManSumecttbh, Sum


    Cell.Ericsson.UMTS.cell_updating

    UTRAN cell updating procedure.

    KPITypeData TypeDescriptionDerivationDefault AggregatorOther Aggregators
    _%_Cell_Update_SuccessPERCENTAGEFLOATPercentage of successful cell relocations to attempted cell relocations.100 * {pmnocellupdsuccess}/{pmnocellupdattempt}AverageAverage, ecttbh
    cmtotnocellupdfailedACCUMULATIONINT8Total number of failed cell updates (periodic and cell reselection, RNC Cell Update procedure for Cell Reselection or Periodic Cell Update completed successfully.{pmnocellupdattempt} - {pmnocellupdsuccess}Sumecttbh, Sum
    pmnocellupdattemptACCUMULATIONINT8Total number of attempted cell update procedures (periodic and cell reselection, RRC Cell Update message received with Cell Update Cause = Cell Reselection or Periodic Cell Update).ManagedElement_RncFunction_UtranCell.pmNoCellUpdAttemptSumecttbh, Sum
    pmnocellupdsuccessACCUMULATIONINT8Total number of successful cell updates (periodic and cell reselection, RNC Cell Update procedure for Cell Reselection or Periodic Cell Update completed successfully.ManagedElement_RncFunction_UtranCell.pmNoCellUpdSuccessSumecttbh, Sum


    Cell.Ericsson.UMTS.channel_quality

    Cell channel quality statistics.

    KPITypeData TypeDescriptionDerivationDefault AggregatorOther Aggregators
    Avg_pmUlRssiINTENSITYFLOATAverage RTWP values as received in NBAP Common Measurement Reports. RTWP range: 0-621 (corresponding to -112 ... -50dB).(thresholddiv({pmSumUlRssi},{pmSamplesUlRssi},0,0))*0.1 - 112AverageAverage, ecttbh, Maximum, Minimum, Sum
    cmavgfaultyrachtransportblocksPERCENTAGEFLOATAverage faulty RACH transport blocks.100 * {pmfaultytransportblocks}/{pmtransportblocks}AverageAverage, ecttbh
    cmavgfaultytransportblocksbculPERCENTAGEFLOATAverage faulty DCH transport blocks.100 * {pmfaultytransportblocksbcul}/{pmtransportblocksbcul}AverageAverage, ecttbh
    pmfaultytransportblocksbculACCUMULATIONINT8Total number of faulty DCH transport blocks.ManagedElement_RncFunction_UtranCell.pmFaultyTransportBlocksBcUlSumecttbh, Sum
    pmfaultytransportblocksACCUMULATIONINT8Total number of faulty RACH transport blocks.ManagedElement_RncFunction_UtranCell.pmFaultyTransportBlocksSumecttbh, Sum
    pmfrmnoofdiscardedframesACCUMULATIONINT8Number of discarded data or control frames due to faulty CRC or header field.ManagedElement_RncFunction_UtranCell.pmFrmNoOfDiscardedFramesSumecttbh, Sum
    pmfrmnoofdiscrachframesACCUMULATIONINT8Number of discarded data or control frames due to faulty CRC or header field, reported per Iub RACH Frame Handling (FH) protocol termination.ManagedElement_RncFunction_UtranCell.pmFrmNoOfDiscRachFramesSumecttbh, Sum
    pmnorecrandomaccsuccessACCUMULATIONINT8Number of successfully received frames on the common channel UL (RACH), both connection oriented and connectionless.ManagedElement_RncFunction_UtranCell.pmNoRecRandomAccSuccessSumecttbh, Sum
    pmSamplesUlRssiACCUMULATIONINTEGERNumber of received NBAP Common Measurement Report messages containing valid RTWP value.ManagedElement_RncFunction_UtranCell.pmSamplesUlRssiSumecttbh, Sum
    pmSumUlRssiACCUMULATIONINTEGERSum of valid RTWP values as received in NBAP Common Measurement Reports. RTWP range: 0-621 (corresponding to -112 ... -50dB).ManagedElement_RncFunction_UtranCell.pmSumUlRssiSumecttbh, Sum
    pmtransportblocksbculACCUMULATIONINT8Total number of DCH transport blocks.ManagedElement_RncFunction_UtranCell.pmTransportBlocksBcUlSumecttbh, Sum
    pmtransportblocksACCUMULATIONINT8Total number of RACH transport blocks.ManagedElement_RncFunction_UtranCell.pmTransportBlocksSumecttbh, Sum


    Cell.Ericsson.UMTS.channel_switching

    Cell RAB channel switching statistics.

    KPITypeData TypeDescriptionDerivationDefault AggregatorOther Aggregators
    _%_pmChSwitchSuccFachUraPERCENTAGEFLOATPercentage of successful channel downswitching attempts from CELL_FACH to URA_PCH.100 * {pmChSwitchSuccFachUra}/{pmChSwitchAttemptFachUra}AverageAverage, ecttbh
    _%_pmChSwitchSuccUraFachPERCENTAGEFLOATPercentage of transitions succeeded from URA_PCH to Cell_FACH.100 * {pmChSwitchSuccUraFach}/{pmChSwitchAttemptUraFach}AverageAverage, ecttbh
    _%_pmDlUpswitchSuccessHighPERCENTAGEFLOATPercentage of successful DL up-switches to bit-rates higher than 256 kbps (not including HS) Stepped in each SRNC cell in the active set on reception of an RRC Radio Bearer Reconfiguration Complete message following DL up-switch of an interactive Packet RAB to bit-rates higher than 256 kbps (not including HS).100 * {pmDlUpswitchSuccessHigh}/{pmDlUpswitchAttemptHigh}AverageAverage, ecttbh
    _%_pmDlUpswitchSuccessHsPERCENTAGEFLOATPercentage of successful DL upswitches to any HS state.The counter is stepped for successful DL upswitch to a RB combination containing HS. The counter is only incremented in all cells of the active set.100 * {pmDlUpswitchSuccessHs}/{pmDlUpswitchAttemptHs}AverageAverage, ecttbh
    _%_pmDlUpswitchSuccessLowPERCENTAGEFLOATPercentage of successful DL up-switches to bit-rates less than or equal to 64 kbps (not including up-switch to FACH from URA-PCH). Stepped in each SRNC cell in the active set on reception of an RRC Radio Bearer Reconfiguration Complete message following DL up-switch of an interactive Packet RAB to bit-rates less than or equal to 64 kbps (not including up-switch to FACH from URA-PCH).100 * {pmDlUpswitchSuccessLow}/{pmDlUpswitchSuccessLow}AverageAverage, ecttbh
    _%_pmDlUpswitchSuccessMediumPERCENTAGEFLOATPercentage of successful DL up-switches to bit-rates higher than 64 kbps and less than or equal to 256 kbps.Stepped in each SRNC cell in the active set on reception of an RRC Radio Bearer Reconfiguration Complete message following DL up-switch of an interactive Packet RAB to bit-rates higher than 64 kbps and less than or equal to 256 kbps.100 * {pmDlUpswitchSuccessMedium}/{pmDlUpswitchSuccessMedium}AverageAverage, ecttbh
    _%_pmDownSwitchSuccessPERCENTAGEFLOATPercentage of successful channel downswitches (UL or DL). Includes switches between dedicated channels as well as channel type switches (CELL_DCH to CELL_FACH) and downswitch from E-DCH/HSDPA RB combination on cell level.100 * {pmDownSwitchSuccess}/{pmDownSwitchAttempt}AverageAverage, ecttbh
    _%_pmNoPsStreamHsCcSuccessPERCENTAGEFLOATPercentage successful HS cell change attempts for RAB type streaming PS (HS), counted on the HS-serving cell (if in the SRNC).100 * {pmNoPsStreamHsCcSuccess}/{pmNoPsStreamHsCcAttempt}AverageAverage, ecttbh
    _%_pmPsStreamHsToDchSuccessPERCENTAGEFLOATPercentage successful reconfiguration HS-DSCH to DCH successes for RAB type streaming PS (HS), counted in the best cell (if in the SRNC).100 * {pmPsStreamHsToDchSuccess}/{pmPsStreamHsToDchAttempt}AverageAverage, ecttbh
    _%_pmUlUpswitchSuccessEulPERCENTAGEFLOATPercentage of successful up-switches, triggered by Ul user activity, to a target RB combination E-DCH/HSDPA. Stepped for the target cell.Stepped when RRC: RB RECONFIGURATION COMPLETE is received by the RNC.100 * {pmUlUpswitchSuccessEul}/{pmUlUpswitchAttemptEul}AverageAverage, ecttbh
    _%_pmUlUpswitchSuccessHighPERCENTAGEFLOATPercentage of successful UL upswitches to a RB combination with a Trch with UL rate greater or equals to 256 kbit/s. The counter is only incremented in all cells of the active set.100 * {pmUlUpswitchSuccessHigh}/{pmUlUpswitchAttemptHigh}AverageAverage, ecttbh
    _%_pmUlUpswitchSuccessLowPERCENTAGEFLOATPercentage of successful UL upswitches to a RB combination with a Trch with UL rate less or equals to 64 kbit/s (inc. Forward Access Channel (FACH)). The counter is only incremented in all cells of the active set.100 * {pmUlUpswitchSuccessLow}/{pmUlUpswitchAttemptLow}AverageAverage, ecttbh
    _%_pmUlUpswitchSuccessMediumPERCENTAGEFLOATPercentage of successful UL upswitches to a Trch with a maximum rate higher than 64 kbit/s and less than 256 kbit/s. Incremented in all cells of the active set.100 * {pmUlUpswitchSuccessMedium}/{pmUlUpswitchAttemptMedium}AverageAverage, ecttbh
    _%_pmUpswitchFachHsSuccessPERCENTAGEFLOATPercentage of successful upswitch from CELL_FACH to a RB combination containing HS. Incremented in all cells of the active set.100 * {pmUpswitchFachHsSuccess}/{pmUpswitchFachHsAttempt}AverageAverage, ecttbh
    cmtotchswitchesACCUMULATIONINT8-Obsolete in P6- Total Number channel switches between dedicated channels.{pmchswitchfachdch} + {pmchswitchdch64fach} + {pmchswitchdch384fach}Sumecttbh, Sum
    pmChSwitchAttemptFachUraACCUMULATIONINTEGERNumber of channel downswitching attempts from CELL_FACH to URA_PCH.ManagedElement_RncFunction_UtranCell.pmChSwitchAttemptFachUraSumecttbh, Sum
    pmChSwitchAttemptUraFachACCUMULATIONINTEGERNumber of transitions attempted from URA_PCH to Cell_FACHManagedElement_RncFunction_UtranCell.pmChSwitchAttemptUraFachSumecttbh, Sum
    pmchswitchdch128fachACCUMULATIONINT8-Obsolete in P6- Number of attempted switches from a RAB with 128 Kbps data rate on DCH to common channel (cell_DCH-64/128 and Cell_FACH state), throughput-based attempts.ManagedElement_RncFunction_UtranCell.pmChSwitchDch128FachSumecttbh, Sum
    pmchswitchdch384fachACCUMULATIONINT8-Obsolete in P6- Number of attempted switches from one packet data RAB with 384 Kbps data rate on DCH to common channel (cell_DCH-64/384 and Cell_FACH state), throughput-based attempts.ManagedElement_RncFunction_UtranCell.pmChSwitchDch384FachSumecttbh, Sum
    pmchswitchdch64fachACCUMULATIONINT8-Obsolete in P6- Number of attempted switches from one packet data RAB with 64 Kbps data rate on DCH to common channel (cell_DCH-64/64 and Cell_FACH state) throughput-based attempts.ManagedElement_RncFunction_UtranCell.pmChSwitchDch64FachSumecttbh, Sum
    pmchswitchfachdchACCUMULATIONINT8-Obsolete in P6- Number of attempted switches from Packet Switch- RACH/FACH to Packet Switch-64/64.ManagedElement_RncFunction_UtranCell.pmChSwitchFachDchSumecttbh, Sum
    pmchswitchfachidleACCUMULATIONINT8Number of attempted switches from common channel to idle (Cell_FACH to idle, connection release).ManagedElement_RncFunction_UtranCell.pmChSwitchFachIdleSumecttbh, Sum
    pmchswitchp128p384ACCUMULATIONINT8-Obsolete in P6- Number of attempted switches from a RAB with 128 Kbps data rate on DCH to a RAB with 384 Kbps data rate on DCH, counted after admission and throughput-based attempts.ManagedElement_RncFunction_UtranCell.pmChSwitchP128P384Sumecttbh, Sum
    pmchswitchp128p64ACCUMULATIONINT8-Obsolete in P6- Number of attempted switches from a RAB with 128 Kbps data rate on DCH to a RAB with 64 Kbps data rate on DCH, based on DL code power based measurements.ManagedElement_RncFunction_UtranCell.pmChSwitchP128P64Sumecttbh, Sum
    pmchswitchp384p128ACCUMULATIONINT8-Obsolete in P6- Number of attempted switches from a RAB with 384 Kbps data rate on DCH to a RAB with 128 Kbps data rate on DCH, based on DL code power based measurements.ManagedElement_RncFunction_UtranCell.pmChSwitchP384P128Sumecttbh, Sum
    pmchswitchp64p128ACCUMULATIONINT8-Obsolete in P6- Number of attempted switches from a RAB with 128 Kbps data rate on DCH to a RAB with 64 Kbps data rate on DCH, based on DL code power based measurements.ManagedElement_RncFunction_UtranCell.pmChSwitchP64P128Sumecttbh, Sum
    pmchswitchsp0sp64ACCUMULATIONINT8-Obsolete in P6- Number of multi-RAB attempted switches from a multi-RAB with one speech + one packet RAB with 0 data on DCH to the same RAB type (=multiRAB) at a different packet data rate, that is, one speech + one packet RAB with 64 Kbps data rate on DCH. The switching is done by re-configuring the radio bearers of the existing RAB.ManagedElement_RncFunction_UtranCell.pmChSwitchSp0Sp64Sumecttbh, Sum
    pmchswitchsp64sp0ACCUMULATIONINT8-Obsolete in P6- Number of multi-RAB attempted switches from a multi-RAB with one speech + one packet RAB with 64 Kbps data rate on DCH to the same RAB type (=multiRAB) at a different packet data rate, that is, one speech + one packet RAB with 0 data on DCH. The switching is done by re-configuring the radio bearers of the existing RAB.ManagedElement_RncFunction_UtranCell.pmChSwitchSp64Sp0Sumecttbh, Sum
    pmChSwitchSuccFachUraACCUMULATIONINTEGERNumber of successful channel downswitching attempts from CELL_FACH to URA_PCH.ManagedElement_RncFunction_UtranCell.pmChSwitchSuccFachUraSumecttbh, Sum
    pmChSwitchSuccUraFachACCUMULATIONINTEGERNumber of transitions succeeded from URA_PCH to Cell_FACH.ManagedElement_RncFunction_UtranCell.pmChSwitchSuccUraFachSumecttbh, Sum
    pmDlUpswitchAttemptHighACCUMULATIONINTEGERNumber of attempted DL up-switches to bit-rates higher than 256 kbps (not including HS). Stepped for each SRNC cell in which admission is requested at DL up-switch of interactive Packet RAB to bit-rates higher than 256 kbps (not including HS).ManagedElement_RncFunction_UtranCell.pmDlUpswitchAttemptHighSumecttbh, Sum
    pmDlUpswitchAttemptHsACCUMULATIONINTEGERNumber of DL upswitch attempts to any HS state. The counter is stepped for DL attempt to upswitch to a RB combination containing HS. The counter is only incremented in all cells of the active set.ManagedElement_RncFunction_UtranCell.pmDlUpswitchAttemptHsSumecttbh, Sum
    pmDlUpswitchAttemptLowACCUMULATIONINTEGERNumber of attempted DL up-switches to bit-rates less than or equal to 64 kbps (not including up-switch to FACH from URA-PCH).Stepped for each SRNC cell in the active set in which admission is requested at DL up-switch of interactive Packet RABs to bit-rates less than or equal to 64 kbps (not including up-switch to FACH from URA-PCH).ManagedElement_RncFunction_UtranCell.pmDlUpswitchAttemptLowSumecttbh, Sum
    pmDlUpswitchAttemptMediumACCUMULATIONINTEGERNumber of attempted DL up-switches to bit-rates higher than 64 kbps and less than or equal to 256 kbps.Stepped for each SRNC cell in which admission is requested at DL up-switch of interactive Packet RAB to bit-rates higher than 64 kbps and less than or equal to 256 kbps.ManagedElement_RncFunction_UtranCell.pmDlUpswitchAttemptMediumSumecttbh, Sum
    pmDlUpswitchSuccessHighACCUMULATIONINTEGERNumber of successful DL up-switches to bit-rates higher than 256 kbps (not including HS) Stepped in each SRNC cell in the active set on reception of an RRC Radio Bearer Reconfiguration Complete message following DL up-switch of an interactive Packet RAB to bit-rates higher than 256 kbps (not including HS).ManagedElement_RncFunction_UtranCell.pmDlUpswitchSuccessHighSumecttbh, Sum
    pmDlUpswitchSuccessHsACCUMULATIONINTEGERNumber of successful DL upswitches to any HS state.The counter is stepped for successful DL upswitch to a RB combination containing HS. The counter is only incremented in all cells of the active set.ManagedElement_RncFunction_UtranCell.pmDlUpswitchSuccessHsSumecttbh, Sum
    pmDlUpswitchSuccessLowACCUMULATIONINTEGERNumber of successful DL up-switches to bit-rates less than or equal to 64 kbps (not including up-switch to FACH from URA-PCH).Stepped in each SRNC cell in the active set on reception of an RRC Radio Bearer Reconfiguration Complete message following DL up-switch of an interactive Packet RAB to bit-rates less than or equal to 64 kbps (not including up-switch to FACH from URA-PCH).ManagedElement_RncFunction_UtranCell.pmDlUpswitchSuccessLowSumecttbh, Sum
    pmDlUpswitchSuccessMediumACCUMULATIONINTEGERNumber of successful DL up-switches to bit-rates higher than 64 kbps and less than or equal to 256 kbps.Stepped in each SRNC cell in the active set on reception of an RRC Radio Bearer Reconfiguration Complete message following DL up-switch of an interactive Packet RAB to bit-rates higher than 64 kbps and less than or equal to 256 kbps.ManagedElement_RncFunction_UtranCell.pmDlUpswitchSuccessMediumSumecttbh, Sum
    pmDownSwitchAttemptACCUMULATIONINTEGERNumber of channel downswitching attempts (UL or DL). Includes switches between dedicated channels as well as channel type switches (CELL_DCH to CELL_FACH) and downswitch from E-DCH/HSDPA RB combination on cell level.ManagedElement_RncFunction_UtranCell.pmDownSwitchAttemptSumecttbh, Sum
    pmDownSwitchSuccessACCUMULATIONINTEGERNumber of successful channel downswitches (UL or DL). Includes switches between dedicated channels as well as channel type switches (CELL_DCH to CELL_FACH) and downswitch from E-DCH/HSDPA RB combination on cell level.ManagedElement_RncFunction_UtranCell.pmDownSwitchSuccessSumecttbh, Sum
    pmfailedchswitchACCUMULATIONINT8-Obsolete in P6- Number of failed channel switches CELL_FACH to CELL_DCH or CELL_DCH to CELL_FACH.ManagedElement_RncFunction_UtranCell.pmFailedChSwitchSumecttbh, Sum
    pmfaileddchchswitchACCUMULATIONINT8Number of failed channel switches between DCHs.ManagedElement_RncFunction_UtranCell.pmFailedDchChSwitchSumecttbh, Sum
    pmInactivityHsIdleACCUMULATIONINT8-Obsolete in P5, Utrancell- The number of signaling connection releases triggered for PS Interactive RAB mapped on HS-DSCH due to inactivity.ManagedElement_RncFunction_UtranCell.pmInactivityHsIdleSumecttbh, Sum
    pmnoofswdownnghoACCUMULATIONINT8Number of downswitch requests for non-guaranteed users served by this RNC due to handover.ManagedElement_RncFunction_UtranCell.pmNoOfSwDownNgHoSumecttbh, Sum
    pmNoPsStreamHsCcAttemptACCUMULATIONINTEGERNumber of HS cell change attempts for RAB type streaming PS (HS), counted on the HS-serving cell (if in the SRNC).ManagedElement_RncFunction_UtranCell.pmNoPsStreamHsCcAttemptSumecttbh, Sum
    pmNoPsStreamHsCcSuccessACCUMULATIONINTEGERNumber of successful HS cell change attempts for RAB type streaming PS (HS), counted on the HS-serving cell (if in the SRNC).ManagedElement_RncFunction_UtranCell.pmNoPsStreamHsCcSuccessSumecttbh, Sum
    pmPsStreamHsToDchAttemptACCUMULATIONINTEGERNumber of reconfiguration HS-DSCH to DCH attempts for RAB type streaming PS (HS), counted in the best cell (if in the SRNC).ManagedElement_RncFunction_UtranCell.pmPsStreamHsToDchAttemptSumecttbh, Sum
    pmPsStreamHsToDchSuccessACCUMULATIONINTEGERNumber of successful reconfiguration HS-DSCH to DCH successes for RAB type streaming PS (HS), counted in the best cell (if in the SRNC).ManagedElement_RncFunction_UtranCell.pmPsStreamHsToDchSuccessSumecttbh, Sum
    pmUlUpswitchAttemptEulACCUMULATIONINTEGERNumber of attempted up-switches, triggered by UL user activity, to a target RB combination E-DCH/HSDPA. Stepped for the target cell. Stepped when NBAP: RL SETUP REQUEST or RL RECONFIGURATION PREPARE is sent from the RNC.ManagedElement_RncFunction_UtranCell.pmUlUpswitchAttemptEulSumecttbh, Sum
    pmUlUpswitchAttemptHighACCUMULATIONINTEGERUL upswitch attempts to a RB combination with a Trch with UL rate greater or equal to 256 kbit/s. The counter is only incremented in all cells of the active set.ManagedElement_RncFunction_UtranCell.pmUlUpswitchAttemptHighSumecttbh, Sum
    pmUlUpswitchAttemptLowACCUMULATIONINTEGERStepped for UL upswitch attempts to a RB combination with a Trch with UL rate less or equals to 64 kbit/s (inc FACH). The counter is only incremented in all cells of the active set.ManagedElement_RncFunction_UtranCell.pmUlUpswitchAttemptLowSumecttbh, Sum
    pmUlUpswitchAttemptMediumACCUMULATIONINTEGERStepped for UL upswitch attempts to a Trch with a maximum rate higher than 64 kbit/s and less than 256 kbit/s. The counter is only incremented in the cells of the active set for which admission is granted.ManagedElement_RncFunction_UtranCell.pmUlUpswitchAttemptMediumSumecttbh, Sum
    pmUlUpswitchSuccessEulACCUMULATIONINTEGERSuccessful up-switches, triggered by UL user activity, to a target RB combination E-DCH/HSDPA. Stepped for the target cell.Stepped when RRC: RB RECONFIGURATION COMPLETE is received by the RNC.ManagedElement_RncFunction_UtranCell.pmUlUpswitchSuccessEulSumecttbh, Sum
    pmUlUpswitchSuccessHighACCUMULATIONINTEGERSuccessful UL upswitches to a RB combination with a Trch with UL rate greater or equals to 256 kbit/s. The counter is only incremented in all cells of the active set.ManagedElement_RncFunction_UtranCell.pmUlUpswitchSuccessHighSumecttbh, Sum
    pmUlUpswitchSuccessLowACCUMULATIONINTEGERSuccessful UL upswitches to a RB combination with a Trch with UL rate less or equals to 64 kbit/s (inc. Forward Access Channel (FACH)). The counter is only incremented in all cells of the active set.ManagedElement_RncFunction_UtranCell.pmUlUpswitchSuccessLowSumecttbh, Sum
    pmUlUpswitchSuccessMediumACCUMULATIONINTEGERSuccessful UL upswitches to a Trch with a maximum rate higher than 64 kbit/s and less than 256 kbit/s. Incremented in all cells of the active set.ManagedElement_RncFunction_UtranCell.pmUlUpswitchSuccessMediumSumecttbh, Sum
    pmUpswitchFachHsAttemptACCUMULATIONINTEGERAttempts to upswitch from CELL_FACH to a RB combination containing HS. Incremented in all cells of the active set.ManagedElement_RncFunction_UtranCell.pmUpswitchFachHsAttemptSumecttbh, Sum
    pmUpswitchFachHsSuccessACCUMULATIONINTEGERSuccessful upswitch from CELL_FACH to a RB combination containing HS. Incremented in all cells of the active set.ManagedElement_RncFunction_UtranCell.pmUpswitchFachHsSuccessSumecttbh, Sum


    Cell.Ericsson.UMTS.code_control

    Spreading Factor type utilisation statistics.

    KPITypeData TypeDescriptionDerivationDefault AggregatorOther Aggregators
    _%_sf128failurePERCENTAGEFLOAT-Obsolete in P5, Utrancell- Percentage of failed downlink channelization code allocation attempts with spreading factor SF128 for normal.100 * {pmnodlchcodeallocfailuresf128}/{pmnodlchcodeallocattemptsf128}AverageAverage, ecttbh
    _%_sf128successPERCENTAGEFLOAT-Obsolete in P5, Utrancell- Percentage of successful downlink channelization code allocation attempts with spreading factor SF128 for normal.100 * ({pmnodlchcodeallocattemptsf128} - {pmnodlchcodeallocfailuresf128})/{pmnodlchcodeallocattemptsf128}AverageAverage, ecttbh
    _%_sf16failurePERCENTAGEFLOAT-Obsolete in P5, Utrancell- Percentage of failed downlink channelization code allocation attempts with spreading factor SF=16 for normal.100 * {pmnodlchcodeallocfailuresf16}/{pmnodlchcodeallocattemptsf16}AverageAverage, ecttbh
    _%_sf16successPERCENTAGEFLOAT-Obsolete in P5, Utrancell- Percentage of successful downlink channelization code allocation attempts with spreading factor SF=16 for normal.100 * ({pmnodlchcodeallocattemptsf16} - {pmnodlchcodeallocfailuresf16})/{pmnodlchcodeallocattemptsf16}AverageAverage, ecttbh
    _%_sf256failurePERCENTAGEFLOAT-Obsolete in P5, Utrancell- Percentage of failed downlink channelization code allocation attempts with spreading factor SF=256 for normal.100 * {pmnodlchcodeallocfailuresf256}/{pmnodlchcodeallocattemptsf256}AverageAverage, ecttbh
    _%_sf256successPERCENTAGEFLOAT-Obsolete in P5, Utrancell- Percentage of successful downlink channelization code allocation attempts with spreading factor SF=256 for normal.100 * ({pmnodlchcodeallocattemptsf256} - {pmnodlchcodeallocfailuresf256})/{pmnodlchcodeallocattemptsf256}AverageAverage, ecttbh
    _%_sf32failurePERCENTAGEFLOAT-Obsolete in P5, Utrancell- Percentage of failed downlink channelization code allocation attempts with spreading factor SF=32 for normal.100 * {pmnodlchcodeallocfailuresf32}/{pmnodlchcodeallocattemptsf32}AverageAverage, ecttbh
    _%_sf32successPERCENTAGEFLOAT-Obsolete in P5, Utrancell- Percentage of successful downlink channelization code allocation attempts with spreading factor SF=32 for normal.100 * ({pmnodlchcodeallocattemptsf32} - {pmnodlchcodeallocfailuresf32})/{pmnodlchcodeallocattemptsf32}AverageAverage, ecttbh
    _%_Sf4UlPERCENTAGEFLOAT-Obsolete in P5, Utrancell- Percentage of radio links that are on Spreading Factor (SF) = 4 (384 kbps) in UL in a cell during a ROP period100 * {pmSumSf4Ul}/{pmSamplesSf4Ul}AverageAverage, ecttbh
    _%_sf64failurePERCENTAGEFLOAT-Obsolete in P5, Utrancell- Percentage of failed downlink channelization code allocation attempts with spreading factor SF=64 for normal.100 * {pmnodlchcodeallocfailuresf64}/{pmnodlchcodeallocattemptsf64}AverageAverage, ecttbh
    _%_sf64successPERCENTAGEFLOAT-Obsolete in P5, Utrancell- Percentage of successful downlink channelization code allocation attempts with spreading factor SF=64 for normal.100 * ({pmnodlchcodeallocattemptsf64} - {pmnodlchcodeallocfailuresf64})/{pmnodlchcodeallocattemptsf64}AverageAverage, ecttbh
    _%_sf8failurePERCENTAGEFLOAT-Obsolete in P5, Utrancell- Percentage of failed downlink channelization code allocation attempts with spreading factor SF=8 for normal.100 * {pmnodlchcodeallocfailuresf8}/{pmnodlchcodeallocattemptsf8}AverageAverage, ecttbh
    _%_sf8successPERCENTAGEFLOAT-Obsolete in P5, Utrancell- Percentage of successful downlink channelization code allocation attempts with spreading factor SF=8 for normal.100 * ({pmnodlchcodeallocattemptsf8} - {pmnodlchcodeallocfailuresf8})/{pmnodlchcodeallocattemptsf8}AverageAverage, ecttbh
    average_sfPERCENTAGEFLOAT-Obsolete in P5, Utrancell- Average Spreading factor.100 * (8*{pmnodlchcodeallocattemptsf8} + 16*{pmnodlchcodeallocattemptsf16} + 32*{pmnodlchcodeallocattemptsf32} + 64*{pmnodlchcodeallocattemptsf64} + 128*{pmnodlchcodeallocattemptsf128} + 256*{pmnodlchcodeallocattemptsf256})/{totalattempts}AverageAverage, ecttbh
    cmnodlchcodeallocsuccesssf128ACCUMULATIONINT8-Obsolete in P5, Utrancell- Number of Successful DL channelization code allocations for spreading factor SF128 for normal transmission mode.{pmnodlchcodeallocattemptsf128} - {pmnodlchcodeallocfailuresf128}Sumecttbh, Sum
    cmnodlchcodeallocsuccesssf16ACCUMULATIONINT8-Obsolete in P5, Utrancell- Number of Successful DL channelization code allocations for spreading factor SF=16 for normal transmission mode.{pmnodlchcodeallocattemptsf16} - {pmnodlchcodeallocfailuresf16}Sumecttbh, Sum
    cmnodlchcodeallocsuccesssf256ACCUMULATIONINT8-Obsolete in P5, Utrancell- Number of Successful DL channelization code allocations for spreading factor SF256 for normal transmission mode.{pmnodlchcodeallocattemptsf256} - {pmnodlchcodeallocfailuresf256}Sumecttbh, Sum
    cmnodlchcodeallocsuccesssf32ACCUMULATIONINT8-Obsolete in P5, Utrancell- Number of Successful DL channelization code allocations for spreading factor SF32 for normal transmission mode.{pmnodlchcodeallocattemptsf32} - {pmnodlchcodeallocfailuresf32}Sumecttbh, Sum
    cmnodlchcodeallocsuccesssf64ACCUMULATIONINT8-Obsolete in P5, Utrancell- Number of Successful DL channelization code allocations for spreading factor SF64 for normal transmission mode.{pmnodlchcodeallocattemptsf64} - {pmnodlchcodeallocfailuresf64}Sumecttbh, Sum
    cmnodlchcodeallocsuccesssf8ACCUMULATIONINT8-Obsolete in P5, Utrancell- Number of Successful DL channelization code allocations for spreading factor SF=8 for normal transmission mode.{pmnodlchcodeallocattemptsf8} - {pmnodlchcodeallocfailuresf8}Sumecttbh, Sum
    pmnodlchcodeallocaltcodecmACCUMULATIONINT8Number of attempted allocations with alternative scrambling code for compressed mode.ManagedElement_RncFunction_UtranCell.pmNoDlChCodeAllocAltCodeCmSumecttbh, Sum
    pmnodlchcodeallocattemptcmACCUMULATIONINT8Number of attempted DL channelization code allocations for compressed mode (within normal or alternative scrambling code).ManagedElement_RncFunction_UtranCell.pmNoDlChCodeAllocAttemptCmSumecttbh, Sum
    pmnodlchcodeallocattemptsf128ACCUMULATIONINT8-Obsolete in P5, Utrancell- Number of attempted DL channelization code allocations for spreading factor SF128 for normal transmission mode.ManagedElement_RncFunction_UtranCell.pmNoDlChCodeAllocAttemptSf128Sumecttbh, Sum
    pmnodlchcodeallocattemptsf16ACCUMULATIONINT8-Obsolete in P5, Utrancell- Number of attempted DL channelization code allocations for spreading factor SF=16 for normal transmission mode.ManagedElement_RncFunction_UtranCell.pmNoDlChCodeAllocAttemptSf16Sumecttbh, Sum
    pmnodlchcodeallocattemptsf256ACCUMULATIONINT8-Obsolete in P5, Utrancell- Number of attempted DL channelization code allocations for spreading factor SF256 for normal transmission mode.ManagedElement_RncFunction_UtranCell.pmNoDlChCodeAllocAttemptSf256Sumecttbh, Sum
    pmnodlchcodeallocattemptsf32ACCUMULATIONINT8-Obsolete in P5, Utrancell- Number of attempted DL channelization code allocations for spreading factor SF32 for normal transmission mode.ManagedElement_RncFunction_UtranCell.pmNoDlChCodeAllocAttemptSf32Sumecttbh, Sum
    pmnodlchcodeallocattemptsf64ACCUMULATIONINT8-Obsolete in P5, Utrancell- Number of attempted DL channelization code allocations for spreading factor SF64 for normal transmission mode.ManagedElement_RncFunction_UtranCell.pmNoDlChCodeAllocAttemptSf64Sumecttbh, Sum
    pmnodlchcodeallocattemptsf8ACCUMULATIONINT8-Obsolete in P5, Utrancell- Number of attempted DL channelization code allocations for spreading factor SF=8 for normal transmission mode.ManagedElement_RncFunction_UtranCell.pmNoDlChCodeAllocAttemptSf8Sumecttbh, Sum
    pmnodlchcodeallocfailuresf128ACCUMULATIONINT8-Obsolete in P5, Utrancell- Number of failed DL channelization code allocations for spreading factor SF128 for normal transmission mode.ManagedElement_RncFunction_UtranCell.pmNoDlChCodeAllocFailureSf128Sumecttbh, Sum
    pmnodlchcodeallocfailuresf16ACCUMULATIONINT8-Obsolete in P5, Utrancell- Number of failed DL channelization code allocations for spreading factor SF=16 for normal transmission mode.ManagedElement_RncFunction_UtranCell.pmNoDlChCodeAllocFailureSf16Sumecttbh, Sum
    pmnodlchcodeallocfailuresf256ACCUMULATIONINT8-Obsolete in P5, Utrancell- Number of failed DL channelization code allocations for spreading factor SF256 for normal transmission mode.ManagedElement_RncFunction_UtranCell.pmNoDlChCodeAllocFailureSf256Sumecttbh, Sum
    pmnodlchcodeallocfailuresf32ACCUMULATIONINT8-Obsolete in P5, Utrancell- Number of failed DL channelization code allocations for spreading factor SF32 for normal transmission mode.ManagedElement_RncFunction_UtranCell.pmNoDlChCodeAllocFailureSf32Sumecttbh, Sum
    pmnodlchcodeallocfailuresf64ACCUMULATIONINT8-Obsolete in P5, Utrancell- Number of failed DL channelization code allocations for spreading factor SF64 for normal transmission mode.ManagedElement_RncFunction_UtranCell.pmNoDlChCodeAllocFailureSf64Sumecttbh, Sum
    pmnodlchcodeallocfailuresf8ACCUMULATIONINT8-Obsolete in P5, Utrancell- Number of failed DL channelization code allocations for spreading factor SF=8 for normal transmission mode.ManagedElement_RncFunction_UtranCell.pmNoDlChCodeAllocFailureSf8Sumecttbh, Sum
    pmSamplesDlCodeACCUMULATIONINTEGERNumber of samples in pmSumDlCode (that is, pmSamplesDlCode = pmSamplesDlCode +1, whenever pmSumDlCode is to be updated).ManagedElement_RncFunction_UtranCell.pmSamplesDlCodeSumecttbh, Sum
    pmSamplesSf4UlACCUMULATIONINT8-Obsolete in P5, Utrancell- Number of samples of the number of radio links that are on Spreading Factor (SF) = 4 (384 kbps) in UL in a cell during a ROP periodManagedElement_RncFunction_UtranCell.pmSamplesSf4UlSumecttbh, Sum
    pmSumDlCodeACCUMULATIONINTEGERAggregate of DL Channelization code tree usage (percentage of lowest leaf, SF 256, usage: blocked or allocated) measurements.ManagedElement_RncFunction_UtranCell.pmSumDlCodeSumecttbh, Sum
    pmSumSf4UlACCUMULATIONINT8-Obsolete in P5, Utrancell- Sum of the sampled amount of radio links that are on Spreading Factor (SF) = 4 (384 kbps) in UL in a cell during a ROP periodManagedElement_RncFunction_UtranCell.pmSumSf4UlSumecttbh, Sum
    pmSumSqrDlCodeACCUMULATIONINTEGERAggregate of the squares of the individual measurements in pmSumDlCode (that is, pmSumSqrDlCode = pmSumSqrDlCode + measurement_value^2).ManagedElement_RncFunction_UtranCell.pmSumSqrDlCodeSumecttbh, Sum
    pmSumSqrUlRssiACCUMULATIONINTEGERAggregate of the squares of the individual measurements in pmSumUlRssi (that is, pmSumSqrUlRssi = pmSumSqrUlRssi + measurement_value^2).ManagedElement_RncFunction_UtranCell.pmSumSqrUlRssiSumecttbh, Sum
    totalattemptsACCUMULATIONINT8-Obsolete in P5, Utrancell- Total number of downlink channelization code allocation attempts for all spreading factors for normal transmission mode.{pmnodlchcodeallocattemptsf8}+{pmnodlchcodeallocattemptsf16}+{pmnodlchcodeallocattemptsf32}+{pmnodlchcodeallocattemptsf64}+{pmnodlchcodeallocattemptsf128}+{pmnodlchcodeallocattemptsf256}Sumecttbh, Sum
    totalfailureACCUMULATIONINT8-Obsolete in P5, Utrancell- Total number of failed downlink channelization code allocation attempts for all spreading factors for normal transmission mode.{pmnodlchcodeallocfailuresf8}+{pmnodlchcodeallocfailuresf16}+{pmnodlchcodeallocfailuresf32}+{pmnodlchcodeallocfailuresf64}+{pmnodlchcodeallocfailuresf128}+{pmnodlchcodeallocfailuresf256}Sumecttbh, Sum
    totalsuccessACCUMULATIONINT8-Obsolete in P5, Utrancell- Total number of successful downlink channelization code allocation attempts for all spreading factors for normal transmission mode.({pmnodlchcodeallocattemptsf8}+{pmnodlchcodeallocattemptsf16}+{pmnodlchcodeallocattemptsf32}+{pmnodlchcodeallocattemptsf64}+{pmnodlchcodeallocattemptsf128}+{pmnodlchcodeallocattemptsf256})-({pmnodlchcodeallocfailuresf8}+{pmnodlchcodeallocfailuresf16}+{pmnodlchcodeallocfailuresf32}+{pmnodlchcodeallocfailuresf64}+{pmnodlchcodeallocfailuresf128}+{pmnodlchcodeallocfailuresf256})Sumecttbh, Sum


    Cell.Ericsson.UMTS.compressed_mode

    Compressed mode statistics.

    KPITypeData TypeDescriptionDerivationDefault AggregatorOther Aggregators
    cmtotattdlACCUMULATIONINT8Total attempted CM starts for DL.{pmcmattdlsf2} + {pmcmattdlhls}Sumecttbh, Sum
    cmtotattulACCUMULATIONINT8Total attempted CM starts for UL.{pmcmattulsf2} + {pmcmattulhls}Sumecttbh, Sum
    pmcmattdlhlsACCUMULATIONINT8Attempted CM starts for DL by using HLS method.ManagedElement_RncFunction_UtranCell.pmCmAttDlHlsSumecttbh, Sum
    pmcmattdlsf2ACCUMULATIONINT8Attempted CM starts for DL by using SF/2 method.ManagedElement_RncFunction_UtranCell.pmCmAttDlSf2Sumecttbh, Sum
    pmcmattulhlsACCUMULATIONINT8Attempted CM starts for UL by using HLS method.ManagedElement_RncFunction_UtranCell.pmCmAttUlHlsSumecttbh, Sum
    pmcmattulsf2ACCUMULATIONINT8Attempted CM starts for UL by using SF/2 method.ManagedElement_RncFunction_UtranCell.pmCmAttUlSf2Sumecttbh, Sum
    pmcmstopACCUMULATIONINT8Compressed Mode Stops when the connection is maintained after CM stop.ManagedElement_RncFunction_UtranCell.pmCmStopSumecttbh, Sum
    pmcmsuccdlhlsACCUMULATIONINT8Successful CM starts for DL by using HLS method.ManagedElement_RncFunction_UtranCell.pmCmSuccDlHlsSumecttbh, Sum
    pmcmsuccdlsf2ACCUMULATIONINT8Successful CM starts for DL by using SF/2 method.ManagedElement_RncFunction_UtranCell.pmCmSuccDlSf2Sumecttbh, Sum
    pmcmsucculhlsACCUMULATIONINT8Successful CM starts for UL by using HLS method.ManagedElement_RncFunction_UtranCell.pmCmSuccUlHlsSumecttbh, Sum
    pmcmsucculsf2ACCUMULATIONINT8Successful CM starts for UL by using SF/2 method.ManagedElement_RncFunction_UtranCell.pmCmSuccUlSf2Sumecttbh, Sum
    totsuccdlACCUMULATIONINT8Total successful CM starts for DL.{pmcmsuccdlsf2} + {pmcmsuccdlhls}Sumecttbh, Sum
    totsucculACCUMULATIONINT8Total successful CM starts for UL.{pmcmsucculsf2} + {pmcmsucculhls}Sumecttbh, Sum


    Cell.Ericsson.UMTS.congestion

    Cell congestion statistics.

    KPITypeData TypeDescriptionDerivationDefault AggregatorOther Aggregators
    pmnoofiurswdownngcongACCUMULATIONINT8Number of non-guaranteed users served by another RNC terminated due to congestion.ManagedElement_RncFunction_UtranCell.pmNoOfIurSwDownNgCongSumecttbh, Sum
    pmnoofiurtermcscongACCUMULATIONINT8Number of circuit-switched data Radio Connections served by another RNC terminated due to congestion.ManagedElement_RncFunction_UtranCell.pmNoOfIurTermCsCongSumecttbh, Sum
    pmNoOfIurTermHsCongACCUMULATIONINT8Number of HSDPA Radio Connections served over Iur terminated due to congestion.ManagedElement_RncFunction_UtranCell.pmNoOfIurTermHsCongSumecttbh, Sum
    pmnoofiurtermspeechcongACCUMULATIONINT8Number of speech Radio Connections served by another RNC terminated due to congestion.ManagedElement_RncFunction_UtranCell.pmNoOfIurTermSpeechCongSumecttbh, Sum
    pmNoOfSwDownEulCongACCUMULATIONINTEGERNumber of E-DCH users served by this RNC, which are down-switched due to DL congestion in both EUL serving cell and EUL non-serving cell.ManagedElement_RncFunction_UtranCell.pmNoOfSwDownEulCongSumecttbh, Sum
    pmNoOfSwDownHsCongACCUMULATIONINTEGERNumber of Radio Connections served by this RNC, including an HSDPA service, which are channel switched down due to a congestion resolve action initiated on a serving Ue Context.ManagedElement_RncFunction_UtranCell.pmNoOfSwDownHsCongSumecttbh, Sum
    pmnoofswdownngcongACCUMULATIONINT8Number of non-guaranteed users served by this RNC switched down to common or terminated due to congestion.ManagedElement_RncFunction_UtranCell.pmNoOfSwDownNgCongSumecttbh, Sum
    pmnooftermcscongACCUMULATIONINT8Number of circuit-switched data Radio Connections served by this RNC terminated due to congestion.ManagedElement_RncFunction_UtranCell.pmNoOfTermCsCongSumecttbh, Sum
    pmNoOfTermHsCongACCUMULATIONINT8-Obsolete in P5, UtranCell- Number of HSDPA Radio Connections served by this RNC terminated due to congestionManagedElement_RncFunction_UtranCell.pmNoOfTermHsCongSumecttbh, Sum
    pmnooftermspeechcongACCUMULATIONINT8Number of speech Radio Connections served by this RNC terminated due to congestion.ManagedElement_RncFunction_UtranCell.pmNoOfTermSpeechCongSumecttbh, Sum
    pmsumoftimesmeasoldlACCUMULATIONINT8Number of times Congestion Control is triggered due to high DL power.ManagedElement_RncFunction_UtranCell.pmSumOfTimesMeasOlDlSumecttbh, Sum
    pmsumoftimesmeasolulACCUMULATIONINT8Number of times Congestion Control is triggered due to high UL interference.ManagedElement_RncFunction_UtranCell.pmSumOfTimesMeasOlUlSumecttbh, Sum
    pmTotalTimeDlCellCongACCUMULATIONINT8The total amount of time (sec) a cell was congested in DL during a reporting period.ManagedElement_RncFunction_UtranCell.pmTotalTimeDlCellCongSumecttbh, Sum
    pmTotalTimeUlCellCongACCUMULATIONINT8The total amount of time (sec) a cell was congested in UL during a reporting period.ManagedElement_RncFunction_UtranCell.pmTotalTimeUlCellCongSumecttbh, Sum


    Cell.Ericsson.UMTS.Enhanced_Uplink_service_availability

    Enhanced uplink service availability statistics.

    KPITypeData TypeDescriptionDerivationDefault AggregatorOther Aggregators
    _%_EulUptimePERCENTAGEFLOATPercentage EulDCH service available time not affected by events recorded by pmEulDowntimeAuto and pmEulDowntimeMan100 * ({measurement_seconds} - {pmEulDowntimeAuto} - {pmEulDowntimeMan})/{measurement_seconds}AverageAverage, ecttbh
    pmEulDowntimeAutoACCUMULATIONINTEGERAmount of time (in seconds) the Eul service in the cell has been unavailable because the system has considered the cell as down, for example, at least one of the MOs Eul, Hsdsch, UtranCell, Pch, Rach or Fach has been disabled while all these MOs have been unlocked.Counter is stepped every second when any of Eul/Rach/Fach/Pch/UtranCell/ Hsdsch is disabled while all are unlocked.ManagedElement_RncFunction_UtranCell_Hsdsch_Eul.pmEulDowntimeAutoSumecttbh, Sum
    pmEulDowntimeManACCUMULATIONINTEGERAmount of time (in seconds) the Eul service in the cell has been unavailable due to operator setting, for example, the operator has locked at least one of the MOs Eul, Hsdsch, UtranCell, Pch, Rach or Fach.Counter is stepped every second when any of Eul/Rach/Fach/Pch/Utran Cell/Hsdsch MO is locked.ManagedElement_RncFunction_UtranCell_Hsdsch_Eul.pmEulDowntimeManSumecttbh, Sum


    Cell.Ericsson.UMTS.Enhanced_Uplink_service_throughput

    Eul service throughput statistics.

    KPITypeData TypeDescriptionDerivationDefault AggregatorOther Aggregators
    Avg_pmEulRlcTotPacketThpINTENSITYFLOATAverage of EUL UL RLC throughput measurements (that is, incremented by the measured EUL RLC throughput amount including retransmissions: pmSumEulRlcTotPacketThp = pmSumEulRlcTotPacketThp + throughput_measure). Reported on the best cell in the active set.thresholddiv({pmSumEulRlcTotPacketThp},{pmSamplesEulRlcTotPacketThp},0,0)AverageAverage, ecttbh, Maximum, Minimum, Sum
    Avg_pmEulRlcUserPacketThpINTENSITYFLOATAverage of EUL UL RLC throughput measurements (that is, incremented by the measured RLC throughput amount, excluding retransmissions: pmSumEulRlcUserPacketThp = pmSumEulRlcUserPacketThp + throughput_measure). Reported on the best cell in the active set.thresholddiv({pmSumEulRlcUserPacketThp},{pmSamplesEulRlcUserPacketThp},0,0)AverageAverage, ecttbh, Maximum, Minimum, Sum
    pmEulRlcUserPacketThp_AvgINTENSITYFLOATThe average EUL UL RLC throughput (user data), excluding retransmissions. Reported on the best cell in the active set.ManagedElement_RncFunction_UtranCell_Hsdsch_Eul.pmEulRlcUserPacketThp_AvgAverageAverage, ecttbh, Maximum, Minimum, Sum
    pmEulRlcUserPacketThp_MaxINTENSITYFLOATThe maximum EUL UL RLC throughput (user data), excluding retransmissions. Reported on the best cell in the active set.ManagedElement_RncFunction_UtranCell_Hsdsch_Eul.pmEulRlcUserPacketThp_MaxConstantAverage, ecttbh, Maximum, Minimum, Sum
    pmEulRlcUserPacketThp_MinINTENSITYFLOATThe minimum EUL UL RLC throughput (user data), excluding retransmissions. Reported on the best cell in the active set.ManagedElement_RncFunction_UtranCell_Hsdsch_Eul.pmEulRlcUserPacketThp_MinMinimumAverage, ecttbh, Maximum, Minimum, Sum
    pmSamplesEulRlcTotPacketThpACCUMULATIONINTEGERNumber of samples in pmSumEulRlcTotPacketThp (that is, pmSamplesEulRlcTotPacketThp = pmSamplesEulRlcTotPacketThp +1, whenever pmSumEulRlcTotPacketThp is to be updated). Reset at each ROP period.ManagedElement_RncFunction_UtranCell_Hsdsch_Eul.pmSamplesEulRlcTotPacketThpSumecttbh, Sum
    pmSamplesEulRlcUserPacketThpACCUMULATIONINTEGERNumber of samples in pmSumEulRlcUserPacketThp (that is, pmSamplesEulRlcUserPacketThp = pmSamplesEulRlcUserPacketThp +1, whenever pmSumEulRlcUserPacketThp is to be updated). Reset at each ROP period..ManagedElement_RncFunction_UtranCell_Hsdsch_Eul.pmSamplesEulRlcUserPacketThpSumecttbh, Sum
    pmSumEulRlcTotPacketThpACCUMULATIONINTEGERAggregate of EUL UL RLC throughput measurements (that is, incremented by the measured EUL RLC throughput amount including retransmissions: pmSumEulRlcTotPacketThp = pmSumEulRlcTotPacketThp + throughput_measure). Reported on the best cell in the active set.ManagedElement_RncFunction_UtranCell_Hsdsch_Eul.pmSumEulRlcTotPacketThpSumecttbh, Sum
    pmSumEulRlcUserPacketThpACCUMULATIONINTEGERAggregate of EUL UL RLC throughput measurements (that is, incremented by the measured RLC throughput amount, excluding retransmissions: pmSumEulRlcUserPacketThp = pmSumEulRlcUserPacketThp + throughput_measure). Reported on the best cell in the active set.ManagedElement_RncFunction_UtranCell_Hsdsch_Eul.pmSumEulRlcUserPacketThpSumecttbh, Sum


    Cell.Ericsson.UMTS.Handover_HSDSCH

    HSDSCH Handover statistics.

    KPITypeData TypeDescriptionDerivationDefault AggregatorOther Aggregators
    _%_HsCCSuccessPERCENTAGEFLOATPercentage of successful Serving HS-DSCH Cell change.100 * {pmNoHsCcSuccess}/{pmNoHsCcAttempt}AverageAverage, ecttbh
    _%_pmNoEulCcSuccessPERCENTAGEFLOATPercentage of successful Serving E-DCH Cell Changes. Incremented in the target cell.Stepped after a RRC Physical Channel Reconfiguration Complete / Radio Bearer Reconfiguration Complete has been received from the UE during E-DCH/HS-DSCH Cell Change..100 * {pmNoEulCcSuccess}/{pmNoEulCcAttempt}AverageAverage, ecttbh
    pmNoEulCcAttemptACCUMULATIONINTEGERNumber of attempted Serving E-DCH Cell Changes. Incremented in the target cell.Stepped after an RRC Physical Channel Reconfiguration/ Radio Bearer Reconfiguration has been sent to the UE during E-DCH/HS-DSCH Cell Change.ManagedElement_RncFunction_UtranCell.pmNoEulCcAttemptSumecttbh, Sum
    pmNoEulCcSuccessACCUMULATIONINTEGERNumber of successful Serving E-DCH Cell Changes. Incremented in the target cell.Stepped after a RRC Physical Channel Reconfiguration Complete / Radio Bearer Reconfiguration Complete has been received from the UE during E-DCH/HS-DSCH Cell Change..ManagedElement_RncFunction_UtranCell.pmNoEulCcSuccessSumecttbh, Sum
    pmNoHsCcAttemptACCUMULATIONINT8Number of attempted Serving HS-DSCH Cell change.ManagedElement_RncFunction_UtranCell.pmNoHsCcAttemptSumecttbh, Sum
    pmNoHsCcSuccessACCUMULATIONINT8Number of successful Serving HS-DSCH Cell change.ManagedElement_RncFunction_UtranCell.pmNoHsCcSuccessSumecttbh, Sum


    Cell.Ericsson.UMTS.handover_statistics

    UTRAN handover statistics.

    KPITypeData TypeDescriptionDerivationDefault AggregatorOther Aggregators
    _%_Cells_Active_Set_SuccessPERCENTAGEFLOATPercentage of number of times a cell was successfully added to a active set to number of times a cell failed to be added to an active set.100 * {pmnotimesrladdtoactset}/({pmnotimesrladdtoactset} + {pmnotimescellfailaddtoactset})AverageAverage, ecttbh
    _%_link_addition_failurePERCENTAGEFLOATPercentage failed link additions.100 * {link_addition_failures}/{link_addition_attempts}AverageAverage, ecttbh
    _%_link_addition_successPERCENTAGEFLOATPercentage successful link additions.100 * {link_addition_success}/{link_addition_attempts}AverageAverage, ecttbh
    link_addition_attemptsACCUMULATIONINT8Number of attempted link additions.{link_addition_success} + {link_addition_failures}Sumecttbh, Sum
    link_addition_failuresACCUMULATIONINT8Number of failed link additions.ManagedElement_RncFunction_UtranCell.pmNoTimesCellFailAddToActSetSumecttbh, Sum
    link_addition_successACCUMULATIONINT8Number of successful link additions.ManagedElement_RncFunction_UtranCell.pmNoTimesRlAddToActSetSumecttbh, Sum
    pmnotimescellfailaddtoactsetACCUMULATIONINT8Number of times a cell fails to be added to an active set, also increased at failure at RL replace.ManagedElement_RncFunction_UtranCell.pmNoTimesCellFailAddToActSetSumecttbh, Sum
    pmnotimesrladdtoactsetACCUMULATIONINT8Number of times an RL is added to an active set, also increased at RL replace.ManagedElement_RncFunction_UtranCell.pmNoTimesRlAddToActSetSumecttbh, Sum
    pmnotimesrldelfractsetACCUMULATIONINT8Number of times an RL is deleted from an active set, also increased at RL replace.ManagedElement_RncFunction_UtranCell.pmNoTimesRlDelFrActSetSumecttbh, Sum
    pmnotimesrlrepinactsetACCUMULATIONINT8Number of times an RL is replaced in an active set, increased in the cell where the RL is deleted.ManagedElement_RncFunction_UtranCell.pmNoTimesRlRepInActSetSumecttbh, Sum


    Cell.Ericsson.UMTS.Hard_Handover_Eul

    Enhanced uplink hard handover related statistics.

    KPITypeData TypeDescriptionDerivationDefault AggregatorOther Aggregators
    _%_pmEnableEulHhoSuccessPERCENTAGEFLOATPercentage of successful Hard Handovers to a coverage-related EUL cell. Stepped in the best cell in the Active Set when the transition is concluded. The best cell is the cell with the highest measured quality defined by parameter UeMeasControl::hsQualityEstimate Stepped when Physical Channel Reconfiguration Complete is received from the UE, during an attempt to do a Hard HO to a Coverage Related cell when doing Serving E-DCH/HS-DSCH Cell Selection.100 * {pmEnableEulHhoSuccess}/{pmEnableEulHhoAttempt}AverageAverage, ecttbh
    _%_pmNoIncomingEulHardHoSuccessPERCENTAGEFLOATPercentage of successful incoming Hard HO for serving E-DCH cell selection. Stepped in the target cell after a RRC Physical Channel Reconfiguration Complete has been received from the UE during a Hard handover in Serving E-DCH/HS-DSCH Cell Selection.100 * {pmNoIncomingEulHardHoSuccess}/{pmNoIncomingEulHardHoAttempt}AverageAverage, ecttbh
    _%_pmNoOutgoingEulHardHoSuccessPERCENTAGEFLOATPercentage of successful outgoing Hard HO for serving E-DCH cell selection. Stepped in the best cell in the Active Set when the transition is triggered. The best cell is the cell with the highest measured quality defined by parameter UeMeasControl::hsQualityEstimate. Stepped in the source cell after a RRC Physical Channel Reconfiguration Complete has been received from the UE during a Hard handover in Serving E-DCH/HS-DSCH Cell Selection.100 * {pmNoOutgoingEulHardHoSuccess}/{pmNoOutgoingEulHardHoAttempt}AverageAverage, ecttbh
    pmEnableEulHhoAttemptACCUMULATIONINTEGERNumber of attempted Hard Handovers to a coverage-related E-DCH cell. Stepped in the best cell in the Active Set when the transition is triggered. The best cell is the cell with the highest measured quality defined by parameter UeMeasControl::hsQualityEstimate.Stepped when Physical Channel Reconfiguration is sent to the UE, for an attempt to do a Hard HO to a Coverage Related cell when doing Serving E-DCH/HS-DSCH Cell Selection.ManagedElement_RncFunction_UtranCell.pmEnableEulHhoAttemptSumecttbh, Sum
    pmEnableEulHhoSuccessACCUMULATIONINTEGERNumber of successful Hard Handovers to a coverage-related EUL cell. Stepped in the best cell in the Active Set when the transition is concluded. The best cell is the cell with the highest measured quality defined by parameter UeMeasControl::hsQualityEstimate Stepped when Physical Channel Reconfiguration Complete is received from the UE, during an attempt to do a Hard HO to a Coverage Related cell when doing Serving E-DCH/HS-DSCH Cell Selection.ManagedElement_RncFunction_UtranCell.pmEnableEulHhoSuccessSumecttbh, Sum
    pmNoEulHardHoReturnOldChSourceACCUMULATIONINTEGERNumber of failed Hard HO for serving E-DCH cell selection and UE maintained. Stepped in the best cell in the Active Set when the transition is triggered.The best cell is the cell with the highest measured quality defined by parameter UeMeasControl::hsQualityEstimateManagedElement_RncFunction_UtranCell.pmNoEulHardHoReturnOldChSourceSumecttbh, Sum
    pmNoEulHardHoReturnOldChTargetACCUMULATIONINTEGERNumber of failed Hard HO for serving E-DCH cell selection and UE maintained. Stepped in the target cell. Counter is stepped in the target cell after a RRC Physical Channel Reconfiguration Failure has been received from the UE during a Hard handover in Serving E-DCH/HS-DSCH Cell SelectionManagedElement_RncFunction_UtranCell.pmNoEulHardHoReturnOldChTargetSumecttbh, Sum
    pmNoIncomingEulHardHoAttemptACCUMULATIONINTEGERNumber of attempted incoming Hard HO for serving E-DCH cell selection. Stepped in the target cell when a RRC Physical Channel Reconfiguration is sent to the UE during a Hard handover in Serving E-DCH/HS-DSCH Cell Selection.ManagedElement_RncFunction_UtranCell.pmNoIncomingEulHardHoAttemptSumecttbh, Sum
    pmNoIncomingEulHardHoSuccessACCUMULATIONINTEGERNumber of successful incoming Hard HO for serving E-DCH cell selection. Stepped in the target cell after a RRC Physical Channel Reconfiguration Complete has been received from the UE during a Hard handover in Serving E-DCH/HS-DSCH Cell Selection.ManagedElement_RncFunction_UtranCell.pmNoIncomingEulHardHoSuccessSumecttbh, Sum
    pmNoOutgoingEulHardHoAttemptACCUMULATIONINTEGERNumber of attempted outgoing Hard HO for serving E-DCH cell selection. Stepped in the best cell in the Active Set when the transition is triggered. The best cell is the cell with the highest measured quality defined by parameter UeMeasControl::hsQualityEstimate. Stepped in the source cell when a RRC Physical Channel Reconfiguration is sent to the UE during a Hard handover in Serving E-DCH/HS-DSCH Cell Selection.ManagedElement_RncFunction_UtranCell.pmNoOutgoingEulHardHoAttemptSumecttbh, Sum
    pmNoOutgoingEulHardHoSuccessACCUMULATIONINTEGERNumber of successful outgoing Hard HO for serving E-DCH cell selection. Stepped in the best cell in the Active Set when the transition is triggered. The best cell is the cell with the highest measured quality defined by parameter UeMeasControl::hsQualityEstimate. Stepped in the source cell after a RRC Physical Channel Reconfiguration Complete has been received from the UE during a Hard handover in Serving E-DCH/HS-DSCH Cell Selection.ManagedElement_RncFunction_UtranCell.pmNoOutgoingEulHardHoSuccessSumecttbh, Sum


    Cell.Ericsson.UMTS.Hard_Handover_HSDSCH

    HSDSCH Hard Handover statistics.

    KPITypeData TypeDescriptionDerivationDefault AggregatorOther Aggregators
    _%_IncomingHsHardHoSuccess_SrcPERCENTAGEFLOATPercentage of successful Hard HO for serving HS-DSCH cell selection, target cell100 * {pmNoIncomingHsHardHoSuccess}/{pmNoIncomingHsHardHoAttempt}AverageAverage, ecttbh
    _%_OutgoingHsHardHoSuccess_TgtPERCENTAGEFLOATPercentage of successful Hard HO for serving HS-DSCH cell selection, source cell100 * {pmNoOutgoingHsHardHoSuccess}/{pmNoOutgoingHsHardHoAttempt}AverageAverage, ecttbh
    _%_pmEnableHsHhoSuccessPERCENTAGEFLOATPercentage of successful attempts to do a Hard HO to a coverage related cell, with the purpose to enable the possibility to do a transition to a HS-DSCH connection. Stepped in the best cell in the Active Set when the transition is triggered.Stepped when Physical Channel Reconfiguration Complete is received from the UE, during an attempt to do a Hard HO to a Coverage Related cell when doing Serving HS-DSCH Cell Selection100 * {pmEnableHsHhoSuccess}/{pmEnableHsHhoAttempt}AverageAverage, ecttbh
    _%_pmNoIncomingPsStreamHsHhoSuccessPERCENTAGEFLOATPercentage successes Hard HO for serving HS-DSCH cell selection for PS Streaming.100 * {pmNoIncomingPsStreamHsHhoSuccess}/{pmNoIncomingPsStreamHsHhoAttempt}AverageAverage, ecttbh
    _%_pmNoOutgoingPsStreamHsHhoSuccessPERCENTAGEFLOATPercentage successful Hard HO for serving HS-DSCH cell selection for PS Streaming.100 * {pmNoOutgoingPsStreamHsHhoSuccess}/{pmNoOutgoingPsStreamHsHhoAttempt}AverageAverage, ecttbh
    pmEnableHsHhoAttemptACCUMULATIONINTEGERNumber of attempts to do a Hard HO to a coverage related cell, with the purpose to enable the possibility to do a transition to a HS-DSCH connection. Stepped in the best cell in the Active Set when the transition is triggered.Stepped when Physical Channel Reconfiguration is sent to the UE, for an attempt to do a Hard HO to a Coverage Related cell when doing Serving HS-DSCH Cell Selection.ManagedElement_RncFunction_UtranCell.pmEnableHsHhoAttemptSumecttbh, Sum
    pmEnableHsHhoSuccessACCUMULATIONINTEGERNumber of successful attempts to do a Hard HO to a coverage related cell, with the purpose to enable the possibility to do a transition to a HS-DSCH connection. Stepped in the best cell in the Active Set when the transition is triggered.Stepped when Physical Channel Reconfiguration Complete is received from the UE, during an attempt to do a Hard HO to a Coverage Related cell when doing Serving HS-DSCH Cell SelectionManagedElement_RncFunction_UtranCell.pmEnableHsHhoSuccessSumecttbh, Sum
    pmNoHsHardHoReturnOldChSourceACCUMULATIONINT8Number of failed Hard HO for serving HS-DSCH cell selection and UE connection maintained. Source cellManagedElement_RncFunction_UtranCell.pmNoHsHardHoReturnOldChSourceSumecttbh, Sum
    pmNoHsHardHoReturnOldChTargetACCUMULATIONINT8Number of failed Hard HO for serving HS-DSCH cell selection and UE connection maintained. Target CellManagedElement_RncFunction_UtranCell.pmNoHsHardHoReturnOldChTargetSumecttbh, Sum
    pmNoIncomingHsHardHoAttemptACCUMULATIONINT8Number of attempted Hard HO for serving HS-DSCH cell selection. Target cellManagedElement_RncFunction_UtranCell.pmNoIncomingHsHardHoAttemptSumecttbh, Sum
    pmNoIncomingHsHardHoSuccessACCUMULATIONINT8Number of successful Hard HO for serving HS-DSCH cell selection. Target cellManagedElement_RncFunction_UtranCell.pmNoIncomingHsHardHoSuccessSumecttbh, Sum
    pmNoIncomingPsStreamHsHhoAttemptACCUMULATIONINTEGERNumber of attempted Hard HO for serving HS-DSCH cell selection for PS Streaming.ManagedElement_RncFunction_UtranCell.pmNoIncomingPsStreamHsHhoAttemptSumecttbh, Sum
    pmNoIncomingPsStreamHsHhoSuccessACCUMULATIONINTEGERNumber of successes Hard HO for serving HS-DSCH cell selection for PS Streaming.ManagedElement_RncFunction_UtranCell.pmNoIncomingPsStreamHsHhoSuccessSumecttbh, Sum
    pmNoOutgoingHsHardHoAttemptACCUMULATIONINT8Number of attempts Hard HO for serving HS-DSCH cell selection. Source cellManagedElement_RncFunction_UtranCell.pmNoOutgoingHsHardHoAttemptSumecttbh, Sum
    pmNoOutgoingHsHardHoSuccessACCUMULATIONINT8Number of successful Hard HO for serving HS-DSCH cell selection. Source cellManagedElement_RncFunction_UtranCell.pmNoOutgoingHsHardHoSuccessSumecttbh, Sum
    pmNoOutgoingPsStreamHsHhoAttemptACCUMULATIONINTEGERNumber of attempts Hard HO for serving HS-DSCH cell selection for PS Streaming.ManagedElement_RncFunction_UtranCell.pmNoOutgoingPsStreamHsHhoAttemptSumecttbh, Sum
    pmNoOutgoingPsStreamHsHhoSuccessACCUMULATIONINTEGERNumber of successful Hard HO for serving HS-DSCH cell selection for PS Streaming.ManagedElement_RncFunction_UtranCell.pmNoOutgoingPsStreamHsHhoSuccessSumecttbh, Sum
    pmNoPsStreamHsHhoReturnOldSourceACCUMULATIONINTEGERNumber of failed Hard HO for serving HS-DSCH cell selection and UE connection maintained for PS Streaming.ManagedElement_RncFunction_UtranCell.pmNoPsStreamHsHhoReturnOldSourceSumecttbh, Sum
    pmNoPsStreamHsHhoReturnOldTargetACCUMULATIONINTEGERNumber of failed Hard HO for serving HS-DSCH cell selection and UE connection maintained for PS Streaming.ManagedElement_RncFunction_UtranCell.pmNoPsStreamHsHhoReturnOldTargetSumecttbh, Sum


    Cell.Ericsson.UMTS.HARQ

    Hybrid Automatic Repetition Request related statistics.

    KPITypeData TypeDescriptionDerivationDefault AggregatorOther Aggregators
    pmEulHarqTransmTti10FailureACCUMULATIONINTEGERNumber of events when HARQ failure is indicated for the PS interactive RB and the SRBs when TTI = 10. The data shall be associated with the serving EUL cell.Pegged at the first correctly decoded E-DCH data frame for a previously not received CFN in a radio link set corresponding to the SRB delivered to the SRNC and coded as a -HARQ Failure Indication-.ManagedElement_RncFunction_UtranCell.pmEulHarqTransmTti10FailureSumAverage, ecttbh, Sum
    pmEulHarqTransmTti10PsInteractive_AvgINTENSITYFLOAT(Obsolete in P7.1) Average:Number of HARQ transmissions attempted for the PS interactive RB when TTI = 10 ms. If the signalled number of HARQ retransmissions is 13, 14 or 15, the PDF counter shall not be incremented.ManagedElement_RncFunction_UtranCell.pmEulHarqTransmTti10PsInteractive_AvgAverageAverage, ecttbh, Maximum, Minimum, Sum
    pmEulHarqTransmTti10PsInteractive_MaxINTENSITYINTEGER(Obsolete in P7.1) Maximum:Number of HARQ transmissions attempted for the PS interactive RB when TTI = 10 ms. If the signalled number of HARQ retransmissions is 13, 14 or 15, the PDF counter shall not be incremented.ManagedElement_RncFunction_UtranCell.pmEulHarqTransmTti10PsInteractive_MaxAverageAverage, ecttbh, Maximum, Minimum, Sum
    pmEulHarqTransmTti10PsInteractive_MinINTENSITYINTEGER(Obsolete in P7.1) Minimum:Number of HARQ transmissions attempted for the PS interactive RB when TTI = 10 ms. If the signalled number of HARQ retransmissions is 13, 14 or 15, the PDF counter shall not be incremented.ManagedElement_RncFunction_UtranCell.pmEulHarqTransmTti10PsInteractive_MinAverageAverage, ecttbh, Maximum, Minimum, Sum
    pmEulHarqTransmTti10Srb_AvgINTENSITYFLOATAverage:Number of HARQ transmissions attempted for the SRB-s when TTI = 10 ms. If the signalled number of HARQ retransmissions is 13, 14 or 15, the PDF counter shall not be incremented.ManagedElement_RncFunction_UtranCell.pmEulHarqTransmTti10Srb_AvgAverageAverage, ecttbh, Maximum, Minimum, Sum
    pmEulHarqTransmTti10Srb_MaxINTENSITYINTEGERMaximum:Number of HARQ transmissions attempted for the SRB-s when TTI = 10 ms. If the signalled number of HARQ retransmissions is 13, 14 or 15, the PDF counter shall not be incremented.ManagedElement_RncFunction_UtranCell.pmEulHarqTransmTti10Srb_MaxAverageAverage, ecttbh, Maximum, Minimum, Sum
    pmEulHarqTransmTti10Srb_MinINTENSITYINTEGERMinimum:Number of HARQ transmissions attempted for the SRB-s when TTI = 10 ms. If the signalled number of HARQ retransmissions is 13, 14 or 15, the PDF counter shall not be incremented.ManagedElement_RncFunction_UtranCell.pmEulHarqTransmTti10Srb_MinAverageAverage, ecttbh, Maximum, Minimum, Sum
    pmEulHarqTransmTti2FailureACCUMULATIONINTEGERNumber of events when HARQ failure is indicated, for both the PS interactive RB and the SRBs, when TTI = 2 ms.ManagedElement_RncFunction_UtranCell.pmEulHarqTransmTti2FailureSumAverage, ecttbh
    pmEulHarqTransmTti2PsRabs_AvgINTENSITYFLOATAverage: Number of HARQ transmissions attempted for the PS interactive RB with TTI = 2 ms.ManagedElement_RncFunction_UtranCell.pmEulHarqTransmTti2PsRabs_AvgAverageAverage, ecttbh, Sum, Minimum, Maximum
    pmEulHarqTransmTti2PsRabs_MaxINTENSITYINTEGERMaximum: Number of HARQ transmissions attempted for the PS interactive RB with TTI = 2 ms.ManagedElement_RncFunction_UtranCell.pmEulHarqTransmTti2PsRabs_MaxAverageAverage, ecttbh, Sum, Minimum, Maximum
    pmEulHarqTransmTti2PsRabs_MinINTENSITYINTEGERMinimum: Number of HARQ transmissions attempted for the PS interactive RB with TTI = 2 ms.ManagedElement_RncFunction_UtranCell.pmEulHarqTransmTti2PsRabs_MinAverageAverage, ecttbh, Sum, Minimum, Maximum
    pmEulHarqTransmTti2Srb_AvgINTENSITYFLOATAverage: Number of HARQ transmissions attempted for the SRBs when TTI = 2 ms.ManagedElement_RncFunction_UtranCell.pmEulHarqTransmTti2Srb_AvgAverageAverage, ecttbh, Sum, Minimum, Maximum
    pmEulHarqTransmTti2Srb_MaxINTENSITYINTEGERMaximum: Number of HARQ transmissions attempted for the SRBs when TTI = 2 ms.ManagedElement_RncFunction_UtranCell.pmEulHarqTransmTti2Srb_MaxAverageAverage, ecttbh, Sum, Minimum, Maximum
    pmEulHarqTransmTti2Srb_MinINTENSITYINTEGERMinimum: Number of HARQ transmissions attempted for the SRBs when TTI = 2 ms.ManagedElement_RncFunction_UtranCell.pmEulHarqTransmTti2Srb_MinAverageAverage, ecttbh, Sum, Minimum, Maximum


    Cell.Ericsson.UMTS.HSDSCH_Overload

    HSD service overloaded statistics.

    KPITypeData TypeDescriptionDerivationDefault AggregatorOther Aggregators
    pmHsdschOverloadDetectionACCUMULATIONINTEGERCounts the number of times HS-DSCH Overload Control is detected.ManagedElement_RncFunction_UtranCell.pmHsdschOverloadDetectionSumecttbh, Sum
    pmTotalTimeHsdschOverloadACCUMULATIONINTEGERThe total amount of time (sec) a cell was HS-DSCH overloaded.ManagedElement_RncFunction_UtranCell.pmTotalTimeHsdschOverloadSumecttbh, Sum


    Cell.Ericsson.UMTS.HSDSCH_RLC_statistics

    HSD RLC statistics

    KPITypeData TypeDescriptionDerivationDefault AggregatorOther Aggregators
    pmNoDiscardSduDtchHsACCUMULATIONINTEGERThe total number of discarded Packet Interactive HS DTCH RLC SDUs.ManagedElement_RncFunction_UtranCell_Hsdsch.pmNoDiscardSduDtchHsSumecttbh, Sum
    pmNoReceivedSduDtchHsACCUMULATIONINTEGERTotal number of discarded SDUs on a HS DTCH for a PS Streaming RB.ManagedElement_RncFunction_UtranCell_Hsdsch.pmNoReceivedSduDtchHsSumecttbh, Sum


    Cell.Ericsson.UMTS.HSDSCH_service_availability

    HSDSCH Service availability statistics.

    KPITypeData TypeDescriptionDerivationDefault AggregatorOther Aggregators
    _%_HsUptimePERCENTAGEFLOATPercentage HSDCH service available time not affected by events recorded by pmHsDowntimeAuto and pmHsDowntimeMan100 * ({measurement_seconds} - {pmHsDowntimeMan} - {pmHsDowntimeAuto})/{measurement_seconds}AverageAverage, ecttbh
    pmHsDowntimeAutoACCUMULATIONINT8Amount of time the Hsdsch service in the cell is unavailable due to that the system has considered the cell as down e.g. at least one of the MOs Hsdsch, UtranCell, Pch, Rach or Fach is disabled while all are unlocked.ManagedElement_RncFunction_UtranCell_Hsdsch.pmHsDowntimeAutoSumecttbh, Sum
    pmHsDowntimeManACCUMULATIONINT8Amount of time the Hsdsch service in the cell is unavailable due to operation setting e.g. the operator has locked at least one of the MOs Hsdsch, UtranCell, Pch, Rach or Fach.ManagedElement_RncFunction_UtranCell_Hsdsch.pmHsDowntimeManSumecttbh, Sum


    Cell.Ericsson.UMTS.HSDSCH_service_throughput

    HSD service throughput statistics.

    KPITypeData TypeDescriptionDerivationDefault AggregatorOther Aggregators
    Avg_pmHsDlRlcTotPacketThpINTENSITYFLOATAverage HS-DSCH DL RLC throughput measurements (that is, incremented by the measured throughput amount, including retransmissions: pmSumHsDlRlcTotPacketThp = pmSumHsDlRlcTotPacketThp + throughput_measure). Reported on the HS-DSCH cell.thresholddiv({pmSumHsDlRlcTotPacketThp},{pmSamplesHsDlRlcTotPacketThp},0,0)AverageAverage, ecttbh, Maximum, Minimum, Sum
    Avg_pmHsDlRlcUserPacketThpINTENSITYFLOATAverage HS-DSCH DL RLC throughput measurements (that is, incremented by the measured RLC throughput amount, excluding retransmissions: pmSumHsDlRlcUserPacketThp = pmSumHsDlRlcUserPacketThp + throughput_measure). Reported on the HS-DSCH cellthresholddiv({pmSumHsDlRlcUserPacketThp},{pmSamplesHsDlRlcUserPacketThp},0,0)AverageAverage, ecttbh, Maximum, Minimum, Sum
    pmHsDlRlcUserPacketThp_AvgINTENSITYFLOATThe HS-DSCH DL RLC throughput (user data), excluding retransmissions. Reported on the HS-DSCH cell.ManagedElement_RncFunction_UtranCell_Hsdsch.pmHsDlRlcUserPacketThp_AvgAverageAverage, ecttbh, Maximum, Minimum, Sum
    pmHsDlRlcUserPacketThp_MaxINTENSITYFLOATThe minimum average HS-DSCH DL RLC throughput (user data), excluding retransmissions. Reported on the HS-DSCH cell.ManagedElement_RncFunction_UtranCell_Hsdsch.pmHsDlRlcUserPacketThp_MaxConstantAverage, ecttbh, Maximum, Minimum, Sum
    pmHsDlRlcUserPacketThp_MinINTENSITYFLOATThe maximum HS-DSCH DL RLC throughput (user data), excluding retransmissions. Reported on the HS-DSCH cell.ManagedElement_RncFunction_UtranCell_Hsdsch.pmHsDlRlcUserPacketThp_MinMinimumAverage, ecttbh, Maximum, Minimum, Sum
    pmSamplesHsDlRlcTotPacketThpACCUMULATIONINTEGERNumber of samples in pmSumHsDlRlcTotPacketThp (that is, pmSamplesHsDlRlcTotPacketThp = pmSamplesHsDlRlcTotPacketThp +1, whenever pmSumHsDlRlcTotPacketThp is to be updated). Reset at each ROP period.ManagedElement_RncFunction_UtranCell_Hsdsch.pmSamplesHsDlRlcTotPacketThpSumecttbh, Sum
    pmSamplesHsDlRlcUserPacketThpACCUMULATIONINTEGERNumber of samples in pmSumHsDlRlcUserPacketThp (that is, pmSamplesHsDlRlcUserPacketThp = pmSamplesHsDlRlcUserPacket Thp +1, whenever pmSumHsDlRlcUserPacketThp is to be updated). Reset at each ROP period.ManagedElement_RncFunction_UtranCell_Hsdsch.pmSamplesHsDlRlcUserPacketThpSumecttbh, Sum
    pmSumHsDlRlcTotPacketThpACCUMULATIONINTEGERAggregate of HS-DSCH DL RLC throughput measurements (that is, incremented by the measured throughput amount, including retransmissions: pmSumHsDlRlcTotPacketThp = pmSumHsDlRlcTotPacketThp + throughput_measure). Reported on the HS-DSCH cell.ManagedElement_RncFunction_UtranCell_Hsdsch.pmSumHsDlRlcTotPacketThpSumecttbh, Sum
    pmSumHsDlRlcUserPacketThpACCUMULATIONINTEGERAggregate of HS-DSCH DL RLC throughput measurements (that is, incremented by the measured RLC throughput amount, excluding retransmissions: pmSumHsDlRlcUserPacketThp = pmSumHsDlRlcUserPacketThp + throughput_measure). Reported on the HS-DSCH cellManagedElement_RncFunction_UtranCell_Hsdsch.pmSumHsDlRlcUserPacketThpSumecttbh, Sum


    Cell.Ericsson.UMTS.Inter_frequency_handover

    Inter frequency handover statistics.

    KPITypeData TypeDescriptionDerivationDefault AggregatorOther Aggregators
    pmInterFreqMeasCmStartACCUMULATIONINT8Number of inter-frequency measurements started with compressed mode.ManagedElement_RncFunction_UtranCell.pmInterFreqMeasCmStartSumecttbh, Sum
    pmInterFreqMeasCmStopACCUMULATIONINT8Number of inter-frequency measurements stops with compressed mode.ManagedElement_RncFunction_UtranCell.pmInterFreqMeasCmStopSumecttbh, Sum
    pmInterFreqMeasNoCmStartACCUMULATIONINT8Number of inter-frequency measurements started without compressed mode.ManagedElement_RncFunction_UtranCell.pmInterFreqMeasNoCmStartSumecttbh, Sum
    pmInterFreqMeasNoCmStopACCUMULATIONINT8Number of inter-frequency measurements stops without compressed mode.ManagedElement_RncFunction_UtranCell.pmInterFreqMeasNoCmStopSumecttbh, Sum
    pmNoTimesIfhoCellFailAddToActSetACCUMULATIONINTEGERNumber of times a cell fails to be added to an active set. Stepped after any occurred failure of Radio Link Setup or Radio Link Addition procedure, regardless of the reason of the failure, at Intra RNC Inter Frequency Handover.ManagedElement_RncFunction_UtranCell.pmNoTimesIfhoCellFailAddToActSetSumecttbh, Sum
    pmNoTimesIfhoRlAddToActSetACCUMULATIONINTEGERNumber of times an RL is added to an active set. Stepped after RRC PHYSICAL CHANNEL RECONFIGURATION COMPLETE has been received at Intra RNC Inter Frequency Handover.ManagedElement_RncFunction_UtranCell.pmNoTimesIfhoRlAddToActSetSumecttbh, Sum


    Cell.Ericsson.UMTS.inter_radio_access_technology_cell_change_incoming

    Incoming Inter radio access technology (e.g. GERAN to UTRAN) cell change/cell reselection statistics.

    KPITypeData TypeDescriptionDerivationDefault AggregatorOther Aggregators
    _%_incoming_irat_cell_change_successPERCENTAGEFLOATPercentage successful incoming IRAT cell change.100 * {pmtotnorrcconnectsuccessiratccorder}/{pmtotnorrcconnectattiratccorder}AverageAverage, ecttbh
    _%_incoming_irat_cell_reselection_successPERCENTAGEFLOATPercentage successful incoming IRAT cell reselection.100 * {pmtotnorrcconnectsuccessiratcellresel}/{pmtotnorrcconnectattiratcellresel}AverageAverage, ecttbh
    pmtotnorrcconnectattiratccorderACCUMULATIONINT8Total number of RRC connection establishment attempts with establishment cause Inter-RAT cell change order.ManagedElement_RncFunction_UtranCell.pmTotNoRrcConnectAttIratCcOrderSumecttbh, Sum
    pmtotnorrcconnectattiratcellreselACCUMULATIONINT8Total number of RRC connection establishment attempts with establishment cause Inter-RAT cell reselection.ManagedElement_RncFunction_UtranCell.pmTotNoRrcConnectAttIratCellReselSumecttbh, Sum
    pmtotnorrcconnectfailcongiratccorderACCUMULATIONINT8Number of unsuccessful RRC Connection establishments with establishment cause Inter-RAT cell change order, which failed due to congestion.ManagedElement_RncFunction_UtranCell.pmTotNoRrcConnectFailCongIratCcOrderSumecttbh, Sum
    pmtotnorrcconnectfailcongiratcellreselACCUMULATIONINT8Number of unsuccessful RRC Connection establishments with establishment cause Inter-RAT cell reselection, which failed due to congestion.ManagedElement_RncFunction_UtranCell.pmTotNoRrcConnectFailCongIratCellReselSumecttbh, Sum
    pmtotnorrcconnectsuccessiratccorderACCUMULATIONINT8Number of successful RRC Connection establishments with establishment cause Inter RAT cell change order.ManagedElement_RncFunction_UtranCell.pmTotNoRrcConnectSuccessIratCcOrderSumecttbh, Sum
    pmtotnorrcconnectsuccessiratcellreselACCUMULATIONINT8establishment cause Inter RAT cell reselection.ManagedElement_RncFunction_UtranCell.pmTotNoRrcConnectSuccessIratCellReselSumecttbh, Sum


    Cell.Ericsson.UMTS.inter_radio_access_technology_handover_incoming

    Incoming Inter radio access technology (e.g. GERAN to UTRAN) handover statistics.

    KPITypeData TypeDescriptionDerivationDefault AggregatorOther Aggregators
    _%_incoming_cs_iratho_successPERCENTAGEFLOATPercentage successful incoming CS IRAT Handover.100 * {pmnoincsirathosuccess}/{pmnoincsirathoatt}AverageAverage, ecttbh
    pmnoincsirathoadmfailACCUMULATIONINT8Number of CS incoming Inter System Handovers that fails due to admission blocking in Utran.ManagedElement_RncFunction_UtranCell.pmNoInCsIratHoAdmFailSumecttbh, Sum
    pmnoincsirathoattACCUMULATIONINT8Number of attempted CS incoming Inter System Handovers (counted before module and central MP load control, after SCCP MP load control).ManagedElement_RncFunction_UtranCell.pmNoInCsIratHoAttSumecttbh, Sum
    pmnoincsirathosuccessACCUMULATIONINT8Number of successful CS incoming Inter System Handovers.ManagedElement_RncFunction_UtranCell.pmNoInCsIratHoSuccessSumecttbh, Sum


    Cell.Ericsson.UMTS.inter_radio_access_technology_handover_outgoing

    Outgoing Inter radio access technology (e.g. UTRAN to GERAN) handover statistics.

    KPITypeData TypeDescriptionDerivationDefault AggregatorOther Aggregators
    pmIratHoGsmMeasCmStartACCUMULATIONINT8GSM measurement starts (with use of compressed mode).ManagedElement_RncFunction_UtranCell.pmIratHoGsmMeasCmStartSumecttbh, Sum
    pmIratHoGsmMeasNoCmStartACCUMULATIONINT8GSM measurement starts (without use of compressed mode).ManagedElement_RncFunction_UtranCell.pmIratHoGsmMeasNoCmStartSumecttbh, Sum
    pmNoDirRetryAttACCUMULATIONINT8Number of attempts directed retry.ManagedElement_RncFunction_UtranCell.pmNoDirRetryAttSumecttbh, Sum
    pmNoDirRetrySuccessACCUMULATIONINT8Number of successful directed retry.ManagedElement_RncFunction_UtranCell.pmNoDirRetrySuccessSumecttbh, Sum


    Cell.Ericsson.UMTS.MAC_PDU

    MAC PDUs related statistics on Enhanced Uplink.

    KPITypeData TypeDescriptionDerivationDefault AggregatorOther Aggregators
    Avg_pmEulMacesPduTti10UndelivPsInteractiveINTENSITYFLOAT(Obsolete in P7.1) Ratio of MAC-es PDUs, corresponding to the PS interactive RB, which are undeliverable by MAC-es re-ordering, against delivered.thresholddiv({pmEulMacesPduTti10UndelivPsInteractive},{pmEulMacesPduTti10DelivPsInteractive},0,0)AverageAverage, ecttbh, Maximum, Minimum, Sum
    Avg_pmEulMacesPduTti10UndelivSrbINTENSITYFLOATRatio of MAC-es PDUs, corresponding to the SRBs, which are undeliverable by MAC-es re-ordering against delivered.thresholddiv({pmEulMacesPduTti10UndelivSrb},{pmEulMacesPduTti10DelivSrb},0,0)AverageAverage, ecttbh, Maximum, Minimum, Sum
    pmEulMacesPduTti10DelivPsInteractiveACCUMULATIONINTEGER(Obsolete in P7.1) Number of MAC-es PDUs, corresponding to the PS interactive RB, which are delivered to the disassembly entity in MAC-es when TTI = 10 ms. The data shall be associated with the serving EUL cell. Pegged when the re-ordering entity delivers a MAC-es PDU carrying PS interactive data to MAC-d.ManagedElement_RncFunction_UtranCell.pmEulMacesPduTti10DelivPsInteractiveSumecttbh, Sum
    pmEulMacesPduTti10DelivPsRabsACCUMULATIONINTEGERNumber of MAC-es PDUs, corresponding to the PS RBs with TTI = 10 ms, which have been delivered to MAC-d within the ROP by the MAC-es re-ordering function.ManagedElement_RncFunction_UtranCell.pmEulMacesPduTti10DelivPsRabsSumecttbh, Sum
    pmEulMacesPduTti10DelivSrbACCUMULATIONINTEGERNumber of MAC-es PDUs, corresponding to the SRBs, which are delivered to the disassembly entities in MAC-es when TTI = 10 ms. The data shall be associated with the serving EUL cell.Pegged when the re-ordering entity delivers a MAC-es PDU carrying SRB data to MAC-d.ManagedElement_RncFunction_UtranCell.pmEulMacesPduTti10DelivSrbSumecttbh, Sum
    pmEulMacesPduTti10UndelivPsInteractiveACCUMULATIONINTEGER(Obsolete in P7.1) Number of MAC-es PDUs, corresponding to the PS interactive RB, which are undeliverable by MAC-es re-ordering, when TTI = 10 ms. Incremented for each MAC-es PDU, which cannot be delivered. Undeliverable MAC-es PDUs are those that have not been received at expiry of timer RncFunction.t1eTimerUlTti10 and have a TSN smaller than the TSN that triggered the timer. The data shall be associated with the serving EUL cell.ManagedElement_RncFunction_UtranCell.pmEulMacesPduTti10UndelivPsInteractiveSumecttbh, Sum
    pmEulMacesPduTti10UndelivPsRabsACCUMULATIONINTEGERNumber of MAC-es PDUs, corresponding to the PS RBs with TTI = 10 ms, which the MAC-es re-ordering function could not deliver within the ROP.ManagedElement_RncFunction_UtranCell.pmEulMacesPduTti10UndelivPsRabsSumecttbh, Sum
    pmEulMacesPduTti10UndelivSrbACCUMULATIONINTEGERNumber of MAC-es PDUs, corresponding to the SRBs, which are undeliverable by MAC-es re-ordering when TTI = 10 ms. Incremented for each MAC-es PDU, which cannot be delivered. Undeliverable MAC-es PDUs are those that have not been received at expiry of timer RncFunction.t1eTimerUlTti10 and have a TSN smaller than the TSN that triggered the timer .The data shall be associated with the serving EUL cellManagedElement_RncFunction_UtranCell.pmEulMacesPduTti10UndelivSrbSumecttbh, Sum
    pmEulMacesPduTti2DelivPsRabsACCUMULATIONINTEGERNumber of MAC-es PDUs, corresponding to the PS interactive RB, which are delivered to the disassembly entity in MAC-es when TTI = 2 ms.ManagedElement_RncFunction_UtranCell.pmEulMacesPduTti2DelivPsRabsSumecttbh
    pmEulMacesPduTti2DelivSrbACCUMULATIONINTEGERNumber of MAC-es PDUs, corresponding to the SRBs, which are delivered to the disassembly entities in MAC-es when TTI = 2 ms. The data is associated with the serving EUL cell.ManagedElement_RncFunction_UtranCell.pmEulMacesPduTti2DelivSrbSumecttbh
    pmEulMacesPduTti2UndelivPsRabsACCUMULATIONINTEGERNumber of MAC-es PDUs, corresponding to the PS interactive RB with TTI = 2 ms, which are undeliverable by MAC-es re-ordering.ManagedElement_RncFunction_UtranCell.pmEulMacesPduTti2UndelivPsRabsSumecttbh
    pmEulMacesPduTti2UndelivSrbACCUMULATIONINTEGERNumber of MAC-es PDUs, corresponding to the SRBs with TTI = 2 ms, which are undeliverable by MAC-es re-ordering.ManagedElement_RncFunction_UtranCell.pmEulMacesPduTti2UndelivSrbSumecttbh


    Cell.Ericsson.UMTS.MBMS_Sessions

    MBMS session statistics.

    KPITypeData TypeDescriptionDerivationDefault AggregatorOther Aggregators
    Avg_pmSumMbmsTrafficINTENSITYFLOATAverage Streaming PS MBMS 129.6 RLC throughput measurements (that is, incremented by the measured Streaming PS MBMS 129.6 RLC throughput amount, including user data Medium Access Control (MAC) and Radio Link Control (RLC) header information.thresholddiv({pmSumMbmsTraffic},{pmSamplesMbmsTraffic},0,0)AverageAverage, ecttbh, Maximum, Minimum, Sum
    Avg_pmSumPsStrMbms128RlcUserThpINTENSITYFLOATAverage Streaming PS MBMS 259.2 RLC throughput measurements (that is, incremented by the measured Streaming PS MBMS 259.2 RLC throughput amount, including user data Medium Access Control (MAC) and Radio Link Control (RLC) header information.thresholddiv({pmSumPsStrMbms128RlcUserThp},{pmSamplesPsStrMbms128RlcUserThp},0,0)AverageAverage, ecttbh, Maximum, Minimum, Sum
    Avg_pmSumPsStrMbms256RlcUserThpINTENSITYFLOATAverage Streaming PS MBMS 64.8 RLC throughput measurements (that is, incremented by the measured Streaming PS MBMS 64.8 RLC throughput amount, including user data, Medium Access Control (MAC) and Radio Link Control (RLC) header information.thresholddiv({pmSumPsStrMbms256RlcUserThp},{pmSamplesPsStrMbms256RlcUserThp},0,0)AverageAverage, ecttbh, Maximum, Minimum, Sum
    Avg_pmSumPsStrMbms64RlcUserThpINTENSITYFLOATAverage of all sample values recorded within the ROP period for -MBMS traffic intensity-.thresholddiv({pmSumPsStrMbms64RlcUserThp},{pmSamplesPsStrMbms64RlcUserThp},0,0)AverageAverage, ecttbh, Maximum, Minimum, Sum
    pmNoAttemptMbmsSessionACCUMULATIONINTEGERNumber of MBMS session start attempts. This counter is only stepped when a new MBMS session is about to start, that is, re-establish attempts are NOT included.ME_RNC_UtranCell_MbmsCch.pmNoAttemptMbmsSessionSumecttbh, Sum
    pmNoFailedMbmsSessionLackRnResACCUMULATIONINTEGERNumber of unsuccessful MBMS session start attempts due to lack of RN resources. This counter is only stepped max. once per round of retries of all MBMS sessions in the pending queue in order to give the desired observability.ME_RNC_UtranCell_MbmsCch.pmNoFailedMbmsSessionLackRnResSumecttbh, Sum
    pmNoFailedMbmsSessionLackTnResACCUMULATIONINTEGERNumber of unsuccessful MBMS session start attempts due to lack of TN resources. This counter is only stepped max. once per round of retries of all MBMS sessions in the pending queue in order to give the desired observability.ME_RNC_UtranCell_MbmsCch.pmNoFailedMbmsSessionLackTnResSumecttbh, Sum
    pmNoSuccessMbmsSessionACCUMULATIONINTEGERNumber of successful MBMS session start. The counter is stepped for each first successful establishment of an MBMS session in a cell. Any reestablishment of this MBMS session in this cell does not cause any step of this counter.ME_RNC_UtranCell_MbmsCch.pmNoSuccessMbmsSessionSumecttbh, Sum
    pmNoSuccessMbmsSessionStartACCUMULATIONINTEGERNumber of successful MBMS session start and re-start.ME_RNC_UtranCell_MbmsCch.pmNoSuccessMbmsSessionStartSumecttbh, Sum
    pmNoSystemMbmsSessionStopACCUMULATIONINTEGERNumber of MBMS session stop due to system internal reasons, that is, due to WRAN system or due to a CN problem.ME_RNC_UtranCell_MbmsCch.pmNoSystemMbmsSessionStopSumecttbh, Sum
    pmSamplesMbmsTrafficACCUMULATIONINTEGERNumber of samples recorded within the ROP period for -MBMS traffic intensity-.ME_RNC_UtranCell_MbmsCch.pmSamplesMbmsTrafficSumecttbh, Sum
    pmSamplesPsStrMbms128RlcUserThpACCUMULATIONINTEGERNumber of samples in pmSumPsStrMbms128RlcUserThp (that is, pmSamplesPsStrMbms128R lcUserThp = pmSamplesPsStrMb ms128RlcUserThp +1, whenever pmSumPsStrMbms128RlcUserThp is to be updated).ME_RNC_UtranCell_MbmsCch.pmSamplesPsStrMbms128RlcUserThpSumecttbh, Sum
    pmSamplesPsStrMbms256RlcUserThpACCUMULATIONINTEGERNumber of samples in pmSumPsStrMbms256RlcUserThp (that is, pmSamplesPsStrMbms256R lcUserThp = pmSamplesPsStrMb ms256RlcUserThp +1, whenever mSumPsStrMbms256RlcUserThp is to be updated).ME_RNC_UtranCell_MbmsCch.pmSamplesPsStrMbms256RlcUserThpSumecttbh, Sum
    pmSamplesPsStrMbms64RlcUserThpACCUMULATIONINTEGERNumber of samples in pmSumPsStrMbms64RlcUserThp (that is, pmSamplesPsStrMbms64R lcUserThp = pmSamplesPsStrM bms64RlcUserThp +1, whenever pmSumPsStrMbms64RlcUserThp is to be updated).ME_RNC_UtranCell_MbmsCch.pmSamplesPsStrMbms64RlcUserThpSumecttbh, Sum
    pmSumMbmsTrafficACCUMULATIONINTEGERSum of all sample values recorded within the ROP period for -MBMS traffic intensity-.ME_RNC_UtranCell_MbmsCch.pmSumMbmsTrafficSumecttbh, Sum
    pmSumPsStrMbms128RlcUserThpACCUMULATIONINTEGERAggregate of Streaming PS MBMS 129.6 RLC throughput measurements (that is, incremented by the measured Streaming PS MBMS 129.6 RLC throughput amount, including user data Medium Access Control (MAC) and Radio Link Control (RLC) header information.ME_RNC_UtranCell_MbmsCch.pmSumPsStrMbms128RlcUserThpSumecttbh, Sum
    pmSumPsStrMbms256RlcUserThpACCUMULATIONINTEGERAggregate of Streaming PS MBMS 259.2 RLC throughput measurements (that is, incremented by the measured Streaming PS MBMS 259.2 RLC throughput amount, including user data Medium Access Control (MAC) and Radio Link Control (RLC) header information.ME_RNC_UtranCell_MbmsCch.pmSumPsStrMbms256RlcUserThpSumecttbh, Sum
    pmSumPsStrMbms64RlcUserThpACCUMULATIONINTEGERAggregate of Streaming PS MBMS 64.8 RLC throughput measurements (that is, incremented by the measured Streaming PS MBMS 64.8 RLC throughput amount, including user data, Medium Access Control (MAC) and Radio Link Control (RLC) header information.ME_RNC_UtranCell_MbmsCch.pmSumPsStrMbms64RlcUserThpSumecttbh, Sum


    Cell.Ericsson.UMTS.NAS_signalling

    NAS signalling statistics

    KPITypeData TypeDescriptionDerivationDefault AggregatorOther Aggregators
    pmNoNormalNasSignReleaseCsACCUMULATIONINTEGERNumber of successful normal releases of the NAS signalling sequence at call setup towards a CS CN from the originating states Idle, URA_PCH, CELL_FACH, CELL_DCH and URA_PCH/CELL_FACH.ManagedElement_RncFunction_UtranCell.pmNoNormalNasSignReleaseCsSumecttbh, Sum
    pmNoNormalNasSignReleasePsACCUMULATIONINTEGERNumber of successful normal releases of the NAS signalling sequence at call setup towards a PS CN from the originating states Idle, URA_PCH, CELL_FACH, CELL_DCH and URA_PCH/CELL_FACH.ManagedElement_RncFunction_UtranCell.pmNoNormalNasSignReleasePsSumecttbh, Sum
    pmNoSystemNasSignReleaseCsACCUMULATIONINTEGERNumber of system releases of the NAS signalling sequence at call setup towards a CS CN from the originating states Idle, URA_PCH, CELL_FACH, CELL_DCH and URA_PCH/CELL_FACH.ManagedElement_RncFunction_UtranCell.pmNoSystemNasSignReleaseCsSumecttbh, Sum
    pmNoSystemNasSignReleasePsACCUMULATIONINTEGERNumber of system releases of the NAS signalling sequence at call setup towards a PS CN from the originating states Idle, URA_PCH, CELL_FACH, CELL_DCH and URA_PCH/CELL_FACH.ManagedElement_RncFunction_UtranCell.pmNoSystemNasSignReleasePsSumecttbh, Sum


    Cell.Ericsson.UMTS.paging_counters

    UTRAN paging statistics.

    KPITypeData TypeDescriptionDerivationDefault AggregatorOther Aggregators
    pmnopagingattemptcninitdcchACCUMULATIONINT8Number of CN-initiated pages sent on DCCH to connected mode Ues.ManagedElement_RncFunction_UtranCell.pmNoPagingAttemptCnInitDcchSumecttbh, Sum
    pmnopagingattemptutranrejectedACCUMULATIONINT8Number of page requests rejected by UTRAN.ManagedElement_RncFunction_UtranCell.pmNoPagingAttemptUtranRejectedSumecttbh, Sum
    pmNoPagingType1AttemptACCUMULATIONINTEGERCounting the number of page type 1 attempts to idle UEs in a cell (excluding retransmissions).ManagedElement_RncFunction_UtranCell.pmNoPagingType1AttemptSumecttbh, Sum
    pmNoPagingType1AttemptCsACCUMULATIONINTEGERNumber of Paging Type 1 messages routed to a cell for transmission with cause -Terminating Conversational Call- (excluding retransmissions).ManagedElement_RncFunction_UtranCell.pmNoPagingType1AttemptCsSumecttbh, Sum
    pmNoPagingType1AttemptPsACCUMULATIONINTEGERCounting the number of page type 1 attempts with cause -Terminating Interactive Call- or -Terminating Background Call- to idle UEs in a cell (excluding retransmissions).ManagedElement_RncFunction_UtranCell.pmNoPagingType1AttemptPsSumecttbh, Sum


    Cell.Ericsson.UMTS.PDF_pmDchDlRlcUserPacketThp

    pmDchDlRlcUserPacketThp PDF counters

    KPITypeData TypeDescriptionDerivationDefault AggregatorOther Aggregators
    pmDchDlRlcUserPacketThp_0ACCUMULATIONINTEGERNumber of times that the DL user RLC throughput for PS Interactive on R99 DCH has been within a defined range during the ROP. The user RLC throughput includes user data but excludes retransmissions, padding bits, data PDU headers and RLC control PDUs.ManagedElement_RncFunction_UtranCell.pmDchDlRlcUserPacketThp_0Sum 
    pmDchDlRlcUserPacketThp_10ACCUMULATIONINTEGERNumber of times that the DL user RLC throughput for PS Interactive on R99 DCH has been within a defined range during the ROP. The user RLC throughput includes user data but excludes retransmissions, padding bits, data PDU headers and RLC control PDUs.ManagedElement_RncFunction_UtranCell.pmDchDlRlcUserPacketThp_10Sum 
    pmDchDlRlcUserPacketThp_11ACCUMULATIONINTEGERNumber of times that the DL user RLC throughput for PS Interactive on R99 DCH has been within a defined range during the ROP. The user RLC throughput includes user data but excludes retransmissions, padding bits, data PDU headers and RLC control PDUs.ManagedElement_RncFunction_UtranCell.pmDchDlRlcUserPacketThp_11Sum 
    pmDchDlRlcUserPacketThp_12ACCUMULATIONINTEGERNumber of times that the DL user RLC throughput for PS Interactive on R99 DCH has been within a defined range during the ROP. The user RLC throughput includes user data but excludes retransmissions, padding bits, data PDU headers and RLC control PDUs.ManagedElement_RncFunction_UtranCell.pmDchDlRlcUserPacketThp_12Sum 
    pmDchDlRlcUserPacketThp_13ACCUMULATIONINTEGERNumber of times that the DL user RLC throughput for PS Interactive on R99 DCH has been within a defined range during the ROP. The user RLC throughput includes user data but excludes retransmissions, padding bits, data PDU headers and RLC control PDUs.ManagedElement_RncFunction_UtranCell.pmDchDlRlcUserPacketThp_13Sum 
    pmDchDlRlcUserPacketThp_14ACCUMULATIONINTEGERNumber of times that the DL user RLC throughput for PS Interactive on R99 DCH has been within a defined range during the ROP. The user RLC throughput includes user data but excludes retransmissions, padding bits, data PDU headers and RLC control PDUs.ManagedElement_RncFunction_UtranCell.pmDchDlRlcUserPacketThp_14Sum 
    pmDchDlRlcUserPacketThp_15ACCUMULATIONINTEGERNumber of times that the DL user RLC throughput for PS Interactive on R99 DCH has been within a defined range during the ROP. The user RLC throughput includes user data but excludes retransmissions, padding bits, data PDU headers and RLC control PDUs.ManagedElement_RncFunction_UtranCell.pmDchDlRlcUserPacketThp_15Sum 
    pmDchDlRlcUserPacketThp_16ACCUMULATIONINTEGERNumber of times that the DL user RLC throughput for PS Interactive on R99 DCH has been within a defined range during the ROP. The user RLC throughput includes user data but excludes retransmissions, padding bits, data PDU headers and RLC control PDUs.ManagedElement_RncFunction_UtranCell.pmDchDlRlcUserPacketThp_16Sum 
    pmDchDlRlcUserPacketThp_17ACCUMULATIONINTEGERNumber of times that the DL user RLC throughput for PS Interactive on R99 DCH has been within a defined range during the ROP. The user RLC throughput includes user data but excludes retransmissions, padding bits, data PDU headers and RLC control PDUs.ManagedElement_RncFunction_UtranCell.pmDchDlRlcUserPacketThp_17Sum 
    pmDchDlRlcUserPacketThp_18ACCUMULATIONINTEGERNumber of times that the DL user RLC throughput for PS Interactive on R99 DCH has been within a defined range during the ROP. The user RLC throughput includes user data but excludes retransmissions, padding bits, data PDU headers and RLC control PDUs.ManagedElement_RncFunction_UtranCell.pmDchDlRlcUserPacketThp_18Sum 
    pmDchDlRlcUserPacketThp_19ACCUMULATIONINTEGERNumber of times that the DL user RLC throughput for PS Interactive on R99 DCH has been within a defined range during the ROP. The user RLC throughput includes user data but excludes retransmissions, padding bits, data PDU headers and RLC control PDUs.ManagedElement_RncFunction_UtranCell.pmDchDlRlcUserPacketThp_19Sum 
    pmDchDlRlcUserPacketThp_1ACCUMULATIONINTEGERNumber of times that the DL user RLC throughput for PS Interactive on R99 DCH has been within a defined range during the ROP. The user RLC throughput includes user data but excludes retransmissions, padding bits, data PDU headers and RLC control PDUs.ManagedElement_RncFunction_UtranCell.pmDchDlRlcUserPacketThp_1Sum 
    pmDchDlRlcUserPacketThp_2ACCUMULATIONINTEGERNumber of times that the DL user RLC throughput for PS Interactive on R99 DCH has been within a defined range during the ROP. The user RLC throughput includes user data but excludes retransmissions, padding bits, data PDU headers and RLC control PDUs.ManagedElement_RncFunction_UtranCell.pmDchDlRlcUserPacketThp_2Sum 
    pmDchDlRlcUserPacketThp_3ACCUMULATIONINTEGERNumber of times that the DL user RLC throughput for PS Interactive on R99 DCH has been within a defined range during the ROP. The user RLC throughput includes user data but excludes retransmissions, padding bits, data PDU headers and RLC control PDUs.ManagedElement_RncFunction_UtranCell.pmDchDlRlcUserPacketThp_3Sum 
    pmDchDlRlcUserPacketThp_4ACCUMULATIONINTEGERNumber of times that the DL user RLC throughput for PS Interactive on R99 DCH has been within a defined range during the ROP. The user RLC throughput includes user data but excludes retransmissions, padding bits, data PDU headers and RLC control PDUs.ManagedElement_RncFunction_UtranCell.pmDchDlRlcUserPacketThp_4Sum 
    pmDchDlRlcUserPacketThp_5ACCUMULATIONINTEGERNumber of times that the DL user RLC throughput for PS Interactive on R99 DCH has been within a defined range during the ROP. The user RLC throughput includes user data but excludes retransmissions, padding bits, data PDU headers and RLC control PDUs.ManagedElement_RncFunction_UtranCell.pmDchDlRlcUserPacketThp_5Sum 
    pmDchDlRlcUserPacketThp_6ACCUMULATIONINTEGERNumber of times that the DL user RLC throughput for PS Interactive on R99 DCH has been within a defined range during the ROP. The user RLC throughput includes user data but excludes retransmissions, padding bits, data PDU headers and RLC control PDUs.ManagedElement_RncFunction_UtranCell.pmDchDlRlcUserPacketThp_6Sum 
    pmDchDlRlcUserPacketThp_7ACCUMULATIONINTEGERNumber of times that the DL user RLC throughput for PS Interactive on R99 DCH has been within a defined range during the ROP. The user RLC throughput includes user data but excludes retransmissions, padding bits, data PDU headers and RLC control PDUs.ManagedElement_RncFunction_UtranCell.pmDchDlRlcUserPacketThp_7Sum 
    pmDchDlRlcUserPacketThp_8ACCUMULATIONINTEGERNumber of times that the DL user RLC throughput for PS Interactive on R99 DCH has been within a defined range during the ROP. The user RLC throughput includes user data but excludes retransmissions, padding bits, data PDU headers and RLC control PDUs.ManagedElement_RncFunction_UtranCell.pmDchDlRlcUserPacketThp_8Sum 
    pmDchDlRlcUserPacketThp_9ACCUMULATIONINTEGERNumber of times that the DL user RLC throughput for PS Interactive on R99 DCH has been within a defined range during the ROP. The user RLC throughput includes user data but excludes retransmissions, padding bits, data PDU headers and RLC control PDUs.ManagedElement_RncFunction_UtranCell.pmDchDlRlcUserPacketThp_9Sum 


    Cell.Ericsson.UMTS.PDF_pmDchUlRlcUserPacketThp

    pmDchUlRlcUserPacketThp PDF counters

    KPITypeData TypeDescriptionDerivationDefault AggregatorOther Aggregators
    pmDchUlRlcUserPacketThp_0ACCUMULATIONINTEGERNumber of times that the UL user RLC throughput for PS Interactive on R99 DCH has been within a defined range during the ROP. The user RLC throughput includes user data but excludes retransmissions, padding bits, data PDU headers and RLC control PDUs.ManagedElement_RncFunction_UtranCell.pmDchUlRlcUserPacketThp_0Sum 
    pmDchUlRlcUserPacketThp_10ACCUMULATIONINTEGERNumber of times that the UL user RLC throughput for PS Interactive on R99 DCH has been within a defined range during the ROP. The user RLC throughput includes user data but excludes retransmissions, padding bits, data PDU headers and RLC control PDUs.ManagedElement_RncFunction_UtranCell.pmDchUlRlcUserPacketThp_10Sum 
    pmDchUlRlcUserPacketThp_11ACCUMULATIONINTEGERNumber of times that the UL user RLC throughput for PS Interactive on R99 DCH has been within a defined range during the ROP. The user RLC throughput includes user data but excludes retransmissions, padding bits, data PDU headers and RLC control PDUs.ManagedElement_RncFunction_UtranCell.pmDchUlRlcUserPacketThp_11Sum 
    pmDchUlRlcUserPacketThp_12ACCUMULATIONINTEGERNumber of times that the UL user RLC throughput for PS Interactive on R99 DCH has been within a defined range during the ROP. The user RLC throughput includes user data but excludes retransmissions, padding bits, data PDU headers and RLC control PDUs.ManagedElement_RncFunction_UtranCell.pmDchUlRlcUserPacketThp_12Sum 
    pmDchUlRlcUserPacketThp_13ACCUMULATIONINTEGERNumber of times that the UL user RLC throughput for PS Interactive on R99 DCH has been within a defined range during the ROP. The user RLC throughput includes user data but excludes retransmissions, padding bits, data PDU headers and RLC control PDUs.ManagedElement_RncFunction_UtranCell.pmDchUlRlcUserPacketThp_13Sum 
    pmDchUlRlcUserPacketThp_14ACCUMULATIONINTEGERNumber of times that the UL user RLC throughput for PS Interactive on R99 DCH has been within a defined range during the ROP. The user RLC throughput includes user data but excludes retransmissions, padding bits, data PDU headers and RLC control PDUs.ManagedElement_RncFunction_UtranCell.pmDchUlRlcUserPacketThp_14Sum 
    pmDchUlRlcUserPacketThp_15ACCUMULATIONINTEGERNumber of times that the UL user RLC throughput for PS Interactive on R99 DCH has been within a defined range during the ROP. The user RLC throughput includes user data but excludes retransmissions, padding bits, data PDU headers and RLC control PDUs.ManagedElement_RncFunction_UtranCell.pmDchUlRlcUserPacketThp_15Sum 
    pmDchUlRlcUserPacketThp_16ACCUMULATIONINTEGERNumber of times that the UL user RLC throughput for PS Interactive on R99 DCH has been within a defined range during the ROP. The user RLC throughput includes user data but excludes retransmissions, padding bits, data PDU headers and RLC control PDUs.ManagedElement_RncFunction_UtranCell.pmDchUlRlcUserPacketThp_16Sum 
    pmDchUlRlcUserPacketThp_17ACCUMULATIONINTEGERNumber of times that the UL user RLC throughput for PS Interactive on R99 DCH has been within a defined range during the ROP. The user RLC throughput includes user data but excludes retransmissions, padding bits, data PDU headers and RLC control PDUs.ManagedElement_RncFunction_UtranCell.pmDchUlRlcUserPacketThp_17Sum 
    pmDchUlRlcUserPacketThp_18ACCUMULATIONINTEGERNumber of times that the UL user RLC throughput for PS Interactive on R99 DCH has been within a defined range during the ROP. The user RLC throughput includes user data but excludes retransmissions, padding bits, data PDU headers and RLC control PDUs.ManagedElement_RncFunction_UtranCell.pmDchUlRlcUserPacketThp_18Sum 
    pmDchUlRlcUserPacketThp_19ACCUMULATIONINTEGERNumber of times that the UL user RLC throughput for PS Interactive on R99 DCH has been within a defined range during the ROP. The user RLC throughput includes user data but excludes retransmissions, padding bits, data PDU headers and RLC control PDUs.ManagedElement_RncFunction_UtranCell.pmDchUlRlcUserPacketThp_19Sum 
    pmDchUlRlcUserPacketThp_1ACCUMULATIONINTEGERNumber of times that the UL user RLC throughput for PS Interactive on R99 DCH has been within a defined range during the ROP. The user RLC throughput includes user data but excludes retransmissions, padding bits, data PDU headers and RLC control PDUs.ManagedElement_RncFunction_UtranCell.pmDchUlRlcUserPacketThp_1Sum 
    pmDchUlRlcUserPacketThp_2ACCUMULATIONINTEGERNumber of times that the UL user RLC throughput for PS Interactive on R99 DCH has been within a defined range during the ROP. The user RLC throughput includes user data but excludes retransmissions, padding bits, data PDU headers and RLC control PDUs.ManagedElement_RncFunction_UtranCell.pmDchUlRlcUserPacketThp_2Sum 
    pmDchUlRlcUserPacketThp_3ACCUMULATIONINTEGERNumber of times that the UL user RLC throughput for PS Interactive on R99 DCH has been within a defined range during the ROP. The user RLC throughput includes user data but excludes retransmissions, padding bits, data PDU headers and RLC control PDUs.ManagedElement_RncFunction_UtranCell.pmDchUlRlcUserPacketThp_3Sum 
    pmDchUlRlcUserPacketThp_4ACCUMULATIONINTEGERNumber of times that the UL user RLC throughput for PS Interactive on R99 DCH has been within a defined range during the ROP. The user RLC throughput includes user data but excludes retransmissions, padding bits, data PDU headers and RLC control PDUs.ManagedElement_RncFunction_UtranCell.pmDchUlRlcUserPacketThp_4Sum 
    pmDchUlRlcUserPacketThp_5ACCUMULATIONINTEGERNumber of times that the UL user RLC throughput for PS Interactive on R99 DCH has been within a defined range during the ROP. The user RLC throughput includes user data but excludes retransmissions, padding bits, data PDU headers and RLC control PDUs.ManagedElement_RncFunction_UtranCell.pmDchUlRlcUserPacketThp_5Sum 
    pmDchUlRlcUserPacketThp_6ACCUMULATIONINTEGERNumber of times that the UL user RLC throughput for PS Interactive on R99 DCH has been within a defined range during the ROP. The user RLC throughput includes user data but excludes retransmissions, padding bits, data PDU headers and RLC control PDUs.ManagedElement_RncFunction_UtranCell.pmDchUlRlcUserPacketThp_6Sum 
    pmDchUlRlcUserPacketThp_7ACCUMULATIONINTEGERNumber of times that the UL user RLC throughput for PS Interactive on R99 DCH has been within a defined range during the ROP. The user RLC throughput includes user data but excludes retransmissions, padding bits, data PDU headers and RLC control PDUs.ManagedElement_RncFunction_UtranCell.pmDchUlRlcUserPacketThp_7Sum 
    pmDchUlRlcUserPacketThp_8ACCUMULATIONINTEGERNumber of times that the UL user RLC throughput for PS Interactive on R99 DCH has been within a defined range during the ROP. The user RLC throughput includes user data but excludes retransmissions, padding bits, data PDU headers and RLC control PDUs.ManagedElement_RncFunction_UtranCell.pmDchUlRlcUserPacketThp_8Sum 
    pmDchUlRlcUserPacketThp_9ACCUMULATIONINTEGERNumber of times that the UL user RLC throughput for PS Interactive on R99 DCH has been within a defined range during the ROP. The user RLC throughput includes user data but excludes retransmissions, padding bits, data PDU headers and RLC control PDUs.ManagedElement_RncFunction_UtranCell.pmDchUlRlcUserPacketThp_9Sum 


    Cell.Ericsson.UMTS.PDF_pmEulHarqTransmTti10PsRabs

    pmEulHarqTransmTti10PsRabs PDF counters

    KPITypeData TypeDescriptionDerivationDefault AggregatorOther Aggregators
    pmEulHarqTransmTti10PsRabs_1ACCUMULATIONINTEGERNumber of HARQ transmissions attempted for the PS RBs with TTI = 10 ms.ManagedElement_RncFunction_UtranCell.pmEulHarqTransmTti10PsRabs_1Sum 
    pmEulHarqTransmTti10PsRabs_2ACCUMULATIONINTEGERNumber of HARQ transmissions attempted for the PS RBs with TTI = 10 ms.ManagedElement_RncFunction_UtranCell.pmEulHarqTransmTti10PsRabs_2Sum 
    pmEulHarqTransmTti10PsRabs_3ACCUMULATIONINTEGERNumber of HARQ transmissions attempted for the PS RBs with TTI = 10 ms.ManagedElement_RncFunction_UtranCell.pmEulHarqTransmTti10PsRabs_3Sum 
    pmEulHarqTransmTti10PsRabs_4ACCUMULATIONINTEGERNumber of HARQ transmissions attempted for the PS RBs with TTI = 10 ms.ManagedElement_RncFunction_UtranCell.pmEulHarqTransmTti10PsRabs_4Sum 


    Cell.Ericsson.UMTS.PDF_pmEulHarqTransmTti10Srb

    pmEulHarqTransmTti10Srb PDF counters

    KPITypeData TypeDescriptionDerivationDefault AggregatorOther Aggregators
    pmEulHarqTransmTti10Srb_1ACCUMULATIONINTEGERNumber of HARQ transmissions attempted for the SRBs with TTI = 10 ms.ManagedElement_RncFunction_UtranCell.pmEulHarqTransmTti10Srb_1Sum 
    pmEulHarqTransmTti10Srb_2ACCUMULATIONINTEGERNumber of HARQ transmissions attempted for the SRBs with TTI = 10 ms.ManagedElement_RncFunction_UtranCell.pmEulHarqTransmTti10Srb_2Sum 
    pmEulHarqTransmTti10Srb_3ACCUMULATIONINTEGERNumber of HARQ transmissions attempted for the SRBs with TTI = 10 ms.ManagedElement_RncFunction_UtranCell.pmEulHarqTransmTti10Srb_3Sum 
    pmEulHarqTransmTti10Srb_4ACCUMULATIONINTEGERNumber of HARQ transmissions attempted for the SRBs with TTI = 10 ms.ManagedElement_RncFunction_UtranCell.pmEulHarqTransmTti10Srb_4Sum 


    Cell.Ericsson.UMTS.PDF_pmEulHarqTransmTti2PsRabs

    pmEulHarqTransmTti2PsRabs PDF counters

    KPITypeData TypeDescriptionDerivationDefault AggregatorOther Aggregators
    pmEulHarqTransmTti2PsRabs_1ACCUMULATIONINTEGERNumber of HARQ transmissions attempted for the PS Interactive RB with TTI = 2 ms.ManagedElement_RncFunction_UtranCell.pmEulHarqTransmTti2PsRabs_1Sum 
    pmEulHarqTransmTti2PsRabs_2ACCUMULATIONINTEGERNumber of HARQ transmissions attempted for the PS Interactive RB with TTI = 2 ms.ManagedElement_RncFunction_UtranCell.pmEulHarqTransmTti2PsRabs_2Sum 
    pmEulHarqTransmTti2PsRabs_3ACCUMULATIONINTEGERNumber of HARQ transmissions attempted for the PS Interactive RB with TTI = 2 ms.ManagedElement_RncFunction_UtranCell.pmEulHarqTransmTti2PsRabs_3Sum 
    pmEulHarqTransmTti2PsRabs_4ACCUMULATIONINTEGERNumber of HARQ transmissions attempted for the PS Interactive RB with TTI = 2 ms.ManagedElement_RncFunction_UtranCell.pmEulHarqTransmTti2PsRabs_4Sum 


    Cell.Ericsson.UMTS.PDF_pmEulHarqTransmTti2Srb

    pmEulHarqTransmTti2Srb PDF counters

    KPITypeData TypeDescriptionDerivationDefault AggregatorOther Aggregators
    pmEulHarqTransmTti2Srb_1ACCUMULATIONINTEGERNumber of HARQ transmissions attempted for the SRBs with TTI = 2 ms.ManagedElement_RncFunction_UtranCell.pmEulHarqTransmTti2Srb_1Sum 
    pmEulHarqTransmTti2Srb_2ACCUMULATIONINTEGERNumber of HARQ transmissions attempted for the SRBs with TTI = 2 ms.ManagedElement_RncFunction_UtranCell.pmEulHarqTransmTti2Srb_2Sum 
    pmEulHarqTransmTti2Srb_3ACCUMULATIONINTEGERNumber of HARQ transmissions attempted for the SRBs with TTI = 2 ms.ManagedElement_RncFunction_UtranCell.pmEulHarqTransmTti2Srb_3Sum 
    pmEulHarqTransmTti2Srb_4ACCUMULATIONINTEGERNumber of HARQ transmissions attempted for the SRBs with TTI = 2 ms.ManagedElement_RncFunction_UtranCell.pmEulHarqTransmTti2Srb_4Sum 


    Cell.Ericsson.UMTS.PDF_pmEulRlcUserPacketThp

    pmEulRlcUserPacketThp PDF counters

    KPITypeData TypeDescriptionDerivationDefault AggregatorOther Aggregators
    pmEulRlcUserPacketThp_0ACCUMULATIONINTEGERNumber of times that the EUL user RLC throughput has been within a defined range during the ROP. The user RLC throughput includes user data but excludes retransmissions.ManagedElement_RncFunction_UtranCell_Hsdsch_Eul.pmEulRlcUserPacketThp_0Sum 
    pmEulRlcUserPacketThp_10ACCUMULATIONINTEGERNumber of times that the EUL user RLC throughput has been within a defined range during the ROP. The user RLC throughput includes user data but excludes retransmissions.ManagedElement_RncFunction_UtranCell_Hsdsch_Eul.pmEulRlcUserPacketThp_10Sum 
    pmEulRlcUserPacketThp_11ACCUMULATIONINTEGERNumber of times that the EUL user RLC throughput has been within a defined range during the ROP. The user RLC throughput includes user data but excludes retransmissions.ManagedElement_RncFunction_UtranCell_Hsdsch_Eul.pmEulRlcUserPacketThp_11Sum 
    pmEulRlcUserPacketThp_12ACCUMULATIONINTEGERNumber of times that the EUL user RLC throughput has been within a defined range during the ROP. The user RLC throughput includes user data but excludes retransmissions.ManagedElement_RncFunction_UtranCell_Hsdsch_Eul.pmEulRlcUserPacketThp_12Sum 
    pmEulRlcUserPacketThp_13ACCUMULATIONINTEGERNumber of times that the EUL user RLC throughput has been within a defined range during the ROP. The user RLC throughput includes user data but excludes retransmissions.ManagedElement_RncFunction_UtranCell_Hsdsch_Eul.pmEulRlcUserPacketThp_13Sum 
    pmEulRlcUserPacketThp_14ACCUMULATIONINTEGERNumber of times that the EUL user RLC throughput has been within a defined range during the ROP. The user RLC throughput includes user data but excludes retransmissions.ManagedElement_RncFunction_UtranCell_Hsdsch_Eul.pmEulRlcUserPacketThp_14Sum 
    pmEulRlcUserPacketThp_15ACCUMULATIONINTEGERNumber of times that the EUL user RLC throughput has been within a defined range during the ROP. The user RLC throughput includes user data but excludes retransmissions.ManagedElement_RncFunction_UtranCell_Hsdsch_Eul.pmEulRlcUserPacketThp_15Sum 
    pmEulRlcUserPacketThp_16ACCUMULATIONINTEGERNumber of times that the EUL user RLC throughput has been within a defined range during the ROP. The user RLC throughput includes user data but excludes retransmissions.ManagedElement_RncFunction_UtranCell_Hsdsch_Eul.pmEulRlcUserPacketThp_16Sum 
    pmEulRlcUserPacketThp_17ACCUMULATIONINTEGERNumber of times that the EUL user RLC throughput has been within a defined range during the ROP. The user RLC throughput includes user data but excludes retransmissions.ManagedElement_RncFunction_UtranCell_Hsdsch_Eul.pmEulRlcUserPacketThp_17Sum 
    pmEulRlcUserPacketThp_18ACCUMULATIONINTEGERNumber of times that the EUL user RLC throughput has been within a defined range during the ROP. The user RLC throughput includes user data but excludes retransmissions.ManagedElement_RncFunction_UtranCell_Hsdsch_Eul.pmEulRlcUserPacketThp_18Sum 
    pmEulRlcUserPacketThp_19ACCUMULATIONINTEGERNumber of times that the EUL user RLC throughput has been within a defined range during the ROP. The user RLC throughput includes user data but excludes retransmissions.ManagedElement_RncFunction_UtranCell_Hsdsch_Eul.pmEulRlcUserPacketThp_19Sum 
    pmEulRlcUserPacketThp_1ACCUMULATIONINTEGERNumber of times that the EUL user RLC throughput has been within a defined range during the ROP. The user RLC throughput includes user data but excludes retransmissions.ManagedElement_RncFunction_UtranCell_Hsdsch_Eul.pmEulRlcUserPacketThp_1Sum 
    pmEulRlcUserPacketThp_20ACCUMULATIONINTEGERNumber of times that the EUL user RLC throughput has been within a defined range during the ROP. The user RLC throughput includes user data but excludes retransmissions.ManagedElement_RncFunction_UtranCell_Hsdsch_Eul.pmEulRlcUserPacketThp_20Sum 
    pmEulRlcUserPacketThp_21ACCUMULATIONINTEGERNumber of times that the EUL user RLC throughput has been within a defined range during the ROP. The user RLC throughput includes user data but excludes retransmissions.ManagedElement_RncFunction_UtranCell_Hsdsch_Eul.pmEulRlcUserPacketThp_21Sum 
    pmEulRlcUserPacketThp_22ACCUMULATIONINTEGERNumber of times that the EUL user RLC throughput has been within a defined range during the ROP. The user RLC throughput includes user data but excludes retransmissions.ManagedElement_RncFunction_UtranCell_Hsdsch_Eul.pmEulRlcUserPacketThp_22Sum 
    pmEulRlcUserPacketThp_23ACCUMULATIONINTEGERNumber of times that the EUL user RLC throughput has been within a defined range during the ROP. The user RLC throughput includes user data but excludes retransmissions.ManagedElement_RncFunction_UtranCell_Hsdsch_Eul.pmEulRlcUserPacketThp_23Sum 
    pmEulRlcUserPacketThp_24ACCUMULATIONINTEGERNumber of times that the EUL user RLC throughput has been within a defined range during the ROP. The user RLC throughput includes user data but excludes retransmissions.ManagedElement_RncFunction_UtranCell_Hsdsch_Eul.pmEulRlcUserPacketThp_24Sum 
    pmEulRlcUserPacketThp_25ACCUMULATIONINTEGERNumber of times that the EUL user RLC throughput has been within a defined range during the ROP. The user RLC throughput includes user data but excludes retransmissions.ManagedElement_RncFunction_UtranCell_Hsdsch_Eul.pmEulRlcUserPacketThp_25Sum 
    pmEulRlcUserPacketThp_2ACCUMULATIONINTEGERNumber of times that the EUL user RLC throughput has been within a defined range during the ROP. The user RLC throughput includes user data but excludes retransmissions.ManagedElement_RncFunction_UtranCell_Hsdsch_Eul.pmEulRlcUserPacketThp_2Sum 
    pmEulRlcUserPacketThp_3ACCUMULATIONINTEGERNumber of times that the EUL user RLC throughput has been within a defined range during the ROP. The user RLC throughput includes user data but excludes retransmissions.ManagedElement_RncFunction_UtranCell_Hsdsch_Eul.pmEulRlcUserPacketThp_3Sum 
    pmEulRlcUserPacketThp_4ACCUMULATIONINTEGERNumber of times that the EUL user RLC throughput has been within a defined range during the ROP. The user RLC throughput includes user data but excludes retransmissions.ManagedElement_RncFunction_UtranCell_Hsdsch_Eul.pmEulRlcUserPacketThp_4Sum 
    pmEulRlcUserPacketThp_5ACCUMULATIONINTEGERNumber of times that the EUL user RLC throughput has been within a defined range during the ROP. The user RLC throughput includes user data but excludes retransmissions.ManagedElement_RncFunction_UtranCell_Hsdsch_Eul.pmEulRlcUserPacketThp_5Sum 
    pmEulRlcUserPacketThp_6ACCUMULATIONINTEGERNumber of times that the EUL user RLC throughput has been within a defined range during the ROP. The user RLC throughput includes user data but excludes retransmissions.ManagedElement_RncFunction_UtranCell_Hsdsch_Eul.pmEulRlcUserPacketThp_6Sum 
    pmEulRlcUserPacketThp_7ACCUMULATIONINTEGERNumber of times that the EUL user RLC throughput has been within a defined range during the ROP. The user RLC throughput includes user data but excludes retransmissions.ManagedElement_RncFunction_UtranCell_Hsdsch_Eul.pmEulRlcUserPacketThp_7Sum 
    pmEulRlcUserPacketThp_8ACCUMULATIONINTEGERNumber of times that the EUL user RLC throughput has been within a defined range during the ROP. The user RLC throughput includes user data but excludes retransmissions.ManagedElement_RncFunction_UtranCell_Hsdsch_Eul.pmEulRlcUserPacketThp_8Sum 
    pmEulRlcUserPacketThp_9ACCUMULATIONINTEGERNumber of times that the EUL user RLC throughput has been within a defined range during the ROP. The user RLC throughput includes user data but excludes retransmissions.ManagedElement_RncFunction_UtranCell_Hsdsch_Eul.pmEulRlcUserPacketThp_9Sum 


    Cell.Ericsson.UMTS.PDF_pmHsDlRlcUserPacketThp

    pmHsDlRlcUserPacketThp PDF counters

    KPITypeData TypeDescriptionDerivationDefault AggregatorOther Aggregators
    pmHsDlRlcUserPacketThp_0ACCUMULATIONINTEGERNumber of times that the HS-DSCH DL user RLC throughput has been within a defined range during the ROP. The user RLC throughput includes user data but excludes retransmissions.ManagedElement_RncFunction_UtranCell_Hsdsch.pmHsDlRlcUserPacketThp_0Sum 
    pmHsDlRlcUserPacketThp_10ACCUMULATIONINTEGERNumber of times that the HS-DSCH DL user RLC throughput has been within a defined range during the ROP. The user RLC throughput includes user data but excludes retransmissions.ManagedElement_RncFunction_UtranCell_Hsdsch.pmHsDlRlcUserPacketThp_10Sum 
    pmHsDlRlcUserPacketThp_11ACCUMULATIONINTEGERNumber of times that the HS-DSCH DL user RLC throughput has been within a defined range during the ROP. The user RLC throughput includes user data but excludes retransmissions.ManagedElement_RncFunction_UtranCell_Hsdsch.pmHsDlRlcUserPacketThp_11Sum 
    pmHsDlRlcUserPacketThp_12ACCUMULATIONINTEGERNumber of times that the HS-DSCH DL user RLC throughput has been within a defined range during the ROP. The user RLC throughput includes user data but excludes retransmissions.ManagedElement_RncFunction_UtranCell_Hsdsch.pmHsDlRlcUserPacketThp_12Sum 
    pmHsDlRlcUserPacketThp_13ACCUMULATIONINTEGERNumber of times that the HS-DSCH DL user RLC throughput has been within a defined range during the ROP. The user RLC throughput includes user data but excludes retransmissions.ManagedElement_RncFunction_UtranCell_Hsdsch.pmHsDlRlcUserPacketThp_13Sum 
    pmHsDlRlcUserPacketThp_14ACCUMULATIONINTEGERNumber of times that the HS-DSCH DL user RLC throughput has been within a defined range during the ROP. The user RLC throughput includes user data but excludes retransmissions.ManagedElement_RncFunction_UtranCell_Hsdsch.pmHsDlRlcUserPacketThp_14Sum 
    pmHsDlRlcUserPacketThp_15ACCUMULATIONINTEGERNumber of times that the HS-DSCH DL user RLC throughput has been within a defined range during the ROP. The user RLC throughput includes user data but excludes retransmissions.ManagedElement_RncFunction_UtranCell_Hsdsch.pmHsDlRlcUserPacketThp_15Sum 
    pmHsDlRlcUserPacketThp_16ACCUMULATIONINTEGERNumber of times that the HS-DSCH DL user RLC throughput has been within a defined range during the ROP. The user RLC throughput includes user data but excludes retransmissions.ManagedElement_RncFunction_UtranCell_Hsdsch.pmHsDlRlcUserPacketThp_16Sum 
    pmHsDlRlcUserPacketThp_17ACCUMULATIONINTEGERNumber of times that the HS-DSCH DL user RLC throughput has been within a defined range during the ROP. The user RLC throughput includes user data but excludes retransmissions.ManagedElement_RncFunction_UtranCell_Hsdsch.pmHsDlRlcUserPacketThp_17Sum 
    pmHsDlRlcUserPacketThp_18ACCUMULATIONINTEGERNumber of times that the HS-DSCH DL user RLC throughput has been within a defined range during the ROP. The user RLC throughput includes user data but excludes retransmissions.ManagedElement_RncFunction_UtranCell_Hsdsch.pmHsDlRlcUserPacketThp_18Sum 
    pmHsDlRlcUserPacketThp_19ACCUMULATIONINTEGERNumber of times that the HS-DSCH DL user RLC throughput has been within a defined range during the ROP. The user RLC throughput includes user data but excludes retransmissions.ManagedElement_RncFunction_UtranCell_Hsdsch.pmHsDlRlcUserPacketThp_19Sum 
    pmHsDlRlcUserPacketThp_1ACCUMULATIONINTEGERNumber of times that the HS-DSCH DL user RLC throughput has been within a defined range during the ROP. The user RLC throughput includes user data but excludes retransmissions.ManagedElement_RncFunction_UtranCell_Hsdsch.pmHsDlRlcUserPacketThp_1Sum 
    pmHsDlRlcUserPacketThp_20ACCUMULATIONINTEGERNumber of times that the HS-DSCH DL user RLC throughput has been within a defined range during the ROP. The user RLC throughput includes user data but excludes retransmissions.ManagedElement_RncFunction_UtranCell_Hsdsch.pmHsDlRlcUserPacketThp_20Sum 
    pmHsDlRlcUserPacketThp_21ACCUMULATIONINTEGERNumber of times that the HS-DSCH DL user RLC throughput has been within a defined range during the ROP. The user RLC throughput includes user data but excludes retransmissions.ManagedElement_RncFunction_UtranCell_Hsdsch.pmHsDlRlcUserPacketThp_21Sum 
    pmHsDlRlcUserPacketThp_22ACCUMULATIONINTEGERNumber of times that the HS-DSCH DL user RLC throughput has been within a defined range during the ROP. The user RLC throughput includes user data but excludes retransmissions.ManagedElement_RncFunction_UtranCell_Hsdsch.pmHsDlRlcUserPacketThp_22Sum 
    pmHsDlRlcUserPacketThp_23ACCUMULATIONINTEGERNumber of times that the HS-DSCH DL user RLC throughput has been within a defined range during the ROP. The user RLC throughput includes user data but excludes retransmissions.ManagedElement_RncFunction_UtranCell_Hsdsch.pmHsDlRlcUserPacketThp_23Sum 
    pmHsDlRlcUserPacketThp_24ACCUMULATIONINTEGERNumber of times that the HS-DSCH DL user RLC throughput has been within a defined range during the ROP. The user RLC throughput includes user data but excludes retransmissions.ManagedElement_RncFunction_UtranCell_Hsdsch.pmHsDlRlcUserPacketThp_24Sum 
    pmHsDlRlcUserPacketThp_25ACCUMULATIONINTEGERNumber of times that the HS-DSCH DL user RLC throughput has been within a defined range during the ROP. The user RLC throughput includes user data but excludes retransmissions.ManagedElement_RncFunction_UtranCell_Hsdsch.pmHsDlRlcUserPacketThp_25Sum 
    pmHsDlRlcUserPacketThp_26ACCUMULATIONINTEGERNumber of times that the HS-DSCH DL user RLC throughput has been within a defined range during the ROP. The user RLC throughput includes user data but excludes retransmissions.ManagedElement_RncFunction_UtranCell_Hsdsch.pmHsDlRlcUserPacketThp_26Sum 
    pmHsDlRlcUserPacketThp_27ACCUMULATIONINTEGERNumber of times that the HS-DSCH DL user RLC throughput has been within a defined range during the ROP. The user RLC throughput includes user data but excludes retransmissions.ManagedElement_RncFunction_UtranCell_Hsdsch.pmHsDlRlcUserPacketThp_27Sum 
    pmHsDlRlcUserPacketThp_28ACCUMULATIONINTEGERNumber of times that the HS-DSCH DL user RLC throughput has been within a defined range during the ROP. The user RLC throughput includes user data but excludes retransmissions.ManagedElement_RncFunction_UtranCell_Hsdsch.pmHsDlRlcUserPacketThp_28Sum 
    pmHsDlRlcUserPacketThp_29ACCUMULATIONINTEGERNumber of times that the HS-DSCH DL user RLC throughput has been within a defined range during the ROP. The user RLC throughput includes user data but excludes retransmissions.ManagedElement_RncFunction_UtranCell_Hsdsch.pmHsDlRlcUserPacketThp_29Sum 
    pmHsDlRlcUserPacketThp_2ACCUMULATIONINTEGERNumber of times that the HS-DSCH DL user RLC throughput has been within a defined range during the ROP. The user RLC throughput includes user data but excludes retransmissions.ManagedElement_RncFunction_UtranCell_Hsdsch.pmHsDlRlcUserPacketThp_2Sum 
    pmHsDlRlcUserPacketThp_30ACCUMULATIONINTEGERNumber of times that the HS-DSCH DL user RLC throughput has been within a defined range during the ROP. The user RLC throughput includes user data but excludes retransmissions.ManagedElement_RncFunction_UtranCell_Hsdsch.pmHsDlRlcUserPacketThp_30Sum 
    pmHsDlRlcUserPacketThp_31ACCUMULATIONINTEGERNumber of times that the HS-DSCH DL user RLC throughput has been within a defined range during the ROP. The user RLC throughput includes user data but excludes retransmissions.ManagedElement_RncFunction_UtranCell_Hsdsch.pmHsDlRlcUserPacketThp_31Sum 
    pmHsDlRlcUserPacketThp_32ACCUMULATIONINTEGERNumber of times that the HS-DSCH DL user RLC throughput has been within a defined range during the ROP. The user RLC throughput includes user data but excludes retransmissions.ManagedElement_RncFunction_UtranCell_Hsdsch.pmHsDlRlcUserPacketThp_32Sum 
    pmHsDlRlcUserPacketThp_33ACCUMULATIONINTEGERNumber of times that the HS-DSCH DL user RLC throughput has been within a defined range during the ROP. The user RLC throughput includes user data but excludes retransmissions.ManagedElement_RncFunction_UtranCell_Hsdsch.pmHsDlRlcUserPacketThp_33Sum 
    pmHsDlRlcUserPacketThp_34ACCUMULATIONINTEGERNumber of times that the HS-DSCH DL user RLC throughput has been within a defined range during the ROP. The user RLC throughput includes user data but excludes retransmissions.ManagedElement_RncFunction_UtranCell_Hsdsch.pmHsDlRlcUserPacketThp_34Sum 
    pmHsDlRlcUserPacketThp_35ACCUMULATIONINTEGERNumber of times that the HS-DSCH DL user RLC throughput has been within a defined range during the ROP. The user RLC throughput includes user data but excludes retransmissions.ManagedElement_RncFunction_UtranCell_Hsdsch.pmHsDlRlcUserPacketThp_35Sum 
    pmHsDlRlcUserPacketThp_36ACCUMULATIONINTEGERNumber of times that the HS-DSCH DL user RLC throughput has been within a defined range during the ROP. The user RLC throughput includes user data but excludes retransmissions.ManagedElement_RncFunction_UtranCell_Hsdsch.pmHsDlRlcUserPacketThp_36Sum 
    pmHsDlRlcUserPacketThp_3ACCUMULATIONINTEGERNumber of times that the HS-DSCH DL user RLC throughput has been within a defined range during the ROP. The user RLC throughput includes user data but excludes retransmissions.ManagedElement_RncFunction_UtranCell_Hsdsch.pmHsDlRlcUserPacketThp_3Sum 
    pmHsDlRlcUserPacketThp_4ACCUMULATIONINTEGERNumber of times that the HS-DSCH DL user RLC throughput has been within a defined range during the ROP. The user RLC throughput includes user data but excludes retransmissions.ManagedElement_RncFunction_UtranCell_Hsdsch.pmHsDlRlcUserPacketThp_4Sum 
    pmHsDlRlcUserPacketThp_5ACCUMULATIONINTEGERNumber of times that the HS-DSCH DL user RLC throughput has been within a defined range during the ROP. The user RLC throughput includes user data but excludes retransmissions.ManagedElement_RncFunction_UtranCell_Hsdsch.pmHsDlRlcUserPacketThp_5Sum 
    pmHsDlRlcUserPacketThp_6ACCUMULATIONINTEGERNumber of times that the HS-DSCH DL user RLC throughput has been within a defined range during the ROP. The user RLC throughput includes user data but excludes retransmissions.ManagedElement_RncFunction_UtranCell_Hsdsch.pmHsDlRlcUserPacketThp_6Sum 
    pmHsDlRlcUserPacketThp_7ACCUMULATIONINTEGERNumber of times that the HS-DSCH DL user RLC throughput has been within a defined range during the ROP. The user RLC throughput includes user data but excludes retransmissions.ManagedElement_RncFunction_UtranCell_Hsdsch.pmHsDlRlcUserPacketThp_7Sum 
    pmHsDlRlcUserPacketThp_8ACCUMULATIONINTEGERNumber of times that the HS-DSCH DL user RLC throughput has been within a defined range during the ROP. The user RLC throughput includes user data but excludes retransmissions.ManagedElement_RncFunction_UtranCell_Hsdsch.pmHsDlRlcUserPacketThp_8Sum 
    pmHsDlRlcUserPacketThp_9ACCUMULATIONINTEGERNumber of times that the HS-DSCH DL user RLC throughput has been within a defined range during the ROP. The user RLC throughput includes user data but excludes retransmissions.ManagedElement_RncFunction_UtranCell_Hsdsch.pmHsDlRlcUserPacketThp_9Sum 


    Cell.Ericsson.UMTS.PDF_pmRes10

    pmRes10 PDF counters

    KPITypeData TypeDescriptionDerivationDefault AggregatorOther Aggregators
    pmRes10_0ACCUMULATIONINTEGERResults for RES measurement 10, stored in a generic way.ManagedElement_RncFunction_UtranCell.pmRes10_0Sum 
    pmRes10_10ACCUMULATIONINTEGERResults for RES measurement 10, stored in a generic way.ManagedElement_RncFunction_UtranCell.pmRes10_10Sum 
    pmRes10_11ACCUMULATIONINTEGERResults for RES measurement 10, stored in a generic way.ManagedElement_RncFunction_UtranCell.pmRes10_11Sum 
    pmRes10_12ACCUMULATIONINTEGERResults for RES measurement 10, stored in a generic way.ManagedElement_RncFunction_UtranCell.pmRes10_12Sum 
    pmRes10_13ACCUMULATIONINTEGERResults for RES measurement 10, stored in a generic way.ManagedElement_RncFunction_UtranCell.pmRes10_13Sum 
    pmRes10_14ACCUMULATIONINTEGERResults for RES measurement 10, stored in a generic way.ManagedElement_RncFunction_UtranCell.pmRes10_14Sum 
    pmRes10_15ACCUMULATIONINTEGERResults for RES measurement 10, stored in a generic way.ManagedElement_RncFunction_UtranCell.pmRes10_15Sum 
    pmRes10_16ACCUMULATIONINTEGERResults for RES measurement 10, stored in a generic way.ManagedElement_RncFunction_UtranCell.pmRes10_16Sum 
    pmRes10_17ACCUMULATIONINTEGERResults for RES measurement 10, stored in a generic way.ManagedElement_RncFunction_UtranCell.pmRes10_17Sum 
    pmRes10_18ACCUMULATIONINTEGERResults for RES measurement 10, stored in a generic way.ManagedElement_RncFunction_UtranCell.pmRes10_18Sum 
    pmRes10_1ACCUMULATIONINTEGERResults for RES measurement 10, stored in a generic way.ManagedElement_RncFunction_UtranCell.pmRes10_1Sum 
    pmRes10_2ACCUMULATIONINTEGERResults for RES measurement 10, stored in a generic way.ManagedElement_RncFunction_UtranCell.pmRes10_2Sum 
    pmRes10_3ACCUMULATIONINTEGERResults for RES measurement 10, stored in a generic way.ManagedElement_RncFunction_UtranCell.pmRes10_3Sum 
    pmRes10_4ACCUMULATIONINTEGERResults for RES measurement 10, stored in a generic way.ManagedElement_RncFunction_UtranCell.pmRes10_4Sum 
    pmRes10_5ACCUMULATIONINTEGERResults for RES measurement 10, stored in a generic way.ManagedElement_RncFunction_UtranCell.pmRes10_5Sum 
    pmRes10_6ACCUMULATIONINTEGERResults for RES measurement 10, stored in a generic way.ManagedElement_RncFunction_UtranCell.pmRes10_6Sum 
    pmRes10_7ACCUMULATIONINTEGERResults for RES measurement 10, stored in a generic way.ManagedElement_RncFunction_UtranCell.pmRes10_7Sum 
    pmRes10_8ACCUMULATIONINTEGERResults for RES measurement 10, stored in a generic way.ManagedElement_RncFunction_UtranCell.pmRes10_8Sum 
    pmRes10_9ACCUMULATIONINTEGERResults for RES measurement 10, stored in a generic way.ManagedElement_RncFunction_UtranCell.pmRes10_9Sum 


    Cell.Ericsson.UMTS.PDF_pmRes11

    pmRes11 PDF counters

    KPITypeData TypeDescriptionDerivationDefault AggregatorOther Aggregators
    pmRes11_0ACCUMULATIONINTEGERResults for RES measurement 11, stored in a generic way.ManagedElement_RncFunction_UtranCell.pmRes11_0Sum 
    pmRes11_10ACCUMULATIONINTEGERResults for RES measurement 11, stored in a generic way.ManagedElement_RncFunction_UtranCell.pmRes11_10Sum 
    pmRes11_11ACCUMULATIONINTEGERResults for RES measurement 11, stored in a generic way.ManagedElement_RncFunction_UtranCell.pmRes11_11Sum 
    pmRes11_12ACCUMULATIONINTEGERResults for RES measurement 11, stored in a generic way.ManagedElement_RncFunction_UtranCell.pmRes11_12Sum 
    pmRes11_13ACCUMULATIONINTEGERResults for RES measurement 11, stored in a generic way.ManagedElement_RncFunction_UtranCell.pmRes11_13Sum 
    pmRes11_14ACCUMULATIONINTEGERResults for RES measurement 11, stored in a generic way.ManagedElement_RncFunction_UtranCell.pmRes11_14Sum 
    pmRes11_15ACCUMULATIONINTEGERResults for RES measurement 11, stored in a generic way.ManagedElement_RncFunction_UtranCell.pmRes11_15Sum 
    pmRes11_16ACCUMULATIONINTEGERResults for RES measurement 11, stored in a generic way.ManagedElement_RncFunction_UtranCell.pmRes11_16Sum 
    pmRes11_17ACCUMULATIONINTEGERResults for RES measurement 11, stored in a generic way.ManagedElement_RncFunction_UtranCell.pmRes11_17Sum 
    pmRes11_18ACCUMULATIONINTEGERResults for RES measurement 11, stored in a generic way.ManagedElement_RncFunction_UtranCell.pmRes11_18Sum 
    pmRes11_1ACCUMULATIONINTEGERResults for RES measurement 11, stored in a generic way.ManagedElement_RncFunction_UtranCell.pmRes11_1Sum 
    pmRes11_2ACCUMULATIONINTEGERResults for RES measurement 11, stored in a generic way.ManagedElement_RncFunction_UtranCell.pmRes11_2Sum 
    pmRes11_3ACCUMULATIONINTEGERResults for RES measurement 11, stored in a generic way.ManagedElement_RncFunction_UtranCell.pmRes11_3Sum 
    pmRes11_4ACCUMULATIONINTEGERResults for RES measurement 11, stored in a generic way.ManagedElement_RncFunction_UtranCell.pmRes11_4Sum 
    pmRes11_5ACCUMULATIONINTEGERResults for RES measurement 11, stored in a generic way.ManagedElement_RncFunction_UtranCell.pmRes11_5Sum 
    pmRes11_6ACCUMULATIONINTEGERResults for RES measurement 11, stored in a generic way.ManagedElement_RncFunction_UtranCell.pmRes11_6Sum 
    pmRes11_7ACCUMULATIONINTEGERResults for RES measurement 11, stored in a generic way.ManagedElement_RncFunction_UtranCell.pmRes11_7Sum 
    pmRes11_8ACCUMULATIONINTEGERResults for RES measurement 11, stored in a generic way.ManagedElement_RncFunction_UtranCell.pmRes11_8Sum 
    pmRes11_9ACCUMULATIONINTEGERResults for RES measurement 11, stored in a generic way.ManagedElement_RncFunction_UtranCell.pmRes11_9Sum 


    Cell.Ericsson.UMTS.PDF_pmRes12

    pmRes12 PDF counters

    KPITypeData TypeDescriptionDerivationDefault AggregatorOther Aggregators
    pmRes12_0ACCUMULATIONINTEGERResults for RES measurement 12, stored in a generic way.ManagedElement_RncFunction_UtranCell.pmRes12_0Sum 
    pmRes12_10ACCUMULATIONINTEGERResults for RES measurement 12, stored in a generic way.ManagedElement_RncFunction_UtranCell.pmRes12_10Sum 
    pmRes12_11ACCUMULATIONINTEGERResults for RES measurement 12, stored in a generic way.ManagedElement_RncFunction_UtranCell.pmRes12_11Sum 
    pmRes12_12ACCUMULATIONINTEGERResults for RES measurement 12, stored in a generic way.ManagedElement_RncFunction_UtranCell.pmRes12_12Sum 
    pmRes12_13ACCUMULATIONINTEGERResults for RES measurement 12, stored in a generic way.ManagedElement_RncFunction_UtranCell.pmRes12_13Sum 
    pmRes12_14ACCUMULATIONINTEGERResults for RES measurement 12, stored in a generic way.ManagedElement_RncFunction_UtranCell.pmRes12_14Sum 
    pmRes12_15ACCUMULATIONINTEGERResults for RES measurement 12, stored in a generic way.ManagedElement_RncFunction_UtranCell.pmRes12_15Sum 
    pmRes12_16ACCUMULATIONINTEGERResults for RES measurement 12, stored in a generic way.ManagedElement_RncFunction_UtranCell.pmRes12_16Sum 
    pmRes12_17ACCUMULATIONINTEGERResults for RES measurement 12, stored in a generic way.ManagedElement_RncFunction_UtranCell.pmRes12_17Sum 
    pmRes12_18ACCUMULATIONINTEGERResults for RES measurement 12, stored in a generic way.ManagedElement_RncFunction_UtranCell.pmRes12_18Sum 
    pmRes12_1ACCUMULATIONINTEGERResults for RES measurement 12, stored in a generic way.ManagedElement_RncFunction_UtranCell.pmRes12_1Sum 
    pmRes12_2ACCUMULATIONINTEGERResults for RES measurement 12, stored in a generic way.ManagedElement_RncFunction_UtranCell.pmRes12_2Sum 
    pmRes12_3ACCUMULATIONINTEGERResults for RES measurement 12, stored in a generic way.ManagedElement_RncFunction_UtranCell.pmRes12_3Sum 
    pmRes12_4ACCUMULATIONINTEGERResults for RES measurement 12, stored in a generic way.ManagedElement_RncFunction_UtranCell.pmRes12_4Sum 
    pmRes12_5ACCUMULATIONINTEGERResults for RES measurement 12, stored in a generic way.ManagedElement_RncFunction_UtranCell.pmRes12_5Sum 
    pmRes12_6ACCUMULATIONINTEGERResults for RES measurement 12, stored in a generic way.ManagedElement_RncFunction_UtranCell.pmRes12_6Sum 
    pmRes12_7ACCUMULATIONINTEGERResults for RES measurement 12, stored in a generic way.ManagedElement_RncFunction_UtranCell.pmRes12_7Sum 
    pmRes12_8ACCUMULATIONINTEGERResults for RES measurement 12, stored in a generic way.ManagedElement_RncFunction_UtranCell.pmRes12_8Sum 
    pmRes12_9ACCUMULATIONINTEGERResults for RES measurement 12, stored in a generic way.ManagedElement_RncFunction_UtranCell.pmRes12_9Sum 


    Cell.Ericsson.UMTS.PDF_pmRes7

    pmRes7 PDF counters

    KPITypeData TypeDescriptionDerivationDefault AggregatorOther Aggregators
    pmRes7_0ACCUMULATIONINTEGERResults for RES measurement 7, stored in a generic way.ManagedElement_RncFunction_UtranCell.pmRes7_0Sum 
    pmRes7_10ACCUMULATIONINTEGERResults for RES measurement 7, stored in a generic way.ManagedElement_RncFunction_UtranCell.pmRes7_10Sum 
    pmRes7_11ACCUMULATIONINTEGERResults for RES measurement 7, stored in a generic way.ManagedElement_RncFunction_UtranCell.pmRes7_11Sum 
    pmRes7_12ACCUMULATIONINTEGERResults for RES measurement 7, stored in a generic way.ManagedElement_RncFunction_UtranCell.pmRes7_12Sum 
    pmRes7_13ACCUMULATIONINTEGERResults for RES measurement 7, stored in a generic way.ManagedElement_RncFunction_UtranCell.pmRes7_13Sum 
    pmRes7_14ACCUMULATIONINTEGERResults for RES measurement 7, stored in a generic way.ManagedElement_RncFunction_UtranCell.pmRes7_14Sum 
    pmRes7_15ACCUMULATIONINTEGERResults for RES measurement 7, stored in a generic way.ManagedElement_RncFunction_UtranCell.pmRes7_15Sum 
    pmRes7_16ACCUMULATIONINTEGERResults for RES measurement 7, stored in a generic way.ManagedElement_RncFunction_UtranCell.pmRes7_16Sum 
    pmRes7_17ACCUMULATIONINTEGERResults for RES measurement 7, stored in a generic way.ManagedElement_RncFunction_UtranCell.pmRes7_17Sum 
    pmRes7_18ACCUMULATIONINTEGERResults for RES measurement 7, stored in a generic way.ManagedElement_RncFunction_UtranCell.pmRes7_18Sum 
    pmRes7_1ACCUMULATIONINTEGERResults for RES measurement 7, stored in a generic way.ManagedElement_RncFunction_UtranCell.pmRes7_1Sum 
    pmRes7_2ACCUMULATIONINTEGERResults for RES measurement 7, stored in a generic way.ManagedElement_RncFunction_UtranCell.pmRes7_2Sum 
    pmRes7_3ACCUMULATIONINTEGERResults for RES measurement 7, stored in a generic way.ManagedElement_RncFunction_UtranCell.pmRes7_3Sum 
    pmRes7_4ACCUMULATIONINTEGERResults for RES measurement 7, stored in a generic way.ManagedElement_RncFunction_UtranCell.pmRes7_4Sum 
    pmRes7_5ACCUMULATIONINTEGERResults for RES measurement 7, stored in a generic way.ManagedElement_RncFunction_UtranCell.pmRes7_5Sum 
    pmRes7_6ACCUMULATIONINTEGERResults for RES measurement 7, stored in a generic way.ManagedElement_RncFunction_UtranCell.pmRes7_6Sum 
    pmRes7_7ACCUMULATIONINTEGERResults for RES measurement 7, stored in a generic way.ManagedElement_RncFunction_UtranCell.pmRes7_7Sum 
    pmRes7_8ACCUMULATIONINTEGERResults for RES measurement 7, stored in a generic way.ManagedElement_RncFunction_UtranCell.pmRes7_8Sum 
    pmRes7_9ACCUMULATIONINTEGERResults for RES measurement 7, stored in a generic way.ManagedElement_RncFunction_UtranCell.pmRes7_9Sum 


    Cell.Ericsson.UMTS.PDF_pmRes8

    pmRes8 PDF counters

    KPITypeData TypeDescriptionDerivationDefault AggregatorOther Aggregators
    pmRes8_0ACCUMULATIONINTEGERResults for RES measurement 8, stored in a generic way.ManagedElement_RncFunction_UtranCell.pmRes8_0Sum 
    pmRes8_10ACCUMULATIONINTEGERResults for RES measurement 8, stored in a generic way.ManagedElement_RncFunction_UtranCell.pmRes8_10Sum 
    pmRes8_11ACCUMULATIONINTEGERResults for RES measurement 8, stored in a generic way.ManagedElement_RncFunction_UtranCell.pmRes8_11Sum 
    pmRes8_12ACCUMULATIONINTEGERResults for RES measurement 8, stored in a generic way.ManagedElement_RncFunction_UtranCell.pmRes8_12Sum 
    pmRes8_13ACCUMULATIONINTEGERResults for RES measurement 8, stored in a generic way.ManagedElement_RncFunction_UtranCell.pmRes8_13Sum 
    pmRes8_14ACCUMULATIONINTEGERResults for RES measurement 8, stored in a generic way.ManagedElement_RncFunction_UtranCell.pmRes8_14Sum 
    pmRes8_15ACCUMULATIONINTEGERResults for RES measurement 8, stored in a generic way.ManagedElement_RncFunction_UtranCell.pmRes8_15Sum 
    pmRes8_16ACCUMULATIONINTEGERResults for RES measurement 8, stored in a generic way.ManagedElement_RncFunction_UtranCell.pmRes8_16Sum 
    pmRes8_17ACCUMULATIONINTEGERResults for RES measurement 8, stored in a generic way.ManagedElement_RncFunction_UtranCell.pmRes8_17Sum 
    pmRes8_18ACCUMULATIONINTEGERResults for RES measurement 8, stored in a generic way.ManagedElement_RncFunction_UtranCell.pmRes8_18Sum 
    pmRes8_1ACCUMULATIONINTEGERResults for RES measurement 8, stored in a generic way.ManagedElement_RncFunction_UtranCell.pmRes8_1Sum 
    pmRes8_2ACCUMULATIONINTEGERResults for RES measurement 8, stored in a generic way.ManagedElement_RncFunction_UtranCell.pmRes8_2Sum 
    pmRes8_3ACCUMULATIONINTEGERResults for RES measurement 8, stored in a generic way.ManagedElement_RncFunction_UtranCell.pmRes8_3Sum 
    pmRes8_4ACCUMULATIONINTEGERResults for RES measurement 8, stored in a generic way.ManagedElement_RncFunction_UtranCell.pmRes8_4Sum 
    pmRes8_5ACCUMULATIONINTEGERResults for RES measurement 8, stored in a generic way.ManagedElement_RncFunction_UtranCell.pmRes8_5Sum 
    pmRes8_6ACCUMULATIONINTEGERResults for RES measurement 8, stored in a generic way.ManagedElement_RncFunction_UtranCell.pmRes8_6Sum 
    pmRes8_7ACCUMULATIONINTEGERResults for RES measurement 8, stored in a generic way.ManagedElement_RncFunction_UtranCell.pmRes8_7Sum 
    pmRes8_8ACCUMULATIONINTEGERResults for RES measurement 8, stored in a generic way.ManagedElement_RncFunction_UtranCell.pmRes8_8Sum 
    pmRes8_9ACCUMULATIONINTEGERResults for RES measurement 8, stored in a generic way.ManagedElement_RncFunction_UtranCell.pmRes8_9Sum 


    Cell.Ericsson.UMTS.PDF_pmRes9

    pmRes9 PDF counters

    KPITypeData TypeDescriptionDerivationDefault AggregatorOther Aggregators
    pmRes9_0ACCUMULATIONINTEGERResults for RES measurement 9, stored in a generic way.ManagedElement_RncFunction_UtranCell.pmRes9_0Sum 
    pmRes9_10ACCUMULATIONINTEGERResults for RES measurement 9, stored in a generic way.ManagedElement_RncFunction_UtranCell.pmRes9_10Sum 
    pmRes9_11ACCUMULATIONINTEGERResults for RES measurement 9, stored in a generic way.ManagedElement_RncFunction_UtranCell.pmRes9_11Sum 
    pmRes9_12ACCUMULATIONINTEGERResults for RES measurement 9, stored in a generic way.ManagedElement_RncFunction_UtranCell.pmRes9_12Sum 
    pmRes9_13ACCUMULATIONINTEGERResults for RES measurement 9, stored in a generic way.ManagedElement_RncFunction_UtranCell.pmRes9_13Sum 
    pmRes9_14ACCUMULATIONINTEGERResults for RES measurement 9, stored in a generic way.ManagedElement_RncFunction_UtranCell.pmRes9_14Sum 
    pmRes9_15ACCUMULATIONINTEGERResults for RES measurement 9, stored in a generic way.ManagedElement_RncFunction_UtranCell.pmRes9_15Sum 
    pmRes9_16ACCUMULATIONINTEGERResults for RES measurement 9, stored in a generic way.ManagedElement_RncFunction_UtranCell.pmRes9_16Sum 
    pmRes9_17ACCUMULATIONINTEGERResults for RES measurement 9, stored in a generic way.ManagedElement_RncFunction_UtranCell.pmRes9_17Sum 
    pmRes9_18ACCUMULATIONINTEGERResults for RES measurement 9, stored in a generic way.ManagedElement_RncFunction_UtranCell.pmRes9_18Sum 
    pmRes9_1ACCUMULATIONINTEGERResults for RES measurement 9, stored in a generic way.ManagedElement_RncFunction_UtranCell.pmRes9_1Sum 
    pmRes9_2ACCUMULATIONINTEGERResults for RES measurement 9, stored in a generic way.ManagedElement_RncFunction_UtranCell.pmRes9_2Sum 
    pmRes9_3ACCUMULATIONINTEGERResults for RES measurement 9, stored in a generic way.ManagedElement_RncFunction_UtranCell.pmRes9_3Sum 
    pmRes9_4ACCUMULATIONINTEGERResults for RES measurement 9, stored in a generic way.ManagedElement_RncFunction_UtranCell.pmRes9_4Sum 
    pmRes9_5ACCUMULATIONINTEGERResults for RES measurement 9, stored in a generic way.ManagedElement_RncFunction_UtranCell.pmRes9_5Sum 
    pmRes9_6ACCUMULATIONINTEGERResults for RES measurement 9, stored in a generic way.ManagedElement_RncFunction_UtranCell.pmRes9_6Sum 
    pmRes9_7ACCUMULATIONINTEGERResults for RES measurement 9, stored in a generic way.ManagedElement_RncFunction_UtranCell.pmRes9_7Sum 
    pmRes9_8ACCUMULATIONINTEGERResults for RES measurement 9, stored in a generic way.ManagedElement_RncFunction_UtranCell.pmRes9_8Sum 
    pmRes9_9ACCUMULATIONINTEGERResults for RES measurement 9, stored in a generic way.ManagedElement_RncFunction_UtranCell.pmRes9_9Sum 


    Cell.Ericsson.UMTS.PDF_pmTotNoRrcConnectUeCapability

    pmTotNoRrcConnectUeCapability PDF counters

    KPITypeData TypeDescriptionDerivationDefault AggregatorOther Aggregators
    pmTotNoRrcConnectUeCapability_0ACCUMULATIONINTEGERNumber of times that a UE with certain capabilities has successfully setup an RRC connection.ManagedElement_RncFunction_UtranCell.pmTotNoRrcConnectUeCapability_0Sum 
    pmTotNoRrcConnectUeCapability_1ACCUMULATIONINTEGERNumber of times that a UE with certain capabilities has successfully setup an RRC connection.ManagedElement_RncFunction_UtranCell.pmTotNoRrcConnectUeCapability_1Sum 
    pmTotNoRrcConnectUeCapability_2ACCUMULATIONINTEGERNumber of times that a UE with certain capabilities has successfully setup an RRC connection.ManagedElement_RncFunction_UtranCell.pmTotNoRrcConnectUeCapability_2Sum 
    pmTotNoRrcConnectUeCapability_3ACCUMULATIONINTEGERNumber of times that a UE with certain capabilities has successfully setup an RRC connection.ManagedElement_RncFunction_UtranCell.pmTotNoRrcConnectUeCapability_3Sum 
    pmTotNoRrcConnectUeCapability_4ACCUMULATIONINTEGERNumber of times that a UE with certain capabilities has successfully setup an RRC connection.ManagedElement_RncFunction_UtranCell.pmTotNoRrcConnectUeCapability_4Sum 
    pmTotNoRrcConnectUeCapability_5ACCUMULATIONINTEGERNumber of times that a UE with certain capabilities has successfully setup an RRC connection.ManagedElement_RncFunction_UtranCell.pmTotNoRrcConnectUeCapability_5Sum 
    pmTotNoRrcConnectUeCapability_6ACCUMULATIONINTEGERNumber of times that a UE with certain capabilities has successfully setup an RRC connection.ManagedElement_RncFunction_UtranCell.pmTotNoRrcConnectUeCapability_6Sum 
    pmTotNoRrcConnectUeCapability_7ACCUMULATIONINTEGERNumber of times that a UE with certain capabilities has successfully setup an RRC connection.ManagedElement_RncFunction_UtranCell.pmTotNoRrcConnectUeCapability_7Sum 
    pmTotNoRrcConnectUeCapability_8ACCUMULATIONINTEGERNumber of times that a UE with certain capabilities has successfully setup an RRC connection.ManagedElement_RncFunction_UtranCell.pmTotNoRrcConnectUeCapability_8Sum 
    pmTotNoRrcConnectUeCapability_9ACCUMULATIONINTEGERNumber of times that a UE with certain capabilities has successfully setup an RRC connection.ManagedElement_RncFunction_UtranCell.pmTotNoRrcConnectUeCapability_9Sum 


    Cell.Ericsson.UMTS.rab_establishments_and_release

    UTRAN radio access bearer establishment and release.

    KPITypeData TypeDescriptionDerivationDefault AggregatorOther Aggregators
    _%_HS_DroppedPERCENTAGEFLOATDrop rate per UtranCell for HSDPA100 * {Ericsson.rab_establishments_and_release.pmNoSystemRbReleaseHs}/({Ericsson.rab_establishments_and_release.pmNoSystemRbReleaseHs}+{Ericsson.rab_establishments_and_release.pmNoNormalRbReleaseHs})AverageAverage, ecttbh
    _%_pmEulToDchSuccessPERCENTAGEFLOATPercentage of successful channel switches from E-DCH to a lower capability channel, that is, DCH/HS-DSCH or DCH/DCH. Stepped in the best cell in the Active Set when the transition is concluded.Stepped when Radio Bearer Reconfiguration Complete is received from the UE, during an attempt to do a transition from a connection using E-DCH capabilities to a DCH connection.100 * {pmEulToDchSuccess}/{pmEulToDchAttempt}AverageAverage, ecttbh
    _%_pmHsToDchSuccessPERCENTAGEFLOATPercentage of successful reconfigurations of a connection using a HS-DSCH to a DCH connection. Stepped in the best cell in the Active Set when the transition is triggered.Stepped when Radio Bearer Reconfiguration Complete is received from the UE, during an attempt to do a transition from a connection using HS-DSCH capabilities to a DCH connection.100 * {pmHsToDchSuccess}/{pmHsToDchAttempt}AverageAverage, ecttbh
    _%_pmNoRabEstablishSuccessAmrNbPERCENTAGEFLOATPercentage of successful RAB establishments (AMR NB) for the best cell in the Active Set. Incremented after successful AMR-NB RAB Establishment (on DCH) after sending the RANAP AMR-NB RAB Assignment Response message to the CN.100 * {pmNoRabEstablishSuccessAmrNb}/{pmNoRabEstablishAttemptAmrNb}AverageAverage, ecttbh
    _%_pmNoRabEstablishSuccessPacketInteractiveEulPERCENTAGEFLOATPercentage of successful RAB establishments for PS Interactive RAB mapped on E-DCH/HSDPA. Stepped for the Serving E-DCH cell at successful RAB/RB combination transition to PS Interactive E-DCH/HS - HS-DSCH due to RAB establishment. Triggered after sending of RAB Assignment Response (successful).100 * {pmNoRabEstablishSuccessPacketInteractiveEul}/{pmNoRabEstablishAttemptPacketInteractiveEul}AverageAverage, ecttbh
    _%_pmNoRabEstSuccessPsIntNonHsPERCENTAGEFLOATPercentage of successful RAB establishments for the PS Interactive RAB in a non-HS configuration (i.e. on DCH or FACH). Reported on the best cell in the active set.100 * {pmNoRabEstSuccessPsIntNonHs}/{pmNoRabEstAttemptPsIntNonHs}AverageAverage, ecttbh
    _%_pmRabEstablishEcSuccessPERCENTAGEFLOATPercentage of successful RAB Establishment attempts for an Emergency Call. Counter is stepped when an RAB establishment is received for an Emergency Call100 * {pmRabEstablishEcSuccess}/{pmRabEstablishEcAttempt}AverageAverage, ecttbh
    _%_RAB_Establishment_Success_CS_DataPERCENTAGEFLOATPercentage of successful RAB establishments to number of attempted RAB establishments.100 * {pmNoRabEstablishSuccessCS64}/{pmNoRabEstablishAttemptCS64}AverageAverage, ecttbh
    _%_Rab_Establishment_Success_PacketInteractiveHsPERCENTAGEFLOATPercentage of successful RAB establishments for PS Interactive RAB mapped on HS-DSCH.100 * {pmNoRabEstablishSuccessPacketInteractiveHs}/{pmNoRabEstablishAttemptPacketInteractiveHs}AverageAverage, ecttbh
    _%_RAB_Establishment_Success_PS_DataPERCENTAGEFLOATPercentage of successful RAB establishments to number of attempted RAB establishments.100 * {pmNoRabEstablishSuccessPacket}/{pmNoRabEstablishAttemptPacket}AverageAverage, ecttbh
    _%_Rab_Establishment_Success_PS128PERCENTAGEFLOATPercentage of successful RAB establishments (PS Streaming 128) referred to the Best Cell in the Active Set100 * {pmNoRabEstablishSuccessPacketStream128}/{pmNoRabEstablishAttemptPacketStream128}AverageAverage, ecttbh
    _%_RAB_Establishment_Success_SpeechPERCENTAGEFLOATPercentage of successful RAB establishments to number of attempted RAB establishments. Specified counters are reported per RAB type(UeRabType object) for P2.0 RNCs and per Radio Connection Configuration (UeRc object) for P2.1 RNCs100 * {pmNoRabEstablishSuccessSpeech}/{pmNoRabEstablishAttemptSpeech}AverageAverage, ecttbh
    cmavgrabfachPERCENTAGEFLOAT-Obsolete in P6- Average number of PS RABs on FACH/RACH.100 * {pmsumrabfach}/{pmsamplesrabfach}AverageAverage, ecttbh
    pmEulToDchAttemptACCUMULATIONINTEGERNumber of attempted channel switches from E-DCH to a lower capability channel, that is, DCH/HS-DSCH or DCH/DCH. Stepped in the best cell in the Active Set when the transition is triggered.Stepped when Radio Bearer Reconfiguration is sent to the UE, for an attempt to do a transition from a connection using E-DCH capabilities to a DCH connection.ManagedElement_RncFunction_UtranCell.pmEulToDchAttemptSumecttbh, Sum
    pmEulToDchSuccessACCUMULATIONINTEGERNumber of successful channel switches from E-DCH to a lower capability channel, that is, DCH/HS-DSCH or DCH/DCH. Stepped in the best cell in the Active Set when the transition is concluded.Stepped when Radio Bearer Reconfiguration Complete is received from the UE, during an attempt to do a transition from a connection using E-DCH capabilities to a DCH connection.ManagedElement_RncFunction_UtranCell.pmEulToDchSuccessSumecttbh, Sum
    pmHsToDchAttemptACCUMULATIONINTEGERNumber of attempts to reconfigure a connection using a HS-DSCH to a DCH connection. Stepped in the best cell in the Active Set when the transition is triggered.Stepped when Radio Bearer Reconfiguration is sent to the UE, for an attempt to do a transition from a connection using HS-DSCH capabilities to a DCH connection.ManagedElement_RncFunction_UtranCell.pmHsToDchAttemptSumecttbh, Sum
    pmHsToDchSuccessACCUMULATIONINTEGERNumber of successful reconfigurations of a connection using a HS-DSCH to a DCH connection. Stepped in the best cell in the Active Set when the transition is triggered.Stepped when Radio Bearer Reconfiguration Complete is received from the UE, during an attempt to do a transition from a connection using HS-DSCH capabilities to a DCH connection.ManagedElement_RncFunction_UtranCell.pmHsToDchSuccessSumecttbh, Sum
    pmInactivityMultiPsIntACCUMULATIONINTEGERNumber of released PS RAB due to inactivity of one or more PS interactive RABs in the multi PS interactive RB combination.ManagedElement_RncFunction_UtranCell.pmInactivityMultiPsIntSumecttbh, Sum
    pmInactivityPsStreamIdleACCUMULATIONINT8Number UTRAN-initiated RAB releases due to user inactivity per best cell.ManagedElement_RncFunction_UtranCell.pmInactivityPsStreamIdleSumecttbh, Sum
    pmNoFailedRabEstAttemptExceedConnLimitACCUMULATIONINT8Number of failed PS RAB establishment attempts due to exceeding the configured connection limit when allocating Spreading Factor ('SF Histogram' in Admission Reject signal)ManagedElement_RncFunction_UtranCell.pmNoFailedRabEstAttemptExceedConnLimitSumecttbh, Sum
    pmNoFailedRabEstAttemptLackDlAseACCUMULATIONINT8Number of failed RAB establishment attempts due to lack of DL ASEManagedElement_RncFunction_UtranCell.pmNoFailedRabEstAttemptLackDlAseSumecttbh, Sum
    pmNoFailedRabEstAttemptLackDlChnlCodeACCUMULATIONINT8Number of failed RAB establishment attempts due to lack of DL channelization codesManagedElement_RncFunction_UtranCell.pmNoFailedRabEstAttemptLackDlChnlCodeSumecttbh, Sum
    pmNoFailedRabEstAttemptLackDlHwBestACCUMULATIONINTEGERNumber of failed RAB establishment attempts due to lack of DL hardware resources, for the best cell in the active set. Stepped for the IubLink containing the best cell in the active set.ManagedElement_RncFunction_UtranCell.pmNoFailedRabEstAttemptLackDlHwBestSumecttbh, Sum
    pmNoFailedRabEstAttemptLackDlHwACCUMULATIONINTEGERNumber of failed RAB establishment attempts due to lack of DL hardware resources. Stepped for the IubLink containing the first cell to fail admission in the active set.ManagedElement_RncFunction_UtranCell.pmNoFailedRabEstAttemptLackDlHwSumecttbh, Sum
    pmNoFailedRabEstAttemptLackDlPwrACCUMULATIONINT8Number of failed RAB establishment attempts due to lack of DL powerManagedElement_RncFunction_UtranCell.pmNoFailedRabEstAttemptLackDlPwrSumecttbh, Sum
    pmNoFailedRabEstAttemptLackUlAseACCUMULATIONINT8Number of failed RAB establishment attempts due to lack of UL ASEManagedElement_RncFunction_UtranCell.pmNoFailedRabEstAttemptLackUlAseSumecttbh, Sum
    pmNoFailedRabEstAttemptLackUlHwBestACCUMULATIONINTEGERNumber of failed RAB establishment attempts due to lack of UL hardware resources, for the best cell in the active set. Stepped for the IubLink containing the best cell in the active set.ManagedElement_RncFunction_UtranCell.pmNoFailedRabEstAttemptLackUlHwBestSumecttbh, Sum
    pmNoFailedRabEstAttemptLackUlHwACCUMULATIONINTEGERNumber of failed RAB establishment attempts due to lack of UL hardware resources. Stepped for the IubLink containing the first cell to fail admission in the active setManagedElement_RncFunction_UtranCell.pmNoFailedRabEstAttemptLackUlHwSumecttbh, Sum
    pmNoNormalRabReleaseAmrNbACCUMULATIONINTEGERNumber of normal RAB releases (AMR NB) for the best cell in the Active Set.ManagedElement_RncFunction_UtranCell.pmNoNormalRabReleaseAmrNbSumecttbh, Sum
    pmNoNormalRabReleaseAmrWbACCUMULATIONINTEGERTotal number of normal RAB releases for AMR WB. Counted only for the best cell in the Active set.ManagedElement_RncFunction_UtranCell.pmNoNormalRabReleaseAmrWbSumecttbh, Sum
    pmNoNormalRabReleaseCs64ACCUMULATIONINT8Number of normal RAB release for CS64.ManagedElement_RncFunction_UtranCell.pmNoNormalRabReleaseCs64Sumecttbh, Sum
    pmNoNormalRabReleaseCsStreamACCUMULATIONINT8Number of normal RAB release for CS streaming.ManagedElement_RncFunction_UtranCell.pmNoNormalRabReleaseCsStreamSumecttbh, Sum
    pmNoNormalRabReleasePacketACCUMULATIONINT8Number of successful normal RAB releases (PS Data) for the best cell in Active Set. The counter is triggered when RAB Assignment Request is received with cause value Normal, or Iu Release Command is received with cause value Normal for the following cases PS RAB to Signaling only (RAB Release procedure) PS RAB to IDLE (Connection Release procedure) PS 64 + Speech to Speech (RAB Release procedure). Request message is received with cause value Resource Optimisation Relocation Normal Release = Normal Release + Successful Relocation + Resource Optimisation RelocationManagedElement_RncFunction_UtranCell.pmNoNormalRabReleasePacketSumecttbh, Sum
    pmNoNormalRabReleasePacketStream128ACCUMULATIONINT8Number of successful normal RAB releases (PS Streaming 128) referred to the Best Cell in the Active SetManagedElement_RncFunction_UtranCell.pmNoNormalRabReleasePacketStream128Sumecttbh, Sum
    pmNoNormalRabReleasePacketStreamACCUMULATIONINT8Number of normal RAB release packet streaming.ManagedElement_RncFunction_UtranCell.pmNoNormalRabReleasePacketStreamSumecttbh, Sum
    pmNoNormalRabReleasePacketUraACCUMULATIONINTEGERNumber of normal RAB Release of Packet RAB while on URA_PCH.ManagedElement_RncFunction_UtranCell.pmNoNormalRabReleasePacketUraSumecttbh, Sum
    pmNoNormalRabReleasePsStreamHsACCUMULATIONINTEGERNumber of successful normal RAB releases for RAB-type streaming PS unknown HS, counted on the best cell in the Active Set (if in SRNC).ManagedElement_RncFunction_UtranCell.pmNoNormalRabReleasePsStreamHsSumecttbh, Sum
    pmNoNormalRabReleaseSpeechACCUMULATIONINT8Number of successful normal RAB releases (Speech) for the best cell in Active Set. The counter is triggered when RAB Assignment Request is received with cause value Normal, or Iu Release Command is received with cause value Normal for the following cases Speech RAB to Signaling only (RAB Release procedure) Speech RAB to IDLE (Connection Release procedure) Speech RAB + PS64 equal PS64 (RAB Release procedure) Normal Release = Normal Release + Successful Relocation.ManagedElement_RncFunction_UtranCell.pmNoNormalRabReleaseSpeechSumecttbh, Sum
    pmNoNormalRbReleaseEulACCUMULATIONINTEGERNumber of normal RAB releases for PS Interactive RAB mapped on E-DCH/HSDPA.ManagedElement_RncFunction_UtranCell.pmNoNormalRbReleaseEulSumecttbh, Sum
    pmNoNormalRbReleaseHsACCUMULATIONINT8The number of releases of packet RABs mapped on HS-DSCH in the Serving HS-DSCH cell with cause "Normal Release", "Successful Relocation", or "Resource Optimisation Relocation" indicated by the CN.ManagedElement_RncFunction_UtranCell.pmNoNormalRbReleaseHsSumecttbh, Sum
    pmNoNormalReleaseSrbOnly136ACCUMULATIONINTEGERTotal number of normal SRB 13.6/13.6 releases. Incremented in the best cell in the active set.ManagedElement_RncFunction_UtranCell.pmNoNormalReleaseSrbOnly136Sumecttbh
    pmNoNormalReleaseSrbOnly34ACCUMULATIONINTEGERTotal number of normal SRB 3.4/3.4 releases. Incremented in the best cell in the active set.ManagedElement_RncFunction_UtranCell.pmNoNormalReleaseSrbOnly34Sumecttbh
    pmNoPsStream128Ps8DchDiscAbnormACCUMULATIONINT8Number of abnormal RRC disconnects of a PS Streaming 16/128 + Packet 8kbps connection for the best cell in the active setManagedElement_RncFunction_UtranCell.pmNoPsStream128Ps8DchDiscAbnormSumecttbh, Sum
    pmNoPsStream128Ps8DchDiscNormalACCUMULATIONINT8Number of normal RRC disconnects of a PS Streaming 16/128 + Packet 8kbps connection for the best cell in the active setManagedElement_RncFunction_UtranCell.pmNoPsStream128Ps8DchDiscNormalSumecttbh, Sum
    pmNoPsStream64Ps8DchDiscNormalACCUMULATIONINT8Number of normal disconnects of a PS streaming 64 kbps + PS 8kbps multi-RAB for the best cell in the active set.ManagedElement_RncFunction_UtranCell.pmNoPsStream64Ps8DchDiscNormalSumecttbh, Sum
    pmNoRabEstablishAttemptAmrNbACCUMULATIONINTEGERNumber of RAB establishment attempts (AMR NB) for the best cell in the Active Set. Incremented after successful AMR-NB RAB Mapping when a RANAP AMR-NB RAB Assignment. Request message is received from the CN with AMR-NB RABs to be setup or modified.Reported per single AMR-NB RAB state on Best Cell level for each AMR-NB RAB that is established.ManagedElement_RncFunction_UtranCell.pmNoRabEstablishAttemptAmrNbSumecttbh, Sum
    pmNoRabEstablishAttemptAmrWbACCUMULATIONINTEGERTotal number of attempted RAB establishments for AMR WB. Counted only for the best cell in the Active set.ManagedElement_RncFunction_UtranCell.pmNoRabEstablishAttemptAmrWbSumecttbh, Sum
    pmNoRabEstablishAttemptCs57ACCUMULATIONINT8Number of RAB establishments attempts (CS 57.6) for the Best Cell in the Active Set.ManagedElement_RncFunction_UtranCell.pmNoRabEstablishAttemptCs57Sumecttbh, Sum
    pmNoRabEstablishAttemptCS64ACCUMULATIONINT8Number of RAB establishments attempts (CS 64) for the Best Cell in the Active Set. The counter is triggered immediately after a RANAP RAB Assignment Request message is received from CS CN with a CS 64 RABs to be setup or modified.ManagedElement_RncFunction_UtranCell.pmNoRabEstablishAttemptCS64Sumecttbh, Sum
    pmNoRabEstablishAttemptPacketInteractiveEulACCUMULATIONINTEGERNumber of attempted RAB establishments for PS Interactive RAB mapped on E-DCH/ HSDPA . Stepped for the suitable Serving E-DCH cell identified by the Serving E-DCH cell selection performed due to RAB establishment. Triggered after reception of RAB Assignment Request and serving cell selection.ManagedElement_RncFunction_UtranCell.pmNoRabEstablishAttemptPacketInteractiveEulSumecttbh, Sum
    pmNoRabEstablishAttemptPacketInteractiveHsACCUMULATIONINT8The number of attempted RAB establishments for PS Interactive RAB mapped on HS-DSCH.ManagedElement_RncFunction_UtranCell.pmNoRabEstablishAttemptPacketInteractiveHsSumecttbh, Sum
    pmNoRabEstablishAttemptPacketInteractiveACCUMULATIONINT8Number of RAB establishments attempts (Interactive) for the Best Cell in the Active Set.ManagedElement_RncFunction_UtranCell.pmNoRabEstablishAttemptPacketInteractiveSumecttbh, Sum
    pmNoRabEstablishAttemptPacketACCUMULATIONINT8Number of successful RAB establishments (Speech). The counter is triggered immediately after a RANAP RAB Assignment Request message is received from PS CN with a PS RABs to be setup or modified. The counter is incremented independently of single or multi-RAB state.ManagedElement_RncFunction_UtranCell.pmNoRabEstablishAttemptPacketSumecttbh, Sum
    pmNoRabEstablishAttemptPacketStream128ACCUMULATIONINT8Number of RAB establishment attempts (PS Streaming 128) referred to the Best Cell in the Active SetManagedElement_RncFunction_UtranCell.pmNoRabEstablishAttemptPacketStream128Sumecttbh, Sum
    pmNoRabEstablishAttemptPacketStreamACCUMULATIONINT8Number of RAB establishments attempts (streaming) for the Best Cell in the Active Set.ManagedElement_RncFunction_UtranCell.pmNoRabEstablishAttemptPacketStreamSumecttbh, Sum
    pmNoRabEstablishAttemptSpeechACCUMULATIONINT8Number of RAB establishments attempts (Speech) for the Best Cell in the Active Set The counter is triggered immediately after a RANAP RAB Assignment Request message is received from CS CN with a speech RABs to be setup or modified. The counter is incremented independently of single or multi-RAB state.ManagedElement_RncFunction_UtranCell.pmNoRabEstablishAttemptSpeechSumecttbh, Sum
    pmNoRabEstablishSuccessAmrNbACCUMULATIONINTEGERNumber of successful RAB establishments (AMR NB) for the best cell in the Active Set. Incremented after successful AMR-NB RAB Establishment (on DCH) after sending the RANAP AMR-NB RAB Assignment Response message to the CN.ManagedElement_RncFunction_UtranCell.pmNoRabEstablishSuccessAmrNbSumecttbh, Sum
    pmNoRabEstablishSuccessAmrWbACCUMULATIONINTEGERTotal number of successful RAB establishments for AMR WB. Counted only for the best cell in the Active set.ManagedElement_RncFunction_UtranCell.pmNoRabEstablishSuccessAmrWbSumecttbh, Sum
    pmNoRabEstablishSuccessCs57ACCUMULATIONINT8Number of successful RAB establishments (CS 57.6) for the Best Cell in the Active Set.ManagedElement_RncFunction_UtranCell.pmNoRabEstablishSuccessCs57Sumecttbh, Sum
    pmNoRabEstablishSuccessCS64ACCUMULATIONINT8Number of successful RAB establishments (CS 64) for the Best Cell in the Active Set. The counter is triggered for each CS64 RAB successfully setup or modified just before sending the RANAP RAB Assignment Response message to the CN.ManagedElement_RncFunction_UtranCell.pmNoRabEstablishSuccessCS64Sumecttbh, Sum
    pmNoRabEstablishSuccessPacketInteractiveEulACCUMULATIONINTEGERThe number of successful RAB establishments for PS Interactive RAB mapped on E-DCH/HSDPA. Stepped for the Serving E-DCH cell at successful RAB/RB combination transition to PS Interactive E-DCH/HS - HS-DSCH due to RAB establishment. Triggered after sending of RAB Assignment Response (successful).ManagedElement_RncFunction_UtranCell.pmNoRabEstablishSuccessPacketInteractiveEulSumecttbh, Sum
    pmNoRabEstablishSuccessPacketInteractiveHsACCUMULATIONINT8The number of successful RAB establishments for PS Interactive RAB mapped on HS-DSCH.ManagedElement_RncFunction_UtranCell.pmNoRabEstablishSuccessPacketInteractiveHsSumecttbh, Sum
    pmNoRabEstablishSuccessPacketInteractiveACCUMULATIONINT8Number of successful RAB establishments (Interactive) for the Best Cell in the Active Set.ManagedElement_RncFunction_UtranCell.pmNoRabEstablishSuccessPacketInteractiveSumecttbh, Sum
    pmNoRabEstablishSuccessPacketACCUMULATIONINT8Number of successful RAB establishments (PS Data) for the Best Cell in the Active Set. The counter is triggered for each PS RAB successfully setup or modified just before sending the RANAP RAB Assignment Response message to the CN. The counter is incremented independently of single or multi-RAB state.ManagedElement_RncFunction_UtranCell.pmNoRabEstablishSuccessPacketSumecttbh, Sum
    pmNoRabEstablishSuccessPacketStream128ACCUMULATIONINT8Number of successful RAB establishments (PS Streaming 128) referred to the Best Cell in the Active SetManagedElement_RncFunction_UtranCell.pmNoRabEstablishSuccessPacketStream128Sumecttbh, Sum
    pmNoRabEstablishSuccessPacketStreamACCUMULATIONINT8Number of successful RAB establishments (streaming) for the Best Cell in the Active Set.ManagedElement_RncFunction_UtranCell.pmNoRabEstablishSuccessPacketStreamSumecttbh, Sum
    pmNoRabEstablishSuccessSpeechACCUMULATIONINT8Number of successful RAB establishments (Speech) for the Best Cell in the Active Set.ManagedElement_RncFunction_UtranCell.pmNoRabEstablishSuccessSpeechSumecttbh, Sum
    pmNoRabEstAttemptPsIntNonHsACCUMULATIONINTEGERNumber of RAB establishment attempts for the PS Interactive RAB in a non-HS configuration (i.e. on DCH or FACH). Reported on the best cell in the active set.ManagedElement_RncFunction_UtranCell.pmNoRabEstAttemptPsIntNonHsSumecttbh, Sum
    pmNoRabEstAttemptPsStreamHsACCUMULATIONINTEGERNumber of RAB establishment attempts for RAB type streaming PS (HS), counted on the HS-serving cell.ManagedElement_RncFunction_UtranCell.pmNoRabEstAttemptPsStreamHsSumecttbh, Sum
    pmNoRabEstBlkNodePsIntNonHsBestACCUMULATIONINTEGERNumber of RAB establishment attempts for RAB-type PS Interactive that are blocked due to node congestion or node failure, counted on the best cell.ManagedElement_RncFunction_UtranCell.pmNoRabEstBlkNodePsIntNonHsBestSumecttbh, Sum
    pmNoRabEstBlkNodePsStrNonHsBestACCUMULATIONINTEGERNumber of RAB establishment attempts for RAB-type PS Streaming that are blocked due to node congestion or node failure, counted on the best cell.ManagedElement_RncFunction_UtranCell.pmNoRabEstBlkNodePsStrNonHsBestSumecttbh, Sum
    pmNoRabEstBlockNodeCs57BestACCUMULATIONINTEGERNumber of RAB establishment attempts for RAB-type CS57 that are blocked due to node congestion or node failure, counted on the best cell.ManagedElement_RncFunction_UtranCell.pmNoRabEstBlockNodeCs57BestSumecttbh, Sum
    pmNoRabEstBlockNodeCs64BestACCUMULATIONINTEGERNumber of RAB establishment attempts for RAB-type CS64 that are blocked due to node congestion or node failure, counted on the best cell.ManagedElement_RncFunction_UtranCell.pmNoRabEstBlockNodeCs64BestSumecttbh, Sum
    pmNoRabEstBlockNodePsIntHsBestACCUMULATIONINTEGERNumber of RAB establishment attempts for RAB-type PS Interactive for HS that are blocked due to node congestion or node failure, counted on the best cell.ManagedElement_RncFunction_UtranCell.pmNoRabEstBlockNodePsIntHsBestSumecttbh, Sum
    pmNoRabEstBlockNodePsStrHsBestACCUMULATIONINTEGERNumber of RAB establishment attempts for RAB-type PS Streaming for HS that are blocked due to node congestion or node failure, counted on the best cell.ManagedElement_RncFunction_UtranCell.pmNoRabEstBlockNodePsStrHsBestSumecttbh, Sum
    pmNoRabEstBlockNodeSpeechBestACCUMULATIONINTEGERNumber of RAB establishment attempts for RAB-type CS Speech that are blocked due to node congestion or node failure, counted on the best cell.ManagedElement_RncFunction_UtranCell.pmNoRabEstBlockNodeSpeechBestSumecttbh, Sum
    pmNoRabEstBlockRnBestPsStreamHsACCUMULATIONINTEGERNumber of RAB establishment attempts for RAB-type streaming PS unknown HS that are blocked due to RN congestion or RN failure, counted on the best cell.ManagedElement_RncFunction_UtranCell.pmNoRabEstBlockRnBestPsStreamHsSumecttbh, Sum
    pmNoRabEstBlockRnPsStreamHsACCUMULATIONINTEGERNumber of RAB establishment attempts for RAB-type streaming PS unknown HS that are blocked due to on the blocking cell.ManagedElement_RncFunction_UtranCell.pmNoRabEstBlockRnPsStreamHsSumecttbh, Sum
    pmNoRabEstBlockTnCs57BestACCUMULATIONINTEGERNumber of RAB establishment attempts for RAB-type CS57 that are blocked due to TN congestion or TN failure, counted on the best cell.ManagedElement_RncFunction_UtranCell.pmNoRabEstBlockTnCs57BestSumecttbh, Sum
    pmNoRabEstBlockTnCs57ACCUMULATIONINTEGERNumber of RAB establishment attempts for RAB-type CS57 that are blocked due to TN congestion or TN failure, counted on the blocking cell.ManagedElement_RncFunction_UtranCell.pmNoRabEstBlockTnCs57Sumecttbh, Sum
    pmNoRabEstBlockTnCs64BestACCUMULATIONINTEGERNumber of RAB establishment attempts for RAB-type CS64 that are blocked due to TN congestion or TN failure, counted on the best cell.ManagedElement_RncFunction_UtranCell.pmNoRabEstBlockTnCs64BestSumecttbh, Sum
    pmNoRabEstBlockTnCs64ACCUMULATIONINTEGERNumber of RAB establishment attempts for RAB-type CS64 that are blocked due to TN congestion or TN failure, counted on the blocking cell.ManagedElement_RncFunction_UtranCell.pmNoRabEstBlockTnCs64Sumecttbh, Sum
    pmNoRabEstBlockTnPsIntHsBestACCUMULATIONINTEGERNumber of RAB establishment attempts for RAB-type PS Interactive for HS that are blocked due to TN congestion or TN failure, counted on the best cell.ManagedElement_RncFunction_UtranCell.pmNoRabEstBlockTnPsIntHsBestSumecttbh, Sum
    pmNoRabEstBlockTnPsIntHsACCUMULATIONINTEGERNumber of RAB establishment attempts for RAB-type PS Interactive for HS that are blocked due to TN congestion or TN failure, counted on the blocking cell.ManagedElement_RncFunction_UtranCell.pmNoRabEstBlockTnPsIntHsSumecttbh, Sum
    pmNoRabEstBlockTnPsIntNonHsBestACCUMULATIONINTEGERNumber of RAB establishment attempts for RAB-type PS Interactive that are blocked due to TN congestion or TN failure, counted on the best cell.ManagedElement_RncFunction_UtranCell.pmNoRabEstBlockTnPsIntNonHsBestSumecttbh, Sum
    pmNoRabEstBlockTnPsIntNonHsACCUMULATIONINTEGERNumber of RAB establishment attempts for RAB-type PS Interactive that are blocked due to TN congestion or TN failure, counted on the blocking cell.ManagedElement_RncFunction_UtranCell.pmNoRabEstBlockTnPsIntNonHsSumecttbh, Sum
    pmNoRabEstBlockTnPsStreamHsBestACCUMULATIONINTEGERNumber of RAB establishment attempts for RAB-type PS Streaming for HS that are blocked due to TN congestion or TN failure, counted on the best cell.ManagedElement_RncFunction_UtranCell.pmNoRabEstBlockTnPsStreamHsBestSumecttbh, Sum
    pmNoRabEstBlockTnPsStrHsACCUMULATIONINTEGERNumber of RAB establishment attempts for RAB-type PS Streaming for HS that are blocked due to TN congestion or TN failure, counted on the blocking cell.ManagedElement_RncFunction_UtranCell.pmNoRabEstBlockTnPsStrHsSumecttbh, Sum
    pmNoRabEstBlockTnPsStrNonHsBestACCUMULATIONINTEGERNumber of RAB establishment attempts for RAB-type PS Streaming that are blocked due to TN congestion or TN failure, counted on the best cell.ManagedElement_RncFunction_UtranCell.pmNoRabEstBlockTnPsStrNonHsBestSumecttbh, Sum
    pmNoRabEstBlockTnPsStrNonHsACCUMULATIONINTEGERNumber of RAB establishment attempts for RAB-type PS Streaming that are blocked due to TN congestion or TN failure, counted on the blocking cell.ManagedElement_RncFunction_UtranCell.pmNoRabEstBlockTnPsStrNonHsSumecttbh, Sum
    pmNoRabEstBlockTnSpeechBestACCUMULATIONINTEGERNumber of RAB establishment attempts for RAB-type Speech that are blocked due to TN congestion or TN failure, counted on the best cell.ManagedElement_RncFunction_UtranCell.pmNoRabEstBlockTnSpeechBestSumecttbh, Sum
    pmNoRabEstBlockTnSpeechACCUMULATIONINTEGERNumber of RAB establishment attempts for RAB-type Speech that are blocked due to TN congestion or TN failure, counted on the blocking cell.ManagedElement_RncFunction_UtranCell.pmNoRabEstBlockTnSpeechSumecttbh, Sum
    pmNoRabEstSuccessPsIntNonHsACCUMULATIONINTEGERNumber of successful RAB establishments for the PS Interactive RAB in a non-HS configuration (i.e. on DCH or FACH). Reported on the best cell in the active set.ManagedElement_RncFunction_UtranCell.pmNoRabEstSuccessPsIntNonHsSumecttbh, Sum
    pmNoRabEstSuccessPsStreamHsACCUMULATIONINTEGERNumber of successful RAB establishment attempts for RAB type streaming PS (HS), counted on the HS-serving cell.ManagedElement_RncFunction_UtranCell.pmNoRabEstSuccessPsStreamHsSumecttbh, Sum
    pmNoServingCellReqDeniedEulTti2ACCUMULATIONINTEGERNumber of admission requests denied because the number of E-DCH 2 ms users is above the admission threshold, when requesting the cell as serving cell. Counted in the blocking cell.ManagedElement_RncFunction_UtranCell.pmNoServingCellReqDeniedEulTti2Sumecttbh
    pmNoSystemRabReleaseAmrNbACCUMULATIONINTEGERNumber of system RAB releases (AMR NB) for the best cell in the Active Set.ManagedElement_RncFunction_UtranCell.pmNoSystemRabReleaseAmrNbSumecttbh, Sum
    pmNoSystemRabReleaseAmrWbACCUMULATIONINTEGERTotal number of system RAB releases for AMR-WB. Counted only for the best cell in the Active set.ManagedElement_RncFunction_UtranCell.pmNoSystemRabReleaseAmrWbSumecttbh, Sum
    pmNoSystemRabReleaseCs64ACCUMULATIONINT8Number of system RAB release for CS64.ManagedElement_RncFunction_UtranCell.pmNoSystemRabReleaseCs64Sumecttbh, Sum
    pmNoSystemRabReleaseCsStreamACCUMULATIONINT8Number of system RAB release for CS streaming.ManagedElement_RncFunction_UtranCell.pmNoSystemRabReleaseCsStreamSumecttbh, Sum
    pmNoSystemRabReleasePacketACCUMULATIONINT8Number of system RAB release for packet.ManagedElement_RncFunction_UtranCell.pmNoSystemRabReleasePacketSumecttbh, Sum
    pmNoSystemRabReleasePacketStream128ACCUMULATIONINT8Number of successful system RAB releases (PS Streaming 128) referred to the Best Cell in the Active SetManagedElement_RncFunction_UtranCell.pmNoSystemRabReleasePacketStream128Sumecttbh, Sum
    pmNoSystemRabReleasePacketStreamACCUMULATIONINT8Number of system RAB release packet streaming.ManagedElement_RncFunction_UtranCell.pmNoSystemRabReleasePacketStreamSumecttbh, Sum
    pmNoSystemRabReleasePacketUraACCUMULATIONINTEGERNumber of system RAB Release of Packet RAB while on URA_PCH. Increased each time there is a system RAB release of a Packet RAB, while in URA_PCHManagedElement_RncFunction_UtranCell.pmNoSystemRabReleasePacketUraSumecttbh, Sum
    pmNoSystemRabReleasePsStreamHsACCUMULATIONINTEGERNumber of system initiated RAB releases for PS Interactive RAB mapped on E-DCH/ HSDPA.ManagedElement_RncFunction_UtranCell.pmNoSystemRabReleasePsStreamHsSumecttbh, Sum
    pmNoSystemRabReleaseSpeechACCUMULATIONINT8Number of system RAB release for speech.ManagedElement_RncFunction_UtranCell.pmNoSystemRabReleaseSpeechSumecttbh, Sum
    pmNoSystemRbReleaseEulACCUMULATIONINTEGERNumber of system initiated RAB releases for PS Interactive RAB mapped on E-DCH/ HSDPA. Stepped for the Serving E-DCH cell for release of RAB/RB combination PS Interactive E-DCH/HS - HS-DSCH due to same reasons as for stepping the existing counter pmNoSystemRabReleasePacket.ManagedElement_RncFunction_UtranCell.pmNoSystemRbReleaseEulSumecttbh, Sum
    pmNoSystemRbReleaseHsACCUMULATIONINT8The number of releases of packet RABs mapped on HS-DSCH in the Serving HS-DSCH cell with all other causes than "Normal Release", "Successful Relocation", or "Resource Optimisation Relocation" indicated by the CN.ManagedElement_RncFunction_UtranCell.pmNoSystemRbReleaseHsSumecttbh, Sum
    pmNoSystemReleaseSrbOnly136ACCUMULATIONINTEGERTotal number of system SRB 13.6/13.6 releases. Incremented in the best cell in the active set.ManagedElement_RncFunction_UtranCell.pmNoSystemReleaseSrbOnly136Sumecttbh
    pmNoSystemReleaseSrbOnly34ACCUMULATIONINTEGERTotal number of system SRB 3.4/3.4 releases. Incremented in the best cell in the active set.ManagedElement_RncFunction_UtranCell.pmNoSystemReleaseSrbOnly34Sumecttbh
    pmNoTpSwitchSp64SpeechACCUMULATIONINT8-Obsolete in P6- Number of successful Packet RAB releases when changing from multi-Rab (Speech + PS64) to (Speech only) as a result of multi-RAB downswitch evaluation (throughput trigger).ManagedElement_RncFunction_UtranCell.pmNoTpSwitchSp64SpeechSumecttbh, Sum
    pmRabEstablishEcAttemptACCUMULATIONINTEGERNumber of RAB Establishment attempts for an Emergency Call.Counter is stepped when an RAB establishment is received for an Emergency Call.ManagedElement_RncFunction_UtranCell.pmRabEstablishEcAttemptSumecttbh, Sum
    pmRabEstablishEcSuccessACCUMULATIONINTEGERNumber of successful RAB Establishment attempts for an Emergency Call. Counter is stepped when an RAB establishment is received for an Emergency CallManagedElement_RncFunction_UtranCell.pmRabEstablishEcSuccessSumecttbh, Sum
    pmSamplesAmr12200RabEstablishACCUMULATIONINTEGERNumber of samples recorded within the ROP period for -Number of Speech AMR12200 RABs established-.ManagedElement_RncFunction_UtranCell.pmSamplesAmr12200RabEstablishSumecttbh, Sum
    pmSamplesAmr4750RabEstablishACCUMULATIONINTEGERNumber of samples recorded within the ROP period for -Number of Speech AMR4750 RABs established-.ManagedElement_RncFunction_UtranCell.pmSamplesAmr4750RabEstablishSumecttbh, Sum
    pmSamplesAmr5900RabEstablishACCUMULATIONINTEGERNumber of samples recorded within the ROP period for -Number of Speech AMR5900 RABs established-.ManagedElement_RncFunction_UtranCell.pmSamplesAmr5900RabEstablishSumecttbh, Sum
    pmSamplesAmr7950RabEstablishACCUMULATIONINTEGERNumber of samples recorded within the ROP period for -Number of Speech AMR7950 RABs established-.ManagedElement_RncFunction_UtranCell.pmSamplesAmr7950RabEstablishSumecttbh, Sum
    pmSamplesAmrNbMmRabEstablishACCUMULATIONINTEGERNumber of samples recorded within the ROP for pmSumAmrNbMmRabEstablish.ManagedElement_RncFunction_UtranCell.pmSamplesAmrNbMmRabEstablishSumecttbh
    pmSamplesAmrWbRabEstablishACCUMULATIONINTEGERNumber of samples recorded within the ROP period for number of active AMRWB RABs per cell .ManagedElement_RncFunction_UtranCell.pmSamplesAmrWbRabEstablishSumecttbh, Sum
    pmSamplesBestAmr12200RabEstablishACCUMULATIONINTEGERNumber of samples recorded within the ROP period for -Number of Speech AMR12200 RABs established- for the best cell in the Active Set.ManagedElement_RncFunction_UtranCell.pmSamplesBestAmr12200RabEstablishSumecttbh, Sum
    pmSamplesBestAmr4750RabEstablishACCUMULATIONINTEGERNumber of samples recorded within the ROP period for -Number of Speech AMR4750 RABs established- for the best cell in the Active Set.ManagedElement_RncFunction_UtranCell.pmSamplesBestAmr4750RabEstablishSumecttbh, Sum
    pmSamplesBestAmr5900RabEstablishACCUMULATIONINTEGERNumber of samples recorded within the ROP period for -Number of Speech AMR5900 RABs established- for the best cell in the Active Set.ManagedElement_RncFunction_UtranCell.pmSamplesBestAmr5900RabEstablishSumecttbh, Sum
    pmSamplesBestAmr7950RabEstablishACCUMULATIONINTEGERNumber of samples recorded within the ROP period for -Number of Speech AMR7950 RABs established- for the best cell in the Active Set.ManagedElement_RncFunction_UtranCell.pmSamplesBestAmr7950RabEstablishSumecttbh, Sum
    pmSamplesBestAmrNbMmRabEstablishACCUMULATIONINTEGERNumber of samples recorded within the ROP for pmSumBestAmrNbMmRabEstablish.ManagedElement_RncFunction_UtranCell.pmSamplesBestAmrNbMmRabEstablishSumecttbh
    pmSamplesBestAmrWbRabEstablishACCUMULATIONINTEGERNumber of samples recorded within the ROP period for number of active AMRWB RABs per best cell.ManagedElement_RncFunction_UtranCell.pmSamplesBestAmrWbRabEstablishSumecttbh, Sum
    pmSamplesBestCs12EstablishACCUMULATIONINT8Number of samples recorded once every 5 seconds within the ROP period for number of distinct CS speech users, referred to the best cell in the Active Set.ManagedElement_RncFunction_UtranCell.pmSamplesBestCs12EstablishSumecttbh, Sum
    pmSamplesBestCs12PsIntRabEstablishACCUMULATIONINT8Number of samples recorded within the ROP period for 'Number of PS Interactive + Speech multi-RABs established, regardless of PS rate', for the best cell in the Active Set.ManagedElement_RncFunction_UtranCell.pmSamplesBestCs12PsIntRabEstablishSumecttbh, Sum
    pmSamplesBestCs57RabEstablishACCUMULATIONINT8Number of samples recorded within the ROP period for 'Number of streaming 57.6 kbit CS RABs established', for the best cell in the Active Set.ManagedElement_RncFunction_UtranCell.pmSamplesBestCs57RabEstablishSumecttbh, Sum
    pmSamplesBestCs64PsIntRabEstablishACCUMULATIONINT8Number of samples recorded within the ROP period for 'Number of PS Interactive + conversational 64 kbps CS multi-RABs established', for the best cell in the Active Set.ManagedElement_RncFunction_UtranCell.pmSamplesBestCs64PsIntRabEstablishSumecttbh, Sum
    pmSamplesBestCs64RabEstablishACCUMULATIONINT8Number of samples recorded within the ROP period for 'Number of conversational 64 kbit CS RABs established', for the best cell in the Active Set.ManagedElement_RncFunction_UtranCell.pmSamplesBestCs64RabEstablishSumecttbh, Sum
    pmSamplesBestDchPsIntRabEstablishACCUMULATIONINT8Number of samples recorded within the ROP period for 'Number of PS Interactive RABs established, regardless of rate', for the best cell in the Active Set.ManagedElement_RncFunction_UtranCell.pmSamplesBestDchPsIntRabEstablishSumecttbh, Sum
    pmSamplesBestPsEulRabEstablishACCUMULATIONINTEGERStepped every time the corresponding sum counter of the best cell, pmSumBestPsEulRabEstablish, is incremented.ManagedElement_RncFunction_UtranCell.pmSamplesBestPsEulRabEstablishSumecttbh, Sum
    pmSamplesBestPsHsAdchRabEstablishACCUMULATIONINT8Number of samples recorded within the ROP period for 'Number of A-DCHs established in the cell which is the best cell in the active set'.ManagedElement_RncFunction_UtranCell.pmSamplesBestPsHsAdchRabEstablishSumecttbh, Sum
    pmSamplesBestPsStr128Ps8RabEstablishACCUMULATIONINT8Number of samples recorded during the ROP period for 'Number of PS Streaming 16/128 + Packet 8kbps PS multi-RABs established referred to the best cell in the ASManagedElement_RncFunction_UtranCell.pmSamplesBestPsStr128Ps8RabEstablishSumecttbh, Sum
    pmSamplesBestPsStr64Ps8RabEstablishACCUMULATIONINT8Number of samples recorded within the ROP period for 'Number of PS Streaming 16/64 + Packet 8 kbps PS multi-RABs established referred to the best cell in the AS'ManagedElement_RncFunction_UtranCell.pmSamplesBestPsStr64Ps8RabEstablishSumecttbh, Sum
    pmSamplesBestPsStreamHsRabEstACCUMULATIONINTEGERNumber of samples in pmSumBestPsStreamHsRabEst (that is, pmSamplesBestPsStreamHsRabEst = pmSamplesBestPsStreamHsRabEst +1, whenever pmSampleBestPsStreamHsRabEst is to be updated).ManagedElement_RncFunction_UtranCell.pmSamplesBestPsStreamHsRabEstSumecttbh, Sum
    pmSamplesBestRrcOnlyEstablishACCUMULATIONINTEGERNumber of samples recorded within the ROP for pmSumBestRrcOnlyEstablish.ManagedElement_RncFunction_UtranCell.pmSamplesBestRrcOnlyEstablishSumecttbh
    pmSamplesBestSrbOnly34ACCUMULATIONINTEGERNumber of samples recorded within the ROP for pmSumBestSrbOnly34.ManagedElement_RncFunction_UtranCell.pmSamplesBestSrbOnly34Sumecttbh
    pmsamplescs12ps0rabestablishACCUMULATIONINT8Number of samples recorded within the ROP period for number of active speech CS plus 0/0 (UL/DL) PS multi RABs established.ManagedElement_RncFunction_UtranCell.pmSamplesCs12Ps0RabEstablishSumecttbh, Sum
    pmsamplescs12ps64rabestablishACCUMULATIONINT8Number of samples recorded within the ROP period for number of active speech CS plus 64/64 (UL/DL) PS multi RABs.ManagedElement_RncFunction_UtranCell.pmSamplesCs12Ps64RabEstablishSumecttbh, Sum
    pmsamplescs12rabestablishACCUMULATIONINT8Number of samples recorded within the ROP period for number of active speech 12.2 kbit RABs.ManagedElement_RncFunction_UtranCell.pmSamplesCs12RabEstablishSumecttbh, Sum
    pmsamplescs57rabestablishACCUMULATIONINT8Number of samples recorded within the ROP period for number of active CS57 kbit RAB connections.ManagedElement_RncFunction_UtranCell.pmSamplesCs57RabEstablishSumecttbh, Sum
    pmSamplesCs64Ps8RabEstablishACCUMULATIONINT8This number of samples recorded in the ROP period for the multi RAB UDI+8/8ManagedElement_RncFunction_UtranCell.pmSamplesCs64Ps8RabEstablishSumecttbh, Sum
    pmsamplescs64rabestablishACCUMULATIONINT8Number of samples recorded within the ROP period for number of active conversational 64 kbit CS RAB connections.ManagedElement_RncFunction_UtranCell.pmSamplesCs64RabEstablishSumecttbh, Sum
    pmSamplesFachPsIntRabEstablishACCUMULATIONINT8Number of samples recorded within the ROP period for 'Number of PS RABs in state FACH established', for the best cell in the Active Set.ManagedElement_RncFunction_UtranCell.pmSamplesFachPsIntRabEstablishSumecttbh, Sum
    pmsamplesps128rabestablishACCUMULATIONINT8-Obsolete in P5, UtranCell- Number of samples recorded within the ROP period for number of 128 Kb PS RABs established, sampled once every 30 seconds.ManagedElement_RncFunction_UtranCell.pmSamplesPs128RabEstablishSumecttbh, Sum
    pmsamplesps384rabestablishACCUMULATIONINT8-Obsolete in P5, UtranCell- Number of samples recorded within the ROP period for number of 384 Kb PS RABs established, sampled once every 30 seconds.ManagedElement_RncFunction_UtranCell.pmSamplesPs384RabEstablishSumecttbh, Sum
    pmsamplesps64rabestablishACCUMULATIONINT8-Obsolete in P5, UtranCell- Number of samples recorded within the ROP period for number of active PS64 kbit RABs.ManagedElement_RncFunction_UtranCell.pmSamplesPs64RabEstablishSumecttbh, Sum
    pmSamplesPsEulRabEstablishACCUMULATIONINTEGERStepped every time the corresponding sum counter of all cells, pmSumPsEulRabEstablish, is incrementedManagedElement_RncFunction_UtranCell.pmSamplesPsEulRabEstablishSumecttbh, Sum
    pmSamplesPsHsAdchRabEstablishACCUMULATIONINT8Number of samples recorded within the ROP period for 'Number of A-DCHs established'.ManagedElement_RncFunction_UtranCell.pmSamplesPsHsAdchRabEstablishSumecttbh, Sum
    pmSamplesPsInteractiveACCUMULATIONINTEGERNumber of samples recorded within the ROP period for -Number of Interactive PS RABs established excluding RABs on HS configurations or CELL_FACH-.ManagedElement_RncFunction_UtranCell.pmSamplesPsInteractiveSumecttbh, Sum
    pmSamplesPsStr128Ps8RabEstablishACCUMULATIONINT8Number of samples recorded within the ROP period for 'Number of PS Streaming 16/128 + Packet 8kbps PS multi-RABs established'ManagedElement_RncFunction_UtranCell.pmSamplesPsStr128Ps8RabEstablishSumecttbh, Sum
    pmSamplesPsStr64Ps8RabEstablishACCUMULATIONINT8Number of samples recorded within the ROP period for number of active PS streaming plus PS8 multi RABs.ManagedElement_RncFunction_UtranCell.pmSamplesPsStr64Ps8RabEstablishSumecttbh, Sum
    pmSamplesPsStreamHsRabEstACCUMULATIONINTEGERNumber of samples in pmSumPsStreamHsRabEst (that is, pmSamplesPsStreamHsRabEst = pmSamplesPsStreamHsRabEst +1, whenever pmSumPsStreamHsRabEst is to be updated).ManagedElement_RncFunction_UtranCell.pmSamplesPsStreamHsRabEstSumecttbh, Sum
    pmsamplesrabfachACCUMULATIONINT8-Obsolete in P6- Number of samples recorded within the ROP period for number of active PS RABs on FACH/RACH connections.ManagedElement_RncFunction_UtranCell.pmSamplesRabFachSumecttbh, Sum
    pmsamplesrrconlyestablishACCUMULATIONINT8Number of samples recorded within the ROP period for number of active RRC-only connections.ManagedElement_RncFunction_UtranCell.pmSamplesRrcOnlyEstablishSumecttbh, Sum
    pmSamplesSrbOnly34ACCUMULATIONINTEGERNumber of samples recorded within the ROP for pmSumSrbOnly34.ManagedElement_RncFunction_UtranCell.pmSamplesSrbOnly34Sumecttbh
    pmSumAmr12200RabEstablishACCUMULATIONINTEGERSum of all sample values recorded within ROP period for -Number of Speech AMR12200 RABs established-. Based on an internal -level- counter, whose value is read every 5 seconds.The -level- counter maintains the current number of active AMR12200 RABs.ManagedElement_RncFunction_UtranCell.pmSumAmr12200RabEstablishSumecttbh, Sum
    pmSumAmr4750RabEstablishACCUMULATIONINTEGERSum of all sample values recorded within ROP period for -Number of Speech AMR4750 RABs established-. Based on an internal -level- counter, whose value is read every 5 seconds.The -level- counter maintains the current number of active AMR4750 RABs.ManagedElement_RncFunction_UtranCell.pmSumAmr4750RabEstablishSumecttbh, Sum
    pmSumAmr5900RabEstablishACCUMULATIONINTEGERSum of all sample values recorded within ROP period for -Number of Speech AMR5900 RABs established-. Based on an internal -level- counter, whose value is read every 5 seconds.The -level- counter maintains the current number of active AMR5900 RABs.ManagedElement_RncFunction_UtranCell.pmSumAmr5900RabEstablishSumecttbh, Sum
    pmSumAmr7950RabEstablishACCUMULATIONINTEGERSum of all sample values recorded within ROP period for -Number of Speech AMR7950 RABs established-. Based on an internal -level- counter, whose value is read every 5 seconds.The -level- counter maintains the current number of active AMR7950 RABs.ManagedElement_RncFunction_UtranCell.pmSumAmr7950RabEstablishSumecttbh, Sum
    pmSumAmrNbMmRabEstablishACCUMULATIONINTEGERSum of all sample values recorded during a ROP for the number of established AMR-NB Multimode RABs.ManagedElement_RncFunction_UtranCell.pmSumAmrNbMmRabEstablishSumecttbh
    pmSumAmrWbRabEstablishACCUMULATIONINTEGERSum of all sample values recorded within ROP period for -Number of AMR-WB RABs established-.ManagedElement_RncFunction_UtranCell.pmSumAmrWbRabEstablishSumecttbh, Sum
    pmSumBestAmr12200RabEstablishACCUMULATIONINTEGERSum of all sample values recorded within ROP period for -Number of Speech AMR12200 RABs established- for the best cell in the Active Set. Based on an internal -level- counter, whose value is read every 5 seconds. The -level- counter maintains the current number of active AMR12200 RABs. It is also updated whenever the Best Cell changes without a change to the Radio Link configuration.ManagedElement_RncFunction_UtranCell.pmSumBestAmr12200RabEstablishSumecttbh, Sum
    pmSumBestAmr4750RabEstablishACCUMULATIONINTEGERSum of all sample values recorded within ROP period for -Number of Speech AMR4750 RABs established- for the best cell in the Active Set. Based on an internal -level- counter, whose value is read every 5 seconds. The -level- counter maintains the current number of active AMR4750 RABs. It is also updated whenever the Best Cell changes without a change to the Radio Link configuration.ManagedElement_RncFunction_UtranCell.pmSumBestAmr4750RabEstablishSumecttbh, Sum
    pmSumBestAmr5900RabEstablishACCUMULATIONINTEGERSum of all sample values recorded within ROP period for -Number of Speech AMR5900 RABs established- for the best cell in the Active Set. Based on an internal -level- counter, whose value is read every 5 seconds. The -level- counter maintains the current number of active AMR5900 RABs. It is also updated whenever the Best Cell changes without a change to the Radio Link configuration.ManagedElement_RncFunction_UtranCell.pmSumBestAmr5900RabEstablishSumecttbh, Sum
    pmSumBestAmr7950RabEstablishACCUMULATIONINTEGERSum of all sample values recorded within ROP period for -Number of Speech AMR7950 RABs established- for the best cell in the Active Set. Based on an internal -level- counter, whose value is read every 5 seconds. The -level- counter maintains the current number of active AMR7950 RABs. It is also updated whenever the Best Cell changes without a change to the Radio Link configuration.ManagedElement_RncFunction_UtranCell.pmSumBestAmr7950RabEstablishSumecttbh, Sum
    pmSumBestAmrNbMmRabEstablishACCUMULATIONINTEGERSum of all sample values recorded during a ROP for number of established AMR-NB Multimode RABs. Incremented in the best cell in the active set.ManagedElement_RncFunction_UtranCell.pmSumBestAmrNbMmRabEstablishSumecttbh
    pmSumBestAmrWbRabEstablishACCUMULATIONINTEGERSum of all sample values recorded within ROP period for -Number of AMR-WB RABs established- for the best cell in the Active Set.ManagedElement_RncFunction_UtranCell.pmSumBestAmrWbRabEstablishSumecttbh, Sum
    pmSumBestCs12EstablishACCUMULATIONINT8Sum of all sample values recorded once every 5 seconds for number of distinct CS speech users, referred to the best cell in the Active Set.ManagedElement_RncFunction_UtranCell.pmSumBestCs12EstablishSumecttbh, Sum
    pmSumBestCs12PsIntRabEstablishACCUMULATIONINT8Sum of all sample values recorded within the ROP period for 'Number of PS Interactive + Speech multi-RABs established, regardless of PS rate', for the best cell in the Active Set.ManagedElement_RncFunction_UtranCell.pmSumBestCs12PsIntRabEstablishSumecttbh, Sum
    pmSumBestCs57RabEstablishACCUMULATIONINT8Sum of all sample values recorded within the ROP period for 'Number of streaming 57.6 kbit CS RABs established', for the best cell in the Active Set.'ManagedElement_RncFunction_UtranCell.pmSumBestCs57RabEstablishSumecttbh, Sum
    pmSumBestCs64PsIntRabEstablishACCUMULATIONINT8Sum of all sample values recorded within the ROP period for 'Number of PS Interactive + conversational 64 kbps CS multi-RABs established', for the best cell in the Active Set.ManagedElement_RncFunction_UtranCell.pmSumBestCs64PsIntRabEstablishSumecttbh, Sum
    pmSumBestCs64RabEstablishACCUMULATIONINT8Sum of all sample values recorded within the ROP period for 'Number of conversational 64 kbit CS RABs established', for the best cell in the Active Set.ManagedElement_RncFunction_UtranCell.pmSumBestCs64RabEstablishSumecttbh, Sum
    pmSumBestDchPsIntRabEstablishACCUMULATIONINT8Sum of all sample values recorded within the ROP period for 'Number of PS Interactive RABs established, regardless of rate', for the best cell in the Active Set.ManagedElement_RncFunction_UtranCell.pmSumBestDchPsIntRabEstablishSumecttbh, Sum
    pmSumBestPsEulRabEstablishACCUMULATIONINTEGERNumber of E-DCH radio bearers established in this cell when it is the best cell, incremented every 5 seconds.ManagedElement_RncFunction_UtranCell.pmSumBestPsEulRabEstablishSumecttbh, Sum
    pmSumBestPsHsAdchRabEstablishACCUMULATIONINT8Sum of all sample values recorded for 'Number of A-DCHs established in the cell which is the best cell in the active set' .ManagedElement_RncFunction_UtranCell.pmSumBestPsHsAdchRabEstablishSumecttbh, Sum
    pmSumBestPsStr128Ps8RabEstablishACCUMULATIONINT8Sum of all sample values recorded for 'Number of PS Streaming 16/128 + Packet 8kbps PS multi-RABs established referred to the best cell in the AS'ManagedElement_RncFunction_UtranCell.pmSumBestPsStr128Ps8RabEstablishSumecttbh, Sum
    pmSumBestPsStr64Ps8RabEstablishACCUMULATIONINT8Sum of all sample values recorded within the ROP period for 'Number of PS Streaming 16/64 + Packet 8kbps PS multi-RABs established referred to the best cell in the AS'ManagedElement_RncFunction_UtranCell.pmSumBestPsStr64Ps8RabEstablishSumecttbh, Sum
    pmSumBestPsStreamHsRabEstACCUMULATIONINTEGERSum of all sample values recorded within the ROP period for -Number of PS Streaming HS RABs established-, for the best cell in the Active Set.ManagedElement_RncFunction_UtranCell.pmSumBestPsStreamHsRabEstSumecttbh, Sum
    pmSumBestRrcOnlyEstablishACCUMULATIONINTEGERSum of all sample values recorded during a ROP for the number of established Standalone SRB 13.6. Incremented in the best cell in the active set.ManagedElement_RncFunction_UtranCell.pmSumBestRrcOnlyEstablishSumecttbh
    pmSumBestSrbOnly34ACCUMULATIONINTEGERSum of all sample values recorded during a ROP for the number of established Standalone SRB 3.4. Incremented in the best cell in the active set.ManagedElement_RncFunction_UtranCell.pmSumBestSrbOnly34Sumecttbh
    pmsumcs12ps0rabestablishACCUMULATIONINT8A snapshot of the total number of currently active speech CS plus 0/0 (UL/DL) PS multi RABs is recorded once every 30 seconds. This counter contains the sum of all the snapshot values taken in a ROP period added together.ManagedElement_RncFunction_UtranCell.pmSumCs12Ps0RabEstablishSumecttbh, Sum
    pmsumcs12ps64rabestablishACCUMULATIONINT8A snapshot of the total number of currently active speech CS plus 64/64 (UL/DL) PS multi RABs is recorded once every 30 seconds. This counter contains the sum of all the snapshot values taken in a ROP period added together.ManagedElement_RncFunction_UtranCell.pmSumCs12Ps64RabEstablishSumecttbh, Sum
    pmsumcs12rabestablishACCUMULATIONINT8A snapshot of the total number of currently active speech 12.2 kbit RAB connections is recorded once every 5 seconds. This counter contains the sum of all the snapshot values taken in a ROP period added together.ManagedElement_RncFunction_UtranCell.pmSumCs12RabEstablishSumecttbh, Sum
    pmsumcs57rabestablishACCUMULATIONINT8A snapshot of the total number of currently active CS 57 RABs is recorded once every 5 seconds.This counter contains the sum of all the snapshot values taken in a ROP period added together.ManagedElement_RncFunction_UtranCell.pmSumCs57RabEstablishSumecttbh, Sum
    pmSumCs64Ps8RabEstablishACCUMULATIONINT8Sum of all samples recorded for the multi-RAB UDI+8/8ManagedElement_RncFunction_UtranCell.pmSumCs64Ps8RabEstablishSumecttbh, Sum
    pmsumcs64rabestablishACCUMULATIONINT8A snapshot of the total number of currently active CS 64 RABs is recorded once every 5 seconds.This counter contains the sum of all the snapshot values taken in a ROP period added together.ManagedElement_RncFunction_UtranCell.pmSumCs64RabEstablishSumecttbh, Sum
    pmSumFachPsIntRabEstablishACCUMULATIONINT8Sum of all sample values recorded within the ROP period for 'Number of PS RABs in state FACH established', for the best cell in the Active Set.ManagedElement_RncFunction_UtranCell.pmSumFachPsIntRabEstablishSumecttbh, Sum
    pmsumps128rabestablishACCUMULATIONINT8-Obsolete in P5, UtranCell- A snapshot of the total number of currently active PS128 kbit RABs is recorded once every 30 seconds. This counter contains the sum of all the snapshot values taken in a ROP period added together.ManagedElement_RncFunction_UtranCell.pmSumPs128RabEstablishSumecttbh, Sum
    pmsumps384rabestablishACCUMULATIONINT8-Obsolete in P5, UtranCell- A snapshot of the total number of currently active PS384 kbit RABs is recorded once every 30 seconds. This counter contains the sum of all the snapshot values taken in a ROP period added together.ManagedElement_RncFunction_UtranCell.pmSumPs384RabEstablishSumecttbh, Sum
    pmsumps64rabestablishACCUMULATIONINT8-Obsolete in P5, UtranCell- A snapshot of the total number of currently active PS64 kbit RABs is recorded once every 30 seconds. This counter contains the sum of all the snapshot values taken in a ROP period added together.ManagedElement_RncFunction_UtranCell.pmSumPs64RabEstablishSumecttbh, Sum
    pmSumPsEulRabEstablishACCUMULATIONINTEGERNumber of E-DCH radio bearers established in this cell, incremented every 5 seconds.ManagedElement_RncFunction_UtranCell.pmSumPsEulRabEstablishSumecttbh, Sum
    pmSumPsHsAdchRabEstablishACCUMULATIONINT8Sum of all sample values recorded for 'Number of A-DCHs established'.ManagedElement_RncFunction_UtranCell.pmSumPsHsAdchRabEstablishSumecttbh, Sum
    pmSumPsInteractiveACCUMULATIONINTEGERSum of all sample values recorded for -Number of Interactive PS RABs established excluding RABs on HS configurations or CELL_FACH-. Based on an internal level counter which is maintained by the RNC. Values are read periodically, every 5 seconds, from an internal level counter. Each read results in the pmSamplesPsInteractive counter being increased by one, and the actual value read from the level counter being added to the pmSumPsInteractive counter. The level counter maintains a snapshot of the number of active PS Interactive RABs, excluding Interactive RABs on HS configurations or CELL_FACH, at any instant in time. That is, the level counter can be decreased or increased. The level counter is updated by RRC connection release, Channel Switching, Interfrequency Handover, RAB establishment, RAB release and Soft/Softer Handover.ManagedElement_RncFunction_UtranCell.pmSumPsInteractiveSumecttbh, Sum
    pmSumPsStr128Ps8RabEstablishACCUMULATIONINT8Sum of all sample values recorded for 'Number of PS Streaming 16/128 + Packet 8kbps PS multi-RABs established'ManagedElement_RncFunction_UtranCell.pmSumPsStr128Ps8RabEstablishSumecttbh, Sum
    pmSumPsStr64Ps8RabEstablishACCUMULATIONINT8Number of currently active PS Streaming + PS8 multi RABs is recorded once every 30 seconds. This counter contains the sum of all the snapshot values taken in a ROP period added together.ManagedElement_RncFunction_UtranCell.pmSumPsStr64Ps8RabEstablishSumecttbh, Sum
    pmSumPsStreamHsRabEstACCUMULATIONINTEGERSum of all sample values recorded within the ROP period for -Number of PS Streaming HS RABs established-.ManagedElement_RncFunction_UtranCell.pmSumPsStreamHsRabEstSumecttbh, Sum
    pmsumrabfachACCUMULATIONINT8-Obsolete in P6- A snapshot of the total number of currently active PS RABs on RACH/FACH is recorded once every 30 seconds. This counter contains the sum of all the snapshot values taken in a ROP period added together.ManagedElement_RncFunction_UtranCell.pmSumRabFachSumecttbh, Sum
    pmsumrrconlyestablishACCUMULATIONINT8A snapshot of the total number of currently active RRC only connection is recorded once every 30 seconds. This counter contains the sum of all the snapshot values taken in a ROP period added together.ManagedElement_RncFunction_UtranCell.pmSumRrcOnlyEstablishSumecttbh, Sum
    pmSumSrbOnly34ACCUMULATIONINTEGERSum of all sample values recorded during a ROP for the number of established Standalone SRB 3.4.ManagedElement_RncFunction_UtranCell.pmSumSrbOnly34Sumecttbh


    Cell.Ericsson.UMTS.reconfig_PS_Int_RABs

    Reconfigurations of PS Interactive RABs statistics

    KPITypeData TypeDescriptionDerivationDefault AggregatorOther Aggregators
    pmNoSuccRbReconfOrigPsIntDchACCUMULATIONINTEGERNumber of successful reconfigurations of PS Interactive RABs on CELL_DCH from DCH/DCH at RAB Establishment, RAB Release and Channel Switching (any trigger reason).ManagedElement_RncFunction_UtranCell.pmNoSuccRbReconfOrigPsIntDchSumecttbh, Sum
    pmNoSuccRbReconfOrigPsIntEulACCUMULATIONINTEGERNumber of successful reconfigurations of PS Interactive RABs on CELL_DCH from EUL/HS at RAB Establishment, RAB Release and Channel Switching (any trigger reason).ManagedElement_RncFunction_UtranCell.pmNoSuccRbReconfOrigPsIntEulSumecttbh, Sum
    pmNoSuccRbReconfOrigPsIntHsACCUMULATIONINTEGERNumber of successful reconfigurations of PS Interactive RABs on CELL_DCH from DCH/HS at RAB Establishment, RAB Release and Channel Switching (any trigger reason).ManagedElement_RncFunction_UtranCell.pmNoSuccRbReconfOrigPsIntHsSumecttbh, Sum
    pmNoSuccRbReconfPsIntDchACCUMULATIONINTEGERNumber of successful reconfigurations of PS Interactive RABs on CELL_DCH to DCH/DCH at RAB Establishment, RAB Release and Channel Switching (any trigger reason).ManagedElement_RncFunction_UtranCell.pmNoSuccRbReconfPsIntDchSumecttbh, Sum
    pmNoSuccRbReconfPsIntEulACCUMULATIONINTEGERNumber of successful reconfigurations of PS Interactive RABs on CELL_DCH to EUL/HS at RAB Establishment, RAB Release and Channel Switching (any trigger reason).ManagedElement_RncFunction_UtranCell.pmNoSuccRbReconfPsIntEulSumecttbh, Sum
    pmNoSuccRbReconfPsIntHsACCUMULATIONINTEGERNumber of successful reconfigurations of PS Interactive RABs on CELL_DCH to DCH/HS at RAB Establishment, RAB Release and Channel Switching (any trigger reason).ManagedElement_RncFunction_UtranCell.pmNoSuccRbReconfPsIntHsSumecttbh, Sum
    pmPsIntDchToFachAttACCUMULATIONINTEGERNumber of reconfiguration attempts from DCH/DCH to RACH/FACH for a PS Interactive RAB.ManagedElement_RncFunction_UtranCell.pmPsIntDchToFachAttSumecttbh, Sum
    pmPsIntDchToFachSuccACCUMULATIONINTEGERNumber of successful reconfiguration attempts from DCH/DCH to RACH/FACH for a PS Interactive RAB.ManagedElement_RncFunction_UtranCell.pmPsIntDchToFachSuccSumecttbh, Sum
    pmPsIntHsToFachAttACCUMULATIONINTEGERNumber of reconfiguration attempts from DCH/HS or EUL/HS to RACH/FACH for a PS Interactive RAB.ManagedElement_RncFunction_UtranCell.pmPsIntHsToFachAttSumecttbh, Sum
    pmPsIntHsToFachSuccACCUMULATIONINTEGERNumber of successful reconfigurations from DCH/HS or EUL/HS to RACH/FACH for a PS Interactive RAB.ManagedElement_RncFunction_UtranCell.pmPsIntHsToFachSuccSumecttbh, Sum


    Cell.Ericsson.UMTS.RES_Measurements_1

    Radio Environment Measurement Statistics - 1

    KPITypeData TypeDescriptionDerivationDefault AggregatorOther Aggregators
    pmRes1_0ACCUMULATIONINTEGERRES measurement results. This is pmRes1 array position 0, which contains (service*256 + measurement quantity)ManagedElement_RncFunction_UtranCell.pmRes1_0Sumecttbh, Sum
    pmRes1_10ACCUMULATIONINTEGERRES measurement results. This is pmRes1 array position 10ManagedElement_RncFunction_UtranCell.pmRes1_10Sumecttbh, Sum
    pmRes1_11ACCUMULATIONINTEGERRES measurement results. This is pmRes1 array position 11ManagedElement_RncFunction_UtranCell.pmRes1_11Sumecttbh, Sum
    pmRes1_12ACCUMULATIONINTEGERRES measurement results. This is pmRes1 array position 12ManagedElement_RncFunction_UtranCell.pmRes1_12Sumecttbh, Sum
    pmRes1_13ACCUMULATIONINTEGERRES measurement results. This is pmRes1 array position 13ManagedElement_RncFunction_UtranCell.pmRes1_13Sumecttbh, Sum
    pmRes1_14ACCUMULATIONINTEGERRES measurement results. This is pmRes1 array position 14ManagedElement_RncFunction_UtranCell.pmRes1_14Sumecttbh, Sum
    pmRes1_15ACCUMULATIONINTEGERRES measurement results. This is pmRes1 array position 15ManagedElement_RncFunction_UtranCell.pmRes1_15Sumecttbh, Sum
    pmRes1_16ACCUMULATIONINTEGERRES measurement results. This is pmRes1 array position 16ManagedElement_RncFunction_UtranCell.pmRes1_16Sumecttbh, Sum
    pmRes1_17ACCUMULATIONINTEGERRES measurement results. This is pmRes1 array position 17ManagedElement_RncFunction_UtranCell.pmRes1_17Sumecttbh, Sum
    pmRes1_18ACCUMULATIONINTEGERRES measurement results. This is pmRes1 array position 18ManagedElement_RncFunction_UtranCell.pmRes1_18Sumecttbh, Sum
    pmRes1_1ACCUMULATIONINTEGERRES measurement results. This is pmRes1 array position 1ManagedElement_RncFunction_UtranCell.pmRes1_1Sumecttbh, Sum
    pmRes1_2ACCUMULATIONINTEGERRES measurement results. This is pmRes1 array position 2ManagedElement_RncFunction_UtranCell.pmRes1_2Sumecttbh, Sum
    pmRes1_3ACCUMULATIONINTEGERRES measurement results. This is pmRes1 array position 3ManagedElement_RncFunction_UtranCell.pmRes1_3Sumecttbh, Sum
    pmRes1_4ACCUMULATIONINTEGERRES measurement results. This is pmRes1 array position 4ManagedElement_RncFunction_UtranCell.pmRes1_4Sumecttbh, Sum
    pmRes1_5ACCUMULATIONINTEGERRES measurement results. This is pmRes1 array position 5ManagedElement_RncFunction_UtranCell.pmRes1_5Sumecttbh, Sum
    pmRes1_6ACCUMULATIONINTEGERRES measurement results. This is pmRes1 array position 6ManagedElement_RncFunction_UtranCell.pmRes1_6Sumecttbh, Sum
    pmRes1_7ACCUMULATIONINTEGERRES measurement results. This is pmRes1 array position 7ManagedElement_RncFunction_UtranCell.pmRes1_7Sumecttbh, Sum
    pmRes1_8ACCUMULATIONINTEGERRES measurement results. This is pmRes1 array position 8ManagedElement_RncFunction_UtranCell.pmRes1_8Sumecttbh, Sum
    pmRes1_9ACCUMULATIONINTEGERRES measurement results. This is pmRes1 array position 9ManagedElement_RncFunction_UtranCell.pmRes1_9Sumecttbh, Sum


    Cell.Ericsson.UMTS.RES_Measurements_2

    Radio Environment Measurement Statistics - 2

    KPITypeData TypeDescriptionDerivationDefault AggregatorOther Aggregators
    pmRes2_0ACCUMULATIONINTEGERRES measurement results. This is pmRes2 array position 0, which contains (service*256 + measurement quantity)ManagedElement_RncFunction_UtranCell.pmRes2_0Sumecttbh, Sum
    pmRes2_10ACCUMULATIONINTEGERRES measurement results. This is pmRes2 array position 10ManagedElement_RncFunction_UtranCell.pmRes2_10Sumecttbh, Sum
    pmRes2_11ACCUMULATIONINTEGERRES measurement results. This is pmRes2 array position 11ManagedElement_RncFunction_UtranCell.pmRes2_11Sumecttbh, Sum
    pmRes2_12ACCUMULATIONINTEGERRES measurement results. This is pmRes2 array position 12ManagedElement_RncFunction_UtranCell.pmRes2_12Sumecttbh, Sum
    pmRes2_13ACCUMULATIONINTEGERRES measurement results. This is pmRes2 array position 13ManagedElement_RncFunction_UtranCell.pmRes2_13Sumecttbh, Sum
    pmRes2_14ACCUMULATIONINTEGERRES measurement results. This is pmRes2 array position 14ManagedElement_RncFunction_UtranCell.pmRes2_14Sumecttbh, Sum
    pmRes2_15ACCUMULATIONINTEGERRES measurement results. This is pmRes2 array position 15ManagedElement_RncFunction_UtranCell.pmRes2_15Sumecttbh, Sum
    pmRes2_16ACCUMULATIONINTEGERRES measurement results. This is pmRes2 array position 16ManagedElement_RncFunction_UtranCell.pmRes2_16Sumecttbh, Sum
    pmRes2_17ACCUMULATIONINTEGERRES measurement results. This is pmRes2 array position 17ManagedElement_RncFunction_UtranCell.pmRes2_17Sumecttbh, Sum
    pmRes2_18ACCUMULATIONINTEGERRES measurement results. This is pmRes2 array position 18ManagedElement_RncFunction_UtranCell.pmRes2_18Sumecttbh, Sum
    pmRes2_1ACCUMULATIONINTEGERRES measurement results. This is pmRes2 array position 1ManagedElement_RncFunction_UtranCell.pmRes2_1Sumecttbh, Sum
    pmRes2_2ACCUMULATIONINTEGERRES measurement results. This is pmRes2 array position 2ManagedElement_RncFunction_UtranCell.pmRes2_2Sumecttbh, Sum
    pmRes2_3ACCUMULATIONINTEGERRES measurement results. This is pmRes2 array position 3ManagedElement_RncFunction_UtranCell.pmRes2_3Sumecttbh, Sum
    pmRes2_4ACCUMULATIONINTEGERRES measurement results. This is pmRes2 array position 4ManagedElement_RncFunction_UtranCell.pmRes2_4Sumecttbh, Sum
    pmRes2_5ACCUMULATIONINTEGERRES measurement results. This is pmRes2 array position 5ManagedElement_RncFunction_UtranCell.pmRes2_5Sumecttbh, Sum
    pmRes2_6ACCUMULATIONINTEGERRES measurement results. This is pmRes2 array position 6ManagedElement_RncFunction_UtranCell.pmRes2_6Sumecttbh, Sum
    pmRes2_7ACCUMULATIONINTEGERRES measurement results. This is pmRes2 array position 7ManagedElement_RncFunction_UtranCell.pmRes2_7Sumecttbh, Sum
    pmRes2_8ACCUMULATIONINTEGERRES measurement results. This is pmRes2 array position 8ManagedElement_RncFunction_UtranCell.pmRes2_8Sumecttbh, Sum
    pmRes2_9ACCUMULATIONINTEGERRES measurement results. This is pmRes2 array position 9ManagedElement_RncFunction_UtranCell.pmRes2_9Sumecttbh, Sum


    Cell.Ericsson.UMTS.RES_Measurements_3

    Radio Environment Measurement Statistics - 3

    KPITypeData TypeDescriptionDerivationDefault AggregatorOther Aggregators
    pmRes3_0ACCUMULATIONINTEGERRES measurement results. This is pmRes3 array position 0, which contains (service*256 + measurement quantity)ManagedElement_RncFunction_UtranCell.pmRes3_0Sumecttbh, Sum
    pmRes3_10ACCUMULATIONINTEGERRES measurement results. This is pmRes3 array position 10ManagedElement_RncFunction_UtranCell.pmRes3_10Sumecttbh, Sum
    pmRes3_11ACCUMULATIONINTEGERRES measurement results. This is pmRes3 array position 11ManagedElement_RncFunction_UtranCell.pmRes3_11Sumecttbh, Sum
    pmRes3_12ACCUMULATIONINTEGERRES measurement results. This is pmRes3 array position 12ManagedElement_RncFunction_UtranCell.pmRes3_12Sumecttbh, Sum
    pmRes3_13ACCUMULATIONINTEGERRES measurement results. This is pmRes3 array position 13ManagedElement_RncFunction_UtranCell.pmRes3_13Sumecttbh, Sum
    pmRes3_14ACCUMULATIONINTEGERRES measurement results. This is pmRes3 array position 14ManagedElement_RncFunction_UtranCell.pmRes3_14Sumecttbh, Sum
    pmRes3_15ACCUMULATIONINTEGERRES measurement results. This is pmRes3 array position 15ManagedElement_RncFunction_UtranCell.pmRes3_15Sumecttbh, Sum
    pmRes3_16ACCUMULATIONINTEGERRES measurement results. This is pmRes3 array position 16ManagedElement_RncFunction_UtranCell.pmRes3_16Sumecttbh, Sum
    pmRes3_17ACCUMULATIONINTEGERRES measurement results. This is pmRes3 array position 17ManagedElement_RncFunction_UtranCell.pmRes3_17Sumecttbh, Sum
    pmRes3_18ACCUMULATIONINTEGERRES measurement results. This is pmRes3 array position 18ManagedElement_RncFunction_UtranCell.pmRes3_18Sumecttbh, Sum
    pmRes3_1ACCUMULATIONINTEGERRES measurement results. This is pmRes3 array position 1ManagedElement_RncFunction_UtranCell.pmRes3_1Sumecttbh, Sum
    pmRes3_2ACCUMULATIONINTEGERRES measurement results. This is pmRes3 array position 2ManagedElement_RncFunction_UtranCell.pmRes3_2Sumecttbh, Sum
    pmRes3_3ACCUMULATIONINTEGERRES measurement results. This is pmRes3 array position 3ManagedElement_RncFunction_UtranCell.pmRes3_3Sumecttbh, Sum
    pmRes3_4ACCUMULATIONINTEGERRES measurement results. This is pmRes3 array position 4ManagedElement_RncFunction_UtranCell.pmRes3_4Sumecttbh, Sum
    pmRes3_5ACCUMULATIONINTEGERRES measurement results. This is pmRes3 array position 5ManagedElement_RncFunction_UtranCell.pmRes3_5Sumecttbh, Sum
    pmRes3_6ACCUMULATIONINTEGERRES measurement results. This is pmRes3 array position 6ManagedElement_RncFunction_UtranCell.pmRes3_6Sumecttbh, Sum
    pmRes3_7ACCUMULATIONINTEGERRES measurement results. This is pmRes3 array position 7ManagedElement_RncFunction_UtranCell.pmRes3_7Sumecttbh, Sum
    pmRes3_8ACCUMULATIONINTEGERRES measurement results. This is pmRes3 array position 8ManagedElement_RncFunction_UtranCell.pmRes3_8Sumecttbh, Sum
    pmRes3_9ACCUMULATIONINTEGERRES measurement results. This is pmRes3 array position 9ManagedElement_RncFunction_UtranCell.pmRes3_9Sumecttbh, Sum


    Cell.Ericsson.UMTS.RES_Measurements_4

    Radio Environment Measurement Statistics - 4

    KPITypeData TypeDescriptionDerivationDefault AggregatorOther Aggregators
    pmRes4_0ACCUMULATIONINTEGERRES measurement results. This is pmRes4 array position 0, which contains (service*256 + measurement quantity)ManagedElement_RncFunction_UtranCell.pmRes4_0Sumecttbh, Sum
    pmRes4_10ACCUMULATIONINTEGERRES measurement results. This is pmRes4 array position 10ManagedElement_RncFunction_UtranCell.pmRes4_10Sumecttbh, Sum
    pmRes4_11ACCUMULATIONINTEGERRES measurement results. This is pmRes4 array position 11ManagedElement_RncFunction_UtranCell.pmRes4_11Sumecttbh, Sum
    pmRes4_12ACCUMULATIONINTEGERRES measurement results. This is pmRes4 array position 12ManagedElement_RncFunction_UtranCell.pmRes4_12Sumecttbh, Sum
    pmRes4_13ACCUMULATIONINTEGERRES measurement results. This is pmRes4 array position 13ManagedElement_RncFunction_UtranCell.pmRes4_13Sumecttbh, Sum
    pmRes4_14ACCUMULATIONINTEGERRES measurement results. This is pmRes4 array position 14ManagedElement_RncFunction_UtranCell.pmRes4_14Sumecttbh, Sum
    pmRes4_15ACCUMULATIONINTEGERRES measurement results. This is pmRes4 array position 15ManagedElement_RncFunction_UtranCell.pmRes4_15Sumecttbh, Sum
    pmRes4_16ACCUMULATIONINTEGERRES measurement results. This is pmRes4 array position 16ManagedElement_RncFunction_UtranCell.pmRes4_16Sumecttbh, Sum
    pmRes4_17ACCUMULATIONINTEGERRES measurement results. This is pmRes4 array position 17ManagedElement_RncFunction_UtranCell.pmRes4_17Sumecttbh, Sum
    pmRes4_18ACCUMULATIONINTEGERRES measurement results. This is pmRes4 array position 18ManagedElement_RncFunction_UtranCell.pmRes4_18Sumecttbh, Sum
    pmRes4_1ACCUMULATIONINTEGERRES measurement results. This is pmRes4 array position 1ManagedElement_RncFunction_UtranCell.pmRes4_1Sumecttbh, Sum
    pmRes4_2ACCUMULATIONINTEGERRES measurement results. This is pmRes4 array position 2ManagedElement_RncFunction_UtranCell.pmRes4_2Sumecttbh, Sum
    pmRes4_3ACCUMULATIONINTEGERRES measurement results. This is pmRes4 array position 3ManagedElement_RncFunction_UtranCell.pmRes4_3Sumecttbh, Sum
    pmRes4_4ACCUMULATIONINTEGERRES measurement results. This is pmRes4 array position 4ManagedElement_RncFunction_UtranCell.pmRes4_4Sumecttbh, Sum
    pmRes4_5ACCUMULATIONINTEGERRES measurement results. This is pmRes4 array position 5ManagedElement_RncFunction_UtranCell.pmRes4_5Sumecttbh, Sum
    pmRes4_6ACCUMULATIONINTEGERRES measurement results. This is pmRes4 array position 6ManagedElement_RncFunction_UtranCell.pmRes4_6Sumecttbh, Sum
    pmRes4_7ACCUMULATIONINTEGERRES measurement results. This is pmRes4 array position 7ManagedElement_RncFunction_UtranCell.pmRes4_7Sumecttbh, Sum
    pmRes4_8ACCUMULATIONINTEGERRES measurement results. This is pmRes4 array position 8ManagedElement_RncFunction_UtranCell.pmRes4_8Sumecttbh, Sum
    pmRes4_9ACCUMULATIONINTEGERRES measurement results. This is pmRes4 array position 9ManagedElement_RncFunction_UtranCell.pmRes4_9Sumecttbh, Sum


    Cell.Ericsson.UMTS.RES_Measurements_5

    Radio Environment Measurement Statistics - 5

    KPITypeData TypeDescriptionDerivationDefault AggregatorOther Aggregators
    pmRes5_0ACCUMULATIONINTEGERRES measurement results. This is pmRes5 array position 0, which contains (service*256 + measurement quantity)ManagedElement_RncFunction_UtranCell.pmRes5_0Sumecttbh, Sum
    pmRes5_10ACCUMULATIONINTEGERRES measurement results. This is pmRes5 array position 10ManagedElement_RncFunction_UtranCell.pmRes5_10Sumecttbh, Sum
    pmRes5_11ACCUMULATIONINTEGERRES measurement results. This is pmRes5 array position 11ManagedElement_RncFunction_UtranCell.pmRes5_11Sumecttbh, Sum
    pmRes5_12ACCUMULATIONINTEGERRES measurement results. This is pmRes5 array position 12ManagedElement_RncFunction_UtranCell.pmRes5_12Sumecttbh, Sum
    pmRes5_13ACCUMULATIONINTEGERRES measurement results. This is pmRes5 array position 13ManagedElement_RncFunction_UtranCell.pmRes5_13Sumecttbh, Sum
    pmRes5_14ACCUMULATIONINTEGERRES measurement results. This is pmRes5 array position 14ManagedElement_RncFunction_UtranCell.pmRes5_14Sumecttbh, Sum
    pmRes5_15ACCUMULATIONINTEGERRES measurement results. This is pmRes5 array position 15ManagedElement_RncFunction_UtranCell.pmRes5_15Sumecttbh, Sum
    pmRes5_16ACCUMULATIONINTEGERRES measurement results. This is pmRes5 array position 16ManagedElement_RncFunction_UtranCell.pmRes5_16Sumecttbh, Sum
    pmRes5_17ACCUMULATIONINTEGERRES measurement results. This is pmRes5 array position 17ManagedElement_RncFunction_UtranCell.pmRes5_17Sumecttbh, Sum
    pmRes5_18ACCUMULATIONINTEGERRES measurement results. This is pmRes5 array position 18ManagedElement_RncFunction_UtranCell.pmRes5_18Sumecttbh, Sum
    pmRes5_1ACCUMULATIONINTEGERRES measurement results. This is pmRes5 array position 1ManagedElement_RncFunction_UtranCell.pmRes5_1Sumecttbh, Sum
    pmRes5_2ACCUMULATIONINTEGERRES measurement results. This is pmRes5 array position 2ManagedElement_RncFunction_UtranCell.pmRes5_2Sumecttbh, Sum
    pmRes5_3ACCUMULATIONINTEGERRES measurement results. This is pmRes5 array position 3ManagedElement_RncFunction_UtranCell.pmRes5_3Sumecttbh, Sum
    pmRes5_4ACCUMULATIONINTEGERRES measurement results. This is pmRes5 array position 4ManagedElement_RncFunction_UtranCell.pmRes5_4Sumecttbh, Sum
    pmRes5_5ACCUMULATIONINTEGERRES measurement results. This is pmRes5 array position 5ManagedElement_RncFunction_UtranCell.pmRes5_5Sumecttbh, Sum
    pmRes5_6ACCUMULATIONINTEGERRES measurement results. This is pmRes5 array position 6ManagedElement_RncFunction_UtranCell.pmRes5_6Sumecttbh, Sum
    pmRes5_7ACCUMULATIONINTEGERRES measurement results. This is pmRes5 array position 7ManagedElement_RncFunction_UtranCell.pmRes5_7Sumecttbh, Sum
    pmRes5_8ACCUMULATIONINTEGERRES measurement results. This is pmRes5 array position 8ManagedElement_RncFunction_UtranCell.pmRes5_8Sumecttbh, Sum
    pmRes5_9ACCUMULATIONINTEGERRES measurement results. This is pmRes5 array position 9ManagedElement_RncFunction_UtranCell.pmRes5_9Sumecttbh, Sum


    Cell.Ericsson.UMTS.RES_Measurements_6

    Radio Environment Measurement Statistics - 6

    KPITypeData TypeDescriptionDerivationDefault AggregatorOther Aggregators
    pmRes6_0ACCUMULATIONINTEGERRES measurement results. This is pmRes6 array position 0, which contains (service*256 + measurement quantity)ManagedElement_RncFunction_UtranCell.pmRes6_0Sumecttbh, Sum
    pmRes6_10ACCUMULATIONINTEGERRES measurement results. This is pmRes6 array position 10ManagedElement_RncFunction_UtranCell.pmRes6_10Sumecttbh, Sum
    pmRes6_11ACCUMULATIONINTEGERRES measurement results. This is pmRes6 array position 11ManagedElement_RncFunction_UtranCell.pmRes6_11Sumecttbh, Sum
    pmRes6_12ACCUMULATIONINTEGERRES measurement results. This is pmRes6 array position 12ManagedElement_RncFunction_UtranCell.pmRes6_12Sumecttbh, Sum
    pmRes6_13ACCUMULATIONINTEGERRES measurement results. This is pmRes6 array position 13ManagedElement_RncFunction_UtranCell.pmRes6_13Sumecttbh, Sum
    pmRes6_14ACCUMULATIONINTEGERRES measurement results. This is pmRes6 array position 14ManagedElement_RncFunction_UtranCell.pmRes6_14Sumecttbh, Sum
    pmRes6_15ACCUMULATIONINTEGERRES measurement results. This is pmRes6 array position 15ManagedElement_RncFunction_UtranCell.pmRes6_15Sumecttbh, Sum
    pmRes6_16ACCUMULATIONINTEGERRES measurement results. This is pmRes6 array position 16ManagedElement_RncFunction_UtranCell.pmRes6_16Sumecttbh, Sum
    pmRes6_17ACCUMULATIONINTEGERRES measurement results. This is pmRes6 array position 17ManagedElement_RncFunction_UtranCell.pmRes6_17Sumecttbh, Sum
    pmRes6_18ACCUMULATIONINTEGERRES measurement results. This is pmRes6 array position 18ManagedElement_RncFunction_UtranCell.pmRes6_18Sumecttbh, Sum
    pmRes6_1ACCUMULATIONINTEGERRES measurement results. This is pmRes6 array position 1ManagedElement_RncFunction_UtranCell.pmRes6_1Sumecttbh, Sum
    pmRes6_2ACCUMULATIONINTEGERRES measurement results. This is pmRes6 array position 2ManagedElement_RncFunction_UtranCell.pmRes6_2Sumecttbh, Sum
    pmRes6_3ACCUMULATIONINTEGERRES measurement results. This is pmRes6 array position 3ManagedElement_RncFunction_UtranCell.pmRes6_3Sumecttbh, Sum
    pmRes6_4ACCUMULATIONINTEGERRES measurement results. This is pmRes6 array position 4ManagedElement_RncFunction_UtranCell.pmRes6_4Sumecttbh, Sum
    pmRes6_5ACCUMULATIONINTEGERRES measurement results. This is pmRes6 array position 5ManagedElement_RncFunction_UtranCell.pmRes6_5Sumecttbh, Sum
    pmRes6_6ACCUMULATIONINTEGERRES measurement results. This is pmRes6 array position 6ManagedElement_RncFunction_UtranCell.pmRes6_6Sumecttbh, Sum
    pmRes6_7ACCUMULATIONINTEGERRES measurement results. This is pmRes6 array position 7ManagedElement_RncFunction_UtranCell.pmRes6_7Sumecttbh, Sum
    pmRes6_8ACCUMULATIONINTEGERRES measurement results. This is pmRes6 array position 8ManagedElement_RncFunction_UtranCell.pmRes6_8Sumecttbh, Sum
    pmRes6_9ACCUMULATIONINTEGERRES measurement results. This is pmRes6 array position 9ManagedElement_RncFunction_UtranCell.pmRes6_9Sumecttbh, Sum


    Cell.Ericsson.UMTS.RLC_Packet_Data

    Radio bearer packet data statistics.

    KPITypeData TypeDescriptionDerivationDefault AggregatorOther Aggregators
    Avg_pmActDlRlcTotPacketThpINTENSITYFLOAT-Obsolete in P6- Average DL RLC throughput measurements (that is, incremented by the measured throughput amount, including user data, retransmissions, padding bits, data PDU headers and RLC control PDUs.thresholddiv({pmSumActDlRlcTotPacketThp},{pmSamplesActDlRlcTotPacketThp},0,0)AverageAverage, ecttbh, Maximum, Minimum, Sum
    Avg_pmActDlRlcUserPacketThpINTENSITYFLOAT-Obsolete in P6- Average DL RLC throughput measurements (that is, incremented by the measured RLC throughput amount, including user data but excluding retransmissions, padding bits, data PDU headers and RLC control PDUs.thresholddiv({pmSumActDlRlcUserPacketThp},{pmSamplesActDlRlcUserPacketThp},0,0)AverageAverage, ecttbh, Maximum, Minimum, Sum
    Avg_pmActUlRlcTotPacketThpINTENSITYFLOAT-Obsolete in P6- Average UL RLC throughput measurements (that is, incremented by the measured RLC throughput amount, including user data, retransmissions, padding bits, data PDU headers and RLC control PDUs.thresholddiv({pmSumActUlRlcTotPacketThp},{pmSamplesActUlRlcTotPacketThp},0,0)AverageAverage, ecttbh, Maximum, Minimum, Sum
    Avg_pmActUlRlcUserPacketThpINTENSITYFLOAT-Obsolete in P6- Average UL RLC throughput measurements (that is, incremented by the measured RLC throughput amount, including user data but excluding retransmissions, padding bits, data PDU headers and RLC control PDUs.thresholddiv({pmSumActUlRlcUserPacketThp},{pmSamplesActUlRlcUserPacketThp},0,0)AverageAverage, ecttbh, Maximum, Minimum, Sum
    pmDchDlRlcUserPacketThp_AvgINTENSITYFLOATThe average R99 DL RLC throughput (user data), excluding retransmissions.ManagedElement_RncFunction_UtranCell.pmDchDlRlcUserPacketThp_AvgAverageAverage, ecttbh, Maximum, Minimum, Sum
    pmDchDlRlcUserPacketThp_MaxINTENSITYFLOATThe maximum R99 DL RLC throughput (user data), excluding retransmissions.ManagedElement_RncFunction_UtranCell.pmDchDlRlcUserPacketThp_MaxConstantAverage, ecttbh, Maximum, Minimum, Sum
    pmDchDlRlcUserPacketThp_MinINTENSITYFLOATThe minimum R99 DL RLC throughput (user data), excluding retransmissions.ManagedElement_RncFunction_UtranCell.pmDchDlRlcUserPacketThp_MinMinimumAverage, ecttbh, Maximum, Minimum, Sum
    pmDchUlRlcUserPacketThp_AvgINTENSITYFLOATThe average R99 UL RLC throughput (user data), excluding retransmissions.ManagedElement_RncFunction_UtranCell.pmDchUlRlcUserPacketThp_AvgAverageAverage, ecttbh, Maximum, Minimum, Sum
    pmDchUlRlcUserPacketThp_MaxINTENSITYFLOATThe maximum R99 UL RLC throughput (user data), excluding retransmissions.ManagedElement_RncFunction_UtranCell.pmDchUlRlcUserPacketThp_MaxConstantAverage, ecttbh, Maximum, Minimum, Sum
    pmDchUlRlcUserPacketThp_MinINTENSITYFLOATThe minimum R99 UL RLC throughput (user data), excluding retransmissions.ManagedElement_RncFunction_UtranCell.pmDchUlRlcUserPacketThp_MinMinimumAverage, ecttbh, Maximum, Minimum, Sum
    pmNoDiscardSduDtchDlPsStreamingACCUMULATIONINTEGERTotal number of discarded SDUs on a DTCH in the downlink direction for a PS Streaming RB. Measured only in SRNC, on the best cell in the active set.ManagedElement_RncFunction_UtranCell.pmNoDiscardSduDtchDlPsStreamingSumecttbh, Sum
    pmNoDiscardSduDtchHsPsStreamACCUMULATIONINTEGERTotal number of discarded SDUs on a HS DTCH for a PS Streaming RB.ManagedElement_RncFunction_UtranCell.pmNoDiscardSduDtchHsPsStreamSumecttbh, Sum
    pmNoReceivedSduDtchDlPsStreamingACCUMULATIONINTEGERTotal number of received SDUs on a DTCH in DL for a PS Streaming RB. Measured only in SRNC, on the best cell in the active set.ManagedElement_RncFunction_UtranCell.pmNoReceivedSduDtchDlPsStreamingSumecttbh, Sum
    pmNoReceivedSduDtchHsPsStreamACCUMULATIONINTEGERTotal number of received SDUs on a DTCH in the uplink direction for a PS Streaming RB.ManagedElement_RncFunction_UtranCell.pmNoReceivedSduDtchHsPsStreamSumecttbh, Sum
    pmNoReceivedSduDtchUlPsStreamingACCUMULATIONINTEGERTotal number of received SDUs on a DTCH in UL for a PS Streaming RB. Measured only in SRNC, on the best cell in the active set.ManagedElement_RncFunction_UtranCell.pmNoReceivedSduDtchUlPsStreamingSumecttbh, Sum
    pmSamplesActDlRlcTotPacketThpACCUMULATIONINTEGER-Obsolete in P6- Reported for one PS Interactive Radio Bearer (RB), irrespective of the corresponding transport channel (DCH, FACH, E-DCH, HS-DSCH). Number of samples in pmSumActDlRlcTotPacketThp (that is, pmSamplesActDlRlcTotPacketThp = pmSamplesActDlRlcTotPacketThp +1, whenever pmSumActDlRlcTotPacketThp is to be updated). Measured two times/second. Incremented by one if pmSumActDlRlcTotPacketThp > 0 for the same polling_time duration. Range: [0, 1800 ].ManagedElement_RncFunction_UtranCell.pmSamplesActDlRlcTotPacketThpSumecttbh, Sum
    pmSamplesActDlRlcUserPacketThpACCUMULATIONINTEGER-Obsolete in P6- Reported for one PS Interactive Radio Bearer (RB), irrespective of the corresponding transport channel (DCH, FACH, E-DCH, HS-DSCH). Number of samples in pmSumActDlRlcUserPacketThp (that is, pmSamplesActDlRlcUserPacketThp = pmSamplesActDlRlcUserPacketThp +1, whenever pmSumActDlRlcUserPacketThp is to be updated).Measured two times/second. Incremented by one if pmSumActDlRlcUserPa cketThp > 0 for the same polling time duration. Range: [0, 1800 ].ManagedElement_RncFunction_UtranCell.pmSamplesActDlRlcUserPacketThpSumecttbh, Sum
    pmSamplesActUlRlcTotPacketThpACCUMULATIONINTEGER-Obsolete in P6- Reported for one PS Interactive Radio Bearer (RB), irrespective of the corresponding transport channel (DCH, FACH, E-DCH, HS-DSCH). Number of samples in pmSumActUlRlcTotPacketThp (that is, pmSamplesActUlRlcTotPacketThp = pmSamplesActUlRlcTotPacketThp +1, whenever pmSumActUlRlcTotPacketThp is to be updated, this means if no data is transmitted the counter is not incremented). Measured two times/second. Incremented by one if pmSumActUlRlcTotPack etThp > 0 for the same polling_time duration. Range: [0, 1800].ManagedElement_RncFunction_UtranCell.pmSamplesActUlRlcTotPacketThpSumecttbh, Sum
    pmSamplesActUlRlcUserPacketThpACCUMULATIONINTEGER-Obsolete in P6- Reported for one PS Interactive Radio Bearer (RB), irrespective of the corresponding transport channel (DCH, FACH, E-DCH, HS-DSCH). Number of samples in mSumActUlRlcUserPacketThp (that is, pmSamplesActUlRlcUserPacketThp = pmSamplesActUlRlcUserPacketThp +1, whenever pmSumActUlRlcUserPacketThp is to be updated).Measured two times/second. Incremented by one if pmSumActUlRlcUserPacketThp > 0 for the same polling time duration. Range: [0, 1800 ].ManagedElement_RncFunction_UtranCell.pmSamplesActUlRlcUserPacketThpSumecttbh, Sum
    pmSamplesDchDlRlcTotPacketThpACCUMULATIONINTEGERNumber of samples in pmSumDchDlRlcTotPacketThp (i.e. pmSamplesDchDlRlcTotPacketThp= pmSamplesDchDlRlcTotPacketThp+1, whenever pmSumDchDlRlcTotPacketThp is to be updated).ManagedElement_RncFunction_UtranCell.pmSamplesDchDlRlcTotPacketThpSumecttbh, Sum
    pmSamplesDchDlRlcUserPacketThpACCUMULATIONINTEGERNumber of samples in pmSumDchDlRlcUserPacketThp (i.e. pmSamplesDchDlRlcUserPacketThp = pmSamplesDchDlRlcUserPacketThp +1, whenever pmSumDchDlRlcUserPacketThp is to be updated).ManagedElement_RncFunction_UtranCell.pmSamplesDchDlRlcUserPacketThpSumecttbh, Sum
    pmSamplesDchUlRlcTotPacketThpACCUMULATIONINTEGERNumber of samples in pmSumDchUlRlcUserPacketThp (i.e. pmSamplesDchUlRlcTotPacketThp= pmSamplesDchUlRlcTotPacketThp+1, whenever pmSumDchUlRlcTotPacketThp is to be updated).ManagedElement_RncFunction_UtranCell.pmSamplesDchUlRlcTotPacketThpSumecttbh, Sum
    pmSamplesDchUlRlcUserPacketThpACCUMULATIONINTEGERNumber of samples in pmSumDchUlRlcUserPacketThp (i.e. pmSamplesDchUlRlcUserPacketThp = pmSamplesDchUlRlcUserPacketThp +1, whenever pmSumDchUlRlcUserPacketThp is to be updated).ManagedElement_RncFunction_UtranCell.pmSamplesDchUlRlcUserPacketThpSumecttbh, Sum
    pmSamplesDlRlcUserThpCsConvACCUMULATIONINTEGERNumber of samples recorded within the ROP for pmSumDlRlcUserThpCsConv.ManagedElement_RncFunction_UtranCell.pmSamplesDlRlcUserThpCsConvSumecttbh, Sum
    pmSamplesDlRlcUserThpCsStreamACCUMULATIONINTEGERNumber of samples recorded within the ROP for pmSumDlRlcUserThpCsStream.ManagedElement_RncFunction_UtranCell.pmSamplesDlRlcUserThpCsStreamSumecttbh, Sum
    pmSamplesDlRlcUserThpPsStream128ACCUMULATIONINTEGERNumber of samples in pmSumDlRlcUserThpPsStream128 (that is, pmSamplesDlRlcUserThpP sStream128 = pmSamplesDlRlcUs erThpPsStream128 + 1, whenever pmSumDlRlcUserThpPsStream128 is to be updated) Reset at each ROP period.ManagedElement_RncFunction_UtranCell.pmSamplesDlRlcUserThpPsStream128Sumecttbh, Sum
    pmSamplesDlRlcUserThpPsStream64ACCUMULATIONINTEGERNumber of samples in pmSumDlRlcUserThpPsStream64 (that is, pmSamplesDlRlcUserThp PsStream64 = pmSamplesDlRlcU serThpPsStream64 + 1, whenever pmSumDlRlcUserThpPsStream64 is to be updated) Reset at each ROP period.ManagedElement_RncFunction_UtranCell.pmSamplesDlRlcUserThpPsStream64Sumecttbh, Sum
    pmSamplesDlRlcUserThpPsStreamHsACCUMULATIONINTEGERNumber of samples in pmSumDlRlcUserThpPsStreamHs (that is, pmSamplesDlRlcUserThp PsStreamHs = pmSamplesDlRlcU serThpPsStreamHs +1, whenever pmSumDlRlcUserThpPsStreamHs is to be updated). Reset at each ROP period.ManagedElement_RncFunction_UtranCell.pmSamplesDlRlcUserThpPsStreamHsSumecttbh, Sum
    pmSamplesDlRlcUserThpSpeechACCUMULATIONINTEGERNumber of samples recorded within the ROP for pmSumDlRlcUserThpSpeech.ManagedElement_RncFunction_UtranCell.pmSamplesDlRlcUserThpSpeechSumecttbh, Sum
    pmSamplesUlRlcUserThpCsConvACCUMULATIONINTEGERNumber of samples recorded within the ROP for pmSumUlRlcUserThpCsConv.ManagedElement_RncFunction_UtranCell.pmSamplesUlRlcUserThpCsConvSumecttbh, Sum
    pmSamplesUlRlcUserThpCsStreamACCUMULATIONINTEGERNumber of samples recorded within the ROP for pmSumUlRlcUserThpCsStream.ManagedElement_RncFunction_UtranCell.pmSamplesUlRlcUserThpCsStreamSumecttbh, Sum
    pmSamplesUlRlcUserThpPsStream128ACCUMULATIONINTEGERNumber of samples in pmSumUlRlcUserThpPsStream128 (that is, pmSamplesUlRlcUserThp PsStream128 = pmSamplesUlRlcU serThpPsStream128 +1, whenever pmSumUlRlcUserThpPsStream128 is to be updated). Reset at each ROP period.ManagedElement_RncFunction_UtranCell.pmSamplesUlRlcUserThpPsStream128Sumecttbh, Sum
    pmSamplesUlRlcUserThpPsStream16ACCUMULATIONINTEGERNumber of samples in pmSumUlRlcUserThpPsStream16 (that is, pmSamplesUlRlcUserThp PsStream16 = pmSamplesUlRlcU serThpPsStream16 + 1, whenever pmSumUlRlcUserThpPsStream16 is to be updated) Reset at each ROP period.ManagedElement_RncFunction_UtranCell.pmSamplesUlRlcUserThpPsStream16Sumecttbh, Sum
    pmSamplesUlRlcUserThpPsStream32ACCUMULATIONINTEGERNumber of samples in pmSumUlRlcUserThpPsStream32 (that is, pmSamplesUlRlcUserThp PsStream32 = pmSamplesUlRlcU serThpPsStream32 +1, whenever pmSumUlRlcUserThpPsStream32 is to be updated). Reset at each ROP periodManagedElement_RncFunction_UtranCell.pmSamplesUlRlcUserThpPsStream32Sumecttbh, Sum
    pmSamplesUlRlcUserThpSpeechACCUMULATIONINTEGERNumber of samples recorded within the ROP for pmSumUlRlcUserThpSpeech.ManagedElement_RncFunction_UtranCell.pmSamplesUlRlcUserThpSpeechSumecttbh, Sum
    pmSumActDlRlcTotPacketThpACCUMULATIONINTEGER-Obsolete in P6- Reported for one PS Interactive Radio Bearer (RB), irrespective of the corresponding transport channel (DCH, FACH, E-DCH, HS-DSCH). Number of samples in pmSumActDlRlcTotPacketThp (that is, pmSamplesActDlRlcTotPacketThp = pmSamplesActDlRlcTotPacketThp +1, whenever pmSumActDlRlcTotPacketThp is to be updated).ManagedElement_RncFunction_UtranCell.pmSumActDlRlcTotPacketThpSumecttbh, Sum
    pmSumActDlRlcUserPacketThpACCUMULATIONINTEGER-Obsolete in P6- Reported for one PS Interactive Radio Bearer (RB), irrespective of the corresponding transport channel (DCH, FACH, E-DCH, HS-DSCH). Number of samples in pmSumActDlRlcUserPacketThp (that is, pmSamplesActDlRlcUserPacketThp = pmSamplesActDlRlcUserPacketThp +1, whenever pmSumActDlRlcUserPacketThp is to be updated).Measured two times/second. Incremented by one if pmSumActDlRlcUserPacketThp > 0 for the same polling time duration. Range: [0, 1800 ].ManagedElement_RncFunction_UtranCell.pmSumActDlRlcUserPacketThpSumecttbh, Sum
    pmSumActUlRlcTotPacketThpACCUMULATIONINTEGER-Obsolete in P6- Reported for one PS Interactive Radio Bearer (RB), irrespective of the corresponding transport channel (DCH, FACH, E-DCH, HS-DSCH). Number of samples in pmSumActUlRlcTotPacketThp (that is, pmSamplesActUlRlcTotPacketThp = pmSamplesActUlRlcTotPacketThp +1, whenever pmSumActUlRlcTotPacketThp is to be updated, this means if no data is transmitted the counter is not incremented). Measured two times/second. Incremented by one if pmSumActUlRlcTotPacketThp > 0 for the same polling_time duration. Range: [0, 1800].ManagedElement_RncFunction_UtranCell.pmSumActUlRlcTotPacketThpSumecttbh, Sum
    pmSumActUlRlcUserPacketThpACCUMULATIONINTEGER-Obsolete in P6- Reported for one PS Interactive Radio Bearer (RB), irrespective of the corresponding transport channel (DCH, FACH, E-DCH, HS-DSCH). Number of samples in pmSumActUlRlcUserPacketThp (that is, pmSamplesActUlRlcUserPacketThp = pmSamplesActUlRlcUserPacketThp +1, whenever pmSumActUlRlcUserPacketThp is to be updated).Condition Measured two times/second. Incremented by one if pmSumActUlRlcUserPacketThp > 0 for the same polling time duration. Range: [0, 1800 ].ManagedElement_RncFunction_UtranCell.pmSumActUlRlcUserPacketThpSumecttbh, Sum
    pmSumDchDlRlcTotPacketThpACCUMULATIONINTEGERAggregate of R99 DL RLC throughput measurements (i.e. incremented by the measured throughput amount, including retransmissions: pmSumDchDlRlcTotPacketThp = pmSumDchDlRlcTotPacketThp + throughput_measure).ManagedElement_RncFunction_UtranCell.pmSumDchDlRlcTotPacketThpSumecttbh, Sum
    pmSumDchDlRlcUserPacketThpACCUMULATIONINTEGERAggregate of R99 DL RLC throughput measurements (i.e. incremented by the measured RLC throughput amount, excluding retransmissions: pmSumDchDlRlcUserPacketThp = pmSumDchDlRlcUserPacketThp + throughput_measure).ManagedElement_RncFunction_UtranCell.pmSumDchDlRlcUserPacketThpSumecttbh, Sum
    pmSumDchUlRlcTotPacketThpACCUMULATIONINTEGERAggregate of R99 UL RLC throughput measurements (i.e. incremented by the measured RLC throughput amount, including retransmissions: pmSumDchUlRlcTotPacketThp = pmSumDchUlRlcTotPacketThp + throughput_measure).ManagedElement_RncFunction_UtranCell.pmSumDchUlRlcTotPacketThpSumecttbh, Sum
    pmSumDchUlRlcUserPacketThpACCUMULATIONINTEGERAggregate of R99 UL RLC throughput measurements (i.e. incremented by the measured RLC throughput amount, excluding retransmissions: pmSumDchUlRlcUserPacketThp = pmSumDchUlRlcUserPacketThp + throughput_measure).ManagedElement_RncFunction_UtranCell.pmSumDchUlRlcUserPacketThpSumecttbh, Sum
    pmSumDlRlcUserThpCsConvACCUMULATIONINTEGERSum of all sample values recorded during a ROP for the average downlink RLC Transparent Mode user-data throughput for CS Conversational Data RABs.ManagedElement_RncFunction_UtranCell.pmSumDlRlcUserThpCsConvSumecttbh, Sum
    pmSumDlRlcUserThpCsStreamACCUMULATIONINTEGERSum of all sample values recorded during a ROP for the average downlink RLC Transparent Mode user-data throughput for CS Streaming RABs.ManagedElement_RncFunction_UtranCell.pmSumDlRlcUserThpCsStreamSumecttbh, Sum
    pmSumDlRlcUserThpPsStream128ACCUMULATIONINTEGERAggregate of DL RLC throughput measurements (that is, incremented by the measured RLC throughput amount, excluding retransmissions, padding bits, data PDU headers and RLC control messages). Not incremented when data volume = 0. Used to calculate the DL RLC throughput for Streaming PS 128 kbps DCH. Measured only in SRNC, on the best cell in the active set.ManagedElement_RncFunction_UtranCell.pmSumDlRlcUserThpPsStream128Sumecttbh, Sum
    pmSumDlRlcUserThpPsStream64ACCUMULATIONINTEGERAggregate of DL RLC throughput measurements (that is, incremented by the measured RLC throughput amount, excluding retransmissions, padding bits, data PDU headers and RLC control messages). Not incremented when data volume = 0. Used to calculate the DL RLC throughput for Streaming PS 64 kbps DCH. Measured only in SRNC, on the best cell in the active set.ManagedElement_RncFunction_UtranCell.pmSumDlRlcUserThpPsStream64Sumecttbh, Sum
    pmSumDlRlcUserThpPsStreamHsACCUMULATIONINTEGERAggregate of DL RLC throughput measurements (that is, incremented by the measured RLC throughput amount, excluding retransmissions and RLC control messages). Not incremented when data volume = 0. Used to calculate the downlink RLC throughput for Streaming PS HSDPA. Measured in the HS serving cell in kbit/sManagedElement_RncFunction_UtranCell.pmSumDlRlcUserThpPsStreamHsSumecttbh, Sum
    pmSumDlRlcUserThpSpeechACCUMULATIONINTEGERSum of all sample values recorded during a ROP for the average downlink RLC Transparent Mode user-data throughput for Speech (AMR-NB and AMR-WB) RABs.ManagedElement_RncFunction_UtranCell.pmSumDlRlcUserThpSpeechSumecttbh, Sum
    pmSumUlRlcUserThpCsConvACCUMULATIONINTEGERSum of all sample values recorded during a ROP for the average uplink RLC Transparent Mode user-data throughput for CS Conversational Data RABs.ManagedElement_RncFunction_UtranCell.pmSumUlRlcUserThpCsConvSumecttbh, Sum
    pmSumUlRlcUserThpCsStreamACCUMULATIONINTEGERSum of all sample values recorded during a ROP for the average uplink RLC Transparent Mode user-data throughput for CS Streaming RABs.ManagedElement_RncFunction_UtranCell.pmSumUlRlcUserThpCsStreamSumecttbh, Sum
    pmSumUlRlcUserThpPsStream128ACCUMULATIONINTEGERAggregate of UL RLC throughput measurements (that is, incremented by the measured RLC throughput amount, excluding retransmissions and RLC control messages). Not incremented when data volume = 0. Used to calculate the uplink RLC throughput for Streaming PS 128 kbps DCH. Measured on the best cell in the active set in kbit/s.ManagedElement_RncFunction_UtranCell.pmSumUlRlcUserThpPsStream128Sumecttbh, Sum
    pmSumUlRlcUserThpPsStream16ACCUMULATIONINTEGERAggregate of UL RLC throughput measurements (that is, incremented by the measured RLC throughput amount, excluding retransmissions, padding bits, data PDU headers, and RLC control messages). Not incremented when data volume = 0. Used to calculate the UL RLC throughput for Streaming PS 16 kbps DCH. Measured only in SRNC, on the best cell in the active set.ManagedElement_RncFunction_UtranCell.pmSumUlRlcUserThpPsStream16Sumecttbh, Sum
    pmSumUlRlcUserThpPsStream32ACCUMULATIONINTEGERAggregate of UL RLC throughput measurements (that is, incremented by the measured RLC throughput amount, excluding retransmissions and RLC control messages). Not incremented when data volume = 0. Used to calculate the uplink RLC throughput for Streaming PS 32 kbps DCH. Measured on the best cell in the active set in kbit/s.ManagedElement_RncFunction_UtranCell.pmSumUlRlcUserThpPsStream32Sumecttbh, Sum
    pmSumUlRlcUserThpSpeechACCUMULATIONINTEGERSum of all sample values recorded during a ROP for the average uplink RLC Transparent Mode user-data throughput for Speech (AMR-NB and AMR-WB) RABs.ManagedElement_RncFunction_UtranCell.pmSumUlRlcUserThpSpeechSumecttbh, Sum


    Cell.Ericsson.UMTS.rrc_connection_setup_and_release

    UTRAN Radio resource control setup and release.

    KPITypeData TypeDescriptionDerivationDefault AggregatorOther Aggregators
    _%_abnormal_disconnection_cchPERCENTAGEFLOATPercentage Abnormal Disconnections CCH.100 * {pmnocellfachdisconnectabnorm}/{pmtotnorrcconnectreqsuccess}AverageAverage, ecttbh
    _%_abnormal_disconnection_dchPERCENTAGEFLOATPercentage Abnormal Disconnections DCH.100 * {pmnocelldchdisconnectabnorm}/{pmtotnorrcconnectreqsuccess}AverageAverage, ecttbh
    _%_DCH_Dropped_Calls_SpeechPERCENTAGEFLOATPercentage of abnormal speech disconnections from dedicated channels to number of normal speech disconnections on dedicated channels.This formula covers speech only, even though it is in a sheet covering both speech and CS Data.100 * {pmnospeechdchdiscabnorm}/({pmnospeechdchdiscnormal} + {pmnospeechdchdiscabnorm})AverageAverage, ecttbh
    _%_pmTotNoTermRrcConnectReqCsSuccPERCENTAGEFLOATPercentage number of successful mobile terminating conversational RRC connections. Successful RRC connections with cause -Terminating Conversational Call- (excluding subsequent retransmissions).100 * {pmTotNoTermRrcConnectReqCsSucc}/{pmTotNoTermRrcConnectReqCs}AverageAverage, ecttbh
    _%_pmTotNoTermRrcConnectReqPsSuccPERCENTAGEFLOATPercentage number of successful mobile terminating Interactive and Background RRC connections. Successful RRC connections with cause -Terminating Interactive Call- or-Terminating Background Call- (excluding subsequent retransmissions).100 * {pmTotNoTermRrcConnectReqPsSucc}/{pmTotNoTermRrcConnectReqPs}AverageAverage, ecttbh
    _%_pmTotNoTermRrcConnectReqSuccPERCENTAGEFLOATPercentage of successful RRC connections with cause -Terminating Conversational Call-, -Terminating Streaming Call-, -Terminating Interactive Call-, -Terminating Background Call-, -Terminating High Priority Signaling-, -Terminating Low Priority Signaling-, or -Terminating ? cause unknown- (excluding subsequent retransmissions).100 * {pmTotNoTermRrcConnectReqSucc}/{pmTotNoTermRrcConnectReq}AverageAverage, ecttbh
    _%_rrc_conn_drop_ratePERCENTAGEFLOATPercentage dropped RRC connections.100 * ({pmnocelldchdisconnectabnorm} + {pmnocellfachdisconnectabnorm})/{pmtotnorrcconnectreqsuccess}AverageAverage, ecttbh
    _%_rrc_conn_setup_successPERCENTAGEFLOATPercentage successful RRC connections setups.100 * {pmtotnorrcconnectreqsuccess}/{pmtotnorrcconnectreq}AverageAverage, ecttbh
    _%_RRC_Connection_Setup_Success_PS_DataPERCENTAGEFLOATPercentage of successful RRC connections to number of total number of RRC connection Requests.100 * {pmtotnorrcconnectreqpssucc}/{pmtotnorrcconnectreqps}AverageAverage, ecttbh
    _%_RRC_Connection_Setup_Success_PSPERCENTAGEFLOATPercentage of total number of successful RRC connection requests to the total number of RRC connection requests.100 * {pmtotnorrcconnectreqpssucc}/{pmtotnorrcconnectreqps}AverageAverage, ecttbh
    _%_RRC_Connection_Setup_Success_Speech_CS64PERCENTAGEFLOATPercentage of successful RRC connections to number of total RRC connection Requests.100 * {pmtotnorrcconnectreqcssucc}/{pmtotnorrcconnectreqcs}AverageAverage, ecttbh
    _%_RRC_Connection_Setup_SuccessCSPERCENTAGEFLOATPercentage of total number of successful RRC connection requests to the total number of RRC connection requests These counters include both Speech and CS 64- RABs.100 * {pmtotnorrcconnectreqcssucc}/{pmtotnorrcconnectreqcs}AverageAverage, ecttbh
    dl_traffic_per_abnormal_disconnectionPERCENTAGEFLOATDL Traffic per abnormal disconnection.100 * {Ericsson.traffic_volume.total_dl_traffic}/{Ericsson.rrc_connection_setup_and_release.pmnocelldchdisconnectabnorm}AverageAverage, ecttbh
    pmnocelldchdisconnectabnormACCUMULATIONINT8Number of abnormal disconnections from DCHs (Cell_DCH state).ManagedElement_RncFunction_UtranCell.pmNoCellDchDisconnectAbnormSumecttbh, Sum
    pmnocelldchdisconnectnormalACCUMULATIONINT8Number of normal disconnections from DCHs(Cell_DCHstate).ManagedElement_RncFunction_UtranCell.pmNoCellDchDisconnectNormalSumecttbh, Sum
    pmnocellfachdisconnectabnormACCUMULATIONINT8Number of abnormal disconnections from common channels (CELL_FACH state).ManagedElement_RncFunction_UtranCell.pmNoCellFachDisconnectAbnormSumecttbh, Sum
    pmnocellfachdisconnectnormalACCUMULATIONINT8Number of normal disconnections from common channels (CELL_FACH state).ManagedElement_RncFunction_UtranCell.pmNoCellFachDisconnectNormalSumecttbh, Sum
    pmnocs64dchdiscabnormACCUMULATIONINT8Number of abnormal disconnects of a conversational 64 kbps call for the best cell in the active set.ManagedElement_RncFunction_UtranCell.pmNoCs64DchDiscAbnormSumecttbh, Sum
    pmnocs64dchdiscnormalACCUMULATIONINT8Number of normal disconnects of a conversational 64 kbps call for the best cell in the active set.ManagedElement_RncFunction_UtranCell.pmNoCs64DchDiscNormalSumecttbh, Sum
    pmnocsstreamdchdiscabnormACCUMULATIONINT8Number of abnormal disconnects of a streaming 57.6 kbps call for the best cell in the active set.ManagedElement_RncFunction_UtranCell.pmNoCsStreamDchDiscAbnormSumecttbh, Sum
    pmnocsstreamdchdiscnormalACCUMULATIONINT8Number of normal disconnects of a streaming 57.6 kbps call for the best cell in the active set.ManagedElement_RncFunction_UtranCell.pmNoCsStreamDchDiscNormalSumecttbh, Sum
    pmNoFailedRrcConnectReqCsHwACCUMULATIONINTEGERNumber of CS calls denied by admission control due to insufficient licensed capacity in the RBS.ManagedElement_RncFunction_UtranCell.pmNoFailedRrcConnectReqCsHwSumecttbh, Sum
    pmNoFailedRrcConnectReqHwACCUMULATIONINTEGERNumber of RRC requests denied by admission control due to insufficient licensed capacity in the RBS.ManagedElement_RncFunction_UtranCell.pmNoFailedRrcConnectReqHwSumecttbh, Sum
    pmNoFailedRrcConnectReqPsHwACCUMULATIONINTEGERNumber of PS calls denied by admission control due to insufficient licensed capacity in the RBS.ManagedElement_RncFunction_UtranCell.pmNoFailedRrcConnectReqPsHwSumecttbh, Sum
    pmNoLoadSharingRrcConnCsACCUMULATIONINTEGERNumber of Conversational (originating and terminating) Load Sharing RRC Connection attempts.ManagedElement_RncFunction_UtranCell.pmNoLoadSharingRrcConnCsSumecttbh, Sum
    pmNoLoadSharingRrcConnACCUMULATIONINT8Number of Load Sharing diversions when establishing an RRC connection.ManagedElement_RncFunction_UtranCell.pmNoLoadSharingRrcConnSumecttbh, Sum
    pmNoLoadSharingRrcConnPsACCUMULATIONINTEGERNumber of Packet (originating and terminating) Load Sharing RRC Connection attempts.ManagedElement_RncFunction_UtranCell.pmNoLoadSharingRrcConnPsSumecttbh, Sum
    pmNoOfReturningRrcConnACCUMULATIONINT8Number of Load Sharing diversions when establishing an RRC connection that returns to the first frequency.ManagedElement_RncFunction_UtranCell.pmNoOfReturningRrcConnSumecttbh, Sum
    pmnopacketdchdiscabnormACCUMULATIONINT8Number of abnormal disconnect of a packet call over DCH for the best cell in the active set.ManagedElement_RncFunction_UtranCell.pmNoPacketDchDiscAbnormSumecttbh, Sum
    pmnopacketdchdiscnormalACCUMULATIONINT8Number of normal disconnect of a packet call over DCH for the best cell in the active set.ManagedElement_RncFunction_UtranCell.pmNoPacketDchDiscNormalSumecttbh, Sum
    pmNoPsStream64Ps8DchDiscAbnormACCUMULATIONINT8Number of abnormal disconnects of a PS streaming 64 kbps + PS 8kbps multiRAB for the best cell in the active set.ManagedElement_RncFunction_UtranCell.pmNoPsStream64Ps8DchDiscAbnormSumecttbh, Sum
    pmnorejrrcconnmmploadcACCUMULATIONINT8-Obsolete in P5,To be removed- Number of rejected RRC connections due to module MP load control (includes incoming Inter-RAT CC).ManagedElement_RncFunction_UtranCell.pmNoRejRrcConnMmpLoadCSumecttbh, Sum
    pmNoRejRrcConnMpLoadCACCUMULATIONINT8Number of rejected RRC connections due to module MP load control (includes incoming Inter-RAT CC).ManagedElement_RncFunction_UtranCell.pmNoRejRrcConnMpLoadCSumecttbh, Sum
    pmNoRrcConnReqBlockNodeCsBestACCUMULATIONINTEGERNumber of RRC Connection Setup attempts for Circuit Switched calls that fail due to node blocking, counted on the best cell.ManagedElement_RncFunction_UtranCell.pmNoRrcConnReqBlockNodeCsBestSumecttbh, Sum
    pmNoRrcConnReqBlockNodeCsACCUMULATIONINTEGERNumber of RRC Connection Setup attempts for Circuit Switched calls that fail due to node blocking.ManagedElement_RncFunction_UtranCell.pmNoRrcConnReqBlockNodeCsSumecttbh, Sum
    pmNoRrcConnReqBlockNodePsBestACCUMULATIONINTEGERNumber of RRC Connection Setup attempts for Packet Switched calls that fail due to node blocking, counted on the best cell.ManagedElement_RncFunction_UtranCell.pmNoRrcConnReqBlockNodePsBestSumecttbh, Sum
    pmNoRrcConnReqBlockNodePsACCUMULATIONINTEGERNumber of RRC Connection Setup attempts for Packet Switched calls that fail due to node blocking.ManagedElement_RncFunction_UtranCell.pmNoRrcConnReqBlockNodePsSumecttbh, Sum
    pmNoRrcConnReqBlockTnCsBestACCUMULATIONINTEGERNumber of RRC Connection Setup attempts for Circuit Switched calls that fail due to Transport Network blocking, counted on the best cell.ManagedElement_RncFunction_UtranCell.pmNoRrcConnReqBlockTnCsBestSumecttbh, Sum
    pmNoRrcConnReqBlockTnCsACCUMULATIONINTEGERNumber of RRC Connection Setup attempts for Circuit Switched calls that fail due to Transport Network blocking, counted on the blocking cell.ManagedElement_RncFunction_UtranCell.pmNoRrcConnReqBlockTnCsSumecttbh, Sum
    pmNoRrcConnReqBlockTnPsBestACCUMULATIONINTEGERNumber of RRC Connection Setup attempts for Packet Switched calls that fail due to Transport Network blocking, counted on the best cell.ManagedElement_RncFunction_UtranCell.pmNoRrcConnReqBlockTnPsBestSumecttbh, Sum
    pmNoRrcConnReqBlockTnPsACCUMULATIONINTEGERNumber of RRC Connection Setup attempts for Packet Switched calls that fail due to Transport Network blocking, counted on the blocking cell.ManagedElement_RncFunction_UtranCell.pmNoRrcConnReqBlockTnPsSumecttbh, Sum
    pmnospeechdchdiscabnormACCUMULATIONINT8Number of abnormal disconnect of a speech call for the best cell in the active set.ManagedElement_RncFunction_UtranCell.pmNoSpeechDchDiscAbnormSumecttbh, Sum
    pmnospeechdchdiscnormalACCUMULATIONINT8Number of normal disconnect of a speech call for the best cell in the active set.ManagedElement_RncFunction_UtranCell.pmNoSpeechDchDiscNormalSumecttbh, Sum
    pmtotnorrcconnectreqcssuccACCUMULATIONINT8Total number of Successful Conversational Call (originating and terminating) RRC connection setups.ManagedElement_RncFunction_UtranCell.pmTotNoRrcConnectReqCsSuccSumecttbh, Sum
    pmtotnorrcconnectreqcsACCUMULATIONINT8Total number of Conversational Call (originating and terminating) RRC connection attempts.ManagedElement_RncFunction_UtranCell.pmTotNoRrcConnectReqCsSumecttbh, Sum
    pmtotnorrcconnectreqpssuccACCUMULATIONINT8Total number of Successful Interactive and Background (originating and terminating) RRC connection setups.ManagedElement_RncFunction_UtranCell.pmTotNoRrcConnectReqPsSuccSumecttbh, Sum
    pmtotnorrcconnectreqpsACCUMULATIONINT8Total number of Interactive and Background (originating and terminating) RRC connection attempts.ManagedElement_RncFunction_UtranCell.pmTotNoRrcConnectReqPsSumecttbh, Sum
    pmtotnorrcconnectreqsmsACCUMULATIONINT8Total number of RRC Connection Requests with low priority Establishment Cause.ManagedElement_RncFunction_UtranCell.pmTotNoRrcConnectReqSmsSumecttbh, Sum
    pmTotNoRrcConnectReqSubTrACCUMULATIONINTEGERNumber of RRC Connection Requests with Establishment Cause 'originating subscribed traffic call'.ManagedElement_RncFunction_UtranCell.pmTotNoRrcConnectReqSubTrSumecttbh, Sum
    pmtotnorrcconnectreqsuccessACCUMULATIONINT8Total number of successful RRC Connection requests.ManagedElement_RncFunction_UtranCell.pmTotNoRrcConnectReqSuccessSumecttbh, Sum
    pmtotnorrcconnectreqACCUMULATIONINT8Total number of RRC Connection Requests.ManagedElement_RncFunction_UtranCell.pmTotNoRrcConnectReqSumecttbh, Sum
    pmTotNoRrcConnectSetupACCUMULATIONINTEGERTotal number of RRC Connection Setup messages sent to UEs, not including repetitions.ManagedElement_RncFunction_UtranCell.pmTotNoRrcConnectSetupSumecttbh, Sum
    pmTotNoRrcReqACCUMULATIONINTEGERTotal number of RRC Requests received during the ROP.ManagedElement_RncFunction_UtranCell.pmTotNoRrcReqSumecttbh, Sum
    pmTotNoTermRrcConnectReqCsACCUMULATIONINTEGERRRC connection request with cause -Terminating Conversational Call- (excluding subsequent retransmissions).ManagedElement_RncFunction_UtranCell.pmTotNoTermRrcConnectReqCsSumecttbh, Sum
    pmTotNoTermRrcConnectReqCsSuccACCUMULATIONINTEGERCounting the number of successful mobile terminating conversational RRC connections. Successful RRC connections with cause -Terminating Conversational Call- (excluding subsequent retransmissions).ManagedElement_RncFunction_UtranCell.pmTotNoTermRrcConnectReqCsSuccSumecttbh, Sum
    pmTotNoTermRrcConnectReqPsACCUMULATIONINTEGERRRC connection request with cause -Terminating Interactive Call- or -Terminating Background Call- (excluding subsequent retransmissions).ManagedElement_RncFunction_UtranCell.pmTotNoTermRrcConnectReqPsSumecttbh, Sum
    pmTotNoTermRrcConnectReqPsSuccACCUMULATIONINTEGERCounting the number of successful mobile terminating Interactive and Background RRC connections. Successful RRC connections with cause -Terminating Interactive Call- or-Terminating Background Call- (excluding subsequent retransmissions).ManagedElement_RncFunction_UtranCell.pmTotNoTermRrcConnectReqPsSuccSumecttbh, Sum
    pmTotNoTermRrcConnectReqACCUMULATIONINTEGERRRC connection request with cause -Terminating Conversational Call-, -Terminating Streaming Call-, -Terminating Interactive Call-, -Terminating Background Call-, -Terminating High Priority Signaling-, -Terminating Low Priority Signaling-, or -Terminating ? cause unknown- (excluding subsequent retransmissions).ManagedElement_RncFunction_UtranCell.pmTotNoTermRrcConnectReqSumecttbh, Sum
    pmTotNoTermRrcConnectReqSuccACCUMULATIONINTEGERSuccessful RRC connections with cause -Terminating Conversational Call-, -Terminating Streaming Call-, -Terminating Interactive Call-, -Terminating Background Call-, -Terminating High Priority Signaling-, -Terminating Low Priority Signaling-, or -Terminating ? cause unknown- (excluding subsequent retransmissions).ManagedElement_RncFunction_UtranCell.pmTotNoTermRrcConnectReqSuccSumecttbh, Sum
    pmtotnoutranrejrrcconnreqACCUMULATIONINT8Total number of UTRAN rejected RRC Connection Requests.ManagedElement_RncFunction_UtranCell.pmTotNoUtranRejRrcConnReqSumecttbh, Sum
    total_traffic_per_abnormal_disconnectionPERCENTAGEFLOATTotal Traffic per abnormal disconnection.100 * {Ericsson.traffic_volume.total_traffic}/{Ericsson.rrc_connection_setup_and_release.pmnocelldchdisconnectabnorm}AverageAverage, ecttbh
    ul_traffic_per_abnormal_disconnectionPERCENTAGEFLOATUL Traffic per abnormal disconnection.100 * {Ericsson.traffic_volume.total_ul_traffic}/{Ericsson.rrc_connection_setup_and_release.pmnocelldchdisconnectabnorm}AverageAverage, ecttbh


    Cell.Ericsson.UMTS.SDU_Timing

    SDU timing statistics.

    KPITypeData TypeDescriptionDerivationDefault AggregatorOther Aggregators
    pmSamplesPacketDlDelay_0ACCUMULATIONINTEGERNumber of samples in pmSumPacketDlDelay (that is, pmSamplesPacketDlDelay = pmSamplesPacketDlDelay +1, whenever pmSumPacketDlDelay is to be updated). Reset at each ROP period. Number of samples according to the respective SDU size (in bytes)ManagedElement_RncFunction_UtranCell.pmSamplesPacketDlDelay_0Sumecttbh, Sum
    pmSamplesPacketDlDelay_1ACCUMULATIONINTEGERNumber of samples in pmSumPacketDlDelay (that is, pmSamplesPacketDlDelay = pmSamplesPacketDlDelay +1, whenever pmSumPacketDlDelay is to be updated). Reset at each ROP period. Number of samples according to the respective SDU size (in bytes)ManagedElement_RncFunction_UtranCell.pmSamplesPacketDlDelay_1Sumecttbh, Sum
    pmSamplesPacketDlDelay_2ACCUMULATIONINTEGERNumber of samples in pmSumPacketDlDelay (that is, pmSamplesPacketDlDelay = pmSamplesPacketDlDelay +1, whenever pmSumPacketDlDelay is to be updated). Reset at each ROP period. Number of samples according to the respective SDU size (in bytes)ManagedElement_RncFunction_UtranCell.pmSamplesPacketDlDelay_2Sumecttbh, Sum
    pmSamplesPacketLatency_0ACCUMULATIONINTEGERNumber of samples in pmSumPacketLatencyPsStreamHs (that is, pmSamplesPacketLatencyPsStreamHs = pmSamplesPacketLatencyP sStreamHs +1, whenever pmSumPacketLatencyPsStreamHs is to be updated). Reset at each ROP period. Number of samples according to the respective SDU size (in bytes).ManagedElement_RncFunction_UtranCell.pmSamplesPacketLatency_0Sumecttbh, Sum
    pmSamplesPacketLatency_1ACCUMULATIONINTEGERNumber of samples in pmSumPacketLatencyPsStreamHs (that is, pmSamplesPacketLatencyPsStreamHs = pmSamplesPacketLatencyP sStreamHs +1, whenever pmSumPacketLatencyPsStreamHs is to be updated). Reset at each ROP period. Number of samples according to the respective SDU size (in bytes).ManagedElement_RncFunction_UtranCell.pmSamplesPacketLatency_1Sumecttbh, Sum
    pmSamplesPacketLatency_2ACCUMULATIONINTEGERNumber of samples in pmSumPacketLatencyPsStreamHs (that is, pmSamplesPacketLatencyPsStreamHs = pmSamplesPacketLatencyP sStreamHs +1, whenever pmSumPacketLatencyPsStreamHs is to be updated). Reset at each ROP period. Number of samples according to the respective SDU size (in bytes).ManagedElement_RncFunction_UtranCell.pmSamplesPacketLatency_2Sumecttbh, Sum
    pmSamplesPacketLatencyPsStreamHs_0ACCUMULATIONINTEGERNumber of samples in pmSumPacketLatencyPsStreamHs (that is, pmSamplesPacketLatencyPsStreamHs = pmSamplesPacketLatencyP sStreamHs +1, whenever pmSumPacketLatencyPsStreamHs is to be updated). Reset at each ROP period. Number of samples according to the respective SDU size (in bytes)ManagedElement_RncFunction_UtranCell.pmSamplesPacketLatencyPsStreamHs_0Sumecttbh, Sum
    pmSamplesPacketLatencyPsStreamHs_1ACCUMULATIONINTEGERNumber of samples in pmSumPacketLatencyPsStreamHs (that is, pmSamplesPacketLatencyPsStreamHs = pmSamplesPacketLatencyP sStreamHs +1, whenever pmSumPacketLatencyPsStreamHs is to be updated). Reset at each ROP period. Number of samples according to the respective SDU size (in bytes)ManagedElement_RncFunction_UtranCell.pmSamplesPacketLatencyPsStreamHs_1Sumecttbh, Sum
    pmSamplesPacketLatencyPsStreamHs_2ACCUMULATIONINTEGERNumber of samples in pmSumPacketLatencyPsStreamHs (that is, pmSamplesPacketLatencyPsStreamHs = pmSamplesPacketLatencyP sStreamHs +1, whenever pmSumPacketLatencyPsStreamHs is to be updated). Reset at each ROP period. Number of samples according to the respective SDU size (in bytes)ManagedElement_RncFunction_UtranCell.pmSamplesPacketLatencyPsStreamHs_2Sumecttbh, Sum
    pmSumPacketDlDelay_0ACCUMULATIONINTEGERAggregate of the RAN SDU PS interactive packet delay with respect to the best cell in the active set. Aggregation according to the following SDU size: (in bytes)ManagedElement_RncFunction_UtranCell.pmSumPacketDlDelay_0Sumecttbh, Sum
    pmSumPacketDlDelay_1ACCUMULATIONINTEGERAggregate of the RAN SDU PS interactive packet delay with respect to the best cell in the active set. Aggregation according to the following SDU size: (in bytes)ManagedElement_RncFunction_UtranCell.pmSumPacketDlDelay_1Sumecttbh, Sum
    pmSumPacketDlDelay_2ACCUMULATIONINTEGERAggregate of the RAN SDU PS interactive packet delay with respect to the best cell in the active set. Aggregation according to the following SDU size: (in bytes)ManagedElement_RncFunction_UtranCell.pmSumPacketDlDelay_2Sumecttbh, Sum
    pmSumPacketLatency_0ACCUMULATIONINTEGERAggregate of the RAN SDU PS Streaming HS packet latency with respect to the best cell. Aggregation according to the following SDU size (in bytes)ManagedElement_RncFunction_UtranCell.pmSumPacketLatency_0Sumecttbh, Sum
    pmSumPacketLatency_1ACCUMULATIONINTEGERAggregate of the RAN SDU PS Streaming HS packet latency with respect to the best cell. Aggregation according to the following SDU size (in bytes)ManagedElement_RncFunction_UtranCell.pmSumPacketLatency_1Sumecttbh, Sum
    pmSumPacketLatency_2ACCUMULATIONINTEGERAggregate of the RAN SDU PS Streaming HS packet latency with respect to the best cell. Aggregation according to the following SDU size (in bytes)ManagedElement_RncFunction_UtranCell.pmSumPacketLatency_2Sumecttbh, Sum
    pmSumPacketLatencyPsStreamHs_0ACCUMULATIONINTEGERAggregate of the RAN SDU PS Streaming HS packet latency with respect to the best cell. Aggregation according to the following SDU size (in bytes)ManagedElement_RncFunction_UtranCell.pmSumPacketLatencyPsStreamHs_0Sumecttbh, Sum
    pmSumPacketLatencyPsStreamHs_1ACCUMULATIONINTEGERAggregate of the RAN SDU PS Streaming HS packet latency with respect to the best cell. Aggregation according to the following SDU size (in bytes)ManagedElement_RncFunction_UtranCell.pmSumPacketLatencyPsStreamHs_1Sumecttbh, Sum
    pmSumPacketLatencyPsStreamHs_2ACCUMULATIONINTEGERAggregate of the RAN SDU PS Streaming HS packet latency with respect to the best cell. Aggregation according to the following SDU size (in bytes)ManagedElement_RncFunction_UtranCell.pmSumPacketLatencyPsStreamHs_2Sumecttbh, Sum


    Cell.Ericsson.UMTS.soft_softer_handover

    Soft softer handover statistics.

    KPITypeData TypeDescriptionDerivationDefault AggregatorOther Aggregators
    _%_soft_handover_overheadPERCENTAGEFLOAT(Report) Ratio of downlink code channel utilization for speech and the average number speech users served per UtranCell.100 * ({Ericsson.rab_establishments_and_release.pmsumcs12rabestablish} * {Ericsson.rab_establishments_and_release.pmSamplesBestCs12Establish})/({Ericsson.rab_establishments_and_release.pmsamplescs12rabestablish} * {Ericsson.rab_establishments_and_release.pmSumBestCs12Establish})AverageAverage, ecttbh
    _%_ue_in_3rl_soft_handover_1rlsPERCENTAGEFLOATPercentage UE in 3 Radio Links soft handover with 1 Radio link set.100 * ({pmsumueswith1rls3rlinactset})/({pmsumueswith1rls1rlinactset} + {pmsumueswith1rls2rlinactset} + {pmsumueswith1rls3rlinactset})AverageAverage, ecttbh
    _%_ue_in_4rl_soft_handover_2rlsPERCENTAGEFLOATPercentage UE in 4 Radio Links soft handover with 2 Radio link sets.100 * ({pmsumueswith2rls4rlinactset})/({pmsumueswith2rls2rlinactset} + {pmsumueswith2rls3rlinactset} + {pmsumueswith2rls4rlinactset})AverageAverage, ecttbh
    _%_ue_in_soft_handover_1rlsPERCENTAGEFLOATPercentage UE in soft handover with 1 Radio link set.100 * ({pmsumueswith1rls2rlinactset} + {pmsumueswith1rls3rlinactset})/({pmsumueswith1rls1rlinactset} + {pmsumueswith1rls2rlinactset} + {pmsumueswith1rls3rlinactset})AverageAverage, ecttbh
    _%_ue_in_soft_handover_2rlsPERCENTAGEFLOATPercentage UE in soft handover with 2 Radio link set.100 * ({pmsumueswith2rls3rlinactset} + {pmsumueswith2rls4rlinactset})/({pmsumueswith2rls2rlinactset} + {pmsumueswith2rls3rlinactset} + {pmsumueswith2rls4rlinactset})AverageAverage, ecttbh
    _%_ue_in_soft_handover_3rlsPERCENTAGEFLOATPercentage UE in soft handover with 3 Radio link set.100 * ({pmsumueswith3rls4rlinactset})/({pmsumueswith3rls3rlinactset} + {pmsumueswith3rls4rlinactset})AverageAverage, ecttbh
    cmavgueswith1rls1rlinactsetPERCENTAGEFLOATAverage number of UEs with 1 RL set and 1 radio link in the active set.100 * {pmsumueswith1rls1rlinactset}/{pmsamplesueswith1rls1rlinactset}AverageAverage, ecttbh
    cmavgueswith1rls2rlinactsetPERCENTAGEFLOATAverage number of UEs with 1 RL set and 2 radio link in the active set.100 * {pmsumueswith1rls2rlinactset}/{pmsamplesueswith1rls2rlinactset}AverageAverage, ecttbh
    cmavgueswith1rls3rlinactsetPERCENTAGEFLOATAverage number of UEs with 1 RL set and 3 radio link in the active set.100 * {pmsumueswith1rls3rlinactset}/{pmsamplesueswith1rls3rlinactset}AverageAverage, ecttbh
    cmavgueswith2rls2rlinactsetPERCENTAGEFLOATAverage number of UEs with 2 RL set and 2 radio link in the active set.100 * {pmsumueswith2rls2rlinactset}/{pmsamplesueswith2rls2rlinactset}AverageAverage, ecttbh
    cmavgueswith2rls3rlinactsetPERCENTAGEFLOATAverage number of UEs with 2 RL set and 3 radio link in the active set.100 * {pmsumueswith2rls3rlinactset}/{pmsamplesueswith2rls3rlinactset}AverageAverage, ecttbh
    cmavgueswith2rls4rlinactsetPERCENTAGEFLOATAverage number of UEs with 2 RL set and 4 radio link in the active set.100 * {pmsumueswith2rls4rlinactset}/{pmsamplesueswith2rls4rlinactset}AverageAverage, ecttbh
    cmavgueswith3rls3rlinactsetPERCENTAGEFLOATAverage number of UEs with 3 RL set and 3 radio link in the active set.100 * {pmsumueswith3rls3rlinactset}/{pmsamplesueswith3rls3rlinactset}AverageAverage, ecttbh
    cmavgueswith3rls4rlinactsetPERCENTAGEFLOATAverage number of UEs with 3 RL set and 4 radio link in the active set.100 * {pmsumueswith3rls4rlinactset}/{pmsamplesueswith3rls4rlinactset}AverageAverage, ecttbh
    cmavgueswith4rls4rlinactsetPERCENTAGEFLOATAverage number of UEs with 4 RL set and 4 radio link in the active set.100 * {pmsumueswith4rls4rlinactset}/{pmsamplesueswith4rls4rlinactset}AverageAverage, ecttbh
    pmnoofrlfordriftinguesINTENSITYFLOATCurrent number of Radio Links assigned in this cell for UEs that are served by an RNC other than the Controlling RNC (CRNC).ManagedElement_RncFunction_UtranCell.pmNoOfRlForDriftingUesAverageAverage, ecttbh, Maximum, Minimum, Sum
    pmNoOfRlForNonDriftingUesACCUMULATIONINT8Current number of RLs assigned in this cell for UEs that are served by this RNC.ManagedElement_RncFunction_UtranCell.pmNoOfRlForNonDriftingUesSumecttbh, Sum
    pmNoSysRelSpeechNeighbrACCUMULATIONINT8Number of system disconnects of a speech call for the best cell in the active set due to unknown measured cell (missing neighbour relation).ManagedElement_RncFunction_UtranCell.pmNoSysRelSpeechNeighbrSumecttbh, Sum
    pmNoSysRelSpeechSoHoACCUMULATIONINT8Number of system disconnects of a speech call for the best cell in the active set due to Soft Handover action.ManagedElement_RncFunction_UtranCell.pmNoSysRelSpeechSoHoSumecttbh, Sum
    pmNoSysRelSpeechULSynchACCUMULATIONINT8Number of system disconnects of a speech call for the best cell in the active set due to lost UL synch.ManagedElement_RncFunction_UtranCell.pmNoSysRelSpeechUlSynchSumecttbh, Sum
    pmRlAddAttemptsBestCellCsConversACCUMULATIONINT8Number of Attempted RL added for best cell CS conversational.ManagedElement_RncFunction_UtranCell.pmRlAddAttemptsBestCellCsConversSumecttbh, Sum
    pmRlAddAttemptsBestCellPacketHighACCUMULATIONINT8Number of Attempted RL added for best cell high PS data rates.ManagedElement_RncFunction_UtranCell.pmRlAddAttemptsBestCellPacketHighSumecttbh, Sum
    pmRlAddAttemptsBestCellPacketLowACCUMULATIONINT8Number of Attempted RL added for best cell for low packet data rates.ManagedElement_RncFunction_UtranCell.pmRlAddAttemptsBestCellPacketLowSumecttbh, Sum
    pmRlAddAttemptsBestCellSpeechACCUMULATIONINT8Number of Attempted RL added for best cell for speech.ManagedElement_RncFunction_UtranCell.pmRlAddAttemptsBestCellSpeechSumecttbh, Sum
    pmRlAddAttemptsBestCellStandAloneACCUMULATIONINT8Number of Attempted RL added for best cell for standalone.ManagedElement_RncFunction_UtranCell.pmRlAddAttemptsBestCellStandAloneSumecttbh, Sum
    pmRlAddAttemptsBestCellStreamACCUMULATIONINT8Number of Attempted RL added for best cell for streaming.ManagedElement_RncFunction_UtranCell.pmRlAddAttemptsBestCellStreamSumecttbh, Sum
    pmRlAddSuccessBestCellCsConversACCUMULATIONINT8Number of Successful RL added for best cell CS conversational.ManagedElement_RncFunction_UtranCell.pmRlAddSuccessBestCellCsConversSumecttbh, Sum
    pmRlAddSuccessBestCellPacketHighACCUMULATIONINT8Number of Successful RL added for best cell high PS data rates.ManagedElement_RncFunction_UtranCell.pmRlAddSuccessBestCellPacketHighSumecttbh, Sum
    pmRlAddSuccessBestCellPacketLowACCUMULATIONINT8Number of Successful RL added for best cell for low packet data rates.ManagedElement_RncFunction_UtranCell.pmRlAddSuccessBestCellPacketLowSumecttbh, Sum
    pmRlAddSuccessBestCellSpeechACCUMULATIONINT8Number of Successful RL added for best cell for speech.ManagedElement_RncFunction_UtranCell.pmRlAddSuccessBestCellSpeechSumecttbh, Sum
    pmRlAddSuccessBestCellStandAloneACCUMULATIONINT8Number of Successful RL added for best cell for standalone.ManagedElement_RncFunction_UtranCell.pmRlAddSuccessBestCellStandAloneSumecttbh, Sum
    pmRlAddSuccessBestCellStreamACCUMULATIONINT8Number of Successful RL added for best cell for streaming.ManagedElement_RncFunction_UtranCell.pmRlAddSuccessBestCellStreamSumecttbh, Sum
    pmSamplesActiveDriftUesBestCellACCUMULATIONINTEGERNumber of samples recorded within the ROP for pmSumActiveDriftUesBestCell.ManagedElement_RncFunction_UtranCell.pmSamplesActiveDriftUesBestCellSumecttbh, Sum
    pmSamplesActiveUesBestCellACCUMULATIONINTEGERNumber of samples recorded within the ROP for pmSumActiveUesBestCell.ManagedElement_RncFunction_UtranCell.pmSamplesActiveUesBestCellSumecttbh, Sum
    pmsamplesueswith1rls1rlinactsetACCUMULATIONINT8Number of samples recorded within the ROP period for number of UEs with one RL set and one RL in the active set is recorded once every minute.ManagedElement_RncFunction_UtranCell.pmSamplesUesWith1Rls1RlInActSetSumecttbh, Sum
    pmsamplesueswith1rls2rlinactsetACCUMULATIONINT8Number of samples recorded within the ROP period for number of UEs with one RL set and two RLs in the active set is recorded once every minute.ManagedElement_RncFunction_UtranCell.pmSamplesUesWith1Rls2RlInActSetSumecttbh, Sum
    pmsamplesueswith1rls3rlinactsetACCUMULATIONINT8Number of samples recorded within the ROP period for number of UEs with one RL set and three or more RLs in the active set is recorded once every minute.ManagedElement_RncFunction_UtranCell.pmSamplesUesWith1Rls3RlInActSetSumecttbh, Sum
    pmsamplesueswith2rls2rlinactsetACCUMULATIONINT8Number of samples recorded within the ROP period for number of UEs with two RL sets and two RLs in the active set is recorded once every minute.ManagedElement_RncFunction_UtranCell.pmSamplesUesWith2Rls2RlInActSetSumecttbh, Sum
    pmsamplesueswith2rls3rlinactsetACCUMULATIONINT8Number of samples recorded within the ROP period for number of UEs with two RL sets and three RLs in the active set is recorded once every minute.ManagedElement_RncFunction_UtranCell.pmSamplesUesWith2Rls3RlInActSetSumecttbh, Sum
    pmsamplesueswith2rls4rlinactsetACCUMULATIONINT8Number of samples recorded within the ROP period for number of UEs with two RL sets and four RLs in the active set is recorded once every minute.ManagedElement_RncFunction_UtranCell.pmSamplesUesWith2Rls4RlInActSetSumecttbh, Sum
    pmsamplesueswith3rls3rlinactsetACCUMULATIONINT8Number of samples recorded within the ROP period for number of UEs with three RL sets and three RLs in the active set is recorded once every minute.ManagedElement_RncFunction_UtranCell.pmSamplesUesWith3Rls3RlInActSetSumecttbh, Sum
    pmsamplesueswith3rls4rlinactsetACCUMULATIONINT8Number of samples recorded within the ROP period for number of UEs with three RL sets and four RLs in the active set is recorded once ever y minute.ManagedElement_RncFunction_UtranCell.pmSamplesUesWith3Rls4RlInActSetSumecttbh, Sum
    pmsamplesueswith4rls4rlinactsetACCUMULATIONINT8Number of samples recorded within the ROP period for number of UEs with four RL sets (only one RL possible per RL set) recorded once every minute.ManagedElement_RncFunction_UtranCell.pmSamplesUesWith4Rls4RlInActSetSumecttbh, Sum
    pmSumActiveDriftUesBestCellACCUMULATIONINTEGERSum of all sample values recorded during a ROP for the number of active UEs for which this cell is in the DRNC and is either the HS serving cell or, for non-HS configurations, the best cell in the active set.ManagedElement_RncFunction_UtranCell.pmSumActiveDriftUesBestCellSumecttbh, Sum
    pmSumActiveUesBestCellACCUMULATIONINTEGERSum of all sample values recorded during a ROP for the number of active UEs for which this cell is in the SRNC and is either the HS serving cell or, for non-HS configurations, the best cell in the active set.ManagedElement_RncFunction_UtranCell.pmSumActiveUesBestCellSumecttbh, Sum
    pmsumueswith1rls1rlinactsetACCUMULATIONINT8A snapshot of the total number of UEs with one RL set and one RL in the active set is recorded once every minute.ManagedElement_RncFunction_UtranCell.pmSumUesWith1Rls1RlInActSetSumecttbh, Sum
    pmsumueswith1rls2rlinactsetACCUMULATIONINT8A snapshot of the total number of UEs with one RL set and two RLs in the active set is recorded once every minute.ManagedElement_RncFunction_UtranCell.pmSumUesWith1Rls2RlInActSetSumecttbh, Sum
    pmsumueswith1rls3rlinactsetACCUMULATIONINT8A snapshot of the total number of UEs with one RL set and three or more RLs in the active set is recorded once every minute.ManagedElement_RncFunction_UtranCell.pmSumUesWith1Rls3RlInActSetSumecttbh, Sum
    pmsumueswith2rls2rlinactsetACCUMULATIONINT8A snapshot of the total number of UEs with two RL sets and two RLs in the active set is recorded once every minute.ManagedElement_RncFunction_UtranCell.pmSumUesWith2Rls2RlInActSetSumecttbh, Sum
    pmsumueswith2rls3rlinactsetACCUMULATIONINT8A snapshot of the total number of UEs with two RL sets and three RLs in the active set is recorded once every minute.ManagedElement_RncFunction_UtranCell.pmSumUesWith2Rls3RlInActSetSumecttbh, Sum
    pmsumueswith2rls4rlinactsetACCUMULATIONINT8A snapshot of the total number of UEs with two RL sets and four RLs in the active set is recorded once every minute.ManagedElement_RncFunction_UtranCell.pmSumUesWith2Rls4RlInActSetSumecttbh, Sum
    pmsumueswith3rls3rlinactsetACCUMULATIONINT8A snapshot of the total number of UEs with three RL sets and three RLs in the active set is recorded once every minute.ManagedElement_RncFunction_UtranCell.pmSumUesWith3Rls3RlInActSetSumecttbh, Sum
    pmsumueswith3rls4rlinactsetACCUMULATIONINT8A snapshot of the total number of UEs with three RL sets and four RLs in the active set is recorded once ever y minute.ManagedElement_RncFunction_UtranCell.pmSumUesWith3Rls4RlInActSetSumecttbh, Sum
    pmsumueswith4rls4rlinactsetACCUMULATIONINT8A snapshot of the total number of UEs with four RL sets (only one RL possible per RL set) recorded once every minute.ManagedElement_RncFunction_UtranCell.pmSumUesWith4Rls4RlInActSetSumecttbh, Sum


    Cell.Ericsson.UMTS.traffic_volume

    UTRAN traffic volume.

    KPITypeData TypeDescriptionDerivationDefault AggregatorOther Aggregators
    Ave_CS64_DL_codePERCENTAGEFLOAT(Report) Average number of downlink codes occupied for CS 64 traffic per UtranCell.100 * {Ericsson.rab_establishments_and_release.pmsumcs64rabestablish}/{Ericsson.rab_establishments_and_release.pmsamplescs64rabestablish}AverageAverage, ecttbh
    Ave_DL_code_speechPERCENTAGEFLOAT(Report) Average number of downlink code is occupied for speech traffic per UtranCell.100 * {Ericsson.rab_establishments_and_release.pmsumcs12rabestablish}/{Ericsson.rab_establishments_and_release.pmsamplescs12rabestablish}AverageAverage, ecttbh
    Ave_speech_usersPERCENTAGEFLOAT(Report) Average number of speech users per UtranCell.100 * {Ericsson.rab_establishments_and_release.pmSumBestCs12Establish}/{Ericsson.rab_establishments_and_release.pmSamplesBestCs12Establish}AverageAverage, ecttbh
    cell_total_trafficACCUMULATIONINT8Total cell CS and PS traffic volume in both UL and DL directions. Formula = pmDlTrafficVolumeAmr4750 + pmDlTrafficVolumeAmr5900 + pmDlTrafficVolumeAmr7950 + pmDlTrafficVolumeCs12 + pmDlTrafficVolumeCs57 + pmDlTrafficVolumeCs64 + pmDlTrafficVolumePs8 + pmDlTrafficVolumePs64 + pmDlTrafficVolumePs128 + pmDlTrafficVolumePs384 + pmDlTrafficVolumePsCommon + pmDlTrafficVolumePsStr16 + pmDlTrafficVolumePsStr128 + pmDlTrafficVolumePsStr64 + pmUlTrafficVolumeAmr4750 + pmUlTrafficVolumeAmr5900 + pmUlTrafficVolumeAmr7950 + pmUlTrafficVolumeCs12 + pmUlTrafficVolumeCs57 + pmUlTrafficVolumeCs64 + pmUlTrafficVolumePs8 + pmUlTrafficVolumePs64 + pmUlTrafficVolumePs128 + pmUlTrafficVolumePs384 + pmUlTrafficVolumePsCommon + pmUlTrafficVolumePsStr16 + pmUlTrafficVolumePsStr128 + Tot_pmSumTransmittedBitsSpi + pmDlTrafficVolumePsStrMbms128 + pmDlTrafficVolumePsStrMbms256 + pmDlTrafficVolumePsStrMbms64 + pmDlTrafficVolumeAmrWb + pmDlTrafficVolumePs16 + pmDlTrafficVolumePsIntHs + pmDlTrafficVolumePsStrHs + pmUlTrafficVolumeAmrWb + pmUlTrafficVolumePs16 + pmUlTrafficVolumePsIntEul + pmUlTrafficVolumePsStr32+ pmDlTrafficVolumeAmrNbMm+ pmDlTrafficVolumeSrb136+ pmDlTrafficVolumeSrb34+ pmUlTrafficVolumeAmrNbMm+ pmUlTrafficVolumeSrb136+ pmUlTrafficVolumeSrb34ManagedElement_RncFunction_UtranCell.Cell_Total_TrafficSumecttbh, Sum
    pmDlRlcUserPacketThp_AvgINTENSITYFLOAT-Obsolete in P6- Average:This counter is reported for one PS Interactive Radio Bearer (RB), irrespective of the corresponding transport channel (DCH, FACH, E-DCH, HS-DSCH). The DL RLC throughput (user data), including user data but excluding retransmissions, padding bits, data PDU headers and RLC control PDU-s.Measured 2 times/second duration. Stored in Kbits per second.ManagedElement_RncFunction_UtranCell.pmDlRlcUserPacketThp_AvgAverageAverage, ecttbh, Maximum, Minimum, Sum
    pmDlRlcUserPacketThp_MaxINTENSITYFLOAT-Obsolete in P6- Maximum:This counter is reported for one PS Interactive Radio Bearer (RB), irrespective of the corresponding transport channel (DCH, FACH, E-DCH, HS-DSCH). The DL RLC throughput (user data), including user data but excluding retransmissions, padding bits, data PDU headers and RLC control PDU-s.Measured 2 times/second duration. Stored in Kbits per second.ManagedElement_RncFunction_UtranCell.pmDlRlcUserPacketThp_MaxAverageAverage, ecttbh, Maximum, Minimum, Sum
    pmDlRlcUserPacketThp_MinINTENSITYFLOAT-Obsolete in P6- Minimum:This counter is reported for one PS Interactive Radio Bearer (RB), irrespective of the corresponding transport channel (DCH, FACH, E-DCH, HS-DSCH). The DL RLC throughput (user data), including user data but excluding retransmissions, padding bits, data PDU headers and RLC control PDU-s.Measured 2 times/second duration. Stored in Kbits per second.ManagedElement_RncFunction_UtranCell.pmDlRlcUserPacketThp_MinAverageAverage, ecttbh, Maximum, Minimum, Sum
    pmDlTrafficVolumeAmr4750ACCUMULATIONINT8Payload traffic on DL in kbits for speech AMR4750 RAB after macro diversity.ManagedElement_RncFunction_UtranCell.pmDlTrafficVolumeAmr4750Sumecttbh, Sum
    pmDlTrafficVolumeAmr5900ACCUMULATIONINT8Payload traffic on DL in kbits for speech AMR5900 RAB after macro diversity.ManagedElement_RncFunction_UtranCell.pmDlTrafficVolumeAmr5900Sumecttbh, Sum
    pmDlTrafficVolumeAmr7950ACCUMULATIONINT8Payload traffic on DL in kbits for speech AMR7950 RAB after macro diversity.ManagedElement_RncFunction_UtranCell.pmDlTrafficVolumeAmr7950Sumecttbh, Sum
    pmDlTrafficVolumeAmrNbMmACCUMULATIONINTEGERPayload traffic in the downlink for the conversational/speech AMR-NB Multimode RAB after macro diversity. Payload traffic includes both user data, and Medium Access Control (MAC) and Radio Link Control (RLC) header information. Retransmissions are also counted as part of the traffic volume.ManagedElement_RncFunction_UtranCell.pmDlTrafficVolumeAmrNbMmSumecttbh
    pmDlTrafficVolumeAmrWbACCUMULATIONINTEGERPayload traffic on Downlink in kb for conversational/speech AMR-WB RAB after macro diversity. Payload traffic includes user data, MAC and RLC header information, and retransmissions are also counted as part of the traffic volume.ManagedElement_RncFunction_UtranCell.pmDlTrafficVolumeAmrWbSumecttbh, Sum
    pmdltrafficvolumecs12ACCUMULATIONINT8Payload traffic on downlink (DL) in Kb for conversational/speech 12.2 Kbps CS RAB after macrodiversity. Payload traffic includes user data, MAC and RLC header information, and retransmissions are also counted as part of the traffic volume.ManagedElement_RncFunction_UtranCell.pmDlTrafficVolumeCs12Sumecttbh, Sum
    pmdltrafficvolumecs12ps0ACCUMULATIONINT8-Obsolete in P5, Utrancell- Payload traffic on DL in Kb for conversational or speech 12.2 Kbps CS and interactive or background 0/0 Kbps multi RAB after macrodiversity. Payload traffic includes user data, MAC and RLC header information, and retransmissions are also counted as part of the traffic volume.ManagedElement_RncFunction_UtranCell.pmDlTrafficVolumeCs12Ps0Sumecttbh, Sum
    pmdltrafficvolumecs12ps64ACCUMULATIONINT8-Obsolete in P5, Utrancell- Payload traffic on DL in Kb for conversational or speech 12.2 Kbps CS and interactive or background 64/64 Kbps multi RAB after macrodiversity. Payload traffic includes user data, MAC and RLC header information, and retransmissions are also counted as part of the traffic volume.ManagedElement_RncFunction_UtranCell.pmDlTrafficVolumeCs12Ps64Sumecttbh, Sum
    pmdltrafficvolumecs57ACCUMULATIONINT8Payload traffic on DL in Kb for streaming 57.6 Kbps CS RAB after macrodiversity. Payload traffic includes user data, MAC and RLC header information, and retransmissions are also counted as part of the traffic volume.ManagedElement_RncFunction_UtranCell.pmDlTrafficVolumeCs57Sumecttbh, Sum
    pmdltrafficvolumecs64ACCUMULATIONINT8Payload traffic on DL in Kb for conversational 64 Kbps CS RAB after macrodiversity. Payload traffic includes user data, MAC and RLC header information, and retransmissions are also counted as part of the traffic volume.ManagedElement_RncFunction_UtranCell.pmDlTrafficVolumeCs64Sumecttbh, Sum
    pmDlTrafficVolumeCs64Ps8ACCUMULATIONINT8-Obsolete in P5, Utrancell- Payload traffic on Downlink in kbits on Dedicated Channel.ManagedElement_RncFunction_UtranCell.pmDlTrafficVolumeCs64Ps8Sumecttbh, Sum
    pmdltrafficvolumeps128ACCUMULATIONINT8Payload traffic on DL in Kb for PS 64/128 RAB after macrodiversity. Payload traffic includes user data, MAC and RLC header information, and retransmissions are also counted as part of the traffic volume.ManagedElement_RncFunction_UtranCell.pmDlTrafficVolumePs128Sumecttbh, Sum
    pmDlTrafficVolumePs16ACCUMULATIONINTEGERMonitors the payload traffic, including retransmissions, on Downlink (DL) in Kb for Interactive PS 16 kbps (DCH/DCH) RAB after macro diversity. Payload includes user data, Medium Access Control (MAC), Radio Link Control (RLC) header information.ManagedElement_RncFunction_UtranCell.pmDlTrafficVolumePs16Sumecttbh, Sum
    pmdltrafficvolumeps384ACCUMULATIONINT8Payload traffic on DL in Kb for PS 64/384 RAB after macrodiversity. Payload traffic includes user data, MAC and RLC header information, and retransmissions are also counted as part of the traffic volume.ManagedElement_RncFunction_UtranCell.pmDlTrafficVolumePs384Sumecttbh, Sum
    pmdltrafficvolumeps64ACCUMULATIONINT8Payload traffic on DL in Kb for PS 64/64 RAB after macrodiversity. Payload traffic includes user data, MAC and RLC header information, and retransmissions are also counted as part of the traffic volume.ManagedElement_RncFunction_UtranCell.pmDlTrafficVolumePs64Sumecttbh, Sum
    pmDlTrafficVolumePs8ACCUMULATIONINT8Payload traffic (kbits) in DL after macro diversity for UeRc configurations which carry an Interactive DL TrCH with a maximum bit rate equal to 8 kbit/s. Only the PS Interactive part of the traffic volume is measured.ManagedElement_RncFunction_UtranCell.pmDlTrafficVolumePs8Sumecttbh, Sum
    pmdltrafficvolumepscommonACCUMULATIONINT8Payload traffic on DL in Kbps for PS RAB on FACH/RACH. Retransmissions are also counted as part of the traffic volume.ManagedElement_RncFunction_UtranCell.pmDlTrafficVolumePsCommonSumecttbh, Sum
    pmDlTrafficVolumePsIntHsACCUMULATIONINTEGERPayload traffic (kbits) in DL for UeRc configurations for HS-DSCH. Only Interact. PS traffic is included.ManagedElement_RncFunction_UtranCell.pmDlTrafficVolumePsIntHsSumecttbh, Sum
    pmDlTrafficVolumePsStr128ACCUMULATIONINT8Payload traffic (kbits) in DL after macro diversity for UeRc configurations which carry a Streaming DL TrCH with a maximum bit rate equal to 128 kbit/s. Only the PS Streaming part of the traffic volume is measured.ManagedElement_RncFunction_UtranCell.pmDlTrafficVolumePsStr128Sumecttbh, Sum
    pmDlTrafficVolumePsStr128Ps8ACCUMULATIONINT8-Obsolete in P5, Utrancell- Payload traffic on DL in kbits for PS Streaming 16/128 + Packet 8kbps RABs after macro-diversity.ManagedElement_RncFunction_UtranCell.pmDlTrafficVolumePsStr128Ps8Sumecttbh, Sum
    pmDlTrafficVolumePsStr16ACCUMULATIONINT8Payload traffic (kbits) in DL after macro diversity for UeRc configurations which carry a Streaming DL TrCH with a maximum bit rate equal to 16 kbit/s. Only the PS Streaming part of the traffic volume is measured.ManagedElement_RncFunction_UtranCell.pmDlTrafficVolumePsStr16Sumecttbh, Sum
    pmDlTrafficVolumePsStr64ACCUMULATIONINT8Payload traffic (kbits) in DL after macro diversity for UeRc configurations which carry a Streaming DL TrCH with a maximum bit rate equal to 64 kbit/s. Only the PS Streaming part of the traffic volume is measured.ManagedElement_RncFunction_UtranCell.pmDlTrafficVolumePsStr64Sumecttbh, Sum
    pmDlTrafficVolumePsStr64Ps8ACCUMULATIONINT8-Obsolete in P5, Utrancell- Payload traffic on DL in Kb for streaming 16/64 PS kbps and interactive/background 8/8 PS multi RAB after macrodiversity.ManagedElement_RncFunction_UtranCell.pmDlTrafficVolumePsStr64Ps8Sumecttbh, Sum
    pmDlTrafficVolumePsStrHsACCUMULATIONINTEGERPayload traffic (kbits) in DL for UeRc configurations which carries an Streaming PS DL Trch on HS-DSCH. Only PS Streaming traffic is included.ManagedElement_RncFunction_UtranCell.pmDlTrafficVolumePsStrHsSumecttbh, Sum
    pmDlTrafficVolumePsStrMbms128ACCUMULATIONINTEGERPayload traffic on Downlink (DL) in Kilobits for streaming PS MBMS 129.6 kbps. Payload includes user data, Medium Access Control (MAC) and Radio Link Control (RLC) header information.ME_RNC_UtranCell_MbmsCch.pmDlTrafficVolumePsStrMbms128Sumecttbh, Sum
    pmDlTrafficVolumePsStrMbms256ACCUMULATIONINTEGERPayload traffic on Downlink (DL) in Kilobits for streaming PS MBMS 259.2 kbps. Payload includes user data, Medium Access Control (MAC) and Radio Link Control (RLC) header information.ME_RNC_UtranCell_MbmsCch.pmDlTrafficVolumePsStrMbms256Sumecttbh, Sum
    pmDlTrafficVolumePsStrMbms64ACCUMULATIONINTEGERPayload traffic on Downlink (DL) in Kilobits for streaming PS MBMS 64.8 kbps. Payload includes user data, Medium Access Control (MAC) and Radio Link Control (RLC) header information.ME_RNC_UtranCell_MbmsCch.pmDlTrafficVolumePsStrMbms64Sumecttbh, Sum
    pmDlTrafficVolumeSrb136ACCUMULATIONINTEGERPayload traffic in the downlink for SRB 13.6 after macro diversity. Payload traffic includes both user data, and Medium Access Control (MAC) and Radio Link Control (RLC) header information. Retransmissions are also counted as part of the traffic volume.ManagedElement_RncFunction_UtranCell.pmDlTrafficVolumeSrb136Sumecttbh
    pmDlTrafficVolumeSrb34ACCUMULATIONINTEGERPayload traffic in the downlink for SRB 3.4 after macro diversity. Payload traffic includes both user data, and Medium Access Control (MAC) and Radio Link Control (RLC) header information. Retransmissions are also counted as part of the traffic volume.ManagedElement_RncFunction_UtranCell.pmDlTrafficVolumeSrb34Sumecttbh
    pmSumTransmittedBitsACCUMULATIONINT8-Obsolete in P6- Aggregated to RNC, the number of transmitted bits at MAC-hs, level including retransmissions from CDMA_Channel.ManagedElement_RncFunction_UtranCell.pmSumTransmittedBitsSumecttbh, Sum
    pmUlRlcUserPacketThp_AvgINTENSITYFLOAT-Obsolete in P6- Average:Reported for one PS Interactive Radio Bearer (RB), irrespective of the corresponding transport channel (DCH, FACH, E-DCH, HS-DSCH). The UL RLC throughput (user data), including user data but excluding retransmissions, padding bits, data PDU headers and RLC control PDU-s. Measured 2 times/second duration. Stored in Kbits per second.ManagedElement_RncFunction_UtranCell.pmUlRlcUserPacketThp_AvgAverageAverage, ecttbh, Maximum, Minimum, Sum
    pmUlRlcUserPacketThp_MaxINTENSITYFLOAT-Obsolete in P6- Maximum:Reported for one PS Interactive Radio Bearer (RB), irrespective of the corresponding transport channel (DCH, FACH, E-DCH, HS-DSCH). The UL RLC throughput (user data), including user data but excluding retransmissions, padding bits, data PDU headers and RLC control PDU-s. Measured 2 times/second duration. Stored in Kbits per second.ManagedElement_RncFunction_UtranCell.pmUlRlcUserPacketThp_MaxAverageAverage, ecttbh, Maximum, Minimum, Sum
    pmUlRlcUserPacketThp_MinINTENSITYFLOAT-Obsolete in P6- Minimum:Reported for one PS Interactive Radio Bearer (RB), irrespective of the corresponding transport channel (DCH, FACH, E-DCH, HS-DSCH). The UL RLC throughput (user data), including user data but excluding retransmissions, padding bits, data PDU headers and RLC control PDU-s. Measured 2 times/second duration. Stored in Kbits per second.ManagedElement_RncFunction_UtranCell.pmUlRlcUserPacketThp_MinAverageAverage, ecttbh, Maximum, Minimum, Sum
    pmUlTrafficVolumeAmr4750ACCUMULATIONINT8Payload traffic on UL in kbits for speech AMR4750 RAB before macro diversityManagedElement_RncFunction_UtranCell.pmUlTrafficVolumeAmr4750Sumecttbh, Sum
    pmUlTrafficVolumeAmr5900ACCUMULATIONINT8Payload traffic on UL in kbits for speech AMR5900 RAB before macro diversityManagedElement_RncFunction_UtranCell.pmUlTrafficVolumeAmr5900Sumecttbh, Sum
    pmUlTrafficVolumeAmr7950ACCUMULATIONINT8Payload traffic on UL in kbits for speech AMR7950 RAB before macro diversityManagedElement_RncFunction_UtranCell.pmUlTrafficVolumeAmr7950Sumecttbh, Sum
    pmUlTrafficVolumeAmrNbMmACCUMULATIONINTEGERPayload traffic in the uplink for conversational/speech AMR-NB Multimode RAB before macro diversity. Payload traffic includes both user data, and Medium Access Control (MAC) and Radio Link Control (RLC) header information. Retransmissions are also counted as part of the traffic volume.ManagedElement_RncFunction_UtranCell.pmUlTrafficVolumeAmrNbMmSumecttbh
    pmUlTrafficVolumeAmrWbACCUMULATIONINTEGERMonitor the payload traffic on Uplink in kb for conversational/speech AMR-WB RAB before macro diversity. Payload includes user data, Medium Access Control (MAC) and Radio Link Control (RLC) header information, and retransmissions are also counted as part of the traffic volume.ManagedElement_RncFunction_UtranCell.pmUlTrafficVolumeAmrWbSumecttbh, Sum
    pmultrafficvolumecs12ACCUMULATIONINT8Payload traffic on Uplink (UL) in Kb for conversational/speech 12.2 Kbps Circuit Switch (CS) RAB before macro diversity. Payload includes user data, Medium Access Control (MAC) and Radio Link Control (RLC) header information, and retransmissions are also counted as part of the traffic volume.ManagedElement_RncFunction_UtranCell.pmUlTrafficVolumeCs12Sumecttbh, Sum
    pmultrafficvolumecs12ps0ACCUMULATIONINT8-Obsolete in P5, Utrancell- Payload traffic on UL in Kb for conversational or speech 12.2 Kbps CS and interactive or background 0/0 Kbps multi RAB before macro diversity. Payload traffic includes user data, MAC and RLC header information, and retransmissions are also counted as part of the traffic volume.ManagedElement_RncFunction_UtranCell.pmUlTrafficVolumeCs12Ps0Sumecttbh, Sum
    pmultrafficvolumecs12ps64ACCUMULATIONINT8-Obsolete in P5, Utrancell- Payload traffic on UL in Kb for conversational or speech 12.2 Kbps CS and interactive or background 64/64 Kbps multi RAB before macro diversity. Payload traffic includes user data, MAC and RLC header information, and retransmissions are also counted as part of the traffic volume.ManagedElement_RncFunction_UtranCell.pmUlTrafficVolumeCs12Ps64Sumecttbh, Sum
    pmultrafficvolumecs57ACCUMULATIONINT8Payload traffic on UL in Kb for streaming 57.6 Kbps CS RAB before macro diversity. Payload traffic includes user data, MAC and RLC header information, and retransmissions are also counted as part of the traffic volume.ManagedElement_RncFunction_UtranCell.pmUlTrafficVolumeCs57Sumecttbh, Sum
    pmultrafficvolumecs64ACCUMULATIONINT8Payload traffic on UL in Kb for conversational 64 Kbps CS RAB before macro diversity. Payload traffic includes user data, MAC and RLC header information, and retransmissions are also counted as part of the traffic volume.ManagedElement_RncFunction_UtranCell.pmUlTrafficVolumeCs64Sumecttbh, Sum
    pmUlTrafficVolumeCs64Ps8ACCUMULATIONINT8-Obsolete in P5, Utrancell- Payload traffic on Uplink in kbits on Dedicated Channel.ManagedElement_RncFunction_UtranCell.pmUlTrafficVolumeCs64Ps8Sumecttbh, Sum
    pmultrafficvolumeps128ACCUMULATIONINT8Payload traffic (kbits) in UL before macro diversity for UeRc configurations which carries an Interactive UL Trch with max rate equal to 128 kbit/s. Only PS Interactive traffic is included. Pegged for every frame received.ManagedElement_RncFunction_UtranCell.pmUlTrafficVolumePs128Sumecttbh, Sum
    pmUlTrafficVolumePs16ACCUMULATIONINTEGERPayload traffic, including retransmissions, on Uplink (UL) in Kb for Interactive PS 16 kbps (DCH/DCH or DCH/HS) RAB before macro diversity. Payload includes user data, Medium Access Control (MAC), and Radio Link Control (RLC) header information.ManagedElement_RncFunction_UtranCell.pmUlTrafficVolumePs16Sumecttbh, Sum
    pmultrafficvolumeps384ACCUMULATIONINT8Payload traffic (kbits) in UL before macro diversity for UeRc configurations which carries an Interactive UL Trch with max rate equal to 384 kbit/s. Only PS Interactive traffic is included. Pegged for every frame received.ManagedElement_RncFunction_UtranCell.pmUlTrafficVolumePs384Sumecttbh, Sum
    pmultrafficvolumeps64ACCUMULATIONINT8Payload traffic (kbits) in UL before macro diversity for UeRc configurations which carries an Interactive UL Trch with max rate equal to 64 kbit/s. Only PS Interactive traffic is included. Pegged for every frame received.ManagedElement_RncFunction_UtranCell.pmUlTrafficVolumePs64Sumecttbh, Sum
    pmUlTrafficVolumePs8ACCUMULATIONINT8Payload traffic (kbits) in UL before macro diversity for UeRc configurations which carry an Interactive UL TrCH with a maximum bit rate equal to 8 kbit/s. Only the PS Interactive part of the traffic volume is measured.ManagedElement_RncFunction_UtranCell.pmUlTrafficVolumePs8Sumecttbh, Sum
    pmultrafficvolumepscommonACCUMULATIONINT8Payload traffic on UL in Kb for PS RAB on FACH/RACH. Retransmissions are also counted as part of the traffic volume.ManagedElement_RncFunction_UtranCell.pmUlTrafficVolumePsCommonSumecttbh, Sum
    pmUlTrafficVolumePsIntEulACCUMULATIONINTEGERPayload traffic (kbits) in UL UeRc configurations on E-DCH . Only Interact. PS traffic is included.ManagedElement_RncFunction_UtranCell.pmUlTrafficVolumePsIntEulSumecttbh, Sum
    pmUlTrafficVolumePsStr128ACCUMULATIONINT8Payload traffic (kbits) in UL before macro diversity for UeRc configurations which carry a Streaming UL TrCH with a maximum bit rate equal to 128 kbit/s. Only the PS Streaming part of the traffic volume is measuredManagedElement_RncFunction_UtranCell.pmUlTrafficVolumePsStr128Sumecttbh, Sum
    pmUlTrafficVolumePsStr128Ps8ACCUMULATIONINT8-Obsolete in P5, Utrancell- Payload traffic on UL in kbits for PS Streaming 16/128 + Packet 8 kbps RABs after macro-diversity.ManagedElement_RncFunction_UtranCell.pmUlTrafficVolumePsStr128Ps8Sumecttbh, Sum
    pmUlTrafficVolumePsStr16ACCUMULATIONINT8Payload traffic (kbits) in UL before macro diversity for UeRc configurations which carry a Streaming UL TrCH with a maximum bit rate equal to 16 kbit/s. Only the PS Streaming part of the traffic volume is measured. Pegged when an UL data frame is received.ManagedElement_RncFunction_UtranCell.pmUlTrafficVolumePsStr16Sumecttbh, Sum
    pmUlTrafficVolumePsStr32ACCUMULATIONINTEGERPayload traffic (kbits) in UL before macro diversity for UeRc configurations which carries an Streaming PS UL Trch on 32 kbit/s DCH. Only PS Streaming traffic is included.ManagedElement_RncFunction_UtranCell.pmUlTrafficVolumePsStr32Sumecttbh, Sum
    pmUlTrafficVolumePsStr64Ps8ACCUMULATIONINT8-Obsolete in P5, Utrancell- Payload traffic on UL in Kb for streaming 16/64 PS kbps and interactive/background 8/8 PS multi RAB before macrodiversity.ManagedElement_RncFunction_UtranCell.pmUlTrafficVolumePsStr64Ps8Sumecttbh, Sum
    pmUlTrafficVolumeSrb136ACCUMULATIONINTEGERPayload traffic in the uplink for SRB 13.6 before macro diversity. Payload traffic includes both user data, and Medium Access Control (MAC) and Radio Link Control (RLC) header information. Retransmissions are also counted as part of the traffic volume.ManagedElement_RncFunction_UtranCell.pmUlTrafficVolumeSrb136Sumecttbh
    pmUlTrafficVolumeSrb34ACCUMULATIONINTEGERPayload traffic in the uplink for SRB 3.4 before macro diversity. Payload traffic includes both user data, and Medium Access Control (MAC) and Radio Link Control (RLC) header information. Retransmissions are also counted as part of the traffic volume.ManagedElement_RncFunction_UtranCell.pmUlTrafficVolumeSrb34Sumecttbh
    Tot_pmSumTransmittedBitsSpiACCUMULATIONINT8Aggregated at Cell measurements to observe the total amount of data sent on MAC-hs level per scheduling priority class 00-15.ManagedElement_RncFunction_UtranCell.Tot_pmSumTransmittedBitsSpiSumecttbh, Sum
    total_cs_dl_trafficACCUMULATIONINT8Total CD DL traffic.{pmdltrafficvolumecs12}+{pmdltrafficvolumecs57}+{pmdltrafficvolumecs64}Sumecttbh, Sum
    total_cs_trafficACCUMULATIONINT8Total CS traffic.{pmdltrafficvolumecs12}+{pmdltrafficvolumecs57}+{pmdltrafficvolumecs64}+{pmultrafficvolumecs12}+{pmultrafficvolumecs57}+{pmultrafficvolumecs64}Sumecttbh, Sum
    total_cs_ul_trafficACCUMULATIONINT8Total CS UL traffic.{pmultrafficvolumecs12}+{pmultrafficvolumecs57}+{pmultrafficvolumecs64}Sumecttbh, Sum
    total_dl_trafficACCUMULATIONINT8Total DL traffic.{pmdltrafficvolumecs12}+{pmdltrafficvolumecs57}+{pmdltrafficvolumecs64}+{pmdltrafficvolumeps64}+{pmdltrafficvolumeps128}+{pmdltrafficvolumeps384}+{pmdltrafficvolumepscommon} + {pmDlTrafficVolumePsStrMbms128} + {pmDlTrafficVolumePsStrMbms256} + {pmDlTrafficVolumePsStrMbms64} + {pmDlTrafficVolumeAmrWb} + {pmDlTrafficVolumePs16} + {pmDlTrafficVolumePsIntHs} + {pmDlTrafficVolumePsStrHs}Sumecttbh, Sum
    total_ps_dl_trafficACCUMULATIONINT8Total PS DL traffic.{pmdltrafficvolumeps64}+{pmdltrafficvolumeps128}+{pmdltrafficvolumeps384} + {pmdltrafficvolumepscommon}+{pmDlTrafficVolumePsStrMbms128} + {pmDlTrafficVolumePsStrMbms256} + {pmDlTrafficVolumePsStrMbms64} + {pmDlTrafficVolumePs16} + {pmDlTrafficVolumePsIntHs} + {pmDlTrafficVolumePsStrHs}Sumecttbh, Sum
    total_ps_trafficACCUMULATIONINT8Total PS traffic.{pmultrafficvolumeps64}+{pmultrafficvolumeps128}+{pmultrafficvolumeps384}+{pmultrafficvolumepscommon}+{pmdltrafficvolumeps64}+{pmdltrafficvolumeps128}+{pmdltrafficvolumeps384}+{pmdltrafficvolumepscommon} + {pmDlTrafficVolumePsStrMbms128} + {pmDlTrafficVolumePsStrMbms256} + {pmDlTrafficVolumePsStrMbms64} + {pmDlTrafficVolumePs16} + {pmDlTrafficVolumePsIntHs} + {pmDlTrafficVolumePsStrHs} + {pmUlTrafficVolumePs16} + {pmUlTrafficVolumePsIntEul} + {pmUlTrafficVolumePsStr32}Sumecttbh, Sum
    total_ps_ul_trafficACCUMULATIONINT8Total PS UL traffic.{pmultrafficvolumeps64}+{pmultrafficvolumeps128}+{pmultrafficvolumeps384}+{pmultrafficvolumepscommon} + {pmUlTrafficVolumePs16} + {pmUlTrafficVolumePsIntEul} + {pmUlTrafficVolumePsStr32}Sumecttbh, Sum
    total_trafficACCUMULATIONINT8-Obsolete in P6- Total traffic derived from all counters. Formula = pmDlTrafficVolumeAmr4750 + pmDlTrafficVolumeAmr5900 + pmDlTrafficVolumeAmr7950 + pmDlTrafficVolumeCs12 + pmDlTrafficVolumeCs57 + pmDlTrafficVolumeCs64 + pmDlTrafficVolumePs8 + pmDlTrafficVolumePs64 + pmDlTrafficVolumePs128 + pmDlTrafficVolumePs384 + pmDlTrafficVolumePsCommon + pmDlTrafficVolumePsStr16 + pmDlTrafficVolumePsStr128 + pmDlTrafficVolumePsStr64 + pmUlTrafficVolumeAmr4750 + pmUlTrafficVolumeAmr5900 + pmUlTrafficVolumeAmr7950 + pmUlTrafficVolumeCs12 + pmUlTrafficVolumeCs57 + pmUlTrafficVolumeCs64 + pmUlTrafficVolumePs8 + pmUlTrafficVolumePs64 + pmUlTrafficVolumePs128 + pmUlTrafficVolumePs384 + pmUlTrafficVolumePsCommon + pmUlTrafficVolumePsStr16 + pmUlTrafficVolumePsStr128 + Tot_pmSumTransmittedBitsSpi + pmDlTrafficVolumePsStrMbms128 + pmDlTrafficVolumePsStrMbms256 + pmDlTrafficVolumePsStrMbms64 + pmDlTrafficVolumeAmrWb + pmDlTrafficVolumePs16 + pmDlTrafficVolumePsIntHs + pmDlTrafficVolumePsStrHs + pmUlTrafficVolumeAmrWb + pmUlTrafficVolumePs16 + pmUlTrafficVolumePsIntEul + pmUlTrafficVolumePsStr32ManagedElement_RncFunction_UtranCell.Cell_Total_TrafficSumecttbh, Sum
    total_ul_trafficACCUMULATIONINT8Total UL traffic.{pmUlTrafficVolumeAmr4750}+ {pmUlTrafficVolumeAmr5900}+ {pmUlTrafficVolumeAmr7950}+{pmultrafficvolumecs12}+{pmultrafficvolumecs57}+{pmultrafficvolumecs64}+{pmUlTrafficVolumePs8}+{pmultrafficvolumeps64}+{pmultrafficvolumeps128}+{pmultrafficvolumeps384}+{pmultrafficvolumepscommon}+{pmUlTrafficVolumePsStr16}+{pmUlTrafficVolumePsStr128} + {pmUlTrafficVolumeAmrWb} + {pmUlTrafficVolumePs16} + {pmUlTrafficVolumePsIntEul} + {pmUlTrafficVolumePsStr32}Sumecttbh, Sum


    Cell.Ericsson.UMTS.URA_Update

    Utran Routing Area update request statistics.

    KPITypeData TypeDescriptionDerivationDefault AggregatorOther Aggregators
    _%_pmNoUraUpdSuccessPERCENTAGEFLOATPercentage of successful URA updates. This counter is increased for every successful URA update. Note: This counter is only incremented in the SRNC.100 * {pmNoUraUpdSuccess}/{pmNoUraUpdAttempt}AverageAverage, ecttbh
    pmNoUraUpdAttemptACCUMULATIONINTEGERNumber of attempted URA updates. This counter is increased for every attempted URA update. Note: This counter is only incremented in the SRNC.ManagedElement_RncFunction_UtranCell.pmNoUraUpdAttemptSumecttbh, Sum
    pmNoUraUpdSuccessACCUMULATIONINTEGERNumber of successful URA updates. This counter is increased for every successful URA update. Note: This counter is only incremented in the SRNC.ManagedElement_RncFunction_UtranCell.pmNoUraUpdSuccessSumecttbh, Sum


    8.14 DC_SP_Device Performance Indicators

    This section shows the key performance indicators and other counters for the DC_SP_Device object, divided into the following sub-sections:


    DC_SP_Device.Ericsson.UMTS.SP_Processor_Load.DC

    DC SP processor related statistics.

    KPITypeData TypeDescriptionDerivationDefault AggregatorOther Aggregators
    AvgDcSpLoadPERCENTAGEFLOATThe averaged measured load on The DC SP100 * {pmSumMeasuredDcSpLoad}/{pmSamplesMeasuredDcSpLoad}AverageAverage, erttbh
    pmSamplesMeasuredDcSpLoadACCUMULATIONINTEGERNumber of samples recorded within the ROP period for -Level of the averaged measured load on the DC SP-ME_Eqpt_SpDevicePool_DcDevice.pmSamplesMeasuredDcSpLoadSumerttbh, Sum
    pmSumMeasuredDcSpLoadACCUMULATIONINTEGERSum of all sample values recorded for -Level of the averaged measured load on the DC SP-ME_Eqpt_SpDevicePool_DcDevice.pmSumMeasuredDcSpLoadSumerttbh, Sum


    8.15 DchFrameSynch Performance Indicators

    This section shows the key performance indicators and other counters for the DchFrameSynch object, divided into the following sub-sections:


    DchFrameSynch.Ericsson.UMTS.DCH_Frame_Synchronisation

    DCh Frame synchronisation statistics

    KPITypeData TypeDescriptionDerivationDefault AggregatorOther Aggregators
    pmNoDchDlTimingAdjContrFramesACCUMULATIONINTEGERNumber of received DL timing adjustment control frames for Dch.ManagedElement_RncFunction_DchFrameSynch.pmNoDchDlTimingAdjContrFramesSumerttbh, Sum
    pmNoDchUlDataFramesOutsideWindowACCUMULATIONINTEGERNumber of UL data frames received outside desired window.ManagedElement_RncFunction_DchFrameSynch.pmNoDchUlDataFramesOutsideWindowSumerttbh, Sum
    pmNoDlDchDiscardedDataFramesEACCUMULATIONINTEGERNumber of discarded DL data frames due to too early reception.ManagedElement_RncFunction_DchFrameSynch.pmNoDlDchDiscardedDataFramesESumerttbh, Sum
    pmNoDlDchDiscardedDataFramesLACCUMULATIONINTEGERNumber of discarded DL data frames due to too late reception.ManagedElement_RncFunction_DchFrameSynch.pmNoDlDchDiscardedDataFramesLSumerttbh, Sum
    pmNoUlDchDiscardedDataFramesEACCUMULATIONINTEGERNumber of discarded UL data frames due to too early reception.ManagedElement_RncFunction_DchFrameSynch.pmNoUlDchDiscardedDataFramesESumerttbh, Sum
    pmNoUlDchDiscardedDataFramesLACCUMULATIONINTEGERNumber of discarded UL data frames due to too late reception.ManagedElement_RncFunction_DchFrameSynch.pmNoUlDchDiscardedDataFramesLSumerttbh, Sum


    8.16 Downlink_Baseband_Pool Performance Indicators

    This section shows the key performance indicators and other counters for the Downlink_Baseband_Pool object, divided into the following sub-sections:


    Downlink_Baseband_Pool.Ericsson.UMTS.hardware_usage_statistics

    Baseband Pool resource usage statistics for downlink connection.

    KPITypeData TypeDescriptionDerivationDefault AggregatorOther Aggregators
    _%_Failed_CapacityAllocAttDlCePERCENTAGEFLOATPercentage failed attempts to allocate DL Channel Elements..100 * {pmCapacityAllocRejDlCe}/{pmCapacityAllocAttDlCe}AverageAverage, enblbh
    pmAllocRejADchACCUMULATIONINTEGERThe number of attempts to allocate resources for new HS-DSCH user that is rejected due to lack of A-DCH resources.NodeB_DLBasebandPool.pmAllocRejADchSumAverage, enblbh
    pmApomcOfMdlrINTENSITYFLOAT- Obsolete in P7: The average percentage of maximum capacity for Mixed Downlink Link Rate on the Downlink base band pool during a 15 minutes period.NodeB_DLBasebandPool.pmApomcOfMdlrAverageAverage, enblbh, Maximum, Minimum, Sum
    pmApomcOfMdsrINTENSITYFLOAT- Obsolete in P7: The average percentage of maximum capacity for Mixed Downlink Service Rate on the Downlink base band pool during a 15 minutes period.NodeB_DLBasebandPool.pmApomcOfMdsrAverageAverage, enblbh, Maximum, Minimum, Sum
    pmApomcOfSpreadersUsedINTENSITYFLOAT- Obsolete in P7: The average percentage of maximum capacity for number of Spreaders used in the Downlink base band pool during a 15 minutes period.NodeB_DLBasebandPool.pmApomcOfSpreadersUsedAverageAverage, enblbh, Maximum, Minimum, Sum
    pmCapacityAllocAttDlCeACCUMULATIONINTEGERThe number of attempts to allocate DL Channel Elements.NodeB_DLBasebandPool.pmCapacityAllocAttDlCeSumAverage, enblbh
    pmCapacityAllocRejDlCeACCUMULATIONINTEGERThe number of attempts to allocate DL Channel Elements that are rejected (related to bin [0] of pmCapacityDlCe).NodeB_DLBasebandPool.pmCapacityAllocRejDlCeSumAverage, enblbh
    pmCapacityDlCe_AvgINTENSITYFLOATAverage: The distribution of the DL Channel Element utilization, as percentages of the license limit for the DownlinkBaseBandPool. If two baseband pools are used, the licensed capacity of DL Channel Elements is distributed between the two baseband pools according to the parameter NodeBFunction::dlLicFractBBPool2. The licensed capacity is not distributed when Delayed Activation is active, at Emergency Unlock, at 9999, and at No License Key.NodeB_DLBasebandPool.pmCapacityDlCe_AvgAverageAverage, enblbh, Sum, Minimum, Maximum
    pmCapacityDlCe_MaxINTENSITYINTEGERMaximum: The distribution of the DL Channel Element utilization, as percentages of the license limit for the DownlinkBaseBandPool. If two baseband pools are used, the licensed capacity of DL Channel Elements is distributed between the two baseband pools according to the parameter NodeBFunction::dlLicFractBBPool2. The licensed capacity is not distributed when Delayed Activation is active, at Emergency Unlock, at 9999, and at No License Key.NodeB_DLBasebandPool.pmCapacityDlCe_MaxAverageAverage, enblbh, Sum, Minimum, Maximum
    pmCapacityDlCe_MinINTENSITYINTEGERMinimum: The distribution of the DL Channel Element utilization, as percentages of the license limit for the DownlinkBaseBandPool. If two baseband pools are used, the licensed capacity of DL Channel Elements is distributed between the two baseband pools according to the parameter NodeBFunction::dlLicFractBBPool2. The licensed capacity is not distributed when Delayed Activation is active, at Emergency Unlock, at 9999, and at No License Key.NodeB_DLBasebandPool.pmCapacityDlCe_MinAverageAverage, enblbh, Sum, Minimum, Maximum
    pmNoOfRadioLinksSf128INTENSITYFLOATThe number of radio links used on the Downlink base band pool, with minimum spreading factor = 128.NodeB_DLBasebandPool.pmNoOfRadioLinksSf128AverageAverage, enblbh, Maximum, Minimum, Sum
    pmNoOfRadioLinksSf16INTENSITYFLOATThe number of radio links used on the Downlink base band pool, with minimum spreading factor = 16.NodeB_DLBasebandPool.pmNoOfRadioLinksSf16AverageAverage, enblbh, Maximum, Minimum, Sum
    pmNoOfRadioLinksSf256INTENSITYFLOATThe number of radio links used on the Downlink base band pool, with minimum spreading factor = 256.NodeB_DLBasebandPool.pmNoOfRadioLinksSf256AverageAverage, enblbh, Maximum, Minimum, Sum
    pmNoOfRadioLinksSf32INTENSITYFLOATThe number of radio links used on the Downlink base band pool, with minimum spreading factor = 32.NodeB_DLBasebandPool.pmNoOfRadioLinksSf32AverageAverage, enblbh, Maximum, Minimum, Sum
    pmNoOfRadioLinksSf4INTENSITYFLOATThe number of radio links used on the Downlink base band pool, with minimum spreading factor = 4.NodeB_DLBasebandPool.pmNoOfRadioLinksSf4AverageAverage, enblbh, Maximum, Minimum, Sum
    pmNoOfRadioLinksSf64INTENSITYFLOATThe number of radio links used on the Downlink base band pool, with minimum spreading factor = 64.NodeB_DLBasebandPool.pmNoOfRadioLinksSf64AverageAverage, enblbh, Maximum, Minimum, Sum
    pmNoOfRadioLinksSf8INTENSITYFLOATThe number of radio links used on the Downlink base band pool, with minimum spreading factor = 8.NodeB_DLBasebandPool.pmNoOfRadioLinksSf8AverageAverage, enblbh, Maximum, Minimum, Sum
    pmNoOfRlAdditionFailuresSf128ACCUMULATIONINT8The number of RL addition failures (SF128) due to TXB congestion during a 15 minutes period (not the total sum).NodeB_DLBasebandPool.pmNoOfRlAdditionFailuresSf128SumAverage, enblbh, Sum
    pmNoOfRlAdditionFailuresSf16ACCUMULATIONINT8The number of RL addition failures (SF16) due to TXB congestion during a 15 minutes period (not the total sum).NodeB_DLBasebandPool.pmNoOfRlAdditionFailuresSf16SumAverage, enblbh, Sum
    pmNoOfRlAdditionFailuresSf256ACCUMULATIONINT8The number of RL addition failures (SF256) due to TXB congestion during a 15 minutes period (not the total sum).NodeB_DLBasebandPool.pmNoOfRlAdditionFailuresSf256SumAverage, enblbh, Sum
    pmNoOfRlAdditionFailuresSf32ACCUMULATIONINT8The number of RL addition failures (SF32) due to TXB congestion during a 15 minutes period (not the total sum).NodeB_DLBasebandPool.pmNoOfRlAdditionFailuresSf32SumAverage, enblbh, Sum
    pmNoOfRlAdditionFailuresSf4ACCUMULATIONINT8The number of RL addition failures (SF4) due to TXB congestion during a 15 minutes period (not the total sum).NodeB_DLBasebandPool.pmNoOfRlAdditionFailuresSf4SumAverage, enblbh, Sum
    pmNoOfRlAdditionFailuresSf64ACCUMULATIONINT8The number of RL addition failures (SF64) due to TXB congestion during a 15 minutes period (not the total sum).NodeB_DLBasebandPool.pmNoOfRlAdditionFailuresSf64SumAverage, enblbh, Sum
    pmNoOfRlAdditionFailuresSf8ACCUMULATIONINT8The number of RL addition failures (SF8) due to TXB congestion during a 15 minutes period (not the total sum).NodeB_DLBasebandPool.pmNoOfRlAdditionFailuresSf8SumAverage, enblbh, Sum
    pmSamplesCapacityDlCeACCUMULATIONINTEGERNumber of samples in pmSumCapacityDlCe (that is, pmSamplesCapacityDlCe = pmSamplesCapacityDlCe + 1, whenever pmSumCapacityDlCe is to be updated).NodeB_DLBasebandPool.pmSamplesCapacityDlCeSumAverage, enblbh
    pmSetupAttemptsSf128ACCUMULATIONINT8The number of setup attempts (SF = 128) on the Downlink base band pool during a 15 minutes period (not the total sum).NodeB_DLBasebandPool.pmSetupAttemptsSf128SumAverage, enblbh, Sum
    pmSetupAttemptsSf16ACCUMULATIONINT8The number of setup attempts (SF = 16) on the Downlink base band pool during a 15 minutes period (not the total sum).NodeB_DLBasebandPool.pmSetupAttemptsSf16SumAverage, enblbh, Sum
    pmSetupAttemptsSf256ACCUMULATIONINT8The number of setup attempts (SF = 256) on the Downlink base band pool during a 15 minutes period (not the total sum).NodeB_DLBasebandPool.pmSetupAttemptsSf256SumAverage, enblbh, Sum
    pmSetupAttemptsSf32ACCUMULATIONINT8The number of setup attempts (SF = 32) on the Downlink base band pool during a 15 minutes period (not the total sum).NodeB_DLBasebandPool.pmSetupAttemptsSf32SumAverage, enblbh, Sum
    pmSetupAttemptsSf4ACCUMULATIONINT8The number of setup attempts (SF = 4) on the Downlink base band pool during a 15 minutes period (not the total sum).NodeB_DLBasebandPool.pmSetupAttemptsSf4SumAverage, enblbh, Sum
    pmSetupAttemptsSf64ACCUMULATIONINT8The number of setup attempts (SF = 64) on the Downlink base band pool during a 15 minutes period (not the total sum).NodeB_DLBasebandPool.pmSetupAttemptsSf64SumAverage, enblbh, Sum
    pmSetupAttemptsSf8ACCUMULATIONINT8The number of setup attempts (SF = 8) on the Downlink base band pool during a 15 minutes period (not the total sum).NodeB_DLBasebandPool.pmSetupAttemptsSf8SumAverage, enblbh, Sum
    pmSetupFailuresSf128ACCUMULATIONINT8The number of setup failures (SF = 128) due to RAXB congestion on the Downlink base band pool during a 15 minutes period (not the total sum).NodeB_DLBasebandPool.pmSetupFailuresSf128SumAverage, enblbh, Sum
    pmSetupFailuresSf16ACCUMULATIONINT8The number of setup failures (SF = 16) due to RAXB congestion on the Downlink base band pool during a 15 minutes period (not the total sum).NodeB_DLBasebandPool.pmSetupFailuresSf16SumAverage, enblbh, Sum
    pmSetupFailuresSf256ACCUMULATIONINT8The number of setup failures (SF = 256) due to RAXB congestion on the Downlink base band pool during a 15 minutes period (not the total sum).NodeB_DLBasebandPool.pmSetupFailuresSf256SumAverage, enblbh, Sum
    pmSetupFailuresSf32ACCUMULATIONINT8The number of setup failures (SF = 32) due to RAXB congestion on the Downlink base band pool during a 15 minutes period (not the total sum).NodeB_DLBasebandPool.pmSetupFailuresSf32SumAverage, enblbh, Sum
    pmSetupFailuresSf4ACCUMULATIONINT8The number of setup failures (SF = 4) due to RAXB congestion on the Downlink base band pool during a 15 minutes period (not the total sum).NodeB_DLBasebandPool.pmSetupFailuresSf4SumAverage, enblbh, Sum
    pmSetupFailuresSf64ACCUMULATIONINT8The number of setup failures (SF = 64) due to RAXB congestion on the Downlink base band pool during a 15 minutes period (not the total sum).NodeB_DLBasebandPool.pmSetupFailuresSf64SumAverage, enblbh, Sum
    pmSetupFailuresSf8ACCUMULATIONINT8The number of setup failures (SF = 8) due to RAXB congestion on the Downlink base band pool during a 15 minutes period (not the total sum).NodeB_DLBasebandPool.pmSetupFailuresSf8SumAverage, enblbh, Sum
    pmSumCapacityDlCeACCUMULATIONINTEGERAggregate of all sample values (measurement_value) recorded within the ROP for number of used DL Channel Elements.NodeB_DLBasebandPool.pmSumCapacityDlCeSumAverage, enblbh
    pmSumSqrCapacityDlCeACCUMULATIONINTEGERAggregate of the squares of the sample values (measurement_value) in pmSumCapacityDlCe, that is, pmSumSqrCapacityDlCe = pmSumSqrCapacityDlCe + sqr (measurement_value).NodeB_DLBasebandPool.pmSumSqrCapacityDlCeSumAverage, enblbh
    pmUsedADch_AvgINTENSITYFLOATAverage: The distribution of A-DCH resource utilization, as percentages of the configured A-DCH resources.NodeB_DLBasebandPool.pmUsedADch_AvgAverageAverage, enblbh, Sum, Minimum, Maximum
    pmUsedADch_MaxINTENSITYINTEGERMaximum: The distribution of A-DCH resource utilization, as percentages of the configured A-DCH resources.NodeB_DLBasebandPool.pmUsedADch_MaxAverageAverage, enblbh, Sum, Minimum, Maximum
    pmUsedADch_MinINTENSITYINTEGERMinimum: The distribution of A-DCH resource utilization, as percentages of the configured A-DCH resources.NodeB_DLBasebandPool.pmUsedADch_MinAverageAverage, enblbh, Sum, Minimum, Maximum
    setupattemptsACCUMULATIONINT8The number of setup attempts on the Downlink base band pool during a 15 minutes period.{pmSetupAttemptsSf4}+{pmSetupAttemptsSf8}+{pmSetupAttemptsSf16}+{pmSetupAttemptsSf32}+{pmSetupAttemptsSf64}+{pmSetupAttemptsSf128}+{pmSetupAttemptsSf256}SumAverage, enblbh, Sum
    setupfailuresACCUMULATIONINT8The number of setup failures due to RAXB congestion on the Downlink base band pool during a 15 minutes period.{pmSetupFailuresSf4}+{pmSetupFailuresSf8}+{pmSetupFailuresSf16}+{pmSetupFailuresSf32}+{pmSetupFailuresSf64}+{pmSetupFailuresSf128}+{pmSetupFailuresSf256}SumAverage, enblbh, Sum
    setupsuccessACCUMULATIONINT8The number of setup success on the Downlink base band pool during a 15 minutes period.{setupattempts} - {setupfailures}SumAverage, enblbh, Sum


    Downlink_Baseband_Pool.Ericsson.UMTS.PDF_pmCapacityDlCe

    pmCapacityDlCe PDF counters

    KPITypeData TypeDescriptionDerivationDefault AggregatorOther Aggregators
    pmCapacityDlCe_0ACCUMULATIONINTEGERThe distribution of the DL Channel Element utilization, as percentages of the license limit for the DownlinkBaseBandPool. If two baseband pools are used, the licensed capacity of DL Channel Elements is distributed between the two baseband pools according to the parameter NodeBFunction::dlLicFractBBPool2. The licensed capacity is not distributed at delayed activation of license key, at emergency unlock, when the license key value is 9999, and when license key is invalid/missing.NodeB_DLBasebandPool.pmCapacityDlCe_0Sum 
    pmCapacityDlCe_10ACCUMULATIONINTEGERThe distribution of the DL Channel Element utilization, as percentages of the license limit for the DownlinkBaseBandPool. If two baseband pools are used, the licensed capacity of DL Channel Elements is distributed between the two baseband pools according to the parameter NodeBFunction::dlLicFractBBPool2. The licensed capacity is not distributed at delayed activation of license key, at emergency unlock, when the license key value is 9999, and when license key is invalid/missing.NodeB_DLBasebandPool.pmCapacityDlCe_10Sum 
    pmCapacityDlCe_1ACCUMULATIONINTEGERThe distribution of the DL Channel Element utilization, as percentages of the license limit for the DownlinkBaseBandPool. If two baseband pools are used, the licensed capacity of DL Channel Elements is distributed between the two baseband pools according to the parameter NodeBFunction::dlLicFractBBPool2. The licensed capacity is not distributed at delayed activation of license key, at emergency unlock, when the license key value is 9999, and when license key is invalid/missing.NodeB_DLBasebandPool.pmCapacityDlCe_1Sum 
    pmCapacityDlCe_2ACCUMULATIONINTEGERThe distribution of the DL Channel Element utilization, as percentages of the license limit for the DownlinkBaseBandPool. If two baseband pools are used, the licensed capacity of DL Channel Elements is distributed between the two baseband pools according to the parameter NodeBFunction::dlLicFractBBPool2. The licensed capacity is not distributed at delayed activation of license key, at emergency unlock, when the license key value is 9999, and when license key is invalid/missing.NodeB_DLBasebandPool.pmCapacityDlCe_2Sum 
    pmCapacityDlCe_3ACCUMULATIONINTEGERThe distribution of the DL Channel Element utilization, as percentages of the license limit for the DownlinkBaseBandPool. If two baseband pools are used, the licensed capacity of DL Channel Elements is distributed between the two baseband pools according to the parameter NodeBFunction::dlLicFractBBPool2. The licensed capacity is not distributed at delayed activation of license key, at emergency unlock, when the license key value is 9999, and when license key is invalid/missing.NodeB_DLBasebandPool.pmCapacityDlCe_3Sum 
    pmCapacityDlCe_4ACCUMULATIONINTEGERThe distribution of the DL Channel Element utilization, as percentages of the license limit for the DownlinkBaseBandPool. If two baseband pools are used, the licensed capacity of DL Channel Elements is distributed between the two baseband pools according to the parameter NodeBFunction::dlLicFractBBPool2. The licensed capacity is not distributed at delayed activation of license key, at emergency unlock, when the license key value is 9999, and when license key is invalid/missing.NodeB_DLBasebandPool.pmCapacityDlCe_4Sum 
    pmCapacityDlCe_5ACCUMULATIONINTEGERThe distribution of the DL Channel Element utilization, as percentages of the license limit for the DownlinkBaseBandPool. If two baseband pools are used, the licensed capacity of DL Channel Elements is distributed between the two baseband pools according to the parameter NodeBFunction::dlLicFractBBPool2. The licensed capacity is not distributed at delayed activation of license key, at emergency unlock, when the license key value is 9999, and when license key is invalid/missing.NodeB_DLBasebandPool.pmCapacityDlCe_5Sum 
    pmCapacityDlCe_6ACCUMULATIONINTEGERThe distribution of the DL Channel Element utilization, as percentages of the license limit for the DownlinkBaseBandPool. If two baseband pools are used, the licensed capacity of DL Channel Elements is distributed between the two baseband pools according to the parameter NodeBFunction::dlLicFractBBPool2. The licensed capacity is not distributed at delayed activation of license key, at emergency unlock, when the license key value is 9999, and when license key is invalid/missing.NodeB_DLBasebandPool.pmCapacityDlCe_6Sum 
    pmCapacityDlCe_7ACCUMULATIONINTEGERThe distribution of the DL Channel Element utilization, as percentages of the license limit for the DownlinkBaseBandPool. If two baseband pools are used, the licensed capacity of DL Channel Elements is distributed between the two baseband pools according to the parameter NodeBFunction::dlLicFractBBPool2. The licensed capacity is not distributed at delayed activation of license key, at emergency unlock, when the license key value is 9999, and when license key is invalid/missing.NodeB_DLBasebandPool.pmCapacityDlCe_7Sum 
    pmCapacityDlCe_8ACCUMULATIONINTEGERThe distribution of the DL Channel Element utilization, as percentages of the license limit for the DownlinkBaseBandPool. If two baseband pools are used, the licensed capacity of DL Channel Elements is distributed between the two baseband pools according to the parameter NodeBFunction::dlLicFractBBPool2. The licensed capacity is not distributed at delayed activation of license key, at emergency unlock, when the license key value is 9999, and when license key is invalid/missing.NodeB_DLBasebandPool.pmCapacityDlCe_8Sum 
    pmCapacityDlCe_9ACCUMULATIONINTEGERThe distribution of the DL Channel Element utilization, as percentages of the license limit for the DownlinkBaseBandPool. If two baseband pools are used, the licensed capacity of DL Channel Elements is distributed between the two baseband pools according to the parameter NodeBFunction::dlLicFractBBPool2. The licensed capacity is not distributed at delayed activation of license key, at emergency unlock, when the license key value is 9999, and when license key is invalid/missing.NodeB_DLBasebandPool.pmCapacityDlCe_9Sum 


    Downlink_Baseband_Pool.Ericsson.UMTS.PDF_pmUsedADch

    pmUsedADch PDF counters

    KPITypeData TypeDescriptionDerivationDefault AggregatorOther Aggregators
    pmUsedADch_0ACCUMULATIONINTEGERThe distribution of A-DCH resource utilization, as percentages of the configured A-DCH resources.NodeB_DLBasebandPool.pmUsedADch_0Sum 
    pmUsedADch_10ACCUMULATIONINTEGERThe distribution of A-DCH resource utilization, as percentages of the configured A-DCH resources.NodeB_DLBasebandPool.pmUsedADch_10Sum 
    pmUsedADch_1ACCUMULATIONINTEGERThe distribution of A-DCH resource utilization, as percentages of the configured A-DCH resources.NodeB_DLBasebandPool.pmUsedADch_1Sum 
    pmUsedADch_2ACCUMULATIONINTEGERThe distribution of A-DCH resource utilization, as percentages of the configured A-DCH resources.NodeB_DLBasebandPool.pmUsedADch_2Sum 
    pmUsedADch_3ACCUMULATIONINTEGERThe distribution of A-DCH resource utilization, as percentages of the configured A-DCH resources.NodeB_DLBasebandPool.pmUsedADch_3Sum 
    pmUsedADch_4ACCUMULATIONINTEGERThe distribution of A-DCH resource utilization, as percentages of the configured A-DCH resources.NodeB_DLBasebandPool.pmUsedADch_4Sum 
    pmUsedADch_5ACCUMULATIONINTEGERThe distribution of A-DCH resource utilization, as percentages of the configured A-DCH resources.NodeB_DLBasebandPool.pmUsedADch_5Sum 
    pmUsedADch_6ACCUMULATIONINTEGERThe distribution of A-DCH resource utilization, as percentages of the configured A-DCH resources.NodeB_DLBasebandPool.pmUsedADch_6Sum 
    pmUsedADch_7ACCUMULATIONINTEGERThe distribution of A-DCH resource utilization, as percentages of the configured A-DCH resources.NodeB_DLBasebandPool.pmUsedADch_7Sum 
    pmUsedADch_8ACCUMULATIONINTEGERThe distribution of A-DCH resource utilization, as percentages of the configured A-DCH resources.NodeB_DLBasebandPool.pmUsedADch_8Sum 
    pmUsedADch_9ACCUMULATIONINTEGERThe distribution of A-DCH resource utilization, as percentages of the configured A-DCH resources.NodeB_DLBasebandPool.pmUsedADch_9Sum 


    8.17 E1_Phys_Path_Term Performance Indicators

    This section shows the key performance indicators and other counters for the E1_Phys_Path_Term object, divided into the following sub-sections:


    E1_Phys_Path_Term.Ericsson.UMTS.Physical_Link

    UTRAN Physical link connection.

    KPITypeData TypeDescriptionDerivationDefault AggregatorOther Aggregators
    pmEsACCUMULATIONINT8Performance Monitoring counter for ES, Error Seconds.RNC_E1_T1_J1_PHYSICAL_LINK.pmEs or NODEB_E1_T1_J1_PHYSICAL_LINK.pmEs or RXI_E1_T1_J1_PHYSICAL_LINK.pmEsSumerttbh, Sum
    pmSesACCUMULATIONINT8Performance Monitoring counter for Severely Error Seconds (SES).RNC_E1_T1_J1_PHYSICAL_LINK.pmSes or NODEB_E1_T1_J1_PHYSICAL_LINK.pmSes or RXI_E1_T1_J1_PHYSICAL_LINK.pmSesSumerttbh, Sum
    pmUasACCUMULATIONINTEGERTransmission Unavailable Seconds (SES). The accumulated unavailable time in seconds during the interval. Unavailable time starts when 10 consecutive SES are detected (them being part of the unavailable time) and ends when 10 consecutive non-SES are detected. This counter is incremented for each second of unavailable time.RNC_E1_T1_J1_PHYSICAL_LINK.pmUas or NODEB_E1_T1_J1_PHYSICAL_LINK.pmUas or RXI_E1_T1_J1_PHYSICAL_LINK.pmUasSumerttbh, Sum


    8.18 E1Ttp Performance Indicators

    This section shows the key performance indicators and other counters for the E1Ttp object, divided into the following sub-sections:


    E1Ttp.Ericsson.UMTS.Physical_Link

    E1 terminal termination point physical link statistics.

    KPITypeData TypeDescriptionDerivationDefault AggregatorOther Aggregators
    pmEsACCUMULATIONINT8Number of errored seconds.RNC_E1Ttp.pmEs or NODEB_E1Ttp.pmEs or RXI_E1Ttp.pmEsSumerttbh, Sum
    pmSesACCUMULATIONINT8Number of severely errored seconds.RNC_E1Ttp.pmSes or NODEB_E1Ttp.pmSes or RXI_E1Ttp.pmSesSumerttbh, Sum
    pmUasACCUMULATIONINTEGERTransmission Unavailable Seconds (SES). The accumulated unavailable time in seconds during the interval. Unavailable time starts when 10 consecutive SES are detected (them being part of the unavailable time) and ends when 10 consecutive non-SES are detected. This counter is incremented for each second of unavailable time.RNC_E1Ttp.pmUas or NODEB_E1Ttp.pmUas or RXI_E1Ttp.pmUasSumerttbh, Sum


    8.19 E3_Phys_Path_Term Performance Indicators

    This section shows the key performance indicators and other counters for the E3_Phys_Path_Term object, divided into the following sub-sections:


    E3_Phys_Path_Term.Ericsson.UMTS.Physical_Link

    E3 Physical Path link statistics.

    KPITypeData TypeDescriptionDerivationDefault AggregatorOther Aggregators
    pmEsCppACCUMULATIONINT8This counter is incremented for each second where one or more blocks or equivalent with one or more errors are received. The counter is also incremented if one or several defects causing Alarm Indication Signal (AIS) insertion occur during the second. The counter is not incremented during unavailable timeRNC_E3_T3_PHYSICAL_LINK.pmEsCpp or NODEB_E3_T3_PHYSICAL_LINK.pmEsCpp or RXI_E3_T3_PHYSICAL_LINK.pmEsCppSumerttbh, Sum
    pmEsACCUMULATIONINT8Number of errored seconds.RNC_E3_T3_PHYSICAL_LINK.pmEs or NODEB_E3_T3_PHYSICAL_LINK.pmEs or RXI_E3_T3_PHYSICAL_LINK.pmEsSumerttbh, Sum
    pmSesCppACCUMULATIONINT8This counter is incremented for each second with a severe bit error ratio or equivalent. The counter is also incremented if one or more defects causing Alarm Indication Signal (AIS) insertion occurs during the second. The counter is not incremented during unavailable timeRNC_E3_T3_PHYSICAL_LINK.pmSesCpp or NODEB_E3_T3_PHYSICAL_LINK.pmSesCpp or RXI_E3_T3_PHYSICAL_LINK.pmSesCppSumerttbh, Sum
    pmSesACCUMULATIONINT8Number of severely errored seconds.RNC_E3_T3_PHYSICAL_LINK.pmSes or NODEB_E3_T3_PHYSICAL_LINK.pmSes or RXI_E3_T3_PHYSICAL_LINK.pmSesSumerttbh, Sum
    pmUasACCUMULATIONINTEGERTransmission Unavailable Seconds (SES). The accumulated unavailable time in seconds during the interval. Unavailable time starts when 10 consecutive SES are detected (them being part of the unavailable time) and ends when 10 consecutive non-SES are detected. This counter is incremented for each second of unavailable time.RNC_E3_T3_PHYSICAL_LINK.pmUas or NODEB_E3_T3_PHYSICAL_LINK.pmUas or RXI_E3_T3_PHYSICAL_LINK.pmUasSumerttbh, Sum


    8.20 Ethernet_Link Performance Indicators

    This section shows the key performance indicators and other counters for the Ethernet_Link object, divided into the following sub-sections:


    Ethernet_Link.Ericsson.UMTS.IP

    UTRAN Ethernet or IP over ATM link.

    KPITypeData TypeDescriptionDerivationDefault AggregatorOther Aggregators
    pmNoOfIfInDiscardsACCUMULATIONINT8Performance monitoring counter for the number of input packets discarded due to resource limitations.RNC_Ethernet_Link.pmNoOfIfInDiscards or NODEB_Ethernet_Link.pmNoOfIfInDiscards or RXI_Ethernet_Link.pmNoOfIfInDiscardsSumSum
    pmNoOfIfInErrorsACCUMULATIONINT8Performance monitoring counter for the number of input packets discarded due to any error.RNC_Ethernet_Link.pmNoOfIfInErrors or NODEB_Ethernet_Link.pmNoOfIfInErrors or RXI_Ethernet_Link.pmNoOfIfInErrorsSumSum
    pmNoOfIfInNUcastPktsACCUMULATIONINT8Performance monitoring counter for the number of input broadcast or multicast packets delivered to higher layer.RNC_Ethernet_Link.pmNoOfIfInNUcastPkts or NODEB_Ethernet_Link.pmNoOfIfInNUcastPkts or RXI_Ethernet_Link.pmNoOfIfInNUcastPktsSumSum
    pmNoOfIfInUcastPktsACCUMULATIONINT8Performance monitoring counter for the number of input unicast packets delivered to higher layer.RNC_Ethernet_Link.pmNoOfIfInUcastPkts or NODEB_Ethernet_Link.pmNoOfIfInUcastPkts or RXI_Ethernet_Link.pmNoOfIfInUcastPktsSumSum
    pmNoOfifOutDiscardsACCUMULATIONINT8Number of out Interface discards.RNC_Ethernet_Link.pmNoOfifOutDiscards or NODEB_Ethernet_Link.pmNoOfifOutDiscards or RXI_Ethernet_Link.pmNoOfifOutDiscardsSumSum
    pmNoOfIfOutNUcastPktsACCUMULATIONINT8Performance monitoring counter for the number of output broadcast/multicast packets delivered to higher layer.RNC_Ethernet_Link.pmNoOfIfOutNUcastPkts or NODEB_Ethernet_Link.pmNoOfIfOutNUcastPkts or RXI_Ethernet_Link.pmNoOfIfOutNUcastPktsSumSum
    pmNoOfIfOutUcastPktsACCUMULATIONINT8Performance monitoring counter for the number of out unicast packets delivered to higher layer.RNC_Ethernet_Link.pmNoOfIfOutUcastPkts or NODEB_Ethernet_Link.pmNoOfIfOutUcastPkts or RXI_Ethernet_Link.pmNoOfIfOutUcastPktsSumSum


    8.21 EthernetSwitchModulePort Performance Indicators

    This section shows the key performance indicators and other counters for the EthernetSwitchModulePort object, divided into the following sub-sections:


    EthernetSwitchModulePort.Ericsson.UMTS.EthernetSwitchModulePort

    EthernetSwitchModulePort data

    KPITypeData TypeDescriptionDerivationDefault AggregatorOther Aggregators
    pmIfInBroadcastPktsACCUMULATIONINTEGERThe number of good packets received with a broadcast address delivered to a higher sublayer.ME_EthernetSwitchModulePort.pmIfInBroadcastPktsSumAverage
    pmIfInDiscardsACCUMULATIONINTEGERThe number of received good packets, discarded due to lack of resources (for example, buffer space).ME_EthernetSwitchModulePort.pmIfInDiscardsSumAverage
    pmIfInErrorsACCUMULATIONINTEGERThe number of received packets, discarded due to errors found in the packets.ME_EthernetSwitchModulePort.pmIfInErrorsSumAverage
    pmIfInMulticastPktsACCUMULATIONINTEGERThe number of received good packets, with a multicast address, that are delivered to a higher sublayer.ME_EthernetSwitchModulePort.pmIfInMulticastPktsSumAverage
    pmIfInOctetsHiACCUMULATIONINT8The number of octets received by a port, including framing characters and bad packets, but excluding preamble sequences.ME_EthernetSwitchModulePort.pmIfInOctetsHiSumAverage
    pmIfInOctetsLoACCUMULATIONINT8The number of octets received by a port, including framing characters and bad packets, but excluding preamble sequences.ME_EthernetSwitchModulePort.pmIfInOctetsLoSumAverage
    pmIfInUcastPktsACCUMULATIONINTEGERThe number of good packets addressed to a unicast address, which are received and delivered to a higher sublayer.ME_EthernetSwitchModulePort.pmIfInUcastPktsSumAverage
    pmIfOutBroadcastPktsACCUMULATIONINTEGERThe number of good packets with a broadcast address, which are transmitted and delivered to a higher sublayer.ME_EthernetSwitchModulePort.pmIfOutBroadcastPktsSumAverage
    pmIfOutDiscardsACCUMULATIONINTEGERThe number of transmitted good packets, discarded due to lack of resources (for example, buffer space).ME_EthernetSwitchModulePort.pmIfOutDiscardsSumAverage
    pmIfOutErrorsACCUMULATIONINTEGERThe number of transmitted packets, discarded due to errors found in the packets.ME_EthernetSwitchModulePort.pmIfOutErrorsSumAverage
    pmIfOutMulticastPktsACCUMULATIONINTEGERThe number of transmitted good packets, with a multicast address, that are delivered to a higher sub-layer.ME_EthernetSwitchModulePort.pmIfOutMulticastPktsSumAverage
    pmIfOutOctetsHiACCUMULATIONINT8The number of octets transmitted by a port, including framing characters and bad packets, but excluding preamble sequences.ME_EthernetSwitchModulePort.pmIfOutOctetsHiSumAverage
    pmIfOutOctetsLoACCUMULATIONINT8The number of octets transmitted by a port, including framing characters and bad packets, but excluding preamble sequences.ME_EthernetSwitchModulePort.pmIfOutOctetsLoSumAverage
    pmIfOutUcastPktsACCUMULATIONINTEGERThe number of good packets addressed to a unicast address, which are transmitted and delivered to a higher sublayer.ME_EthernetSwitchModulePort.pmIfOutUcastPktsSumAverage


    8.22 EthernetSwitchPort Performance Indicators

    This section shows the key performance indicators and other counters for the EthernetSwitchPort object, divided into the following sub-sections:


    EthernetSwitchPort.Ericsson.UMTS.SwitchPort_Statistics

    Ethernet Switch port statistics

    KPITypeData TypeDescriptionDerivationDefault AggregatorOther Aggregators
    pmIfInBroadcastPktsACCUMULATIONINTEGERThe number of broadcast packets, delivered by this sublayer to a higher (sub-)layer, that were addressed to a broadcast address at this sublayer. For additional info, refer to RFC 2863.RNC_EthernetSwitchPort.pmIfInBroadcastPkts or NODEB_EthernetSwitchPort.pmIfInBroadcastPkts or RXI_EthernetSwitchPort.pmIfInBroadcastPktsSumerttbh, Sum
    pmIfInDiscardsACCUMULATIONINTEGERThe number of inbound packets that were chosen to be discarded even though no errors had been detected that prevented them from being delivered to a higher-layer protocol. One possible reason for discarding such a packet could be to free up buffer space. For additional info, refer to RFC 2863.RNC_EthernetSwitchPort.pmIfInDiscards or NODEB_EthernetSwitchPort.pmIfInDiscards or RXI_EthernetSwitchPort.pmIfInDiscardsSumerttbh, Sum
    pmIfInErrorsACCUMULATIONINTEGERNumber of input packets discarded due to any error. For additional info, refer to RFC 2863.RNC_EthernetSwitchPort.pmIfInErrors or NODEB_EthernetSwitchPort.pmIfInErrors or RXI_EthernetSwitchPort.pmIfInErrorsSumerttbh, Sum
    pmIfInMulticastPktsACCUMULATIONINTEGERThe number of multicast packets, delivered by this sublayer to a higher (sub-)layer, that were addressed to a multicast address at this sublayer. For a MAC layer protocol, this includes both Group and Functional addresses. For additional info, refer to RFC 2863.RNC_EthernetSwitchPort.pmIfInMulticastPkts or NODEB_EthernetSwitchPort.pmIfInMulticastPkts or RXI_EthernetSwitchPort.pmIfInMulticastPktsSumerttbh, Sum
    pmIfInOctetsACCUMULATIONINT8(Obsolete in P7.1) The total number of octets received on the interface, including framing characters.RNC_EthernetSwitchPort.pmIfInOctets or NODEB_EthernetSwitchPort.pmIfInOctets or RXI_EthernetSwitchPort.pmIfInOctetsSumerttbh, Sum
    pmIfInUcastPktsACCUMULATIONINTEGERThe number of unicast packets, delivered by this sublayer to a higher (sub-)layer, that were not addressed to a multicast or broadcast address at this sublayer. For additional info, refer to RFC 2863.RNC_EthernetSwitchPort.pmIfInUcastPkts or NODEB_EthernetSwitchPort.pmIfInUcastPkts or RXI_EthernetSwitchPort.pmIfInUcastPktsSumerttbh, Sum
    pmIfOutBroadcastPktsACCUMULATIONINTEGERThe total number of broadcast packets that higher-level protocols requested to be transmitted, and which were addressed to a broadcast address at this sublayer, including those that were discarded or not sent. For additional info, refer to RFC 2863.RNC_EthernetSwitchPort.pmIfOutBroadcastPkts or NODEB_EthernetSwitchPort.pmIfOutBroadcastPkts or RXI_EthernetSwitchPort.pmIfOutBroadcastPktsSumerttbh, Sum
    pmIfOutDiscardsACCUMULATIONINTEGERThe number of packets requested to be transmitted, but which were discarded due to lack of resources (for example, buffer space). For additional info, refer to RFC 2863.RNC_EthernetSwitchPort.pmIfOutDiscards or NODEB_EthernetSwitchPort.pmIfOutDiscards or RXI_EthernetSwitchPort.pmIfOutDiscardsSumerttbh, Sum
    pmIfOutErrorsACCUMULATIONINTEGERThe number of packets requested to be transmitted, but which were discarded due to errors found in the packets. For additional info, refer to RFC 2863.RNC_EthernetSwitchPort.pmIfOutErrors or NODEB_EthernetSwitchPort.pmIfOutErrors or RXI_EthernetSwitchPort.pmIfOutErrorsSumerttbh, Sum
    pmIfOutMulticastPktsACCUMULATIONINTEGERThe total number of multicast packets that higher-level protocols requested to be transmitted, and which were addressed to a multicast address at this sublayer, including those that were discarded or not sent. For additional info, refer to RFC 2863.RNC_EthernetSwitchPort.pmIfOutMulticastPkts or NODEB_EthernetSwitchPort.pmIfOutMulticastPkts or RXI_EthernetSwitchPort.pmIfOutMulticastPktsSumerttbh, Sum
    pmIfOutOctetsACCUMULATIONINT8(Obsolete in P7.1) The total number of octets transmitted out on the interface, including framing characters.RNC_EthernetSwitchPort.pmIfOutOctets or NODEB_EthernetSwitchPort.pmIfOutOctets or RXI_EthernetSwitchPort.pmIfOutOctetsSumerttbh, Sum
    pmIfOutUcastPktsACCUMULATIONINTEGERThe total number of unicast packets that higher-level protocols requested to be transmitted, and which were not addressed to a multicast or broadcast address at this sublayer, including those that were discarded or not sent. For additional info, refer to RFC 2863.RNC_EthernetSwitchPort.pmIfOutUcastPkts or NODEB_EthernetSwitchPort.pmIfOutUcastPkts or RXI_EthernetSwitchPort.pmIfOutUcastPktsSumerttbh, Sum
    Tot_pmIfInOutOctetsACCUMULATIONINT8(Obsolete in P7.1) The total number of octets transmitted out and received on the interface, including framing characters.{pmIfOutOctets}+{pmIfInOctets}Sumerttbh, Sum


    8.23 Fast_Ethernet Performance Indicators

    This section shows the key performance indicators and other counters for the Fast_Ethernet object, divided into the following sub-sections:


    Fast_Ethernet.Ericsson.UMTS.FE_If_Traffic

    Fast Ethernet interface statistics.

    KPITypeData TypeDescriptionDerivationDefault AggregatorOther Aggregators
    pmIfInBroadcastPktsACCUMULATIONINT8The number of broadcast packets, delivered by this sublayer to a higher (sub-)layer, that were addressed to a broadcast address at this sublayer. For additional info, refer to RFC 2863ME_RNC_Eqpt_FastEthernet.pmIfInBroadcastPktsSumSum
    pmIfInDiscardsACCUMULATIONINT8The number of inbound packets that were chosen to be discarded even though no errors had been detected that prevented them from being delivered to a higher-layer protocol. One possible reason for discarding such a packet could be to free up buffer space. For additional info, refer to RFC 2863.ME_RNC_Eqpt_FastEthernet.pmIfInDiscardsSumSum
    pmIfInErrorsACCUMULATIONINT8Number of input packets discarded due to any error. For additional info, refer to RFC 2863.ME_RNC_Eqpt_FastEthernet.pmIfInErrorsSumSum
    pmIfInMulticastPktsACCUMULATIONINT8The number of multicast packets, delivered by this sublayer to a higher (sub-)layer, that were addressed to a multicast address at this sublayer. For a MAC layer protocol, this includes both Group and Functional addresses. For additional info, refer to RFC 2863.ME_RNC_Eqpt_FastEthernet.pmIfInMulticastPktsSumSum
    pmIfInOctetsHiACCUMULATIONINT8The total number of octets transmitted out from the interface, including framing characters. Note! The high-capacity counter for octets transmitted out on an interface has been split into two parts. This counter represents the higher part of the 62 least significant bits of the high capacity counter for octets transmitted out on the interface. The two most significant bits of this 64-bit counter are discarded. This 64-bit counter is presented as 2*31 bits: pmIfInOctetsHi (bit 62-31) and pmIfInOctetsLo (bit 30-0) in the MOM. For additional info, refer to RFC 2863.ME_RNC_Eqpt_FastEthernet.Tot_pmIfInOctetsSumSum
    pmIfInOctetsLoACCUMULATIONINT8The total number of octets transmitted out on the interface, including framing characters. Note! The high-capacity counter for octets transmitted out on an interface has been split into two parts. This counter represents the lower part of the 62 least-significant bits of the high capacity counter for octets transmitted out on the interface. The two most significant bits of this 64-bit counter are discarded. This 64-bit counter is presented as 2*31 bits: pmIfInOctetsHi (bit 62-31) and pmIfInOctetsLo (bit 30-0) in the MOM. For additional info, refer to RFC 2863.ME_RNC_Eqpt_FastEthernet."0"SumSum
    pmIfInUcastPktsACCUMULATIONINT8The number of unicast packets, delivered by this sublayer to a higher (sub-)layer, that were not addressed to a multicast or broadcast address at this sublayer. For additional info, refer to RFC 2863.ME_RNC_Eqpt_FastEthernet.pmIfInUcastPktsSumSum
    pmIfInUnknownProtosACCUMULATIONINT8The number of packets received that had a protocol not supported or unknown For additional info, refer to RFC 2863.ME_RNC_Eqpt_FastEthernet.pmIfInUnknownProtosSumSum
    pmIfOutBroadcastPktsACCUMULATIONINT8The total number of broadcast packets that higher-level protocols requested to be transmitted, and which were addressed to a broadcast address at this sublayer, including those that were discarded or not sent. For additional info, refer to RFC 2863.ME_RNC_Eqpt_FastEthernet.pmIfOutBroadcastPktsSumSum
    pmIfOutDiscardsACCUMULATIONINT8The number of packets requested to be transmitted, but which were discarded due to lack of resources (for example, buffer space). For additional info, refer to RFC 2863.ME_RNC_Eqpt_FastEthernet.pmIfOutDiscardsSumSum
    pmIfOutErrorsACCUMULATIONINT8The number of packets requested to be transmitted, but which were discarded due to errors found in the packets. For additional info, refer to RFC 2863.ME_RNC_Eqpt_FastEthernet.pmIfOutErrorsSumSum
    pmIfOutMulticastPktsACCUMULATIONINT8The total number of multicast packets that higher-level protocols requested to be transmitted, and which were addressed to a multicast address at this sublayer, including those that were discarded or not sent. For additional info, refer to RFC 2863.ME_RNC_Eqpt_FastEthernet.pmIfOutMulticastPktsSumSum
    pmIfOutOctetsHiACCUMULATIONINT8The total number of octets transmitted out on the interface, including framing characters. Note! The high-capacity counter for octets transmitted out on an interface has been split into two parts. This counter represents the higher part of the 62 least-significant bits of the high-capacity counter for octets transmitted out on the interface. The two most-significant bits of this 64-bit counter are discarded. This 64-bit counter is presented as 2*31 bits: pmIfOutOctetsHi (bit 62-31) and pmIfOutOctetsLo (bit 30-0) in the MOM. For additional info, refer to RFC 2863.ME_RNC_Eqpt_FastEthernet.Tot_pmIfOutOctetsSumSum
    pmIfOutOctetsLoACCUMULATIONINT8The total number of octets transmitted out on the interface, including framing characters. Note! The high-capacity counter for octets transmitted out on an interface has been split into two parts. This counter represents the lower part of the 62 least-significant bits of the high-capacity counter for octets transmitted out on the interface. The two most-significant bits of this 64-bit counter are discarded. This 64-bit counter is presented as 2*31 bits: pmIfOutOctetsHi (bit 62-31) and pmIfOutOctetsLo (bit 30-0) in the MOM. For additional info, refer to RFC 2863.ME_RNC_Eqpt_FastEthernet."0"SumSum
    pmIfOutUcastPktsACCUMULATIONINT8The total number of unicast packets that higher-level protocols requested to be transmitted, and which were not addressed to a multicast or broadcast address at this sublayer, including those that were discarded or not sent. For additional info, refer to RFC 2863.ME_RNC_Eqpt_FastEthernet.pmIfOutUcastPktsSumSum
    Tot_pmIfInOctetsACCUMULATIONINT8The total number of octets transmitted out on the interface, including framing characters{pmIfInOctetsHi} + {pmIfInOctetsLo}SumSum
    Tot_pmIfOutOctetsACCUMULATIONINT8The total number of octets transmitted out on the interface, including framing characters.{pmIfOutOctetsHi} + {pmIfOutOctetsLo}SumSum


    8.24 GigabitEthernet Performance Indicators

    This section shows the key performance indicators and other counters for the GigabitEthernet object, divided into the following sub-sections:


    GigabitEthernet.Ericsson.UMTS.GB_If_Traffic

    Gigabit ethernet interface statistics.

    KPITypeData TypeDescriptionDerivationDefault AggregatorOther Aggregators
    pmDot1qTpVlanPortInDiscardsLink1ACCUMULATIONINTEGERThe number of valid frames discarded due to VLAN reasons (e.g. VLAN id not configured). See RFC 2674. This counter is stepped for packets with a vLan ID that is wrong or unrecognizable.ME_RNC_Eqpt_GigaBitEthernet.pmDot1qTpVlanPortInDiscardsLink1SumSum
    pmDot1qTpVlanPortInDiscardsLink2ACCUMULATIONINTEGERThe number of valid frames discarded due to VLAN reasons (e.g. VLAN id not configured). See RFC 2674. This counter is stepped for packets with a vLan ID that is wrong or unrecognizable.ME_RNC_Eqpt_GigaBitEthernet.pmDot1qTpVlanPortInDiscardsLink2SumSum
    pmIfInBroadcastPktsLink1ACCUMULATIONINT8The number of packets received with a broadcast address delivered to a higher sub-layer. See RFC 2863.ME_RNC_Eqpt_GigaBitEthernet.pmIfInBroadcastPktsLink1SumSum
    pmIfInBroadcastPktsLink2ACCUMULATIONINT8The number of packets received with a broadcast address delivered to a higher sub-layer. See RFC 2863.ME_RNC_Eqpt_GigaBitEthernet.pmIfInBroadcastPktsLink2SumSum
    pmIfInDiscardsLink1ACCUMULATIONINT8The number of received packets discarded due to lack of resources (e.g. buffer space). See RFC 2863.ME_RNC_Eqpt_GigaBitEthernet.pmIfInDiscardsLink1SumSum
    pmIfInDiscardsLink2ACCUMULATIONINT8The number of received packets discarded due to lack of resources (e.g. buffer space). See RFC 2863.ME_RNC_Eqpt_GigaBitEthernet.pmIfInDiscardsLink2SumSum
    pmIfInErrorsLink1ACCUMULATIONINT8The number of packets received which were discarded due to errors found in the packets. See RFC 2863.ME_RNC_Eqpt_GigaBitEthernet.pmIfInErrorsLink1SumSum
    pmIfInErrorsLink2ACCUMULATIONINT8The number of packets received which were discarded due to errors found in the packets. See RFC 2863.ME_RNC_Eqpt_GigaBitEthernet.pmIfInErrorsLink2SumSum
    pmIfInMulticastPktsLink1ACCUMULATIONINT8The number of packets received with a multicast address delivered to a higher sub-layer. See RFC 2863.ME_RNC_Eqpt_GigaBitEthernet.pmIfInMulticastPktsLink1SumSum
    pmIfInMulticastPktsLink2ACCUMULATIONINT8The number of packets received with a multicast address delivered to a higher sub-layer. See RFC 2863.ME_RNC_Eqpt_GigaBitEthernet.pmIfInMulticastPktsLink2SumSum
    pmIfInOctetsLink1HiACCUMULATIONINTEGERThe total number of octets received on the interface, including framing characters. Note! The high capacity counter for received octets on an interface has been split into two parts. This counter represents the higher part of the 62 least significant bits of the high capacity counter for received octets. The two most significant bit of this 64 bit counter is discarded. This 64-bit counter is presented as 2*31 bits: pmIfInOctetsLinkxHi (bit 62-31) and pmIfInOctetsLinkxLo (bit 30-0) in the MOM. For additional info refer to RFC 2863.ME_RNC_Eqpt_GigaBitEthernet.pmIfInOctetsLink1HiSumSum
    pmIfInOctetsLink1LoACCUMULATIONINTEGERThe total number of octets received on the interface, including framing characters. Note! The high capacity counter for received octets on an interface has been split into two parts. This counter represents the higher part of the 62 least significant bits of the high capacity counter for received octets. The two most significant bit of this 64 bit counter is discarded. This 64-bit counter is presented as 2*31 bits: pmIfInOctetsLinkxHi (bit 62-31) and pmIfInOctetsLinkxLo (bit 30-0) in the MOM. For additional info refer to RFC 2863.ME_RNC_Eqpt_GigaBitEthernet.pmIfInOctetsLink1LoSumSum
    pmIfInOctetsLink2HiACCUMULATIONINTEGERThe total number of octets received on the interface, including framing characters. Note! The high capacity counter for received octets on an interface has been split into two parts. This counter represents the higher part of the 62 least significant bits of the high capacity counter for received octets. The two most significant bit of this 64 bit counter is discarded. This 64-bit counter is presented as 2*31 bits: pmIfInOctetsLinkxHi (bit 62-31) and pmIfInOctetsLinkxLo (bit 30-0) in the MOM. For additional info refer to RFC 2863.ME_RNC_Eqpt_GigaBitEthernet.pmIfInOctetsLink2HiSumSum
    pmIfInOctetsLink2LoACCUMULATIONINTEGERThe total number of octets received on the interface, including framing characters. Note! The high capacity counter for received octets on an interface has been split into two parts. This counter represents the higher part of the 62 least significant bits of the high capacity counter for received octets. The two most significant bit of this 64 bit counter is discarded. This 64-bit counter is presented as 2*31 bits: pmIfInOctetsLinkxHi (bit 62-31) and pmIfInOctetsLinkxLo (bit 30-0) in the MOM. For additional info refer to RFC 2863.ME_RNC_Eqpt_GigaBitEthernet.pmIfInOctetsLink2LoSumSum
    pmIfInUcastPktsLink1ACCUMULATIONINT8The number of packets received which was not addressed to a broadcast or broadcast address delivered to a higher sub-layer. For additional info refer to RFC 2863.ME_RNC_Eqpt_GigaBitEthernet.pmIfInUcastPktsLink1SumSum
    pmIfInUcastPktsLink2ACCUMULATIONINT8The number of packets received which was not addressed to a broadcast or broadcast address delivered to a higher sub-layer. For additional info refer to RFC 2863.ME_RNC_Eqpt_GigaBitEthernet.pmIfInUcastPktsLink2SumSum
    pmIfInUnknownProtosLink1ACCUMULATIONINT8The number of packets received which had a protocol not supported or unknown. See RFC 2863.ME_RNC_Eqpt_GigaBitEthernet.pmIfInUnknownProtosLink1SumSum
    pmIfInUnknownProtosLink2ACCUMULATIONINT8The number of packets received which had a protocol not supported or unknown. See RFC 2863.ME_RNC_Eqpt_GigaBitEthernet.pmIfInUnknownProtosLink2SumSum
    pmIfOutBroadcastPktsLink1ACCUMULATIONINT8The number of packets requested to be transmitted with a broadcast address delivered to a higher sub-layer. See RFC 2863.ME_RNC_Eqpt_GigaBitEthernet.pmIfOutBroadcastPktsLink1SumSum
    pmIfOutBroadcastPktsLink2ACCUMULATIONINT8The number of packets requested to be transmitted with a broadcast address delivered to a higher sub-layer. See RFC 2863.ME_RNC_Eqpt_GigaBitEthernet.pmIfOutBroadcastPktsLink2SumSum
    pmIfOutDiscardsLink1ACCUMULATIONINT8The number of packets requested to be transmitted discarded due to lack of resources (e.g. buffer space). See RFC 2863.ME_RNC_Eqpt_GigaBitEthernet.pmIfOutDiscardsLink1SumSum
    pmIfOutDiscardsLink2ACCUMULATIONINT8The number of packets requested to be transmitted discarded due to lack of resources (e.g. buffer space). See RFC 2863.ME_RNC_Eqpt_GigaBitEthernet.pmIfOutDiscardsLink2SumSum
    pmIfOutErrorsLink1ACCUMULATIONINT8The number of packets requested to be transmitted discarded due to errors found in the packets. See RFC 2863.ME_RNC_Eqpt_GigaBitEthernet.pmIfOutErrorsLink1SumSum
    pmIfOutErrorsLink2ACCUMULATIONINT8The number of packets requested to be transmitted discarded due to errors found in the packets. See RFC 2863.ME_RNC_Eqpt_GigaBitEthernet.pmIfOutErrorsLink2SumSum
    pmIfOutMulticastPktsLink1ACCUMULATIONINT8The number of packets requested to be transmitted with a multicast address delivered to a higher sub-layer. See RFC 2863.ME_RNC_Eqpt_GigaBitEthernet.pmIfOutMulticastPktsLink1SumSum
    pmIfOutMulticastPktsLink2ACCUMULATIONINT8The number of packets requested to be transmitted with a multicast address delivered to a higher sub-layer. See RFC 2863.ME_RNC_Eqpt_GigaBitEthernet.pmIfOutMulticastPktsLink2SumSum
    pmIfOutOctetsLink1HiACCUMULATIONINTEGERThe total number of octets transmitted out of the interface, including framing characters. Note! The high capacity counter for octets transmitted out on an interface has been split into two parts. This counter represents the higher part of the 62 least significant bits of the high capacity counter for octets transmitted out on the interface. The two most significant bit of this 64 bit counter is discarded. This 64-bit counter is presented as 2*31 bits: pmIfOutOctetsLinkxHi (bit 62-31) and pmIfOutOctetsLinkxLo (bit 30-0) in the MOM. For additional info refer to RFC 2863.ME_RNC_Eqpt_GigaBitEthernet.pmIfOutOctetsLink1HiSumSum
    pmIfOutOctetsLink1LoACCUMULATIONINTEGERThe total number of octets transmitted out of the interface, including framing characters. Note! The high capacity counter for octets transmitted out on an interface has been split into two parts. This counter represents the higher part of the 62 least significant bits of the high capacity counter for octets transmitted out on the interface. The two most significant bit of this 64 bit counter is discarded. This 64-bit counter is presented as 2*31 bits: pmIfOutOctetsLinkxHi (bit 62-31) and pmIfOutOctetsLinkxLo (bit 30-0) in the MOM. For additional info refer to RFC 2863.ME_RNC_Eqpt_GigaBitEthernet.pmIfOutOctetsLink1LoSumSum
    pmIfOutOctetsLink2HiACCUMULATIONINTEGERThe total number of octets transmitted out of the interface, including framing characters. Note! The high capacity counter for octets transmitted out on an interface has been split into two parts. This counter represents the higher part of the 62 least significant bits of the high capacity counter for octets transmitted out on the interface. The two most significant bit of this 64 bit counter is discarded. This 64-bit counter is presented as 2*31 bits: pmIfOutOctetsLinkxHi (bit 62-31) and pmIfOutOctetsLinkxLo (bit 30-0) in the MOM. For additional info refer to RFC 2863.ME_RNC_Eqpt_GigaBitEthernet.pmIfOutOctetsLink2HiSumSum
    pmIfOutOctetsLink2LoACCUMULATIONINTEGERThe total number of octets transmitted out of the interface, including framing characters. Note! The high capacity counter for octets transmitted out on an interface has been split into two parts. This counter represents the higher part of the 62 least significant bits of the high capacity counter for octets transmitted out on the interface. The two most significant bit of this 64 bit counter is discarded. This 64-bit counter is presented as 2*31 bits: pmIfOutOctetsLinkxHi (bit 62-31) and pmIfOutOctetsLinkxLo (bit 30-0) in the MOM. For additional info refer to RFC 2863.ME_RNC_Eqpt_GigaBitEthernet.pmIfOutOctetsLink2LoSumSum
    pmIfOutUcastPktsLink1ACCUMULATIONINT8The number of packets requested to be transmitted which was not addressed to a broadcast or broadcast address delivered to a higher sub-layer See RFC 2863.ME_RNC_Eqpt_GigaBitEthernet.pmIfOutUcastPktsLink1SumSum
    pmIfOutUcastPktsLink2ACCUMULATIONINT8The number of packets requested to be transmitted which was not addressed to a broadcast or broadcast address delivered to a higher sub-layer See RFC 2863.ME_RNC_Eqpt_GigaBitEthernet.pmIfOutUcastPktsLink2SumSum
    Tot_pmIfInOctetsLink1ACCUMULATIONINT8The total number of octets received on the interface, including framing characters.(2147483648*{pmIfInOctetsLink1Hi})+{pmIfInOctetsLink1Lo}SumSum
    Tot_pmIfInOctetsLink2ACCUMULATIONINT8The total number of octets received on the interface, including framing characters.(2147483648*{pmIfInOctetsLink2Hi})+{pmIfInOctetsLink2Lo}SumSum
    Tot_pmIfOutOctetsLink1ACCUMULATIONINT8The total number of octets transmitted out of the interface, including framing characters.(2147483648*{pmIfOutOctetsLink1Hi})+{pmIfOutOctetsLink1Lo}SumSum
    Tot_pmIfOutOctetsLink2ACCUMULATIONINT8The total number of octets transmitted out of the interface, including framing characters.(2147483648*{pmIfOutOctetsLink2Hi})+{pmIfOutOctetsLink2Lo}SumSum


    8.25 IMA_Group Performance Indicators

    This section shows the key performance indicators and other counters for the IMA_Group object, divided into the following sub-sections:


    IMA_Group.Ericsson.UMTS.IMA_Group_Grp

    Inverse Multiplexing over ATM (IMA) Group logical link statistics.

    KPITypeData TypeDescriptionDerivationDefault AggregatorOther Aggregators
    pmGrFcFeACCUMULATIONINT8Number of group failures far end.RNC_IMA_GROUP.pmGrFcFe or NODEB_IMA_GROUP.pmGrFcFe or RXI_IMA_GROUP.pmGrFcFeSumerttbh, Sum
    pmGrFcACCUMULATIONINT8Number of group failures.RNC_IMA_GROUP.pmGrFc or NODEB_IMA_GROUP.pmGrFc or RXI_IMA_GROUP.pmGrFcSumerttbh, Sum
    pmGrUasImaACCUMULATIONINT8Number of group unavailable seconds.RNC_IMA_GROUP.pmGrUasIma or NODEB_IMA_GROUP.pmGrUasIma or RXI_IMA_GROUP.pmGrUasImaSumerttbh, Sum


    8.26 IMA_Link Performance Indicators

    This section shows the key performance indicators and other counters for the IMA_Link object, divided into the following sub-sections:


    IMA_Link.Ericsson.UMTS.IMA

    IMA logical link statistics.

    KPITypeData TypeDescriptionDerivationDefault AggregatorOther Aggregators
    pmIvImaACCUMULATIONINT8Number of ICP violations.RNC_IMA_LINK.pmIvIma or NODEB_IMA_LINK.pmIvIma or RXI_IMA_LINK.pmIvImaSumerttbh, Sum
    pmOifImaACCUMULATIONINT8Number of out of IMA frame anomalies.RNC_IMA_LINK.pmOifIma or NODEB_IMA_LINK.pmOifIma or RXI_IMA_LINK.pmOifImaSumerttbh, Sum
    pmRxFcFeACCUMULATIONINT8Number of Rx failures far end.RNC_IMA_LINK.pmRxFcFe or NODEB_IMA_LINK.pmRxFcFe or RXI_IMA_LINK.pmRxFcFeSumerttbh, Sum
    pmRxFcACCUMULATIONINT8Number of Rx failures.RNC_IMA_LINK.pmRxFc or NODEB_IMA_LINK.pmRxFc or RXI_IMA_LINK.pmRxFcSumerttbh, Sum
    pmRxStuffImaACCUMULATIONINT8Number of Rx stuff events.RNC_IMA_LINK.pmRxStuffIma or NODEB_IMA_LINK.pmRxStuffIma or RXI_IMA_LINK.pmRxStuffImaSumerttbh, Sum
    pmRxUusImaFeACCUMULATIONINT8Number of Rx unusable seconds far end.RNC_IMA_LINK.pmRxUusImaFe or NODEB_IMA_LINK.pmRxUusImaFe or RXI_IMA_LINK.pmRxUusImaFeSumerttbh, Sum
    pmRxUusImaACCUMULATIONINT8Number of Rx unusable seconds.RNC_IMA_LINK.pmRxUusIma or NODEB_IMA_LINK.pmRxUusIma or RXI_IMA_LINK.pmRxUusImaSumerttbh, Sum
    pmSesImaFeACCUMULATIONINT8Number of severely errored seconds far end.RNC_IMA_LINK.pmSesImaFe or NODEB_IMA_LINK.pmSesImaFe or RXI_IMA_LINK.pmSesImaFeSumerttbh, Sum
    pmSesImaACCUMULATIONINT8Number of severely errored seconds.RNC_IMA_LINK.pmSesIma or NODEB_IMA_LINK.pmSesIma or RXI_IMA_LINK.pmSesImaSumerttbh, Sum
    pmTxFcFeACCUMULATIONINT8Number of Tx failures far end.RNC_IMA_LINK.pmTxFcFe or NODEB_IMA_LINK.pmTxFcFe or RXI_IMA_LINK.pmTxFcFeSumerttbh, Sum
    pmTxFcACCUMULATIONINT8Number of Tx failures.RNC_IMA_LINK.pmTxFc or NODEB_IMA_LINK.pmTxFc or RXI_IMA_LINK.pmTxFcSumerttbh, Sum
    pmTxStuffImaACCUMULATIONINT8Number of Tx stuff events.RNC_IMA_LINK.pmTxStuffIma or NODEB_IMA_LINK.pmTxStuffIma or RXI_IMA_LINK.pmTxStuffImaSumerttbh, Sum
    pmTxUusImaFeACCUMULATIONINT8Number of Tx unusable seconds far end.RNC_IMA_LINK.pmTxUusImaFe or NODEB_IMA_LINK.pmTxUusImaFe or RXI_IMA_LINK.pmTxUusImaFeSumerttbh, Sum
    pmTxUusImaACCUMULATIONINT8Number of Tx unusable seconds.RNC_IMA_LINK.pmTxUusIma or NODEB_IMA_LINK.pmTxUusIma or RXI_IMA_LINK.pmTxUusImaSumerttbh, Sum
    pmUasImaFeACCUMULATIONINT8Number of unavailable seconds far end.RNC_IMA_LINK.pmUasImaFe or NODEB_IMA_LINK.pmUasImaFe or RXI_IMA_LINK.pmUasImaFeSumerttbh, Sum
    pmUasImaACCUMULATIONINT8Number of unavailable seconds.RNC_IMA_LINK.pmUasIma or NODEB_IMA_LINK.pmUasIma or RXI_IMA_LINK.pmUasImaSumerttbh, Sum


    8.27 InternalEthernetPort Performance Indicators

    This section shows the key performance indicators and other counters for the InternalEthernetPort object, divided into the following sub-sections:


    InternalEthernetPort.Ericsson.UMTS.InternalEthernetPort_Stat

    Internal Ethernet Port statistics

    KPITypeData TypeDescriptionDerivationDefault AggregatorOther Aggregators
    pmDot1qTpVlanPortInDiscardsLinkACCUMULATIONINTEGERThe number of valid frames discarded for VLAN reasons (for example, VLAN id not configured). The counter is relevant only if VLAN is configured on the Ip Interface MO. See RFC 2674.RNC_InternalEthernetPort.pmDot1qTpVlanPortInDiscardsLink or NODEB_InternalEthernetPort.pmDot1qTpVlanPortInDiscardsLink or RXI_InternalEthernetPort.pmDot1qTpVlanPortInDiscardsLinkSumerttbh, Sum
    pmIfInBroadcastPktsACCUMULATIONINTEGERThe number of broadcast packets, delivered by this sublayer to a higher (sub-)layer, that were addressed to a broadcast address at this sublayer. For additional info, refer to RFC 2863.RNC_InternalEthernetPort.pmIfInBroadcastPkts or NODEB_InternalEthernetPort.pmIfInBroadcastPkts or RXI_InternalEthernetPort.pmIfInBroadcastPktsSumerttbh, Sum
    pmIfInDiscardsACCUMULATIONINTEGERThe number of inbound packets that were chosen to be discarded even though no errors had been detected that prevented them from being delivered to a higher-layer protocol. One possible reason for discarding such a packet could be to free up buffer space. For additional info, refer to RFC 2863.RNC_InternalEthernetPort.pmIfInDiscards or NODEB_InternalEthernetPort.pmIfInDiscards or RXI_InternalEthernetPort.pmIfInDiscardsSumerttbh, Sum
    pmIfInErrorsACCUMULATIONINTEGERNumber of input packets discarded due to any error. For additional info, refer to RFC 2863.RNC_InternalEthernetPort.pmIfInErrors or NODEB_InternalEthernetPort.pmIfInErrors or RXI_InternalEthernetPort.pmIfInErrorsSumerttbh, Sum
    pmIfInMulticastPktsACCUMULATIONINTEGERThe number of multicast packets, delivered by this sublayer to a higher (sub-)layer, that were addressed to a multicast address at this sublayer. For a MAC layer protocol, this includes both Group and Functional addresses. For additional info, refer to RFC 2863.RNC_InternalEthernetPort.pmIfInMulticastPkts or NODEB_InternalEthernetPort.pmIfInMulticastPkts or RXI_InternalEthernetPort.pmIfInMulticastPktsSumerttbh, Sum
    pmIfInOctetsHiACCUMULATIONINT8The total number of octets received on the interface, including framing characters. Note: The high-capacity counter for octets received on an interface has been split into two parts. This counter represents the higher part of the 62 least significant bits of the high capacity counter for octets received on the interface. The two most significant bits of this 64-bit counter are discarded. This 64-bit counter is presented as 2*31 bits: pmIfInOctetsHi (bit 62-31) and pmIfInOctets (bit 30-0). For additional info, refer to RFC 2863.RNC_InternalEthernetPort.pmIfInOctetsHi or NODEB_InternalEthernetPort.pmIfInOctetsHi or RXI_InternalEthernetPort.pmIfInOctetsHiSumerttbh, Sum
    pmIfInOctetsLoACCUMULATIONINT8The total number of octets received on the interface, including framing characters. Note: The high-capacity counter for octets received on an interface has been split into two parts. This counter represents the lower part of the 62 least-significant bits of the high-capacity counter for octets received on the interface. The two most significant bits of this 64-bit counter are discarded. This 64-bit counter is presented as 2*31 bits: pmIfInOctetsHi (bit 62-31) and pmIfInOctetsLo (bit 30-0). For additional info, refer to RFC 2863.RNC_InternalEthernetPort.pmIfInOctetsLo or NODEB_InternalEthernetPort.pmIfInOctetsLo or RXI_InternalEthernetPort.pmIfInOctetsLoSumerttbh, Sum
    pmIfInOctetsACCUMULATIONINT8The total number of octets received on the interface, including framing characters.({pmIfInOctetsHi}*2147483648)+{pmIfInOctetsLo}SumSum
    pmIfInUcastPktsACCUMULATIONINTEGERThe number of unicast packets, delivered by this sublayer to a higher (sub-)layer, that were not addressed to a multicast or broadcast address at this sublayer. For additional info, refer to RFC 2863.RNC_InternalEthernetPort.pmIfInUcastPkts or NODEB_InternalEthernetPort.pmIfInUcastPkts or RXI_InternalEthernetPort.pmIfInUcastPktsSumerttbh, Sum
    pmIfInUnknownProtosACCUMULATIONINTEGERThe number of packets received that had a protocol not supported or unknown. For additional info, refer to RFC 2863.RNC_InternalEthernetPort.pmIfInUnknownProtos or NODEB_InternalEthernetPort.pmIfInUnknownProtos or RXI_InternalEthernetPort.pmIfInUnknownProtosSumerttbh, Sum
    pmIfOutBroadcastPktsACCUMULATIONINTEGERThe total number of broadcast packets that higher-level protocols requested to be transmitted, and which were addressed to a broadcast address at this sublayer, including those that were discarded or not sent. For additional info, refer to RFC 2863.RNC_InternalEthernetPort.pmIfOutBroadcastPkts or NODEB_InternalEthernetPort.pmIfOutBroadcastPkts or RXI_InternalEthernetPort.pmIfOutBroadcastPktsSumerttbh, Sum
    pmIfOutDiscardsACCUMULATIONINTEGERThe number of packets requested to be transmitted, but which were discarded due to lack of resources (for example, buffer space). For additional info, refer to RFC 2863.RNC_InternalEthernetPort.pmIfOutDiscards or NODEB_InternalEthernetPort.pmIfOutDiscards or RXI_InternalEthernetPort.pmIfOutDiscardsSumerttbh, Sum
    pmIfOutErrorsACCUMULATIONINTEGERThe number of packets requested to be transmitted, but which were discarded due to errors found in the packets. For additional info, refer to RFC 2863.RNC_InternalEthernetPort.pmIfOutErrors or NODEB_InternalEthernetPort.pmIfOutErrors or RXI_InternalEthernetPort.pmIfOutErrorsSumerttbh, Sum
    pmIfOutMulticastPktsACCUMULATIONINTEGERThe total number of multicast packets that higher-level protocols requested to be transmitted, and which were addressed to a multicast address at this sublayer, including those that were discarded or not sent. For additional info, refer to RFC 2863.RNC_InternalEthernetPort.pmIfOutMulticastPkts or NODEB_InternalEthernetPort.pmIfOutMulticastPkts or RXI_InternalEthernetPort.pmIfOutMulticastPktsSumerttbh, Sum
    pmIfOutOctetsHiACCUMULATIONINT8The total number of octets transmitted out on the interface, including framing characters. Note: The high-capacity counter for octets transmitted out on an interface has been split into two parts. This counter represents the higher part of the 62 least-significant bits of the high-capacity counter for octets transmitted out on the interface. The two most-significant bits of this 64-bit counter are discarded. This 64-bit counter is presented as 2*31 bits: pmIfOutOctetsHi (bit 62-31) and pmIfOutOctetsLo (bit 30-0). For additional info, refer to RFC 2863.RNC_InternalEthernetPort.pmIfOutOctetsHi or NODEB_InternalEthernetPort.pmIfOutOctetsHi or RXI_InternalEthernetPort.pmIfOutOctetsHiSumerttbh, Sum
    pmIfOutOctetsLoACCUMULATIONINT8The total number of octets transmitted out on the interface, including framing characters. Note: The high-capacity counter for octets transmitted out on an interface has been split into two parts. This counter represents the lower part of the 62 least-significant bits of the high-capacity counter for octets transmitted out on the interface. The two most-significant bits of this 64-bit counter are discarded. This 64-bit counter is presented as 2*31 bits: pmIfOutOctetsHi (bit 62-31) and pmIfOutOctetsLo (bit 30-0). For additional info, refer to RFC 2863.RNC_InternalEthernetPort.pmIfOutOctetsLo or NODEB_InternalEthernetPort.pmIfOutOctetsLo or RXI_InternalEthernetPort.pmIfOutOctetsLoSumerttbh, Sum
    pmIfOutOctetsACCUMULATIONINT8The total number of octets transmitted out on the interface, including framing characters({pmIfOutOctetsHi}*2147483648)+{pmIfOutOctetsLo}SumSum
    pmIfOutUcastPktsACCUMULATIONINTEGERThe total number of unicast packets that higher-level protocols requested to be transmitted, and which were not addressed to a multicast or broadcast address at this sublayer, including those that were discarded or not sent. For additional info, refer to RFC 2863.RNC_InternalEthernetPort.pmIfOutUcastPkts or NODEB_InternalEthernetPort.pmIfOutUcastPkts or RXI_InternalEthernetPort.pmIfOutUcastPktsSumerttbh, Sum


    8.28 InternalEthernetPort_IpIf Performance Indicators

    This section shows the key performance indicators and other counters for the InternalEthernetPort_IpIf object, divided into the following sub-sections:


    InternalEthernetPort_IpIf.Ericsson.UMTS.Ip_Interface

    IP Interface statistics

    KPITypeData TypeDescriptionDerivationDefault AggregatorOther Aggregators
    pmFramesExcTrafDscACCUMULATIONINTEGER(Obsolete in P7.1) The number of ethernet frames which has exeeded the traffic descriptor. Condition: An ethernet frame is received, which exceeds the traffic descriptor.NodeB_PInU_ExchTermIp_InternalEthPrt_IpIntf.pmFramesExcTrafDsc or RNC_PInU_ExchTermIp_InternalEthPrt_IpIntf.pmFramesExcTrafDsc or RXI_PInU_ExchTermIp_InternalEthPrt_IpIntf.pmFramesExcTrafDscSumerttbh, Sum
    pmNoOfFailedPingsDefaultRouter0ACCUMULATIONINTEGERThe total number of failed pings towards the defaultRouter0 on the active link only. The counter value survives the link switch when applicable.NodeB_PInU_ExchTermIp_InternalEthPrt_IpIntf.pmNoOfFailedPingsDefaultRouter0 or RNC_PInU_ExchTermIp_InternalEthPrt_IpIntf.pmNoOfFailedPingsDefaultRouter0 or RXI_PInU_ExchTermIp_InternalEthPrt_IpIntf.pmNoOfFailedPingsDefaultRouter0Sumerttbh, Sum
    pmNoOfFailedPingsDefaultRouter1ACCUMULATIONINTEGERThe total number of failed pings towards the defaultRouter1 on the active link only. The counter value survives the link switch when applicable.NodeB_PInU_ExchTermIp_InternalEthPrt_IpIntf.pmNoOfFailedPingsDefaultRouter1 or RNC_PInU_ExchTermIp_InternalEthPrt_IpIntf.pmNoOfFailedPingsDefaultRouter1 or RXI_PInU_ExchTermIp_InternalEthPrt_IpIntf.pmNoOfFailedPingsDefaultRouter1Sumerttbh, Sum
    pmNoOfFailedPingsDefaultRouter2ACCUMULATIONINTEGERThe total number of failed pings towards the defaultRouter2 on the active link only. The counter value survives the link switch when applicable.NodeB_PInU_ExchTermIp_InternalEthPrt_IpIntf.pmNoOfFailedPingsDefaultRouter2 or RNC_PInU_ExchTermIp_InternalEthPrt_IpIntf.pmNoOfFailedPingsDefaultRouter2 or RXI_PInU_ExchTermIp_InternalEthPrt_IpIntf.pmNoOfFailedPingsDefaultRouter2Sumerttbh, Sum
    pmOctetsExcTrafDscACCUMULATIONINT8(Obsolete in P7.1) The number of octets which has exeeded the traffic descriptor.NodeB_PInU_ExchTermIp_InternalEthPrt_IpIntf.pmOctetsExcTrafDsc or RNC_PInU_ExchTermIp_InternalEthPrt_IpIntf.pmOctetsExcTrafDsc or RXI_PInU_ExchTermIp_InternalEthPrt_IpIntf.pmOctetsExcTrafDscSumerttbh, Sum


    8.29 InternalLinkGroup Performance Indicators

    This section shows the key performance indicators and other counters for the InternalLinkGroup object, divided into the following sub-sections:


    InternalLinkGroup.Ericsson.UMTS.PDF_pmPeakBwLevel

    pmPeakBwLevel PDF counters

    KPITypeData TypeDescriptionDerivationDefault AggregatorOther Aggregators
    pmPeakBwLevel_0ACCUMULATIONINTEGERThe counter shows the traffic load for each internal link group, consisting of a list of 8 numbers.RNC_SwitchFabric_InternalLinkGroup.pmPeakBwLevel_0 or NodeB_SwitchFabric_InternalLinkGroup.pmPeakBwLevel_0 or RXI_SwitchFabric_InternalLinkGroup.pmPeakBwLevel_0Sum 
    pmPeakBwLevel_1ACCUMULATIONINTEGERThe counter shows the traffic load for each internal link group, consisting of a list of 8 numbers.RNC_SwitchFabric_InternalLinkGroup.pmPeakBwLevel_1 or NodeB_SwitchFabric_InternalLinkGroup.pmPeakBwLevel_1 or RXI_SwitchFabric_InternalLinkGroup.pmPeakBwLevel_1Sum 
    pmPeakBwLevel_2ACCUMULATIONINTEGERThe counter shows the traffic load for each internal link group, consisting of a list of 8 numbers.RNC_SwitchFabric_InternalLinkGroup.pmPeakBwLevel_2 or NodeB_SwitchFabric_InternalLinkGroup.pmPeakBwLevel_2 or RXI_SwitchFabric_InternalLinkGroup.pmPeakBwLevel_2Sum 
    pmPeakBwLevel_3ACCUMULATIONINTEGERThe counter shows the traffic load for each internal link group, consisting of a list of 8 numbers.RNC_SwitchFabric_InternalLinkGroup.pmPeakBwLevel_3 or NodeB_SwitchFabric_InternalLinkGroup.pmPeakBwLevel_3 or RXI_SwitchFabric_InternalLinkGroup.pmPeakBwLevel_3Sum 
    pmPeakBwLevel_4ACCUMULATIONINTEGERThe counter shows the traffic load for each internal link group, consisting of a list of 8 numbers.RNC_SwitchFabric_InternalLinkGroup.pmPeakBwLevel_4 or NodeB_SwitchFabric_InternalLinkGroup.pmPeakBwLevel_4 or RXI_SwitchFabric_InternalLinkGroup.pmPeakBwLevel_4Sum 
    pmPeakBwLevel_5ACCUMULATIONINTEGERThe counter shows the traffic load for each internal link group, consisting of a list of 8 numbers.RNC_SwitchFabric_InternalLinkGroup.pmPeakBwLevel_5 or NodeB_SwitchFabric_InternalLinkGroup.pmPeakBwLevel_5 or RXI_SwitchFabric_InternalLinkGroup.pmPeakBwLevel_5Sum 
    pmPeakBwLevel_6ACCUMULATIONINTEGERThe counter shows the traffic load for each internal link group, consisting of a list of 8 numbers.RNC_SwitchFabric_InternalLinkGroup.pmPeakBwLevel_6 or NodeB_SwitchFabric_InternalLinkGroup.pmPeakBwLevel_6 or RXI_SwitchFabric_InternalLinkGroup.pmPeakBwLevel_6Sum 
    pmPeakBwLevel_7ACCUMULATIONINTEGERThe counter shows the traffic load for each internal link group, consisting of a list of 8 numbers.RNC_SwitchFabric_InternalLinkGroup.pmPeakBwLevel_7 or NodeB_SwitchFabric_InternalLinkGroup.pmPeakBwLevel_7 or RXI_SwitchFabric_InternalLinkGroup.pmPeakBwLevel_7Sum 


    8.30 Ip_Atm_Link Performance Indicators

    This section shows the key performance indicators and other counters for the Ip_Atm_Link object, divided into the following sub-sections:


    Ip_Atm_Link.Ericsson.UMTS.IP

    UTRAN Ethernet or IP over ATM link.

    KPITypeData TypeDescriptionDerivationDefault AggregatorOther Aggregators
    pmNoOfIfInDiscardsACCUMULATIONINT8Performance monitoring counter for the number of input packets discarded due to resource limitations.RNC_IP_ATM_Link.pmNoOfIfInDiscards or NODEB_IP_ATM_Link.pmNoOfIfInDiscards or RXI_IP_ATM_Link.pmNoOfIfInDiscardsSumSum
    pmNoOfIfInErrorsACCUMULATIONINT8Performance monitoring counter for the number of input packets discarded due to any error.RNC_IP_ATM_Link.pmNoOfIfInErrors or NODEB_IP_ATM_Link.pmNoOfIfInErrors or RXI_IP_ATM_Link.pmNoOfIfInErrorsSumSum
    pmNoOfIfInNUcastPktsACCUMULATIONINT8Performance monitoring counter for the number of input broadcast or multicast packets delivered to higher layer.RNC_IP_ATM_Link.pmNoOfIfInNUcastPkts or NODEB_IP_ATM_Link.pmNoOfIfInNUcastPkts or RXI_IP_ATM_Link.pmNoOfIfInNUcastPktsSumSum
    pmNoOfIfInUcastPktsACCUMULATIONINT8Performance monitoring counter for the number of input unicast packets delivered to higher layer.RNC_IP_ATM_Link.pmNoOfIfInUcastPkts or NODEB_IP_ATM_Link.pmNoOfIfInUcastPkts or RXI_IP_ATM_Link.pmNoOfIfInUcastPktsSumSum
    pmNoOfifOutDiscardsACCUMULATIONINT8Number of out packets discarded.RNC_IP_ATM_Link.pmNoOfifOutDiscards or NODEB_IP_ATM_Link.pmNoOfifOutDiscards or RXI_IP_ATM_Link.pmNoOfifOutDiscardsSumSum
    pmNoOfIfOutNUcastPktsACCUMULATIONINT8Performance monitoring counter for the number of output broadcast/multicast packets delivered to higher layer.RNC_IP_ATM_Link.pmNoOfIfOutNUcastPkts or NODEB_IP_ATM_Link.pmNoOfIfOutNUcastPkts or RXI_IP_ATM_Link.pmNoOfIfOutNUcastPktsSumSum
    pmNoOfIfOutUcastPktsACCUMULATIONINT8Performance monitoring counter for the number of out unicast packets delivered to higher layer.RNC_IP_ATM_Link.pmNoOfIfOutUcastPkts or NODEB_IP_ATM_Link.pmNoOfIfOutUcastPkts or RXI_IP_ATM_Link.pmNoOfIfOutUcastPktsSumSum


    8.31 IP_Interface Performance Indicators

    This section shows the key performance indicators and other counters for the IP_Interface object, divided into the following sub-sections:


    IP_Interface.Ericsson.UMTS.GigabitEthernet_If

    Statistics on the Gigabitethernet interface.

    KPITypeData TypeDescriptionDerivationDefault AggregatorOther Aggregators
    pmDot1qTpVlanPortInFramesACCUMULATIONINTEGERThe number of valid frames received on this port belonging to this VLAN and with a protocol processed by the local forwarding process. See RFC 2674.PlugInUnit_EtMfg_GigaBitEther_IpIntf.pmDot1qTpVlanPortInFramesSumSum
    pmDot1qTpVlanPortOutFramesACCUMULATIONINTEGERThe number of valid frames transmitted from this port belonging to this VLAN. See RFC 2674.PlugInUnit_EtMfg_GigaBitEther_IpIntf.pmDot1qTpVlanPortOutFramesSumSum
    pmIfStatsIpAddrErrorsACCUMULATIONINTEGERNumber of received IP datagrams discarded due to invalid header address. See RFC 2011.PlugInUnit_EtMfg_GigaBitEther_IpIntf.pmIfStatsIpAddrErrorsSumSum
    pmIfStatsIpInDiscardsACCUMULATIONINTEGERNumber of received IP datagrams discarded due to resource problems (for example, lack of buffer space). See RFC 2011.PlugInUnit_EtMfg_GigaBitEther_IpIntf.pmIfStatsIpInDiscardsSumSum
    pmIfStatsIpInHdrErrorsACCUMULATIONINTEGERNumber of received IP datagrams with an error in the header. See RFC 2011.PlugInUnit_EtMfg_GigaBitEther_IpIntf.pmIfStatsIpInHdrErrorsSumSum
    pmIfStatsIpInReceivesACCUMULATIONINTEGERNumber of received IP datagrams, including those with errors. See RFC 2011.PlugInUnit_EtMfg_GigaBitEther_IpIntf.pmIfStatsIpInReceivesSumSum
    pmIfStatsIpOutDiscardsACCUMULATIONINTEGERThe number of IP datagrams that should be sent, but which were discarded due to resource problems (for example, lack of buffer space). See RFC 2011.PlugInUnit_EtMfg_GigaBitEther_IpIntf.pmIfStatsIpOutDiscardsSumSum
    pmIfStatsIpOutRequestsACCUMULATIONINTEGERNumber of IP datagrams requested by the IP user protocol to be processed for sending. See RFC 2011.PlugInUnit_EtMfg_GigaBitEther_IpIntf.pmIfStatsIpOutRequestsSumSum
    pmIfStatsIpUnknownProtosACCUMULATIONINTEGERNumber of IP datagrams received, with an unknown or not supported protocol. See RFC 2011.PlugInUnit_EtMfg_GigaBitEther_IpIntf.pmIfStatsIpUnknownProtosSumSum


    IP_Interface.Ericsson.UMTS.IP

    IP Interface traffic statistics.

    KPITypeData TypeDescriptionDerivationDefault AggregatorOther Aggregators
    pmNoOfHdrErrorsACCUMULATIONINT8Number of input data grams discarded due to errors in their IP headers, including bad check sums, version number mismatch, other format errors, time-to-live exceeded, errors discovered in processing their IP options, and so on.RNC_IP_Link.pmNoOfHdrErrors or NODEB_IP_Link.pmNoOfHdrErrors or RXI_IP_Link.pmNoOfHdrErrorsSumSum
    pmNoOfIpAddrErrorsACCUMULATIONINT8Number of input data grams discarded, because the IP address in their IP headers destination field was not a valid address to be received at this entity. This count includes invalid addresses (for example, 0.0.0.0) and addresses of unsupported Classes (e.g., Class E). For entities which are not IP Gateways and therefore do not forward data grams, this counter includes data grams discarded because the destination address was not a local address.RNC_IP_Link.pmNoOfIpAddrErrors or NODEB_IP_Link.pmNoOfIpAddrErrors or RXI_IP_Link.pmNoOfIpAddrErrorsSumSum
    pmNoOfIpForwDatagramsACCUMULATIONINT8Number of IP forward datagrams.RNC_IP_Link.pmNoOfIpForwDatagrams or NODEB_IP_Link.pmNoOfIpForwDatagrams or RXI_IP_Link.pmNoOfIpForwDatagramsSumSum
    pmNoOfIpInDiscardsACCUMULATIONINT8Number of input IP data grams for which no problems were encountered to prevent their continued processing, but which were discarded (for example, for lack of buffer space) Note that this counter does not include any data grams discarded while awaiting re-as.RNC_IP_Link.pmNoOfIpInDiscards or NODEB_IP_Link.pmNoOfIpInDiscards or RXI_IP_Link.pmNoOfIpInDiscardsSumSum
    pmNoOfIpInReceivesACCUMULATIONINT8Total number of input datagram received from Interfaces, including those received in error.RNC_IP_Link.pmNoOfIpInReceives or NODEB_IP_Link.pmNoOfIpInReceives or RXI_IP_Link.pmNoOfIpInReceivesSumSum
    pmNoOfIpOutDiscardsACCUMULATIONINT8Number of output IP data grams for which no problem was encountered to prevent their transmission to their destination, but which were discarded (for example, for lack of buffer space).RNC_IP_Link.pmNoOfIpOutDiscards or NODEB_IP_Link.pmNoOfIpOutDiscards or RXI_IP_Link.pmNoOfIpOutDiscardsSumSum
    pmNoOfIpReasmOKsACCUMULATIONINT8Number of IP data grams successfully reassembled.RNC_IP_Link.pmNoOfIpReasmOKs or NODEB_IP_Link.pmNoOfIpReasmOKs or RXI_IP_Link.pmNoOfIpReasmOKsSumSum
    pmNoOfIpReasmReqdsACCUMULATIONINT8Number of IP fragments received that needed to be reassembled at this entity.RNC_IP_Link.pmNoOfIpReasmReqds or NODEB_IP_Link.pmNoOfIpReasmReqds or RXI_IP_Link.pmNoOfIpReasmReqdsSumSum


    8.32 IPAccessHost_Et Performance Indicators

    This section shows the key performance indicators and other counters for the IPAccessHost_Et object, divided into the following sub-sections:


    IPAccessHost_Et.Ericsson.UMTS.IpAccessHostEt_Stats

    IP statistics.

    KPITypeData TypeDescriptionDerivationDefault AggregatorOther Aggregators
    pmIcmpInDestUnreachsACCUMULATIONINTEGERThe total number of ICMP Destination Unreachable messages received.RNC_IpAccessHostEt.pmIcmpInDestUnreachs or NODEB_IpAccessHostEt.pmIcmpInDestUnreachs or RXI_IpAccessHostEt.pmIcmpInDestUnreachsSumerttbh, Sum
    pmIcmpInEchoRepsACCUMULATIONINTEGERThe total number of ICMP Echo Reply messages received.RNC_IpAccessHostEt.pmIcmpInEchoReps or NODEB_IpAccessHostEt.pmIcmpInEchoReps or RXI_IpAccessHostEt.pmIcmpInEchoRepsSumerttbh, Sum
    pmIcmpInEchosACCUMULATIONINTEGERThe total number of ICMP Echo (request) messages received.RNC_IpAccessHostEt.pmIcmpInEchos or NODEB_IpAccessHostEt.pmIcmpInEchos or RXI_IpAccessHostEt.pmIcmpInEchosSumerttbh, Sum
    pmIcmpInErrorsACCUMULATIONINTEGERThe total number of ICMP messages which the entity received but determined as having ICMP-specific errors.RNC_IpAccessHostEt.pmIcmpInErrors or NODEB_IpAccessHostEt.pmIcmpInErrors or RXI_IpAccessHostEt.pmIcmpInErrorsSumerttbh, Sum
    pmIcmpInMsgsACCUMULATIONINTEGERThe total number of ICMP messages which the entity received.RNC_IpAccessHostEt.pmIcmpInMsgs or NODEB_IpAccessHostEt.pmIcmpInMsgs or RXI_IpAccessHostEt.pmIcmpInMsgsSumerttbh, Sum
    pmIcmpInParamProbsACCUMULATIONINTEGERThe total number of ICMP Parameter Problem messages received.RNC_IpAccessHostEt.pmIcmpInParamProbs or NODEB_IpAccessHostEt.pmIcmpInParamProbs or RXI_IpAccessHostEt.pmIcmpInParamProbsSumerttbh, Sum
    pmIcmpInRedirectsACCUMULATIONINTEGERThe total number of ICMP Redirect messages received.RNC_IpAccessHostEt.pmIcmpInRedirects or NODEB_IpAccessHostEt.pmIcmpInRedirects or RXI_IpAccessHostEt.pmIcmpInRedirectsSumerttbh, Sum
    pmIcmpInSrcQuenchsACCUMULATIONINTEGERThe total number of ICMP Source Quench messages received.RNC_IpAccessHostEt.pmIcmpInSrcQuenchs or NODEB_IpAccessHostEt.pmIcmpInSrcQuenchs or RXI_IpAccessHostEt.pmIcmpInSrcQuenchsSumerttbh, Sum
    pmIcmpInTimeExcdsACCUMULATIONINTEGERThe total number of ICMP Time Exceeded messages received.RNC_IpAccessHostEt.pmIcmpInTimeExcds or NODEB_IpAccessHostEt.pmIcmpInTimeExcds or RXI_IpAccessHostEt.pmIcmpInTimeExcdsSumerttbh, Sum
    pmIcmpOutDestUnreachsACCUMULATIONINTEGERThe total number of ICMP Destination Unreachable messages sent.RNC_IpAccessHostEt.pmIcmpOutDestUnreachs or NODEB_IpAccessHostEt.pmIcmpOutDestUnreachs or RXI_IpAccessHostEt.pmIcmpOutDestUnreachsSumerttbh, Sum
    pmIcmpOutEchoRepsACCUMULATIONINTEGERThe total number of ICMP Echo Reply messages sent.RNC_IpAccessHostEt.pmIcmpOutEchoReps or NODEB_IpAccessHostEt.pmIcmpOutEchoReps or RXI_IpAccessHostEt.pmIcmpOutEchoRepsSumerttbh, Sum
    pmIcmpOutEchosACCUMULATIONINTEGERThe total number of ICMP Echo (request) messages sent.RNC_IpAccessHostEt.pmIcmpOutEchos or NODEB_IpAccessHostEt.pmIcmpOutEchos or RXI_IpAccessHostEt.pmIcmpOutEchosSumerttbh, Sum
    pmIcmpOutErrorsACCUMULATIONINTEGERThe total number of ICMP messages which this entity did not send due to problems discovered within ICMP such as a lack of buffers.RNC_IpAccessHostEt.pmIcmpOutErrors or NODEB_IpAccessHostEt.pmIcmpOutErrors or RXI_IpAccessHostEt.pmIcmpOutErrorsSumerttbh, Sum
    pmIcmpOutMsgsACCUMULATIONINTEGERThe total number of ICMP messages which this entity attempted to send.RNC_IpAccessHostEt.pmIcmpOutMsgs or NODEB_IpAccessHostEt.pmIcmpOutMsgs or RXI_IpAccessHostEt.pmIcmpOutMsgsSumerttbh, Sum
    pmIcmpOutParamProbsACCUMULATIONINTEGERThe total number of ICMP Parameter Problem messages sent.RNC_IpAccessHostEt.pmIcmpOutParamProbs or NODEB_IpAccessHostEt.pmIcmpOutParamProbs or RXI_IpAccessHostEt.pmIcmpOutParamProbsSumerttbh, Sum
    pmIpFragCreatesACCUMULATIONINTEGERThe number of IP fragments that are generated as a result of fragmentation at this entity.RNC_IpAccessHostEt.pmIpFragCreates or NODEB_IpAccessHostEt.pmIpFragCreates or RXI_IpAccessHostEt.pmIpFragCreatesSumerttbh
    pmIpFragFailsACCUMULATIONINTEGERThe number of IP datagrams which need to be fragmented, but which cannot be, e g due to that their "Don't Fragment" flag is set.RNC_IpAccessHostEt.pmIpFragFails or NODEB_IpAccessHostEt.pmIpFragFails or RXI_IpAccessHostEt.pmIpFragFailsSumerttbh
    pmIpFragOksACCUMULATIONINTEGERThe number of IP datagrams which are successfully fragmented at this entity.RNC_IpAccessHostEt.pmIpFragOks or NODEB_IpAccessHostEt.pmIpFragOks or RXI_IpAccessHostEt.pmIpFragOksSumerttbh
    pmIpInAddrErrorsACCUMULATIONINTEGERThe total number of input datagrams discarded because the IP address in their IP headers destination field was not a valid address to be received at this entity.RNC_IpAccessHostEt.pmIpInAddrErrors or NODEB_IpAccessHostEt.pmIpInAddrErrors or RXI_IpAccessHostEt.pmIpInAddrErrorsSumerttbh, Sum
    pmIpInDeliversACCUMULATIONINTEGERThe total number of input datagrams successfully delivered to IP user-protocols (including ICMP).RNC_IpAccessHostEt.pmIpInDelivers or NODEB_IpAccessHostEt.pmIpInDelivers or RXI_IpAccessHostEt.pmIpInDeliversSumerttbh, Sum
    pmIpInDiscardsACCUMULATIONINTEGERThe total number of input IP datagrams for which no problems were encountered to prevent their continued processing, but which were discarded.RNC_IpAccessHostEt.pmIpInDiscards or NODEB_IpAccessHostEt.pmIpInDiscards or RXI_IpAccessHostEt.pmIpInDiscardsSumerttbh, Sum
    pmIpInHdrErrorsACCUMULATIONINTEGERThe total number of input datagrams discarded due to errors in their IP headers.RNC_IpAccessHostEt.pmIpInHdrErrors or NODEB_IpAccessHostEt.pmIpInHdrErrors or RXI_IpAccessHostEt.pmIpInHdrErrorsSumerttbh, Sum
    pmIpInReceivesACCUMULATIONINTEGERThe total number of input datagrams received from interfaces.RNC_IpAccessHostEt.pmIpInReceives or NODEB_IpAccessHostEt.pmIpInReceives or RXI_IpAccessHostEt.pmIpInReceivesSumerttbh, Sum
    pmIpInUnknownProtosACCUMULATIONINTEGERThe total number of locally-addressed datagrams received successfully but discarded because of an unknown or unsupported protocol.RNC_IpAccessHostEt.pmIpInUnknownProtos or NODEB_IpAccessHostEt.pmIpInUnknownProtos or RXI_IpAccessHostEt.pmIpInUnknownProtosSumerttbh, Sum
    pmIpOutDiscardsACCUMULATIONINTEGERThe total number of output IP datagrams for which no problem was encountered to prevent their transmission to their destination, but which were discarded (for example, for lack of buffer space).RNC_IpAccessHostEt.pmIpOutDiscards or NODEB_IpAccessHostEt.pmIpOutDiscards or RXI_IpAccessHostEt.pmIpOutDiscardsSumerttbh, Sum
    pmIpOutRequestsACCUMULATIONINTEGERThe total number of IP datagrams which local IP user-protocols (including ICMP) supplied to IP in requests for transmission.RNC_IpAccessHostEt.pmIpOutRequests or NODEB_IpAccessHostEt.pmIpOutRequests or RXI_IpAccessHostEt.pmIpOutRequestsSumerttbh, Sum
    pmIpPortUnreachableACCUMULATIONINTEGERThe number of received IP packets that could not be delivered to a higher layer protocol (UDP, SCTP) because of unresolved destination port number.RNC_IpAccessHostEt.pmIpPortUnreachable or NODEB_IpAccessHostEt.pmIpPortUnreachable or RXI_IpAccessHostEt.pmIpPortUnreachableSumerttbh
    pmIpReasmFailsACCUMULATIONINTEGERThe number of IP datagrams which failed to be reassembled. The possible reasons for failure are reassembly timeout and fragments received in the wrong order.RNC_IpAccessHostEt.pmIpReasmFails or NODEB_IpAccessHostEt.pmIpReasmFails or RXI_IpAccessHostEt.pmIpReasmFailsSumerttbh
    pmIpReasmOksACCUMULATIONINTEGERThe number of IP datagrams which are successfully reassembled.RNC_IpAccessHostEt.pmIpReasmOks or NODEB_IpAccessHostEt.pmIpReasmOks or RXI_IpAccessHostEt.pmIpReasmOksSumerttbh
    pmIpReasmReqdsACCUMULATIONINTEGERThe number of received fragments which are required to be reassembled at this entity.RNC_IpAccessHostEt.pmIpReasmReqds or NODEB_IpAccessHostEt.pmIpReasmReqds or RXI_IpAccessHostEt.pmIpReasmReqdsSumerttbh
    pmUdpInDatagramsACCUMULATIONINTEGERThe total number of User Datagram Protocol (UDP) datagrams delivered to UDP users. For additional information, refer to RFC 2013.RNC_IpAccessHostEt.pmUdpInDatagrams or NODEB_IpAccessHostEt.pmUdpInDatagrams or RXI_IpAccessHostEt.pmUdpInDatagramsSumerttbh, Sum
    pmUdpInErrorsACCUMULATIONINTEGERThe number of received User Datagram Protocol (UDP) datagrams that could not be delivered for reasons other than the lack of an application at the destination port. For additional information, refer to RFC 2013.RNC_IpAccessHostEt.pmUdpInErrors or NODEB_IpAccessHostEt.pmUdpInErrors or RXI_IpAccessHostEt.pmUdpInErrorsSumerttbh, Sum
    pmUdpNoPortsACCUMULATIONINTEGER- Obsolete in P7 (replaced by pmIpPortUnreachable): The total number of received User Datagram Protocol (UDP) datagrams, for which there was no application at the destination port. For additional information, refer to RFC 2013.RNC_IpAccessHostEt.pmUdpNoPorts or NODEB_IpAccessHostEt.pmUdpNoPorts or RXI_IpAccessHostEt.pmUdpNoPortsSumerttbh, Sum
    pmUdpOutDatagramsACCUMULATIONINTEGERThe total number of User Datagram Protocol (UDP) datagrams sent from this entity. For additional information, refer to RFC 2013.RNC_IpAccessHostEt.pmUdpOutDatagrams or NODEB_IpAccessHostEt.pmUdpOutDatagrams or RXI_IpAccessHostEt.pmUdpOutDatagramsSumerttbh, Sum


    8.33 IPAccessHost_Gpb Performance Indicators

    This section shows the key performance indicators and other counters for the IPAccessHost_Gpb object, divided into the following sub-sections:


    IPAccessHost_Gpb.Ericsson.UMTS.IP_Payload

    IP access host on General Processor Board packet payload statistics.

    KPITypeData TypeDescriptionDerivationDefault AggregatorOther Aggregators
    pmIcmpInDestUnreachsACCUMULATIONINTEGERThe number of Internet Control Message Protocol (ICMP) Destination Unreachable messages received. For additional information, refer to RFC 2011.RNC_IpSystem_IpAccessHostGpb.pmIcmpInDestUnreachs or NodeB_IpSystem_IpAccessHostGpb.pmIcmpInDestUnreachsSumerttbh, Sum
    pmIcmpInEchoRepsACCUMULATIONINTEGERThe number of Internet Control Message Protocol (ICMP) Echo Reply messages received. For additional information, refer to RFC 2011.RNC_IpSystem_IpAccessHostGpb.pmIcmpInEchoReps or NodeB_IpSystem_IpAccessHostGpb.pmIcmpInEchoRepsSumerttbh, Sum
    pmIcmpInEchosACCUMULATIONINTEGERThe number of Internet Control Message Protocol (ICMP) Echo Request messages received. See RFC 2011.RNC_IpSystem_IpAccessHostGpb.pmIcmpInEchos or NodeB_IpSystem_IpAccessHostGpb.pmIcmpInEchosSumerttbh, Sum
    pmIcmpInErrorsACCUMULATIONINTEGERThe number of Internet Control Message Protocol (ICMP) messages that the entity received but determined as having ICMP-specific errors (bad ICMP checksums, bad length, etc.). For additional information, refer to RFC 2011.RNC_IpSystem_IpAccessHostGpb.pmIcmpInErrors or NodeB_IpSystem_IpAccessHostGpb.pmIcmpInErrorsSumerttbh, Sum
    pmIcmpInMsgsACCUMULATIONINTEGERThe total number of Internet Control Message Protocol (ICMP) messages that the entity received. Note that this counter includes all those counted by icmpInErrors. For additional information, refer to RFC 2011.RNC_IpSystem_IpAccessHostGpb.pmIcmpInMsgs or NodeB_IpSystem_IpAccessHostGpb.pmIcmpInMsgsSumerttbh, Sum
    pmIcmpInParamProbsACCUMULATIONINTEGERThe number of Internet Control Message Protocol (ICMP) Parameter Problem messages received.RNC_IpSystem_IpAccessHostGpb.pmIcmpInParamProbs or NodeB_IpSystem_IpAccessHostGpb.pmIcmpInParamProbsSumerttbh, Sum
    pmIcmpInRedirectsACCUMULATIONINTEGERThe number of Internet Control Message Protocol (ICMP) Redirect messages receivedRNC_IpSystem_IpAccessHostGpb.pmIcmpInRedirects or NodeB_IpSystem_IpAccessHostGpb.pmIcmpInRedirectsSumerttbh, Sum
    pmIcmpInSrcQuenchsACCUMULATIONINTEGERThe number of Internet Control Message Protocol (ICMP) Source Quench messages received.RNC_IpSystem_IpAccessHostGpb.pmIcmpInSrcQuenchs or NodeB_IpSystem_IpAccessHostGpb.pmIcmpInSrcQuenchsSumerttbh, Sum
    pmIcmpInTimeExcdsACCUMULATIONINTEGERThe number of Internet Control Message Protocol (ICMP) Time Exceeded messages received.RNC_IpSystem_IpAccessHostGpb.pmIcmpInTimeExcds or NodeB_IpSystem_IpAccessHostGpb.pmIcmpInTimeExcdsSumerttbh, Sum
    pmIcmpOutDestUnreachsACCUMULATIONINTEGERThe number of Internet Control Message Protocol (ICMP) Destination Unreachable messages sent. For additional information, refer to RFC 2011.RNC_IpSystem_IpAccessHostGpb.pmIcmpOutDestUnreachs or NodeB_IpSystem_IpAccessHostGpb.pmIcmpOutDestUnreachsSumerttbh, Sum
    pmIcmpOutEchoRepsACCUMULATIONINTEGERThe number of Internet Control Message Protocol (ICMP) Echo Reply messages sentRNC_IpSystem_IpAccessHostGpb.pmIcmpOutEchoReps or NodeB_IpSystem_IpAccessHostGpb.pmIcmpOutEchoRepsSumerttbh, Sum
    pmIcmpOutEchosACCUMULATIONINTEGERThe number of Internet Control Message Protocol (ICMP) Echo Request messages sent.RNC_IpSystem_IpAccessHostGpb.pmIcmpOutEchos or NodeB_IpSystem_IpAccessHostGpb.pmIcmpOutEchosSumerttbh, Sum
    pmIcmpOutErrorsACCUMULATIONINTEGERThe number of Internet Control Message Protocol (ICMP) messages that this entity did not send due to problems discovered within ICMP, such as a lack of buffers. This value does not include errors discovered outside the ICMP layer, for example the inability of IP to route the resultant datagram.RNC_IpSystem_IpAccessHostGpb.pmIcmpOutErrors or NodeB_IpSystem_IpAccessHostGpb.pmIcmpOutErrorsSumerttbh, Sum
    pmIcmpOutMsgsACCUMULATIONINTEGERThe total number of Internet Control Message Protocol (ICMP) messages that this entity attempted to send. Note that this counter includes all those messages counted by icmpOutErrors. For additional information, refer to RFC 2011.RNC_IpSystem_IpAccessHostGpb.pmIcmpOutMsgs or NodeB_IpSystem_IpAccessHostGpb.pmIcmpOutMsgsSumerttbh, Sum
    pmIcmpOutParmProbsACCUMULATIONINTEGERThe number of Internet Control Message Protocol (ICMP) Parameter Problem messages sent.RNC_IpSystem_IpAccessHostGpb.pmIcmpOutParmProbs or NodeB_IpSystem_IpAccessHostGpb.pmIcmpOutParmProbsSumerttbh, Sum
    pmIpFragCreatesACCUMULATIONINTEGERThe number of IP datagram fragments that have been generated as a result of fragmentation at this entity.RNC_IpSystem_IpAccessHostGpb.pmIpFragCreates or NodeB_IpSystem_IpAccessHostGpb.pmIpFragCreatesSumerttbh, Sum
    pmIpFragFailsACCUMULATIONINTEGERThe number of IP datagrams that have been discarded because they needed to be fragmented at this entity but could not be fragmented, for example, because their -Do not Fragment flag- was set.RNC_IpSystem_IpAccessHostGpb.pmIpFragFails or NodeB_IpSystem_IpAccessHostGpb.pmIpFragFailsSumerttbh, Sum
    pmIpFragOKsACCUMULATIONINTEGERThe number of IP datagrams that have been successfully fragmented at this entity.RNC_IpSystem_IpAccessHostGpb.pmIpFragOKs or NodeB_IpSystem_IpAccessHostGpb.pmIpFragOKsSumerttbh, Sum
    pmIpInAddrErrorsACCUMULATIONINTEGERThe number of input datagrams discarded because the IP address in the destination field of the IP header was not a valid address to be received at this entity. This count includes invalid addresses (for example, 0.0.0.0) and addresses of unsupported Classes (for example, Class E). For entities that are not IP routers and therefore do not forward datagrams, this counter includes datagrams discarded because the destination address was not a local address. For additional information, refer to RFC 2011.RNC_IpSystem_IpAccessHostGpb.pmIpInAddrErrors or NodeB_IpSystem_IpAccessHostGpb.pmIpInAddrErrorsSumerttbh, Sum
    pmIpInDeliversACCUMULATIONINTEGERThe total number of input datagrams successfully delivered to IP user protocols, including Internet Control Message Protocol (ICMP). For additional information, refer to RFC 2011.RNC_IpSystem_IpAccessHostGpb.pmIpInDelivers or NodeB_IpSystem_IpAccessHostGpb.pmIpInDeliversSumerttbh, Sum
    pmIpInDiscardsACCUMULATIONINTEGERThe number of output IP datagrams, for which no problem was encountered to prevent transmission to their destination, but which were discarded (for example, due to lack of buffer space). Note that this counter includes datagrams counted in ipForwDatagrams, if any such packets met this (discretionary) discard criterion. For additional information, refer to RFC 2011.RNC_IpSystem_IpAccessHostGpb.pmIpInDiscards or NodeB_IpSystem_IpAccessHostGpb.pmIpInDiscardsSumerttbh, Sum
    pmIpInHdrErrorsACCUMULATIONINTEGERThe number of input datagrams discarded due to errors in their IP headers, including bad checksums, version-number mismatch, other format errors, time-to-live exceeded, errors discovered in processing their IP options, etc. For additional information, refer to RFC 2011.RNC_IpSystem_IpAccessHostGpb.pmIpInHdrErrors or NodeB_IpSystem_IpAccessHostGpb.pmIpInHdrErrorsSumerttbh, Sum
    pmIpInReceivesACCUMULATIONINTEGERThe total number of input datagrams received from interfaces, including those received in error. For additional information, refer to RFC 2011.RNC_IpSystem_IpAccessHostGpb.pmIpInReceives or NodeB_IpSystem_IpAccessHostGpb.pmIpInReceivesSumerttbh, Sum
    pmIpInUnknownProtosACCUMULATIONINTEGERThe number of locally addressed datagrams received successfully but discarded because of an unknown or unsupported protocol. For additional information, refer to RFC 2011.RNC_IpSystem_IpAccessHostGpb.pmIpInUnknownProtos or NodeB_IpSystem_IpAccessHostGpb.pmIpInUnknownProtosSumerttbh, Sum
    pmIpOutDiscardsACCUMULATIONINTEGERThe number of input IP datagrams, for which no problems were encountered that prevent their continued processing, but which were discarded, for example, due to lack of buffer space. Note that this counter does not include any datagrams discarded while awaiting reassembly. For additional information, refer to RFC 2011.RNC_IpSystem_IpAccessHostGpb.pmIpOutDiscards or NodeB_IpSystem_IpAccessHostGpb.pmIpOutDiscardsSumerttbh, Sum
    pmIpOutRequestsACCUMULATIONINTEGERThe total number of IP datagrams which local IP user protocols, including Internet Control Message Protocol (ICMP) supplied to IP in requests for transmission. Note that this counter does not include any datagrams counted in ipForwDatagrams. For additional information, refer to RFC 2011.RNC_IpSystem_IpAccessHostGpb.pmIpOutRequests or NodeB_IpSystem_IpAccessHostGpb.pmIpOutRequestsSumerttbh, Sum
    pmIpReasmFailsACCUMULATIONINTEGERThe number of failures detected by the IP reassembly algorithm (for whatever reason: timed out, errors, etc). Note that this is not necessarily a count of discarded IP fragments since some algorithms (notably the algorithm in RFC 815) can lose track of the number of fragments by combining them as they are received.RNC_IpSystem_IpAccessHostGpb.pmIpReasmFails or NodeB_IpSystem_IpAccessHostGpb.pmIpReasmFailsSumerttbh, Sum
    pmIpReasmOKsACCUMULATIONINTEGERThe number of IP datagrams successfully reassembled.RNC_IpSystem_IpAccessHostGpb.pmIpReasmOKs or NodeB_IpSystem_IpAccessHostGpb.pmIpReasmOKsSumerttbh, Sum
    pmIpReasmReqdsACCUMULATIONINTEGERThe number of IP fragments received that needed to be reassembled at this entity.RNC_IpSystem_IpAccessHostGpb.pmIpReasmReqds or NodeB_IpSystem_IpAccessHostGpb.pmIpReasmReqdsSumerttbh, Sum
    pmUdpInDatagramsACCUMULATIONINT8The total number of User Datagram Protocol (UDP) datagrams delivered to UDP users. For additional information, refer to RFC 2013.RNC_IpSystem_IpAccessHostGpb.pmUdpInDatagrams or NodeB_IpSystem_IpAccessHostGpb.pmUdpInDatagramsSumerttbh, Sum
    pmUdpInErrorsACCUMULATIONINTEGERThe number of received User Datagram Protocol (UDP) datagrams that could not be delivered for reasons other than the lack of an application at the destination port. For additional information, refer to RFC 2013.RNC_IpSystem_IpAccessHostGpb.pmUdpInErrors or NodeB_IpSystem_IpAccessHostGpb.pmUdpInErrorsSumerttbh, Sum
    pmUdpNoPortsACCUMULATIONINTEGERThe total number of received User Datagram Protocol (UDP) datagrams, for which there was no application at the destination port. For additional information, refer to RFC 2013.RNC_IpSystem_IpAccessHostGpb.pmUdpNoPorts or NodeB_IpSystem_IpAccessHostGpb.pmUdpNoPortsSumerttbh, Sum
    pmUdpOutDatagramsACCUMULATIONINT8The total number of User Datagram Protocol (UDP) datagrams sent from this entity. For additional information, refer to RFC 2013.RNC_IpSystem_IpAccessHostGpb.pmUdpOutDatagrams or NodeB_IpSystem_IpAccessHostGpb.pmUdpOutDatagramsSumerttbh, Sum


    8.34 IPAccessHost_Spb Performance Indicators

    This section shows the key performance indicators and other counters for the IPAccessHost_Spb object, divided into the following sub-sections:


    IPAccessHost_Spb.Ericsson.UMTS.IP_Payload

    IP access host on Special Purpose Processor Board packet payload statistics.

    KPITypeData TypeDescriptionDerivationDefault AggregatorOther Aggregators
    pmIcmpInDestUnreachsACCUMULATIONINTEGERThe number of Internet Control Message Protocol (ICMP) Destination Unreachable messages received. For additional information, refer to RFC 2011.RNC_IP_Access.pmIcmpInDestUnreachsSumerttbh, Sum
    pmIcmpInEchoRepsACCUMULATIONINTEGERThe number of Internet Control Message Protocol (ICMP) Echo Reply messages received. For additional information, refer to RFC 2011.RNC_IP_Access.pmIcmpInEchoRepsSumerttbh, Sum
    pmIcmpInEchosACCUMULATIONINTEGERThe number of Internet Control Message Protocol (ICMP) Echo Request messages received. See RFC 2011.RNC_IP_Access.pmIcmpInEchosSumerttbh, Sum
    pmIcmpInErrorsACCUMULATIONINTEGERThe number of Internet Control Message Protocol (ICMP) messages that the entity received but determined as having ICMP-specific errors (bad ICMP checksums, bad length, etc.). For additional information, refer to RFC 2011.RNC_IP_Access.pmIcmpInErrorsSumerttbh, Sum
    pmIcmpInMsgsACCUMULATIONINTEGERThe total number of Internet Control Message Protocol (ICMP) messages that the entity received. Note that this counter includes all those counted by icmpInErrors. For additional information, refer to RFC 2011.RNC_IP_Access.pmIcmpInMsgsSumerttbh, Sum
    pmIcmpInParamProbsACCUMULATIONINTEGERThe number of Internet Control Message Protocol (ICMP) Parameter Problem messages received.RNC_IP_Access.pmIcmpInParamProbsSumerttbh, Sum
    pmIcmpInRedirectsACCUMULATIONINTEGERThe number of Internet Control Message Protocol (ICMP) Redirect messages receivedRNC_IP_Access.pmIcmpInRedirectsSumerttbh, Sum
    pmIcmpInSrcQuenchsACCUMULATIONINTEGERThe number of Internet Control Message Protocol (ICMP) Source Quench messages received.RNC_IP_Access.pmIcmpInSrcQuenchsSumerttbh, Sum
    pmIcmpInTimeExcdsACCUMULATIONINTEGERThe number of Internet Control Message Protocol (ICMP) Time Exceeded messages received.RNC_IP_Access.pmIcmpInTimeExcdsSumerttbh, Sum
    pmIcmpOutDestUnreachsACCUMULATIONINTEGERThe number of Internet Control Message Protocol (ICMP) Destination Unreachable messages sent. For additional information, refer to RFC 2011.RNC_IP_Access.pmIcmpOutDestUnreachsSumerttbh, Sum
    pmIcmpOutEchoRepsACCUMULATIONINTEGERThe number of Internet Control Message Protocol (ICMP) Echo Reply messages sentRNC_IP_Access.pmIcmpOutEchoRepsSumerttbh, Sum
    pmIcmpOutEchosACCUMULATIONINTEGERThe number of Internet Control Message Protocol (ICMP) Echo Request messages sent.RNC_IP_Access.pmIcmpOutEchosSumerttbh, Sum
    pmIcmpOutErrorsACCUMULATIONINTEGERThe number of Internet Control Message Protocol (ICMP) messages that this entity did not send due to problems discovered within ICMP, such as a lack of buffers. This value does not include errors discovered outside the ICMP layer, for example the inability of IP to route the resultant datagram.RNC_IP_Access.pmIcmpOutErrorsSumerttbh, Sum
    pmIcmpOutMsgsACCUMULATIONINTEGERThe total number of Internet Control Message Protocol (ICMP) messages that this entity attempted to send. Note that this counter includes all those messages counted by icmpOutErrors. For additional information, refer to RFC 2011.RNC_IP_Access.pmIcmpOutMsgsSumerttbh, Sum
    pmIcmpOutParmProbsACCUMULATIONINTEGERThe number of Internet Control Message Protocol (ICMP) Parameter Problem messages sent.RNC_IP_Access.pmIcmpOutParmProbsSumerttbh, Sum
    pmIpFragCreatesACCUMULATIONINTEGERThe number of IP datagram fragments that have been generated as a result of fragmentation at this entity.RNC_IP_Access.pmIpFragCreatesSumerttbh, Sum
    pmIpFragFailsACCUMULATIONINTEGERThe number of IP datagrams that have been discarded because they needed to be fragmented at this entity but could not be fragmented, for example, because their Do not Fragment flag was set.RNC_IP_Access.pmIpFragFailsSumerttbh, Sum
    pmIpFragOKsACCUMULATIONINTEGERThe number of IP datagrams that have been successfully fragmented at this entity.RNC_IP_Access.pmIpFragOKsSumerttbh, Sum
    pmIpInAddrErrorsACCUMULATIONINTEGERThe number of input datagrams discarded because the IP address in the destination field of the IP header was not a valid address to be received at this entity. This count includes invalid addresses (for example, 0.0.0.0) and addresses of unsupported Classes (for example, Class E). For entities that are not IP routers and therefore do not forward datagrams, this counter includes datagrams discarded because the destination address was not a local address. For additional information, refer to RFC 2011.RNC_IP_Access.pmIpInAddrErrorsSumerttbh, Sum
    pmIpInDeliversACCUMULATIONINTEGERThe total number of input datagrams successfully delivered to IP user protocols, including Internet Control Message Protocol (ICMP). For additional information, refer to RFC 2011.RNC_IP_Access.pmIpInDeliversSumerttbh, Sum
    pmIpInDiscardsACCUMULATIONINTEGERThe number of input IP datagrams, for which no problems were encountered that prevent their continued processing, but which were discarded, for example, due to lack of buffer space. Note that this counter does not include any datagrams discarded while awaiting reassembly. For additional information, refer to RFC 2011.RNC_IP_Access.pmIpInDiscardsSumerttbh, Sum
    pmIpInHdrErrorsACCUMULATIONINTEGERThe number of input datagrams discarded due to errors in their IP headers, including bad checksums, version-number mismatch, other format errors, time-to-live exceeded, errors discovered in processing their IP options, etc. For additional information, refer to RFC 2011.RNC_IP_Access.pmIpInHdrErrorsSumerttbh, Sum
    pmIpInReceivesACCUMULATIONINTEGERThe total number of input datagrams received from interfaces, including those received in error. For additional information, refer to RFC 2011.RNC_IP_Access.pmIpInReceivesSumerttbh, Sum
    pmIpInUnknownProtosACCUMULATIONINTEGERThe number of locally addressed datagrams received successfully but discarded because of an unknown or unsupported protocol. For additional information, refer to RFC 2011.RNC_IP_Access.pmIpInUnknownProtosSumerttbh, Sum
    pmIpOutDiscardsACCUMULATIONINTEGERThe number of output IP datagrams, for which no problem was encountered to prevent transmission to their destination, but which were discarded (for example, due to lack of buffer space). Note that this counter includes datagrams counted in ipForwDatagrams, if any such packets met this (discretionary) discard criterion. For additional information, refer to RFC 2011.RNC_IP_Access.pmIpOutDiscardsSumerttbh, Sum
    pmIpOutRequestsACCUMULATIONINTEGERThe total number of IP datagrams which local IP user protocols, including Internet Control Message Protocol (ICMP) supplied to IP in requests for transmission. Note that this counter does not include any datagrams counted in ipForwDatagrams. For additional information, refer to RFC 2011.RNC_IP_Access.pmIpOutRequestsSumerttbh, Sum
    pmIpReasmFailsACCUMULATIONINTEGERThe number of failures detected by the IP reassembly algorithm (for whatever reason: timed out, errors, etc). Note that this is not necessarily a count of discarded IP fragments since some algorithms (notably the algorithm in RFC 815) can lose track of the number of fragments by combining them as they are received.RNC_IP_Access.pmIpReasmFailsSumerttbh, Sum
    pmIpReasmOKsACCUMULATIONINTEGERThe number of IP datagrams successfully reassembled.RNC_IP_Access.pmIpReasmOKsSumerttbh, Sum
    pmIpReasmReqdsACCUMULATIONINTEGERThe number of IP fragments received that needed to be reassembled at this entity.RNC_IP_Access.pmIpReasmReqdsSumerttbh, Sum
    pmUdpInDatagramsACCUMULATIONINT8The total number of User Datagram Protocol (UDP) datagrams delivered to UDP users. For additional information, refer to RFC 2013.RNC_IP_Access.pmUdpInDatagramsSumerttbh, Sum
    pmUdpInErrorsACCUMULATIONINTEGERThe number of received User Datagram Protocol (UDP) datagrams that could not be delivered for reasons other than the lack of an application at the destination port. For additional information, refer to RFC 2013.RNC_IP_Access.pmUdpInErrorsSumerttbh, Sum
    pmUdpNoPortsACCUMULATIONINTEGERThe total number of received User Datagram Protocol (UDP) datagrams, for which there was no application at the destination port. For additional information, refer to RFC 2013.RNC_IP_Access.pmUdpNoPortsSumerttbh, Sum
    pmUdpOutDatagramsACCUMULATIONINT8The total number of User Datagram Protocol (UDP) datagrams sent from this entity. For additional information, refer to RFC 2013.RNC_IP_Access.pmUdpOutDatagramsSumerttbh, Sum


    8.35 IPAccessUdpHost_Msb Performance Indicators

    This section shows the key performance indicators and other counters for the IPAccessUdpHost_Msb object, divided into the following sub-sections:


    IPAccessUdpHost_Msb.Ericsson.UMTS.IP_Payload

    (Obsolete in P6) IP access host on MSB Board packet payload statistics.

    KPITypeData TypeDescriptionDerivationDefault AggregatorOther Aggregators
    pmIcmpInDestUnreachsACCUMULATIONINTEGER(Obsolete in P6) The number of Internet Control Message Protocol (ICMP) Destination Unreachable messages received. For additional information, refer to RFC 2011.RNC_IpSystem_IpAccessUdpHostMsb.pmIcmpInDestUnreachs or NodeB_IpSystem_IpAccessUdpHostMsb.pmIcmpInDestUnreachsSumerttbh, Sum
    pmIcmpInErrorsACCUMULATIONINTEGER(Obsolete in P6) The number of Internet Control Message Protocol (ICMP) messages that the entity received but determined as having ICMP-specific errors (bad ICMP checksums, bad length, etc.). For additional information, refer to RFC 2011.RNC_IpSystem_IpAccessUdpHostMsb.pmIcmpInErrors or NodeB_IpSystem_IpAccessUdpHostMsb.pmIcmpInErrorsSumerttbh, Sum
    pmIcmpInMsgsACCUMULATIONINTEGER(Obsolete in P6) The total number of Internet Control Message Protocol (ICMP) messages that the entity received. Note that this counter includes all those counted by icmpInErrors. For additional information, refer to RFC 2011.RNC_IpSystem_IpAccessUdpHostMsb.pmIcmpInMsgs or NodeB_IpSystem_IpAccessUdpHostMsb.pmIcmpInMsgsSumerttbh, Sum
    pmIcmpOutDestUnreachsACCUMULATIONINTEGER(Obsolete in P6) The number of Internet Control Message Protocol (ICMP) Destination Unreachable messages sent. For additional information, refer to RFC 2011.RNC_IpSystem_IpAccessUdpHostMsb.pmIcmpOutDestUnreachs or NodeB_IpSystem_IpAccessUdpHostMsb.pmIcmpOutDestUnreachsSumerttbh, Sum
    pmIcmpOutMsgsACCUMULATIONINTEGER(Obsolete in P6) The total number of Internet Control Message Protocol (ICMP) messages that this entity attempted to send. Note that this counter includes all those messages counted by icmpOutErrors. For additional information, refer to RFC 2011.RNC_IpSystem_IpAccessUdpHostMsb.pmIcmpOutMsgs or NodeB_IpSystem_IpAccessUdpHostMsb.pmIcmpOutMsgsSumerttbh, Sum
    pmIpInAddrErrorsACCUMULATIONINTEGER(Obsolete in P6) The number of input datagrams discarded because the IP address in the destination field of the IP header was not a valid address to be received at this entity. This count includes invalid addresses (for example, 0.0.0.0) and addresses of unsupported Classes (for example, Class E). For entities that are not IP routers and therefore do not forward datagrams, this counter includes datagrams discarded because the destination address was not a local address. For additional information, refer to RFC 2011.RNC_IpSystem_IpAccessUdpHostMsb.pmIpInAddrErrors or NodeB_IpSystem_IpAccessUdpHostMsb.pmIpInAddrErrorsSumerttbh, Sum
    pmIpInDeliversACCUMULATIONINTEGER(Obsolete in P6) The total number of input datagrams successfully delivered to IP user protocols, including Internet Control Message Protocol (ICMP). For additional information, refer to RFC 2011.RNC_IpSystem_IpAccessUdpHostMsb.pmIpInDelivers or NodeB_IpSystem_IpAccessUdpHostMsb.pmIpInDeliversSumerttbh, Sum
    pmIpInDiscardsACCUMULATIONINTEGER(Obsolete in P6) The number of output IP datagrams, for which no problem was encountered to prevent transmission to their destination, but which were discarded (for example, due to lack of buffer space). Note that this counter includes datagrams counted in ipForwDatagrams, if any such packets met this (discretionary) discard criterion. For additional information, refer to RFC 2011.RNC_IpSystem_IpAccessUdpHostMsb.pmIpInDiscards or NodeB_IpSystem_IpAccessUdpHostMsb.pmIpInDiscardsSumerttbh, Sum
    pmIpInHdrErrorsACCUMULATIONINTEGER(Obsolete in P6) The number of input datagrams discarded due to errors in their IP headers, including bad checksums, version-number mismatch, other format errors, time-to-live exceeded, errors discovered in processing their IP options, etc. For additional information, refer to RFC 2011.RNC_IpSystem_IpAccessUdpHostMsb.pmIpInHdrErrors or NodeB_IpSystem_IpAccessUdpHostMsb.pmIpInHdrErrorsSumerttbh, Sum
    pmIpInReceivesACCUMULATIONINTEGER(Obsolete in P6) The total number of input datagrams received from interfaces, including those received in error. For additional information, refer to RFC 2011.RNC_IpSystem_IpAccessUdpHostMsb.pmIpInReceives or NodeB_IpSystem_IpAccessUdpHostMsb.pmIpInReceivesSumerttbh, Sum
    pmIpInUnknownProtosACCUMULATIONINTEGER(Obsolete in P6) The number of locally addressed datagrams received successfully but discarded because of an unknown or unsupported protocol. For additional information, refer to RFC 2011.RNC_IpSystem_IpAccessUdpHostMsb.pmIpInUnknownProtos or NodeB_IpSystem_IpAccessUdpHostMsb.pmIpInUnknownProtosSumerttbh, Sum
    pmIpOutDiscardsACCUMULATIONINTEGER(Obsolete in P6) The number of input IP datagrams, for which no problems were encountered that prevent their continued processing, but which were discarded, for example, due to lack of buffer space. Note that this counter does not include any datagrams discarded while awaiting reassembly. For additional information, refer to RFC 2011.RNC_IpSystem_IpAccessUdpHostMsb.pmIpOutDiscards or NodeB_IpSystem_IpAccessUdpHostMsb.pmIpOutDiscardsSumerttbh, Sum
    pmIpOutRequestsACCUMULATIONINTEGER(Obsolete in P6) The total number of IP datagrams which local IP user protocols, including Internet Control Message Protocol (ICMP) supplied to IP in requests for transmission. Note that this counter does not include any datagrams counted in ipForwDatagrams. For additional information, refer to RFC 2011.RNC_IpSystem_IpAccessUdpHostMsb.pmIpOutRequests or NodeB_IpSystem_IpAccessUdpHostMsb.pmIpOutRequestsSumerttbh, Sum
    pmUdpInDatagramsACCUMULATIONINTEGER(Obsolete in P6) The total number of User Datagram Protocol (UDP) datagrams delivered to UDP users. For additional information, refer to RFC 2013.RNC_IpSystem_IpAccessUdpHostMsb.pmUdpInDatagrams or NodeB_IpSystem_IpAccessUdpHostMsb.pmUdpInDatagramsSumerttbh, Sum
    pmUdpInErrorsACCUMULATIONINTEGER(Obsolete in P6) The number of received User Datagram Protocol (UDP) datagrams that could not be delivered for reasons other than the lack of an application at the destination port. For additional information, refer to RFC 2013.RNC_IpSystem_IpAccessUdpHostMsb.pmUdpInErrors or NodeB_IpSystem_IpAccessUdpHostMsb.pmUdpInErrorsSumerttbh, Sum
    pmUdpNoPortsACCUMULATIONINTEGER(Obsolete in P6) The total number of received User Datagram Protocol (UDP) datagrams, for which there was no application at the destination port. For additional information, refer to RFC 2013.RNC_IpSystem_IpAccessUdpHostMsb.pmUdpNoPorts or NodeB_IpSystem_IpAccessUdpHostMsb.pmUdpNoPortsSumerttbh, Sum
    pmUdpOutDatagramsACCUMULATIONINTEGER(Obsolete in P6) The total number of User Datagram Protocol (UDP) datagrams sent from this entity. For additional information, refer to RFC 2013.RNC_IpSystem_IpAccessUdpHostMsb.pmUdpOutDatagrams or NodeB_IpSystem_IpAccessUdpHostMsb.pmUdpOutDatagramsSumerttbh, Sum


    8.36 IPEthPacketDataRouter Performance Indicators

    This section shows the key performance indicators and other counters for the IPEthPacketDataRouter object, divided into the following sub-sections:


    IPEthPacketDataRouter.Ericsson.UMTS.Packet_Data_Router

    Packet Data Router traffic statistics.

    KPITypeData TypeDescriptionDerivationDefault AggregatorOther Aggregators
    Avg_pmSumPacketDataRabINTENSITYFLOATAverage number of the active packet data RABs (per PDR PVC link), sampled once every 30 seconds.thresholddiv({pmSumPacketDataRab},{pmSamplesPacketDataRab},0,0)AverageAverage, erttbh, Maximum, Minimum, Sum
    pmNoFaultyIpPacketsACCUMULATIONINT8Number of faulty packets received in an individual PVC link of a packet data router device. A faulty packet is one which is received with an incorrect header.ME_RNC_IpEthPDR.pmNoFaultyIpPacketsSumerttbh, Sum
    pmNoRoutedIpBytesDlACCUMULATIONINT8Number of routed user IP bytes downlink in an individual PVC link of a packet data router device.The counter trigger is the reception of a byte from CN towards UE.ME_RNC_IpEthPDR.pmNoRoutedIpBytesDlSumerttbh, Sum
    pmNoRoutedIpBytesUlACCUMULATIONINT8Number of routed user IP bytes uplink in an individual PVC link of a packet data router device.The counter trigger is the sending of a byte from UE towards CN.ME_RNC_IpEthPDR.pmNoRoutedIpBytesUlSumerttbh, Sum
    pmNoRoutedIpPacketsDlACCUMULATIONINT8Number of routed user IP packets downlink in an individual PVC link of a packet data router device.The counter trigger is the reception of a packet from CN towards UE.ME_RNC_IpEthPDR.pmNoRoutedIpPacketsDlSumerttbh, Sum
    pmNoRoutedIpPacketsUlACCUMULATIONINT8Number of routed user IP packets DL.The counter trigger is the sending of a packet from UE towards CN.ME_RNC_IpEthPDR.pmNoRoutedIpPacketsUlSumerttbh, Sum
    pmSamplesPacketDataRabACCUMULATIONINT8Number of samples recorded within the ROP period for number of the active packet data RABs for each PDR PVC link.Increased at every occasion when the corresponding Sum counter is increased, sampled once every 30 seconds.ME_RNC_IpEthPDR.pmSamplesPacketDataRabSumerttbh, Sum
    pmSumPacketDataRabACCUMULATIONINT8Sum of all sample values recorded for number of the active packet data RABs (per PDR PVC link), sampled once every 30 seconds.ME_RNC_IpEthPDR.pmSumPacketDataRabSumerttbh, Sum


    8.37 IpHostLink Performance Indicators

    This section shows the key performance indicators and other counters for the IpHostLink object, divided into the following sub-sections:


    IpHostLink.Ericsson.UMTS.IpHostLink

    Internet Protocol over Gigabit Ethernet statistics

    KPITypeData TypeDescriptionDerivationDefault AggregatorOther Aggregators
    pmNoOfIfInDiscardsACCUMULATIONINT8Number of input packets discarded due to resource limitations.RNC_IPHostLink.pmNoOfIfInDiscards or NODEB_IPHostLink.pmNoOfIfInDiscards or RXI_IPHostLink.pmNoOfIfInDiscardsSumSum
    pmNoOfIfInErrorsACCUMULATIONINT8Number of input packets discarded due to any error.RNC_IPHostLink.pmNoOfIfInErrors or NODEB_IPHostLink.pmNoOfIfInErrors or RXI_IPHostLink.pmNoOfIfInErrorsSumSum
    pmNoOfIfInNUcastPktsACCUMULATIONINT8Number of input broadcast or multicast packets delivered to higher layer.RNC_IPHostLink.pmNoOfIfInNUcastPkts or NODEB_IPHostLink.pmNoOfIfInNUcastPkts or RXI_IPHostLink.pmNoOfIfInNUcastPktsSumSum
    pmNoOfIfInUcastPktsACCUMULATIONINT8Number of input unicast packets delivered to higher layer.RNC_IPHostLink.pmNoOfIfInUcastPkts or NODEB_IPHostLink.pmNoOfIfInUcastPkts or RXI_IPHostLink.pmNoOfIfInUcastPktsSumSum
    pmNoOfIfOutDiscardsACCUMULATIONINT8Number of outbound packets discarded due to resource limitations.RNC_IPHostLink.pmNoOfIfOutDiscards or NODEB_IPHostLink.pmNoOfIfOutDiscards or RXI_IPHostLink.pmNoOfIfOutDiscardsSumSum
    pmNoOfIfOutNUcastPktsACCUMULATIONINT8Number of transmitted outgoing broadcast or multicast packets.RNC_IPHostLink.pmNoOfIfOutNUcastPkts or NODEB_IPHostLink.pmNoOfIfOutNUcastPkts or RXI_IPHostLink.pmNoOfIfOutNUcastPktsSumSum
    pmNoOfIfOutUcastPktsACCUMULATIONINT8Number of packets that higher-level protocols requested to be transmitted to a subnetwork-unicast address.RNC_IPHostLink.pmNoOfIfOutUcastPkts or NODEB_IPHostLink.pmNoOfIfOutUcastPkts or RXI_IPHostLink.pmNoOfIfOutUcastPktsSumSum


    8.38 Iu Performance Indicators

    This section shows the key performance indicators and other counters for the Iu object, divided into the following sub-sections:


    Iu.Ericsson.UMTS.Link_Messages

    Iu Link statistics

    KPITypeData TypeDescriptionDerivationDefault AggregatorOther Aggregators
    pmInFramesACCUMULATIONINTEGERNumber of FP frames received over the Iucs link. The counter is stepped for each frame protocol frame that is received per Iucs link. This counter is stepped regardless of whether the underlying transport network is IP or underlying transport network is IP or ATM.ME_RNC_CNOPR_IuLink.pmInFramesSumerttbh, Sum
    pmInLostFramesACCUMULATIONINTEGERNumber of FP frames lost over the Iucs link in the received direction. The counter is stepped for each frame protocol frame that is lost in the received direction per Iucs link, when the Iucs is over IP.ME_RNC_CNOPR_IuLink.pmInLostFramesSumerttbh, Sum
    pmInOutOfSequenceFramesACCUMULATIONINTEGERNumber of out-of-sequence FP frames received per Iucs link. The counter is stepped for each out-of-sequence frame protocol frame that is received per Iucs link. This counter is stepped only when the underlying transport network is IP. A frame is considered to be out-of-sequence when frame_n (or less) arrives after frame_n+1.ME_RNC_CNOPR_IuLink.pmInOutOfSequenceFramesSumerttbh, Sum
    pmOutFramesACCUMULATIONINTEGERNumber of FP frames sent over the Iucs link. The counter is stepped for each frame protocol frame that is sent per Iucs link. This counter is stepped regardless of whether the underlying transport network is IP or ATM.ME_RNC_CNOPR_IuLink.pmOutFramesSumerttbh, Sum


    8.39 Iub Performance Indicators

    This section shows the key performance indicators and other counters for the Iub object, divided into the following sub-sections:


    Iub.Ericsson.UMTS.Iub_Link

    Iub link statistics

    KPITypeData TypeDescriptionDerivationDefault AggregatorOther Aggregators
    pmNoOfDiscardedMsgACCUMULATIONINTEGERThe number of discarded messages for each GP.ManagedElement_NodeBFunction_Iub.pmNoOfDiscardedMsgSumerttbh, Sum
    pmTotalTimeIubLinkCongestedUlACCUMULATIONINTEGERThe time in seconds that the Iub link is congested for the NBAP Common part of the control plane in the uplink direction.ManagedElement_NodeBFunction_Iub.pmTotalTimeIubLinkCongestedUlSumerttbh, Sum


    Iub.Ericsson.UMTS.Link_Availability

    Iublink availability statistics

    KPITypeData TypeDescriptionDerivationDefault AggregatorOther Aggregators
    pmHsSevereCongACCUMULATIONINTEGERThis counter counts the number of severe congestion occurrences detected by the -CAPACITY ALLOCATION Presence Supervision- function in RNC. This is done per Iub/Iur interface. A CAPACITY ALLOCATION control frame is expected at least every one second from RBS per flow controlled HS flow. If a CA has not been received for a longer period of time, an HS Severe Congestion is detected. These interface counters shall normally be zero.ME_RNC_IubLink.pmHsSevereCongSumerttbh, Sum
    pmTotalTimeIubLinkCongestedDlACCUMULATIONINTEGERThe time in seconds that the Iub link is congested on the NBAP Common part of the control plane.ME_RNC_IubLink.pmTotalTimeIubLinkCongestedDlSumerttbh, Sum
    pmTotalTimeIubLinkUnavailACCUMULATIONINTEGERThe time in seconds that the Iub link is unavailable for the NBAP Common part of the control plane, due to network or node internal problems.ME_RNC_IubLink.pmTotalTimeIubLinkUnavailSumerttbh, Sum


    Iub.Ericsson.UMTS.Link_Credits

    UL DL Link Credit statistics

    KPITypeData TypeDescriptionDerivationDefault AggregatorOther Aggregators
    pmDlCredits_AvgINTENSITYFLOATThe average consumed RBS DL credits, as a percentage.ME_RNC_IubLink.pmDlCredits_AvgAverageAverage, erttbh, Maximum, Minimum, Sum
    pmDlCredits_MaxINTENSITYFLOATThe maximum consumed RBS DL credits, as a percentage.ME_RNC_IubLink.pmDlCredits_MaxConstantAverage, erttbh, Maximum, Minimum, Sum
    pmDlCredits_MinINTENSITYFLOATThe minimum consumed RBS DL credits, as a percentage.ME_RNC_IubLink.pmDlCredits_MinMinimumAverage, erttbh, Maximum, Minimum, Sum
    pmSamplesDlCreditsACCUMULATIONINTEGERNumber of samples in pmSumDlCredits (that is, pmSamplesDlCredits = pmSamplesDlCredits +1, whenever pmSumDlCredits is to be updated).ME_RNC_IubLink.pmSamplesDlCreditsSumerttbh, Sum
    pmSamplesUlCreditsACCUMULATIONINTEGERNumber of samples in pmSumUlCredits (that is, pmSamplesUlCredits = pmSamplesUlCredits +1, whenever pmSumUlCredits is to be updated).ME_RNC_IubLink.pmSamplesUlCreditsSumerttbh, Sum
    pmSumDlCreditsACCUMULATIONINTEGERAggregate of total consumed RBS DL credit measurements (in credits).ME_RNC_IubLink.pmSumDlCreditsSumerttbh, Sum
    pmSumSqrDlCreditsACCUMULATIONINTEGERAggregate of the squares of the individual measurements in pmSumDlCredits (that is, pmSumSqrDlCredits = pmSumSqrDlCredits + measurement_value^2).ME_RNC_IubLink.pmSumSqrDlCreditsSumerttbh, Sum
    pmSumSqrUlCreditsACCUMULATIONINTEGERAggregate of the squares of the individual measurements in pmSumUlCredits (that is, pmSumSqrUlCredits = pmSumSqrUlCredits + measurement_value^2).ME_RNC_IubLink.pmSumSqrUlCreditsSumerttbh, Sum
    pmSumUlCreditsACCUMULATIONINTEGERAggregate of total consumed RBS UL credit measurements (in credits).ME_RNC_IubLink.pmSumUlCreditsSumerttbh, Sum
    pmUlCredits_AvgINTENSITYFLOATThe average consumed RBS UL credits, as a percentage.ME_RNC_IubLink.pmUlCredits_AvgAverageAverage, erttbh, Maximum, Minimum, Sum
    pmUlCredits_MaxINTENSITYFLOATThe maximum consumed RBS UL credits, as a percentage.ME_RNC_IubLink.pmUlCredits_MaxConstantAverage, erttbh, Maximum, Minimum, Sum
    pmUlCredits_MinINTENSITYFLOATThe minimum consumed RBS UL credits, as a percentage.ME_RNC_IubLink.pmUlCredits_MinMinimumAverage, erttbh, Maximum, Minimum, Sum


    Iub.Ericsson.UMTS.Link_Messages

    Iub link statistics.

    KPITypeData TypeDescriptionDerivationDefault AggregatorOther Aggregators
    pmDchFramesOutOfSequenceUlACCUMULATIONINTEGERThe number of Iur DCH Frame Protocol frames received out-of-sequence in the uplink direction in SRNC.ME_RNC_IubLink.pmDchFramesOutOfSequenceUlSumerttbh, Sum
    pmNoMtchTimingAdjContrFramesACCUMULATIONINTEGERNumber of received downlink timing adjustment control frames for MTCH FACH is counted to provide observability for RBSes where synchronization for MBMS can not be provided. A counter value of 0 means that no frames arrive too late or too early. A moderate counter value (1-approximately 200) indicates frames occasionally arrive too late or too early. This indicates problems with high delay variation in the transport network. A modification of the iubTransportDelayOffset (DTO) value for MTCH frame synchronization may be required. A very high value (close to 900) probably points at a problem with network synchronization.ME_RNC_IubLink.pmNoMtchTimingAdjContrFramesSumerttbh, Sum
    pmNoOfDiscardedNbapcMessagesACCUMULATIONINTEGERNumber of NBAP Common messages rejected by Admission Control due to L2 signaling bearer congestion.ME_RNC_IubLink.pmNoOfDiscardedNbapcMessagesSumerttbh, Sum


    Iub.Ericsson.UMTS.PDF_pmDlCredits

    pmDlCredits PDF counters

    KPITypeData TypeDescriptionDerivationDefault AggregatorOther Aggregators
    pmDlCredits_0ACCUMULATIONINTEGERTotal consumed RBS DL credits.ME_RNC_IubLink.pmDlCredits_0Sum 
    pmDlCredits_1ACCUMULATIONINTEGERTotal consumed RBS DL credits.ME_RNC_IubLink.pmDlCredits_1Sum 
    pmDlCredits_2ACCUMULATIONINTEGERTotal consumed RBS DL credits.ME_RNC_IubLink.pmDlCredits_2Sum 
    pmDlCredits_3ACCUMULATIONINTEGERTotal consumed RBS DL credits.ME_RNC_IubLink.pmDlCredits_3Sum 
    pmDlCredits_4ACCUMULATIONINTEGERTotal consumed RBS DL credits.ME_RNC_IubLink.pmDlCredits_4Sum 
    pmDlCredits_5ACCUMULATIONINTEGERTotal consumed RBS DL credits.ME_RNC_IubLink.pmDlCredits_5Sum 
    pmDlCredits_6ACCUMULATIONINTEGERTotal consumed RBS DL credits.ME_RNC_IubLink.pmDlCredits_6Sum 
    pmDlCredits_7ACCUMULATIONINTEGERTotal consumed RBS DL credits.ME_RNC_IubLink.pmDlCredits_7Sum 
    pmDlCredits_8ACCUMULATIONINTEGERTotal consumed RBS DL credits.ME_RNC_IubLink.pmDlCredits_8Sum 
    pmDlCredits_9ACCUMULATIONINTEGERTotal consumed RBS DL credits.ME_RNC_IubLink.pmDlCredits_9Sum 


    Iub.Ericsson.UMTS.PDF_pmTnAdmUsedBandwidthDl

    pmTnAdmUsedBandwidthDl PDF counters

    KPITypeData TypeDescriptionDerivationDefault AggregatorOther Aggregators
    pmTnAdmUsedBandwidthDl_0ACCUMULATIONINTEGERThe total downlink bandwidth used by all GBR transport bearers, including overhead, expressed as a percentage of the bandwidth limit used by the Iub admission control feature (userPlaneGbrAdmBandwidthDl * (1 + userPlaneGbrAdmMarginDl)).ME_RNC_IubLink.pmTnAdmUsedBandwidthDl_0Sum 
    pmTnAdmUsedBandwidthDl_1ACCUMULATIONINTEGERThe total downlink bandwidth used by all GBR transport bearers, including overhead, expressed as a percentage of the bandwidth limit used by the Iub admission control feature (userPlaneGbrAdmBandwidthDl * (1 + userPlaneGbrAdmMarginDl)).ME_RNC_IubLink.pmTnAdmUsedBandwidthDl_1Sum 
    pmTnAdmUsedBandwidthDl_2ACCUMULATIONINTEGERThe total downlink bandwidth used by all GBR transport bearers, including overhead, expressed as a percentage of the bandwidth limit used by the Iub admission control feature (userPlaneGbrAdmBandwidthDl * (1 + userPlaneGbrAdmMarginDl)).ME_RNC_IubLink.pmTnAdmUsedBandwidthDl_2Sum 
    pmTnAdmUsedBandwidthDl_3ACCUMULATIONINTEGERThe total downlink bandwidth used by all GBR transport bearers, including overhead, expressed as a percentage of the bandwidth limit used by the Iub admission control feature (userPlaneGbrAdmBandwidthDl * (1 + userPlaneGbrAdmMarginDl)).ME_RNC_IubLink.pmTnAdmUsedBandwidthDl_3Sum 
    pmTnAdmUsedBandwidthDl_4ACCUMULATIONINTEGERThe total downlink bandwidth used by all GBR transport bearers, including overhead, expressed as a percentage of the bandwidth limit used by the Iub admission control feature (userPlaneGbrAdmBandwidthDl * (1 + userPlaneGbrAdmMarginDl)).ME_RNC_IubLink.pmTnAdmUsedBandwidthDl_4Sum 
    pmTnAdmUsedBandwidthDl_5ACCUMULATIONINTEGERThe total downlink bandwidth used by all GBR transport bearers, including overhead, expressed as a percentage of the bandwidth limit used by the Iub admission control feature (userPlaneGbrAdmBandwidthDl * (1 + userPlaneGbrAdmMarginDl)).ME_RNC_IubLink.pmTnAdmUsedBandwidthDl_5Sum 
    pmTnAdmUsedBandwidthDl_6ACCUMULATIONINTEGERThe total downlink bandwidth used by all GBR transport bearers, including overhead, expressed as a percentage of the bandwidth limit used by the Iub admission control feature (userPlaneGbrAdmBandwidthDl * (1 + userPlaneGbrAdmMarginDl)).ME_RNC_IubLink.pmTnAdmUsedBandwidthDl_6Sum 
    pmTnAdmUsedBandwidthUl_0ACCUMULATIONINTEGERThe total uplink bandwidth used by all GBR transport bearers, including overhead, expressed as a percentage of the bandwidth limit used by the Iub admission control feature (userPlaneGbrAdmBandwidthUl * (1 + userPlaneGbrAdmMarginUl)).ME_RNC_IubLink.pmTnAdmUsedBandwidthUl_0Sum 
    pmTnAdmUsedBandwidthUl_1ACCUMULATIONINTEGERThe total uplink bandwidth used by all GBR transport bearers, including overhead, expressed as a percentage of the bandwidth limit used by the Iub admission control feature (userPlaneGbrAdmBandwidthUl * (1 + userPlaneGbrAdmMarginUl)).ME_RNC_IubLink.pmTnAdmUsedBandwidthUl_1Sum 
    pmTnAdmUsedBandwidthUl_2ACCUMULATIONINTEGERThe total uplink bandwidth used by all GBR transport bearers, including overhead, expressed as a percentage of the bandwidth limit used by the Iub admission control feature (userPlaneGbrAdmBandwidthUl * (1 + userPlaneGbrAdmMarginUl)).ME_RNC_IubLink.pmTnAdmUsedBandwidthUl_2Sum 
    pmTnAdmUsedBandwidthUl_3ACCUMULATIONINTEGERThe total uplink bandwidth used by all GBR transport bearers, including overhead, expressed as a percentage of the bandwidth limit used by the Iub admission control feature (userPlaneGbrAdmBandwidthUl * (1 + userPlaneGbrAdmMarginUl)).ME_RNC_IubLink.pmTnAdmUsedBandwidthUl_3Sum 
    pmTnAdmUsedBandwidthUl_4ACCUMULATIONINTEGERThe total uplink bandwidth used by all GBR transport bearers, including overhead, expressed as a percentage of the bandwidth limit used by the Iub admission control feature (userPlaneGbrAdmBandwidthUl * (1 + userPlaneGbrAdmMarginUl)).ME_RNC_IubLink.pmTnAdmUsedBandwidthUl_4Sum 
    pmTnAdmUsedBandwidthUl_5ACCUMULATIONINTEGERThe total uplink bandwidth used by all GBR transport bearers, including overhead, expressed as a percentage of the bandwidth limit used by the Iub admission control feature (userPlaneGbrAdmBandwidthUl * (1 + userPlaneGbrAdmMarginUl)).ME_RNC_IubLink.pmTnAdmUsedBandwidthUl_5Sum 
    pmTnAdmUsedBandwidthUl_6ACCUMULATIONINTEGERThe total uplink bandwidth used by all GBR transport bearers, including overhead, expressed as a percentage of the bandwidth limit used by the Iub admission control feature (userPlaneGbrAdmBandwidthUl * (1 + userPlaneGbrAdmMarginUl)).ME_RNC_IubLink.pmTnAdmUsedBandwidthUl_6Sum 


    Iub.Ericsson.UMTS.PDF_pmUlCredits

    pmUlCredits PDF counters

    KPITypeData TypeDescriptionDerivationDefault AggregatorOther Aggregators
    pmUlCredits_0ACCUMULATIONINTEGERTotal consumed RBS UL credits.ME_RNC_IubLink.pmUlCredits_0Sum 
    pmUlCredits_1ACCUMULATIONINTEGERTotal consumed RBS UL credits.ME_RNC_IubLink.pmUlCredits_1Sum 
    pmUlCredits_2ACCUMULATIONINTEGERTotal consumed RBS UL credits.ME_RNC_IubLink.pmUlCredits_2Sum 
    pmUlCredits_3ACCUMULATIONINTEGERTotal consumed RBS UL credits.ME_RNC_IubLink.pmUlCredits_3Sum 
    pmUlCredits_4ACCUMULATIONINTEGERTotal consumed RBS UL credits.ME_RNC_IubLink.pmUlCredits_4Sum 
    pmUlCredits_5ACCUMULATIONINTEGERTotal consumed RBS UL credits.ME_RNC_IubLink.pmUlCredits_5Sum 
    pmUlCredits_6ACCUMULATIONINTEGERTotal consumed RBS UL credits.ME_RNC_IubLink.pmUlCredits_6Sum 
    pmUlCredits_7ACCUMULATIONINTEGERTotal consumed RBS UL credits.ME_RNC_IubLink.pmUlCredits_7Sum 
    pmUlCredits_8ACCUMULATIONINTEGERTotal consumed RBS UL credits.ME_RNC_IubLink.pmUlCredits_8Sum 
    pmUlCredits_9ACCUMULATIONINTEGERTotal consumed RBS UL credits.ME_RNC_IubLink.pmUlCredits_9Sum 


    8.40 IuBcLink Performance Indicators

    This section shows the key performance indicators and other counters for the IuBcLink object, divided into the following sub-sections:


    IuBcLink.Ericsson.UMTS.SABP

    IuBcLink SABP messages.

    KPITypeData TypeDescriptionDerivationDefault AggregatorOther Aggregators
    pmNoReceivedSabpMsgsACCUMULATIONINTEGERNumber of received SABP messages.ManagedElement_RncFunction_IuBcLink.pmNoReceivedSabpMsgsSumAverage
    pmNoRejectedTcpConnectionsACCUMULATIONINTEGERNumber of TCP sessions initiated by the CBC that have been rejected because sourceIpAddressValidation is set to TRUE and the source IP address is not equal to the value of cbcIpAddress.ManagedElement_RncFunction_IuBcLink.pmNoRejectedTcpConnectionsSumAverage
    pmNoSentSabpMsgsACCUMULATIONINTEGERNumber of sent SABP messages.ManagedElement_RncFunction_IuBcLink.pmNoSentSabpMsgsSumAverage


    8.41 IubEdch Performance Indicators

    This section shows the key performance indicators and other counters for the IubEdch object, divided into the following sub-sections:


    IubEdch.Ericsson.UMTS.Frame_Synchronisation

    Frame synchronisation on IubEdch statistics.

    KPITypeData TypeDescriptionDerivationDefault AggregatorOther Aggregators
    pmEdchDataFrameDelayIub_AvgINTENSITYFLOATAverage:Enhanced Uplink Iub dynamic delay measurement results.Unit: ms.ME_RNC_IubLink_IubEdch.pmEdchDataFrameDelayIub_AvgAverageAverage, erttbh, Maximum, Minimum, Sum
    pmEdchDataFrameDelayIub_MaxINTENSITYINTEGERMinimum:Enhanced Uplink Iub dynamic delay measurement results.Unit: ms.ME_RNC_IubLink_IubEdch.pmEdchDataFrameDelayIub_MaxAverageAverage, erttbh, Maximum, Minimum, Sum
    pmEdchDataFrameDelayIub_MinINTENSITYINTEGERMaximum:Enhanced Uplink Iub dynamic delay measurement results.Unit: ms.ME_RNC_IubLink_IubEdch.pmEdchDataFrameDelayIub_MinAverageAverage, erttbh, Maximum, Minimum, Sum
    pmEdchDataFramesLostACCUMULATIONINTEGERNumber of lost E-DCH data frames.ME_RNC_IubLink_IubEdch.pmEdchDataFramesLostSumerttbh, Sum
    pmEdchDataFramesReceivedACCUMULATIONINTEGERNumber of correctly received E-DCH data frames.ME_RNC_IubLink_IubEdch.pmEdchDataFramesReceivedSumerttbh, Sum


    IubEdch.Ericsson.UMTS.PDF_pmEdchDataFrameDelayIub

    pmEdchDataFrameDelayIub PDF counters

    KPITypeData TypeDescriptionDerivationDefault AggregatorOther Aggregators
    pmEdchDataFrameDelayIub_0ACCUMULATIONINTEGEREnhanced Uplink Iub dynamic delay measurement results.ME_RNC_IubLink_IubEdch.pmEdchDataFrameDelayIub_0Sum 
    pmEdchDataFrameDelayIub_10ACCUMULATIONINTEGEREnhanced Uplink Iub dynamic delay measurement results.ME_RNC_IubLink_IubEdch.pmEdchDataFrameDelayIub_10Sum 
    pmEdchDataFrameDelayIub_11ACCUMULATIONINTEGEREnhanced Uplink Iub dynamic delay measurement results.ME_RNC_IubLink_IubEdch.pmEdchDataFrameDelayIub_11Sum 
    pmEdchDataFrameDelayIub_12ACCUMULATIONINTEGEREnhanced Uplink Iub dynamic delay measurement results.ME_RNC_IubLink_IubEdch.pmEdchDataFrameDelayIub_12Sum 
    pmEdchDataFrameDelayIub_13ACCUMULATIONINTEGEREnhanced Uplink Iub dynamic delay measurement results.ME_RNC_IubLink_IubEdch.pmEdchDataFrameDelayIub_13Sum 
    pmEdchDataFrameDelayIub_14ACCUMULATIONINTEGEREnhanced Uplink Iub dynamic delay measurement results.ME_RNC_IubLink_IubEdch.pmEdchDataFrameDelayIub_14Sum 
    pmEdchDataFrameDelayIub_15ACCUMULATIONINTEGEREnhanced Uplink Iub dynamic delay measurement results.ME_RNC_IubLink_IubEdch.pmEdchDataFrameDelayIub_15Sum 
    pmEdchDataFrameDelayIub_1ACCUMULATIONINTEGEREnhanced Uplink Iub dynamic delay measurement results.ME_RNC_IubLink_IubEdch.pmEdchDataFrameDelayIub_1Sum 
    pmEdchDataFrameDelayIub_2ACCUMULATIONINTEGEREnhanced Uplink Iub dynamic delay measurement results.ME_RNC_IubLink_IubEdch.pmEdchDataFrameDelayIub_2Sum 
    pmEdchDataFrameDelayIub_3ACCUMULATIONINTEGEREnhanced Uplink Iub dynamic delay measurement results.ME_RNC_IubLink_IubEdch.pmEdchDataFrameDelayIub_3Sum 
    pmEdchDataFrameDelayIub_4ACCUMULATIONINTEGEREnhanced Uplink Iub dynamic delay measurement results.ME_RNC_IubLink_IubEdch.pmEdchDataFrameDelayIub_4Sum 
    pmEdchDataFrameDelayIub_5ACCUMULATIONINTEGEREnhanced Uplink Iub dynamic delay measurement results.ME_RNC_IubLink_IubEdch.pmEdchDataFrameDelayIub_5Sum 
    pmEdchDataFrameDelayIub_6ACCUMULATIONINTEGEREnhanced Uplink Iub dynamic delay measurement results.ME_RNC_IubLink_IubEdch.pmEdchDataFrameDelayIub_6Sum 
    pmEdchDataFrameDelayIub_7ACCUMULATIONINTEGEREnhanced Uplink Iub dynamic delay measurement results.ME_RNC_IubLink_IubEdch.pmEdchDataFrameDelayIub_7Sum 
    pmEdchDataFrameDelayIub_8ACCUMULATIONINTEGEREnhanced Uplink Iub dynamic delay measurement results.ME_RNC_IubLink_IubEdch.pmEdchDataFrameDelayIub_8Sum 
    pmEdchDataFrameDelayIub_9ACCUMULATIONINTEGEREnhanced Uplink Iub dynamic delay measurement results.ME_RNC_IubLink_IubEdch.pmEdchDataFrameDelayIub_9Sum 


    8.42 LAC Performance Indicators

    This section shows the key performance indicators and other counters for the LAC object, divided into the following sub-sections:


    LAC.Ericsson.UMTS.paging_counters

    This group is also known as location_area.ericsson.umts.paging_counters.

    KPITypeData TypeDescriptionDerivationDefault AggregatorOther Aggregators
    pmcninitpagingtoidleuelaACCUMULATIONINT8Number of CN-initiated pages sent to idle mode UEs (with CN identity specified in the RRC Paging Type 1 (message) in specified Location Area (LA) (circuit-switched pages).ManagedElement_RncFunction_LocationArea.pmCnInitPagingToIdleUeLaSumAverage, Maximum, Minimum, Sum


    8.43 Load_Control_Unit Performance Indicators

    This section shows the key performance indicators and other counters for the Load_Control_Unit object, divided into the following sub-sections:


    Load_Control_Unit.Ericsson.UMTS.Load_Control

    UTRAN radio network controller processor load control unit.

    KPITypeData TypeDescriptionDerivationDefault AggregatorOther Aggregators
    pmAdmittedRequestsB0ACCUMULATIONINTEGERNumber of admitted requests with priority B0.RNC_PIU_GeneralProcessorUnit_LoadControl.pmAdmittedRequestsB0Sumerttbh, Sum
    pmAdmittedRequestsB1ACCUMULATIONINTEGERNumber of admitted requests with priority B1.RNC_PIU_GeneralProcessorUnit_LoadControl.pmAdmittedRequestsB1Sumerttbh, Sum
    pmAdmittedRequestsF0ACCUMULATIONINTEGERNumber of admitted requests with priority F0.RNC_PIU_GeneralProcessorUnit_LoadControl.pmAdmittedRequestsF0Sumerttbh, Sum
    pmAdmittedRequestsF1ACCUMULATIONINTEGERNumber of admitted requests with priority F1.RNC_PIU_GeneralProcessorUnit_LoadControl.pmAdmittedRequestsF1Sumerttbh, Sum
    pmAdmittedRequestsF2ACCUMULATIONINTEGERNumber of admitted requests with priority F2.RNC_PIU_GeneralProcessorUnit_LoadControl.pmAdmittedRequestsF2Sumerttbh, Sum
    pmAdmittedRequestsF3ACCUMULATIONINTEGERNumber of admitted requests with priority F3.RNC_PIU_GeneralProcessorUnit_LoadControl.pmAdmittedRequestsF3Sumerttbh, Sum
    pmAdmittedRequestsF4ACCUMULATIONINTEGERNumber of admitted requests with priority F4.RNC_PIU_GeneralProcessorUnit_LoadControl.pmAdmittedRequestsF4Sumerttbh, Sum
    pmRefusedRequestsB0ACCUMULATIONINTEGERNumber of refused Capacity requests at gate B0.RNC_PIU_GeneralProcessorUnit_LoadControl.pmRefusedRequestsB0Sumerttbh, Sum
    pmRefusedRequestsB1ACCUMULATIONINTEGERNumber of refused Capacity requests at gate B1.RNC_PIU_GeneralProcessorUnit_LoadControl.pmRefusedRequestsB1Sumerttbh, Sum
    pmRefusedRequestsF0ACCUMULATIONINTEGERNumber of refused Capacity requests at gate F0.RNC_PIU_GeneralProcessorUnit_LoadControl.pmRefusedRequestsF0Sumerttbh, Sum
    pmRefusedRequestsF1ACCUMULATIONINTEGERNumber of refused Capacity requests at gate F1.RNC_PIU_GeneralProcessorUnit_LoadControl.pmRefusedRequestsF1Sumerttbh, Sum
    pmRefusedRequestsF2ACCUMULATIONINTEGERNumber of refused Capacity requests at gate F2.RNC_PIU_GeneralProcessorUnit_LoadControl.pmRefusedRequestsF2Sumerttbh, Sum
    pmRefusedRequestsF3ACCUMULATIONINTEGERNumber of refused Capacity requests at gate F3.RNC_PIU_GeneralProcessorUnit_LoadControl.pmRefusedRequestsF3Sumerttbh, Sum
    pmRefusedRequestsF4ACCUMULATIONINTEGERNumber of refused Capacity requests at gate F4.RNC_PIU_GeneralProcessorUnit_LoadControl.pmRefusedRequestsF4Sumerttbh, Sum
    pmSamplesMeasuredLoadACCUMULATIONINTEGERThis counter is incremented by 1 at every sample of the processor load. The processor load is sampled once every 30 seconds.RNC_PIU_GeneralProcessorUnit_LoadControl.pmSamplesMeasuredLoadSumerttbh, Sum
    pmSumMeasuredLoadACCUMULATIONINTEGERThe sum of samples of the measured load. The load is measured in percentage.RNC_PIU_GeneralProcessorUnit_LoadControl.pmSumMeasuredLoadSumerttbh, Sum


    Load_Control_Unit.Ericsson.UMTS.PDF_pmMeasuredLoad

    pmMeasuredLoad PDF counters

    KPITypeData TypeDescriptionDerivationDefault AggregatorOther Aggregators
    pmMeasuredLoad_0ACCUMULATIONINTEGERProcessor load.RNC_PIU_GeneralProcessorUnit_LoadControl.pmMeasuredLoad_0Sum 
    pmMeasuredLoad_1ACCUMULATIONINTEGERProcessor load.RNC_PIU_GeneralProcessorUnit_LoadControl.pmMeasuredLoad_1Sum 
    pmMeasuredLoad_2ACCUMULATIONINTEGERProcessor load.RNC_PIU_GeneralProcessorUnit_LoadControl.pmMeasuredLoad_2Sum 
    pmMeasuredLoad_3ACCUMULATIONINTEGERProcessor load.RNC_PIU_GeneralProcessorUnit_LoadControl.pmMeasuredLoad_3Sum 
    pmMeasuredLoad_4ACCUMULATIONINTEGERProcessor load.RNC_PIU_GeneralProcessorUnit_LoadControl.pmMeasuredLoad_4Sum 
    pmMeasuredLoad_5ACCUMULATIONINTEGERProcessor load.RNC_PIU_GeneralProcessorUnit_LoadControl.pmMeasuredLoad_5Sum 
    pmMeasuredLoad_6ACCUMULATIONINTEGERProcessor load.RNC_PIU_GeneralProcessorUnit_LoadControl.pmMeasuredLoad_6Sum 
    pmMeasuredLoad_7ACCUMULATIONINTEGERProcessor load.RNC_PIU_GeneralProcessorUnit_LoadControl.pmMeasuredLoad_7Sum 


    8.44 M3UA Performance Indicators

    This section shows the key performance indicators and other counters for the M3UA object, divided into the following sub-sections:


    M3UA.Ericsson.UMTS.M3UA

    Sigtran-MTP3 User association layer statistics.

    KPITypeData TypeDescriptionDerivationDefault AggregatorOther Aggregators
    pmNoOfAspacAckReceivedACCUMULATIONINTEGERThe number of Application Server Process (ASP) Active Acknowledgements (ASPAC ACK) received.ME_TN_Mtp3bSpItu_M3uAssociation.pmNoOfAspacAckReceivedSumerttbh, Sum
    pmNoOfAspacAckSentACCUMULATIONINTEGERThe number of Application Server Process (ASP) Active Acknowledgements (ASPAC ACK) sent.ME_TN_Mtp3bSpItu_M3uAssociation.pmNoOfAspacAckSentSumerttbh, Sum
    pmNoOfAspacReceivedACCUMULATIONINTEGERThe number of Application Server Process (ASP) Active (ASPACs) received.ME_TN_Mtp3bSpItu_M3uAssociation.pmNoOfAspacReceivedSumerttbh, Sum
    pmNoOfAspacSentACCUMULATIONINTEGERThe number of Application Server Process (ASP) Active (ASPACs) sent.ME_TN_Mtp3bSpItu_M3uAssociation.pmNoOfAspacSentSumerttbh, Sum
    pmNoOfAspdnAckReceivedACCUMULATIONINTEGERThe number of Application Server Process (ASP) Down Acknowledgement (ASPDN ACKs) received.ME_TN_Mtp3bSpItu_M3uAssociation.pmNoOfAspdnAckReceivedSumerttbh, Sum
    pmNoOfAspdnAckSentACCUMULATIONINTEGERThe number of Application Server Process (ASP) Down Acknowledgement (ASPDN ACKs) sent.ME_TN_Mtp3bSpItu_M3uAssociation.pmNoOfAspdnAckSentSumerttbh, Sum
    pmNoOfAspdnReceivedACCUMULATIONINTEGERThe number of Application Server Process (ASP) Down (ASPDNs) received.ME_TN_Mtp3bSpItu_M3uAssociation.pmNoOfAspdnReceivedSumerttbh, Sum
    pmNoOfAspdnSentACCUMULATIONINTEGERThe number of Application Server Process (ASP) Down (ASPDNs) sent.ME_TN_Mtp3bSpItu_M3uAssociation.pmNoOfAspdnSentSumerttbh, Sum
    pmNoOfAspiaAckReceivedACCUMULATIONINTEGERThe number of Application Server Process (ASP) Inactive Acknowledgements (ASPIA ACK) received.ME_TN_Mtp3bSpItu_M3uAssociation.pmNoOfAspiaAckReceivedSumerttbh, Sum
    pmNoOfAspiaAckSentACCUMULATIONINTEGERThe number of Application Server Process (ASP) Inactive Acknowledgements (ASPIA ACK) received.ME_TN_Mtp3bSpItu_M3uAssociation.pmNoOfAspiaAckSentSumerttbh, Sum
    pmNoOfAspiaReceivedACCUMULATIONINTEGERThe number of Application Server Process (ASP) Inactive (ASPIAs) received.ME_TN_Mtp3bSpItu_M3uAssociation.pmNoOfAspiaReceivedSumerttbh, Sum
    pmNoOfAspiaSentACCUMULATIONINTEGERThe number of Application Server Process (ASP) Inactive (ASPIAs) sent.ME_TN_Mtp3bSpItu_M3uAssociation.pmNoOfAspiaSentSumerttbh, Sum
    pmNoOfAspupAckReceivedACCUMULATIONINTEGERThe number of Application Server Process (ASP) Up Acknowledgements (ASPUP ACK) received.ME_TN_Mtp3bSpItu_M3uAssociation.pmNoOfAspupAckReceivedSumerttbh, Sum
    pmNoOfAspupAckSentACCUMULATIONINTEGERThe number of Application Server Process (ASP) Up Acknowledgements (ASPUP ACK) sent.ME_TN_Mtp3bSpItu_M3uAssociation.pmNoOfAspupAckSentSumerttbh, Sum
    pmNoOfAspupReceivedACCUMULATIONINTEGERThe number of Application Server Process (ASP) Up (ASPUPs) received.ME_TN_Mtp3bSpItu_M3uAssociation.pmNoOfAspupReceivedSumerttbh, Sum
    pmNoOfAspupSentACCUMULATIONINTEGERThe number of Application Server Process (ASP) Up (ASPUPs) sent.ME_TN_Mtp3bSpItu_M3uAssociation.pmNoOfAspupSentSumerttbh, Sum
    pmNoOfCommunicationLostACCUMULATIONINTEGERNumber of communication losses. Note! Stepped also for each failed associate attemptME_TN_Mtp3bSpItu_M3uAssociation.pmNoOfCommunicationLostSumerttbh, Sum
    pmNoOfCongestionsACCUMULATIONINTEGERNumber of congestions.ME_TN_Mtp3bSpItu_M3uAssociation.pmNoOfCongestionsSumerttbh, Sum
    pmNoOfDataMsgRecACCUMULATIONINTEGERNumber of payload data (DATA) messages received through the associationME_TN_Mtp3bSpItu_M3uAssociation.pmNoOfDataMsgRecSumerttbh, Sum
    pmNoOfDataMsgSentACCUMULATIONINTEGERThe number of DATA messages sent on the associations related to this signalling point.ME_TN_Mtp3bSpItu_M3uAssociation.pmNoOfDataMsgSentSumerttbh, Sum
    pmNoOfDaudMsgRecACCUMULATIONINTEGERThe number of Destination State Audit (DAUD) messages received on the associations related to this signalling point.ME_TN_Mtp3bSpItu_M3uAssociation.pmNoOfDaudMsgRecSumerttbh, Sum
    pmNoOfDaudMsgSentACCUMULATIONINTEGERThe number of Destination State Audit (DAUD) messages sent on the associations related to this signalling point.ME_TN_Mtp3bSpItu_M3uAssociation.pmNoOfDaudMsgSentSumerttbh, Sum
    pmNoOfDavaRecACCUMULATIONINTEGERNumber of Destination Available (DAVA) messages received through the association.ME_TN_Mtp3bSpItu_M3uAssociation.pmNoOfDavaRecSumerttbh, Sum
    pmNoOfDavaSentACCUMULATIONINTEGERNumber of Destination Available (DAVA) messages sent through the association.ME_TN_Mtp3bSpItu_M3uAssociation.pmNoOfDavaSentSumerttbh, Sum
    pmNoOfDunaRecACCUMULATIONINTEGERNumber of Destination Unavailable (DUNA) messages received through the associationME_TN_Mtp3bSpItu_M3uAssociation.pmNoOfDunaRecSumerttbh, Sum
    pmNoOfDunaSentACCUMULATIONINTEGERNumber of Destination Unavailable (DUNA) messages sent through the association.ME_TN_Mtp3bSpItu_M3uAssociation.pmNoOfDunaSentSumerttbh, Sum
    pmNoOfDupuRecACCUMULATIONINTEGERNumber of Destination User Part Unavailable (DUPU) messages received through the association.ME_TN_Mtp3bSpItu_M3uAssociation.pmNoOfDupuRecSumerttbh, Sum
    pmNoOfDupuSentACCUMULATIONINTEGERNumber of Destination User Part Unavailable (DUPU) messages sent through the association.ME_TN_Mtp3bSpItu_M3uAssociation.pmNoOfDupuSentSumerttbh, Sum
    pmNoOfErrorMsgRecACCUMULATIONINTEGERNumber of ERROR messages received through the association.ME_TN_Mtp3bSpItu_M3uAssociation.pmNoOfErrorMsgRecSumerttbh, Sum
    pmNoOfErrorMsgSentACCUMULATIONINTEGERNumber of ERROR messages sent through the association.ME_TN_Mtp3bSpItu_M3uAssociation.pmNoOfErrorMsgSentSumerttbh, Sum
    pmNoOfM3uaDataMsgDiscardedACCUMULATIONINTEGERThe number of DATA messages discarded.ME_TN_Mtp3bSpItu_M3uAssociation.pmNoOfM3uaDataMsgDiscardedSumerttbh, Sum
    pmNoOfNotifyMsgRecACCUMULATIONINTEGERNumber of NOTIFY messages received through the association.ME_TN_Mtp3bSpItu_M3uAssociation.pmNoOfNotifyMsgRecSumerttbh, Sum
    pmNoOfRecUserDataACCUMULATIONINTEGERNumber of octets received, including protocol overhead and management messages.ME_TN_Mtp3bSpItu_M3uAssociation.pmNoOfRecUserDataSumerttbh, Sum
    pmNoOfSconRecACCUMULATIONINTEGERNumber of Signalling Congestion (SCON) messages received through the association.ME_TN_Mtp3bSpItu_M3uAssociation.pmNoOfSconRecSumerttbh, Sum
    pmNoOfSconSentACCUMULATIONINTEGERNumber of Signalling Congestion (SCON) messages sent through the association.ME_TN_Mtp3bSpItu_M3uAssociation.pmNoOfSconSentSumerttbh, Sum
    pmNoOfSentUserDataACCUMULATIONINTEGERNumber of octets sent, including protocol overhead and management messages.ME_TN_Mtp3bSpItu_M3uAssociation.pmNoOfSentUserDataSumerttbh, Sum


    8.45 Mbms Performance Indicators

    This section shows the key performance indicators and other counters for the Mbms object, divided into the following sub-sections:


    Mbms.Ericsson.UMTS.RLC_Statistics

    Mbms RLC related statistics

    KPITypeData TypeDescriptionDerivationDefault AggregatorOther Aggregators
    pmNoDiscardSduMtch128ACCUMULATIONINTEGERNumber of discarded RLC SDUs on MTCH 129.6 kbps.ME_RNC_Mbms.pmNoDiscardSduMtch128Sumerttbh, Sum
    pmNoDiscardSduMtch256ACCUMULATIONINTEGERNumber of discarded RLC SDUs on MTCH 259.2 kbps.ME_RNC_Mbms.pmNoDiscardSduMtch256Sumerttbh, Sum
    pmNoDiscardSduMtch64ACCUMULATIONINTEGERNumber of discarded RLC SDUs on MTCH 64.8kbps.ME_RNC_Mbms.pmNoDiscardSduMtch64Sumerttbh, Sum


    8.46 Medium_Access_Unit Performance Indicators

    This section shows the key performance indicators and other counters for the Medium_Access_Unit object, divided into the following sub-sections:


    Medium_Access_Unit.Ericsson.UMTS.Medium_Access

    UTRAN IP link.

    KPITypeData TypeDescriptionDerivationDefault AggregatorOther Aggregators
    pmNoOfDot3StatsFCSErrorsACCUMULATIONINT8Number of frames that did not pass the FCS check.NODEB_Processor_Load.pmNoOfDot3StatsFCSErrors or RXI_Processor_Load.pmNoOfDot3StatsFCSErrors or RNC_Processor_Load.pmNoOfDot3StatsFCSErrors or NODEB_CBU_Processor_Load.pmNoOfDot3StatsFCSErrors or RXI_CBU_Processor_Load.pmNoOfDot3StatsFCSErrors or RNC_CBU_Processor_Load.pmNoOfDot3StatsFCSErrorsSumerttbh, Sum
    pmNoOfDot3StatsLateCollisionsACCUMULATIONINT8Number of times that a collision was detected on the Interface after the minimum length of a frame.NODEB_Processor_Load.pmNoOfDot3StatsLateCollisions or RXI_Processor_Load.pmNoOfDot3StatsLateCollisions or RNC_Processor_Load.pmNoOfDot3StatsLateCollisions or NODEB_CBU_Processor_Load.pmNoOfDot3StatsLateCollisions or RXI_CBU_Processor_Load.pmNoOfDot3StatsLateCollisions or RNC_CBU_Processor_Load.pmNoOfDot3StatsLateCollisionsSumerttbh, Sum


    8.47 MTP2_Tp Performance Indicators

    This section shows the key performance indicators and other counters for the MTP2_Tp object, divided into the following sub-sections:


    MTP2_Tp.Ericsson.UMTS.MTP

    UTRAN MTP signalling.

    KPITypeData TypeDescriptionDerivationDefault AggregatorOther Aggregators
    pmLocalSIBTimeACCUMULATIONINTEGERTotal time in local Status Indication Busy (SIB) Sending.RNC_Mtp2tpItu.pmLocalSIBTime or NODEB_Mtp2tpItu.pmLocalSIBTimeSumerttbh, Sum
    pmNoOfMSUReceivedACCUMULATIONINT8Number of Message Signal Units (MSU) received.RNC_Mtp2tpItu.pmNoOfMSUReceived or NODEB_Mtp2tpItu.pmNoOfMSUReceivedSumerttbh, Sum
    pmNoOfMSUTransmittedACCUMULATIONINT8Number of Message Signal Units (MSUs) transmitted.RNC_Mtp2tpItu.pmNoOfMSUTransmitted or NODEB_Mtp2tpItu.pmNoOfMSUTransmittedSumerttbh, Sum
    pmNoOfNacksACCUMULATIONINTEGERNumber of negative acknowledgements received.RNC_Mtp2tpItu.pmNoOfNacks or NODEB_Mtp2tpItu.pmNoOfNacksSumerttbh, Sum
    pmNoOfReTransmittedOctetsACCUMULATIONINT8Number of retransmitted octets.RNC_Mtp2tpItu.pmNoOfReTransmittedOctets or NODEB_Mtp2tpItu.pmNoOfReTransmittedOctetsSumerttbh, Sum
    pmNoOfSendBufferOctetsACCUMULATIONINT8Number of octets in send buffer.RNC_Mtp2tpItu.pmNoOfSendBufferOctets or NODEB_Mtp2tpItu.pmNoOfSendBufferOctetsSumerttbh, Sum
    pmNoOfSIOSIFReceivedACCUMULATIONINT8Number of Signalling Information Octet and Signalling Information Field (SIO & SIF) octets received.RNC_Mtp2tpItu.pmNoOfSIOSIFReceived or NODEB_Mtp2tpItu.pmNoOfSIOSIFReceivedSumerttbh, Sum
    pmNoOfSIOSIFTransmittedACCUMULATIONINT8Number of Signalling Information Octets (SIO) and Signalling Information Field (SIF) octets transmitted.RNC_Mtp2tpItu.pmNoOfSIOSIFTransmitted or NODEB_Mtp2tpItu.pmNoOfSIOSIFTransmittedSumerttbh, Sum
    pmNoOfStartedRBCongestionACCUMULATIONINTEGERNumber of started local Receive Buffer (RB) congestions.RNC_Mtp2tpItu.pmNoOfStartedRBCongestion or NODEB_Mtp2tpItu.pmNoOfStartedRBCongestionSumerttbh, Sum
    pmNoOfSuReceivedInErrorACCUMULATIONINTEGERNumber of signal units (SU) received in error.RNC_Mtp2tpItu.pmNoOfSuReceivedInError or NODEB_Mtp2tpItu.pmNoOfSuReceivedInErrorSumerttbh, Sum
    pmRemoteSIBTimeACCUMULATIONINTEGERTotal time in remote status Indication Busy (SIB) Receiving.RNC_Mtp2tpItu.pmRemoteSIBTime or NODEB_Mtp2tpItu.pmRemoteSIBTimeSumerttbh, Sum


    8.48 MTP3B_AP Performance Indicators

    This section shows the key performance indicators and other counters for the MTP3B_AP object, divided into the following sub-sections:


    MTP3B_AP.Ericsson.UMTS.AP_MTP

    UTRAN MTP Access Point.

    KPITypeData TypeDescriptionDerivationDefault AggregatorOther Aggregators
    pmNoOfAdjacentSPNotAccessibleACCUMULATIONINT8Number of Adjacent Signalling Points (SPs) that are not accessible via direct links.ME_TN_Mtp3bSpItu_Mtp3bAp.pmNoOfAdjacentSPNotAccessibleSumerttbh, Sum
    pmNoOfUserPartUnavailRecACCUMULATIONINT8Number of received User Part Unavailable messages.ME_TN_Mtp3bSpItu_Mtp3bAp.pmNoOfUserPartUnavailRecSumerttbh, Sum


    8.49 MTP3B_SL Performance Indicators

    This section shows the key performance indicators and other counters for the MTP3B_SL object, divided into the following sub-sections:


    MTP3B_SL.Ericsson.UMTS.MTP

    UTRAN MTP signaling.

    KPITypeData TypeDescriptionDerivationDefault AggregatorOther Aggregators
    pmNoOfAALINServiceIndACCUMULATIONINT8Number of received link-in-service indications.ME_TN_Mtp3bSpItu_Mtp3bSls_Mtp3bSlItu.pmNoOfAALINServiceIndSumerttbh, Sum
    pmNoOfAALOUTIndACCUMULATIONINT8Number of received link-out-of-service indications.ME_TN_Mtp3bSpItu_Mtp3bSls_Mtp3bSlItu.pmNoOfAALOUTIndSumerttbh, Sum
    pmNoOfCBDSentACCUMULATIONINT8Number of sent Change Back Declaration (CBD) messages.ME_TN_Mtp3bSpItu_Mtp3bSls_Mtp3bSlItu.pmNoOfCBDSentSumerttbh, Sum
    pmNoOfCOOXCOSentACCUMULATIONINT8Number of sent Change Over Order (COO) or Extended Change Over order (XCO) messages.ME_TN_Mtp3bSpItu_Mtp3bSls_Mtp3bSlItu.pmNoOfCOOXCOSentSumerttbh, Sum
    pmNoOfLocalLinkCongestCeaseRecACCUMULATIONINT8Number of local link congestion ceased primitives received.ME_TN_Mtp3bSpItu_Mtp3bSls_Mtp3bSlItu.pmNoOfLocalLinkCongestCeaseRecSumerttbh, Sum
    pmNoOfLocalLinkCongestRecACCUMULATIONINT8Number of local link-congestion primitives received.ME_TN_Mtp3bSpItu_Mtp3bSls_Mtp3bSlItu.pmNoOfLocalLinkCongestRecSumerttbh, Sum
    pmNoOfMSURecACCUMULATIONINT8Number of received MSUs on this signalling link.ME_TN_Mtp3bSpItu_Mtp3bSls_Mtp3bSlItu.pmNoOfMSURecSumerttbh, Sum
    pmNoOfMSUSentACCUMULATIONINT8Number of sent MSUs on this signalling link.ME_TN_Mtp3bSpItu_Mtp3bSls_Mtp3bSlItu.pmNoOfMSUSentSumerttbh, Sum
    pmNoOfRecUserDataACCUMULATIONINT8Number of octets received, including protocol overhead and management messages.ME_TN_Mtp3bSpItu_Mtp3bSls_Mtp3bSlItu.pmNoOfRecUserDataSumerttbh, Sum
    pmNoOfSentUserDataACCUMULATIONINT8Number of octets sent, including protocol overhead and management messages.ME_TN_Mtp3bSpItu_Mtp3bSls_Mtp3bSlItu.pmNoOfSentUserDataSumerttbh, Sum


    8.50 MTP3B_SP Performance Indicators

    This section shows the key performance indicators and other counters for the MTP3B_SP object, divided into the following sub-sections:


    MTP3B_SP.Ericsson.UMTS.MTP

    UTRAN MTP signaling.

    KPITypeData TypeDescriptionDerivationDefault AggregatorOther Aggregators
    pmInStateDownWhenStateEstabIsBlockedACCUMULATIONINTEGERDescription not availableRNC_Mtp3bSpItu_Signaling.pmInStateDownWhenStateEstabIsBlockedSumerttbh, Sum
    pmNoOfCBARecACCUMULATIONINT8Number of received Change Back Acknowledgement (CBA) messages.RNC_Mtp3bSpItu_Signaling.pmNoOfCBARecSumerttbh, Sum
    pmNoOfCBASentACCUMULATIONINT8Number of sent Change Back Acknowledgement (CBA) messages.RNC_Mtp3bSpItu_Signaling.pmNoOfCBASentSumerttbh, Sum
    pmNoOfChangeBackDeclRecACCUMULATIONINT8Number of received Change Back Declarations (CBD) messages.RNC_Mtp3bSpItu_Signaling.pmNoOfChangeBackDeclRecSumerttbh, Sum
    pmNoOfChangeOverRecACCUMULATIONINT8Number of Change Over (COO) order or Extended Change Over order messages (XCO) received.RNC_Mtp3bSpItu_Signaling.pmNoOfChangeOverRecSumerttbh, Sum
    pmNoOfCOAXCARecACCUMULATIONINT8Number of received Changeover Order Acknowledgement (COA) or Extended Changeover Acknowledgement (XCA) messages.RNC_Mtp3bSpItu_Signaling.pmNoOfCOAXCARecSumerttbh, Sum
    pmNoOfCOAXCASentACCUMULATIONINT8Number of sent Change Over Acknowledgement (COA) or Extended Changeover Acknowledgement (XCA) messages.RNC_Mtp3bSpItu_Signaling.pmNoOfCOAXCASentSumerttbh, Sum
    pmNoOfControlledRerouteSuccessPerfACCUMULATIONINT8Number of successfully performed controlled reroutings.RNC_Mtp3bSpItu_Signaling.pmNoOfControlledRerouteSuccessPerfSumerttbh, Sum
    pmNoOfECARecACCUMULATIONINT8Number of received ECA messages.RNC_Mtp3bSpItu_Signaling.pmNoOfECARecSumerttbh, Sum
    pmNoOfECASentACCUMULATIONINT8Number of sent ECA messages.RNC_Mtp3bSpItu_Signaling.pmNoOfECASentSumerttbh, Sum
    pmNoOfECOSentACCUMULATIONINT8Number of sent ECO messages.RNC_Mtp3bSpItu_Signaling.pmNoOfECOSentSumerttbh, Sum
    pmNoOfEmergencyChangeOverRecACCUMULATIONINT8Number of received emergency changeOver orders (ECO) messages.RNC_Mtp3bSpItu_Signaling.pmNoOfEmergencyChangeOverRecSumerttbh, Sum
    pmNoOfForcedRerouteSuccessPerfACCUMULATIONINT8Number of successfully performed forced reroutings.RNC_Mtp3bSpItu_Signaling.pmNoOfForcedRerouteSuccessPerfSumerttbh, Sum
    pmNoOfInAssEstReqStDownStEstBlACCUMULATIONINT8pmNoOfIncomingAssocEstabRequestInStateDownWhenStateEstabIsBl: The number of incoming requests for association establishment when the state on the association is -DOWN- and establishment of associations is blocked.RNC_Mtp3bSpItu_Signaling.pmNoOfIncomingAssocEstabRequestInStateDownWhenStateEstabIsBlockedSumerttbh, Sum
    pmNoOfIncomingAssocEstabRequestACCUMULATIONINTEGERDescription not availableRNC_Mtp3bSpItu_Signaling.pmNoOfIncomingAssocEstabRequestSumerttbh, Sum
    pmNoOfLowerPrioMsgDiscardedACCUMULATIONINT8The number of messages with low priority that been discarded.RNC_Mtp3bSpItu_Signaling.pmNoOfLowerPrioMsgDiscardedSumerttbh, Sum
    pmNoOfMaxTrialsForAssocActivReachedACCUMULATIONINT8The number of times that the max limit for trying to activate an association has been reached.RNC_Mtp3bSpItu_Signaling.pmNoOfMaxTrialsForAssocActivReachedSumerttbh, Sum
    pmNoOfMaxTrialsForAssocEstabReachedACCUMULATIONINT8The number of times that the max limit for trying to establish an association has been reachedRNC_Mtp3bSpItu_Signaling.pmNoOfMaxTrialsForAssocEstabReachedSumerttbh, Sum
    pmNoOfSctpAssociationRestartACCUMULATIONINT8Number of Stream Control Transmission Protocol (SCTP) association restartsRNC_Mtp3bSpItu_Signaling.pmNoOfSctpAssociationRestartSumerttbh, Sum
    pmNoOfSctpBufOverflowACCUMULATIONINT8Number of Stream Control Transmission Protocol (SCTP) stop sending data messages.RNC_Mtp3bSpItu_Signaling.pmNoOfSctpBufOverflowSumerttbh, Sum
    pmNoOfSctpCommunicationErrACCUMULATIONINT8Number of Stream Control Transmission Protocol (SCTP) communication error.RNC_Mtp3bSpItu_Signaling.pmNoOfSctpCommunicationErrSumerttbh, Sum
    pmNoOfSctpNetworkStatusChangeACCUMULATIONINT8Number of Stream Control Transmission Protocol (SCTP) network status change.RNC_Mtp3bSpItu_Signaling.pmNoOfSctpNetworkStatusChangeSumerttbh, Sum
    pmNoOfSctpResumeSendingACCUMULATIONINT8Number of Stream Control Transmission Protocol (SCTP) resume sending data message.RNC_Mtp3bSpItu_Signaling.pmNoOfSctpResumeSendingSumerttbh, Sum
    pmNoOfSctpSendFailureACCUMULATIONINT8Number of Stream Control Transmission Protocol (SCTP) send failures.RNC_Mtp3bSpItu_Signaling.pmNoOfSctpSendFailureSumerttbh, Sum
    pmNoOfSLTAFirstTimeOutRecACCUMULATIONINT8Number of Signalling Link Test Acknowledgement (SLTA) first time-out received.RNC_Mtp3bSpItu_Signaling.pmNoOfSLTAFirstTimeOutRecSumerttbh, Sum
    pmNoOfSLTASecondTimeOutRecACCUMULATIONINT8Number of Signalling Link Test Acknowledgement (SLTA) second time-out received.RNC_Mtp3bSpItu_Signaling.pmNoOfSLTASecondTimeOutRecSumerttbh, Sum
    pmNoOfSuccessAssocAbortACCUMULATIONINT8The number of successful abortions of signalling associations.RNC_Mtp3bSpItu_Signaling.pmNoOfSuccessAssocAbortSumerttbh, Sum
    pmNoOfSuccessAssocEstablishACCUMULATIONINT8Number of successful association establishments.RNC_Mtp3bSpItu_Signaling.pmNoOfSuccessAssocEstablishSumerttbh, Sum
    pmNoOfSuccessAssocShutDownACCUMULATIONINT8-Obsolete in P5, Mtp3BspItu- The number of successful shutdowns of signalling associations.RNC_Mtp3bSpItu_Signaling.pmNoOfSuccessAssocShutDownSumerttbh, Sum
    pmNoOfTimerT21WasStartedACCUMULATIONINT8The number of times an adjacent node has restarted.RNC_Mtp3bSpItu_Signaling.pmNoOfTimerT21WasStartedSumerttbh, Sum
    pmNoOfTRARecACCUMULATIONINT8Number of received Traffic Restart Allowed (TRA) messages.RNC_Mtp3bSpItu_Signaling.pmNoOfTRARecSumerttbh, Sum
    pmNoOfTRASentACCUMULATIONINT8Number of sent Traffic Restart Allowed (TRA) messages.RNC_Mtp3bSpItu_Signaling.pmNoOfTRASentSumerttbh, Sum
    pmNoOfUnsuccessAssocAbortACCUMULATIONINT8The number of unsuccessful abortions of signalling associationsRNC_Mtp3bSpItu_Signaling.pmNoOfUnsuccessAssocAbortSumerttbh, Sum
    pmNoOfUnsuccessAssocEstablishACCUMULATIONINT8Number of unsuccessful association establishments.RNC_Mtp3bSpItu_Signaling.pmNoOfUnsuccessAssocEstablishSumerttbh, Sum
    pmNoOfUnsuccessAssocShutDownACCUMULATIONINT8-Obsolete in P5, Mtp3BspItu- The number of unsuccessful shutdowns of signalling associations.RNC_Mtp3bSpItu_Signaling.pmNoOfUnsuccessAssocShutDownSumerttbh, Sum
    pmNoOfUnsuccessControlledReroutingACCUMULATIONINT8Number of unsuccessfully performed controlled reroutings.RNC_Mtp3bSpItu_Signaling.pmNoOfUnsuccessControlledReroutingSumerttbh, Sum
    pmNoOfUnsuccessForcedReroutingACCUMULATIONINT8Number of unsuccessfully performed forced reroutings.RNC_Mtp3bSpItu_Signaling.pmNoOfUnsuccessForcedReroutingSumerttbh, Sum
    pmNoOfUPMsgDiscardedDueToRoutingErrACCUMULATIONINT8Number of user part (UP) messages (MTP_TRANSFER_req) discarded due to routing error.RNC_Mtp3bSpItu_Signaling.pmNoOfUPMsgDiscardedDueToRoutingErrSumerttbh, Sum


    8.51 MTP3B_SR Performance Indicators

    This section shows the key performance indicators and other counters for the MTP3B_SR object, divided into the following sub-sections:


    MTP3B_SR.Ericsson.UMTS.SR_MTP

    UTRAN MTP signalling.

    KPITypeData TypeDescriptionDerivationDefault AggregatorOther Aggregators
    pmNoOfSecondsAccumulatedRouteUnavailableACCUMULATIONINT8The number of seconds accumulated route unavailable.ME_TN_Mtp3bSpItu_Mtp3bSrs_Mtp3bSr.pmNoOfSecondsAccumulatedRouteUnavailableSumerttbh, Sum


    8.52 MTP3B_SRS Performance Indicators

    This section shows the key performance indicators and other counters for the MTP3B_SRS object, divided into the following sub-sections:


    MTP3B_SRS.Ericsson.UMTS.MTP

    UTRAN MTP signalling.

    KPITypeData TypeDescriptionDerivationDefault AggregatorOther Aggregators
    pmNoOfDiscardedMsgFromBroadToNarrowACCUMULATIONINT8A broadband message is larger than 272 octets and discarded, due to being too large for Narrowband.ME_TN_Mtp3bSpItu_Mtp3bSrs.pmNoOfDiscardedMsgFromBroadToNarrowSumerttbh, Sum
    pmNoOfSecsAccRouteSetUnavailableINTENSITYINTEGERNumber of seconds of route set unavailability accumulated during 30 minutesME_TN_Mtp3bSpItu_Mtp3bSrs.pmNoOfSecsAccRouteSetUnavailableAverageAverage, erttbh, Maximum, Minimum, Sum
    pmNoOfTransferAllowedRecACCUMULATIONINT8Number of received Transfer Allowed (TFA) messages.ME_TN_Mtp3bSpItu_Mtp3bSrs.pmNoOfTransferAllowedRecSumerttbh, Sum
    pmNoOfTransferControlledRecACCUMULATIONINT8Number of received Transfer Controlled (TFA) messages.ME_TN_Mtp3bSpItu_Mtp3bSrs.pmNoOfTransferControlledRecSumerttbh, Sum
    pmNoOfTransferProhibitedRecACCUMULATIONINT8Number of received Transfer Prohibited (TFA) messages.ME_TN_Mtp3bSpItu_Mtp3bSrs.pmNoOfTransferProhibitedRecSumerttbh, Sum


    8.53 NBAPCommon Performance Indicators

    This section shows the key performance indicators and other counters for the NBAPCommon object, divided into the following sub-sections:


    NBAPCommon.Ericsson.UMTS.NBAP

    NBAP related message statistics.

    KPITypeData TypeDescriptionDerivationDefault AggregatorOther Aggregators
    pmNoOfDiscardedNbapMessagesACCUMULATIONINTEGERNumber of NBAP: Radio Link Setup Messages reject by Admission Control due to UNI-SAAL congestion.ManagedElement_RncFunction_NbapCommon.pmNoOfDiscardedNbapMessagesSumerttbh, Sum


    8.54 Neighbour Performance Indicators

    This section shows the key performance indicators and other counters for the Neighbour object, divided into the following sub-sections:


    Neighbour.Ericsson.UMTS.CN_Hard_Handover

    Core network hard handover statistics.

    KPITypeData TypeDescriptionDerivationDefault AggregatorOther Aggregators
    _%_pmNoSuccOutCnhhoCsNonSpeechPERCENTAGEFLOATPercentage number of successful outgoing CN Hard Handover for a CS RAB. When there are more than one cell in AS, the counter is stepped in the best cell (other than speech). Stepped at RANAP Iu Release Command with cause value -Successful Relocation- or -Normal Release-.100 * {pmNoSuccOutCnhhoCsNonSpeech}/{pmNoAttOutCnhhoCsNonSpeech}AverageAverage, ecttbh
    _%_pmNoSuccOutCnhhoSpeechPERCENTAGEFLOATPercentage number of successful outgoing CN Hard Handover for speech RAB. When there are more than one cell in AS, the counter is stepped in the best cell. Stepped at RANAP Iu Release Command with cause value -Successful Relocation- or -Normal Release-.100 * {pmNoSuccOutCnhhoSpeech}/{pmNoAttOutCnhhoSpeech}AverageAverage, ecttbh
    pmNoAttOutCnhhoCsNonSpeechACCUMULATIONINTEGERNumber of attempts to perform an outgoing CN Hard Handover for a CS RAB. When there are more than one cell in AS, the counter is stepped in the best cell (other than speech). Stepped when RRC Radio Bearer Reconfiguration, Physical Channel Reconfiguration, Transport Channel Reconfiguration, Radio Bearer Setup or Radio Bearer Release is sent.ManagedElement_RncFunction_UtranCell_UtranRelation.pmNoAttOutCnhhoCsNonSpeechSumecttbh, Sum
    pmNoAttOutCnhhoPsConnReleaseACCUMULATIONINTEGERNumber of connection releases attempts due to that a CN HHO is needed. When there are more than one cell in AS, the counter is stepped in the best cell. Stepped when: For PS Only, when RRC Connection Release is sent For CS + PS, when RRC Radio Bearer Release is sent.ManagedElement_RncFunction_UtranCell_UtranRelation.pmNoAttOutCnhhoPsConnReleaseSumecttbh, Sum
    pmNoAttOutCnhhoSpeechACCUMULATIONINTEGERNumber of attempts to perform an outgoing CN Hard Handover for speech RAB. When there are more than one cell in AS, the counter is stepped in the best cell. Stepped when RRC Radio Bearer Reconfiguration, Physical Channel Reconfiguration, Transport Channel Reconfiguration, Radio Bearer Setup or Radio Bearer Release is sent.ManagedElement_RncFunction_UtranCell_UtranRelation.pmNoAttOutCnhhoSpeechSumecttbh, Sum
    pmNoAttOutLoadBasedCnhhoACCUMULATIONINTEGERNumber of attempted outgoing CN Hard Handovers triggered by load.ManagedElement_RncFunction_UtranCell_UtranRelation.pmNoAttOutLoadBasedCnhhoSumecttbh, Sum
    pmNoSuccOutCnhhoCsNonSpeechACCUMULATIONINTEGERNumber of successful outgoing CN Hard Handover for a CS RAB. When there are more than one cell in AS, the counter is stepped in the best cell (other than speech). Stepped at RANAP Iu Release Command with cause value -Successful Relocation- or -Normal Release-.ManagedElement_RncFunction_UtranCell_UtranRelation.pmNoSuccOutCnhhoCsNonSpeechSumecttbh, Sum
    pmNoSuccOutCnhhoSpeechACCUMULATIONINTEGERNumber of successful outgoing CN Hard Handover for speech RAB. When there are more than one cell in AS, the counter is stepped in the best cell. Stepped at RANAP Iu Release Command with cause value -Successful Relocation- or -Normal Release-.ManagedElement_RncFunction_UtranCell_UtranRelation.pmNoSuccOutCnhhoSpeechSumecttbh, Sum
    pmNoSuccOutLoadBasedCnhhoACCUMULATIONINTEGERNumber of successful outgoing CN Hard Handovers triggered by load.ManagedElement_RncFunction_UtranCell_UtranRelation.pmNoSuccOutLoadBasedCnhhoSumecttbh, Sum


    Neighbour.Ericsson.UMTS.Inter_frequency_handover_PS

    Hard handover success rate between frequencies in UtranCell for PS data.

    KPITypeData TypeDescriptionDerivationDefault AggregatorOther Aggregators
    pmAttNonBlindIfhoPsIntEulACCUMULATIONINTEGERNumber of attempted non-blind outgoing inter-frequency handovers for the PS Interactive RAB mapped on EUL in the uplink. Used to monitor the number of times that UEs have been ordered to perform interfrequency handover. The decision to initiate handover is based on measurements performed by the UE on the target frequency.ManagedElement_RncFunction_UtranCell_UtranRelation.pmAttNonBlindIfhoPsIntEulSumecttbh
    pmAttNonBlindIfhoPsIntHsACCUMULATIONINTEGERNumber of attempted non-blind outgoing inter-frequency handovers for PS Interactive RABs mapped on HSDPA in the downlink. Used to monitor the number of times that UEs have been ordered to perform interfrequency handover. The decision to initiate handover is based on measurements performed by the UE on the target frequency.ManagedElement_RncFunction_UtranCell_UtranRelation.pmAttNonBlindIfhoPsIntHsSumecttbh
    pmAttNonBlindIfhoPsStrHsACCUMULATIONINTEGERNumber of attempted non-blind outgoing inter-frequency handovers for PS Streaming RABs mapped on HSDPA in the downlink. Used to monitor the number of times that UEs have been ordered to perform interfrequency handover. The decision to initiate handover is based on measurements performed by the UE on the target frequency.ManagedElement_RncFunction_UtranCell_UtranRelation.pmAttNonBlindIfhoPsStrHsSumecttbh
    pmFailNonBlindIfhoFailRevPsIntEulACCUMULATIONINTEGERNumber of failed non-blind outgoing inter-frequency handovers, where the UE fails to return to the present active set, for PS Interactive RABs mapped on EUL in the uplink. Used to monitor the number of times that UEs that had been ordered to perform interfrequency handover failed and got lost. The handover decision was based on measurements performed by the UE on the target frequency.ManagedElement_RncFunction_UtranCell_UtranRelation.pmFailNonBlindIfhoFailRevPsIntEulSumecttbh
    pmFailNonBlindIfhoFailRevPsIntHsACCUMULATIONINTEGERNumber of failed non-blind outgoing inter-frequency handovers, where the UE fails to return to the present active set, for PS Interactive RABs mapped on HSDPA in the downlink. Used to monitor the number of times that UEs that had been ordered to perform interfrequency handover failed and got lost. The handover decision was based on measurements performed by the UE on the target frequency.ManagedElement_RncFunction_UtranCell_UtranRelation.pmFailNonBlindIfhoFailRevPsIntHsSumecttbh
    pmFailNonBlindIfhoFailRevPsStrHsACCUMULATIONINTEGERNumber of failed non-blind outgoing inter-frequency handovers, where the UE fails to return to the present active set, for PS Streaming RABs mapped on HSDPA in the downlink. Used to monitor the number of times that UEs that had been ordered to perform interfrequency handover failed and got lost. The handover decision was based on measurements performed by the UE on the target frequency.ManagedElement_RncFunction_UtranCell_UtranRelation.pmFailNonBlindIfhoFailRevPsStrHsSumecttbh
    pmFailNonBlindIfhoRevPsIntEulACCUMULATIONINTEGERNumber of failed non-blind outgoing inter-frequency handovers, where the UE returns to the present active set, for PS Interactive RABs mapped on EUL in the uplink. Used to monitor the number of times that UEs that had been ordered to perform interfrequency handover reverted to the source frequency, due to the fact that they did not manage to synchronize on the target one. The handover decision was based on measurements performed by the UE on the target frequency.ManagedElement_RncFunction_UtranCell_UtranRelation.pmFailNonBlindIfhoRevPsIntEulSumecttbh
    pmFailNonBlindIfhoRevPsIntHsACCUMULATIONINTEGERNumber of failed non-blind outgoing inter-frequency handovers, where the UE returns to the present active set, for PS Interactive RABs mapped on HSDPA in the downlink. Used to monitor the number of times that UEs that had been ordered to perform interfrequency handover reverted to the source frequency, due to the fact that they did not manage to synchronize on the target one. The handover decision was based on measurements performed by the UE on the target frequency.ManagedElement_RncFunction_UtranCell_UtranRelation.pmFailNonBlindIfhoRevPsIntHsSumecttbh
    pmFailNonBlindIfhoRevPsStrHsACCUMULATIONINTEGERNumber of failed non-blind outgoing inter-frequency handovers, where the UE returns to the present active set, for PS Streaming RABs mapped on HSDPA in the downlink. Used to monitor the number of times that UEs that had been ordered to perform interfrequency handover reverted to the source frequency, due to the fact that they did not manage to synchronize on the target one. The handover decision was based on measurements performed by the UE on the target frequency.ManagedElement_RncFunction_UtranCell_UtranRelation.pmFailNonBlindIfhoRevPsStrHsSumecttbh
    pmSuccNonBlindIfhoPsIntEulACCUMULATIONINTEGERNumber of successful non-blind outgoing inter-frequency handovers for PS Interactive RABs mapped on EUL in the uplink. Used to monitor the number of times that UEs have succeeded in performing interfrequency handover. The decision to initiate handover is based on measurements performed by the UE on the target frequency.ManagedElement_RncFunction_UtranCell_UtranRelation.pmSuccNonBlindIfhoPsIntEulSumecttbh
    pmSuccNonBlindIfhoPsIntHsACCUMULATIONINTEGERNumber of successful non-blind outgoing inter-frequency handovers for PS Interactive RABs mapped on HSDPA in the downlink. Used to monitor the number of times that UEs have succeeded in performing interfrequency handover. The decision to initiate handover is based on measurements performed by the UE on the target frequency.ManagedElement_RncFunction_UtranCell_UtranRelation.pmSuccNonBlindIfhoPsIntHsSumecttbh
    pmSuccNonBlindIfhoPsStrHsACCUMULATIONINTEGERNumber of successful non-blind outgoing inter-frequency handovers for PS Streaming RABs mapped on HSDPA in the downlink. Used to monitor the number of times that UEs have succeeded in performing interfrequency handover. The decision to initiate handover is based on measurements performed by the UE on the target frequency.ManagedElement_RncFunction_UtranCell_UtranRelation.pmSuccNonBlindIfhoPsStrHsSumecttbh


    Neighbour.Ericsson.UMTS.Inter_frequency_handover

    Hard handover success rate between frequencies in UtranCell for CS non-speech calls.

    KPITypeData TypeDescriptionDerivationDefault AggregatorOther Aggregators
    pmAttLoadBasedIfhoACCUMULATIONINTEGERNumber of attempted outgoing inter-frequency handovers triggered by load, not including CNHHO.ManagedElement_RncFunction_UtranCell_UtranRelation.pmAttLoadBasedIfhoSumecttbh, Sum
    pmAttNonBlindInterFreqHoCsConversationalACCUMULATIONINT8Number of Attempted Inter Frequency Handovers (not blind) for CS conversational.ManagedElement_RncFunction_UtranCell_UtranRelation.pmAttNonBlindInterFreqHoCsConversationalSumecttbh, Sum
    pmAttNonBlindInterFreqHoCsSpeech12ACCUMULATIONINT8Number of Attempted Inter Frequency Handovers (not blind) for speech 12.2k.ManagedElement_RncFunction_UtranCell_UtranRelation.pmAttNonBlindInterFreqHoCsSpeech12Sumecttbh, Sum
    pmAttNonBlindInterFreqHoPsInteractiveGreater64ACCUMULATIONINT8Number of Attempted Inter Frequency Handovers (not blind) for Interactive greater than 64k.ManagedElement_RncFunction_UtranCell_UtranRelation.pmAttNonBlindInterFreqHoPsInteractiveGreater64Sumecttbh, Sum
    pmAttNonBlindInterFreqHoPsInteractiveLess64ACCUMULATIONINT8Number of Attempted Inter Frequency Handovers (not blind) for Interactive less than 64k.ManagedElement_RncFunction_UtranCell_UtranRelation.pmAttNonBlindInterFreqHoPsInteractiveLess64Sumecttbh, Sum
    pmAttNonBlindInterFreqHoStreamingOtherACCUMULATIONINT8Number of Attempted Inter Frequency Handovers (not blind) for streaming and other reasons.ManagedElement_RncFunction_UtranCell_UtranRelation.pmAttNonBlindInterFreqHoStreamingOtherSumecttbh, Sum
    pmFailLoadBasedIfhoFailRevACCUMULATIONINTEGERNumber of failed outgoing inter-frequency handovers triggered by load, not including CNHHO, where the UE fails to return to the present active set.ManagedElement_RncFunction_UtranCell_UtranRelation.pmFailLoadBasedIfhoFailRevSumecttbh, Sum
    pmFailLoadBasedIfhoRevACCUMULATIONINTEGERNumber of failed outgoing inter-frequency handovers triggered by load, not including CNHHO, where the UE returns to the present active set.ManagedElement_RncFunction_UtranCell_UtranRelation.pmFailLoadBasedIfhoRevSumecttbh, Sum
    pmFailNonBlindInterFreqHoFailRevertCsConversationalACCUMULATIONINT8Number of Attempted Inter Frequency Handovers which have failed to revert back to original channel (not blind) for CS conversational.ManagedElement_RncFunction_UtranCell_UtranRelation.pmFailNonBlindInterFreqHoFailRevertCsConversationalSumecttbh, Sum
    pmFailNonBlindInterFreqHoFailRevertCsSpeech12ACCUMULATIONINT8Number of Attempted Inter Frequency Handovers which have failed to revert back to original channel (not blind) for speech 12.2k.ManagedElement_RncFunction_UtranCell_UtranRelation.pmFailNonBlindInterFreqHoFailRevertCsSpeech12Sumecttbh, Sum
    pmFailNonBlindInterFreqHoFailRevertPsInteractiveGreater64ACCUMULATIONINT8Number of Attempted Inter Frequency Handovers which have failed to revert back to original channel (not blind) for Interactive greater than 64k.ManagedElement_RncFunction_UtranCell_UtranRelation.pmFailNonBlindInterFreqHoFailRevertPsInteractiveGreater64Sumecttbh, Sum
    pmFailNonBlindInterFreqHoFailRevertPsInteractiveLess64ACCUMULATIONINT8Number of Attempted Inter Frequency Handovers which have failed to revert back to original channel (not blind) for Interactive less than 64k.ManagedElement_RncFunction_UtranCell_UtranRelation.pmFailNonBlindInterFreqHoFailRevertPsInteractiveLess64Sumecttbh, Sum
    pmFailNonBlindInterFreqHoFailRevertStreamingOtherACCUMULATIONINT8Number of Attempted Inter Frequency Handovers which have failed to revert back to original channel (not blind) for streaming and other reasons.ManagedElement_RncFunction_UtranCell_UtranRelation.pmFailNonBlindInterFreqHoFailRevertStreamingOtherSumecttbh, Sum
    pmFailNonBlindInterFreqHoRevertCsConversationalACCUMULATIONINT8Number of Attempted Inter Frequency Handovers which have reverted back to original channel (not blind) for CS conversational.ManagedElement_RncFunction_UtranCell_UtranRelation.pmFailNonBlindInterFreqHoRevertCsConversationalSumecttbh, Sum
    pmFailNonBlindInterFreqHoRevertCsSpeech12ACCUMULATIONINT8Number of Attempted Inter Frequency Handovers which have reverted back to original channel (not blind) for speech 12.2k.ManagedElement_RncFunction_UtranCell_UtranRelation.pmFailNonBlindInterFreqHoRevertCsSpeech12Sumecttbh, Sum
    pmFailNonBlindInterFreqHoRevertPsInteractiveGreater64ACCUMULATIONINT8Number of Attempted Inter Frequency Handovers which have reverted back to original channel (not blind) for Interactive greater than 64k.ManagedElement_RncFunction_UtranCell_UtranRelation.pmFailNonBlindInterFreqHoRevertPsInteractiveGreater64Sumecttbh, Sum
    pmFailNonBlindInterFreqHoRevertPsInteractiveLess64ACCUMULATIONINT8Number of Attempted Inter Frequency Handovers which have reverted back to original channel (not blind) for Interactive less than 64k.ManagedElement_RncFunction_UtranCell_UtranRelation.pmFailNonBlindInterFreqHoRevertPsInteractiveLess64Sumecttbh, Sum
    pmFailNonBlindInterFreqHoRevertStreamingOtherACCUMULATIONINT8Number of Attempted Inter Frequency Handovers which have reverted back to original channel (not blind) for streaming and other reasons.ManagedElement_RncFunction_UtranCell_UtranRelation.pmFailNonBlindInterFreqHoRevertStreamingOtherSumecttbh, Sum
    pmSuccLoadBasedIfhoACCUMULATIONINTEGERNumber of successful outgoing inter-frequency handovers triggered by load, not including CNHHO.ManagedElement_RncFunction_UtranCell_UtranRelation.pmSuccLoadBasedIfhoSumecttbh, Sum
    pmSuccNonBlindInterFreqHoCsConversationalACCUMULATIONINT8Number of Successful Inter Frequency Handovers (not blind) for CS conversational.ManagedElement_RncFunction_UtranCell_UtranRelation.pmSuccNonBlindInterFreqHoCsConversationalSumecttbh, Sum
    pmSuccNonBlindInterFreqHoCsSpeech12ACCUMULATIONINT8Number of Successful Inter Frequency Handovers (not blind) for speech 12.2k.ManagedElement_RncFunction_UtranCell_UtranRelation.pmSuccNonBlindInterFreqHoCsSpeech12Sumecttbh, Sum
    pmSuccNonBlindInterFreqHoPsInteractiveGreater64ACCUMULATIONINT8Number of Successful Inter Frequency Handovers (not blind) for Interactive greater than 64k.ManagedElement_RncFunction_UtranCell_UtranRelation.pmSuccNonBlindInterFreqHoPsInteractiveGreater64Sumecttbh, Sum
    pmSuccNonBlindInterFreqHoPsInteractiveLess64ACCUMULATIONINT8Number of Successful Inter Frequency Handovers (not blind) for Interactive less than 64k.ManagedElement_RncFunction_UtranCell_UtranRelation.pmSuccNonBlindInterFreqHoPsInteractiveLess64Sumecttbh, Sum
    pmSuccNonBlindInterFreqHoStreamingOtherACCUMULATIONINT8Number of Successful Inter Frequency Handovers (not blind) for streaming and other reasons.ManagedElement_RncFunction_UtranCell_UtranRelation.pmSuccNonBlindInterFreqHoStreamingOtherSumecttbh, Sum
    Succ_CS_non_speech_interfreq_HHOPERCENTAGEFLOAT(Report) Hard handover success rate between frequencies in UtranCell for CS non-speech calls.100 * {Ericsson.Inter_frequency_handover.pmSuccNonBlindInterFreqHoCsConversational}/{Ericsson.Inter_frequency_handover.pmAttNonBlindInterFreqHoCsConversational}AverageAverage, ecttbh
    Succ_CS_speech_interfreq_HHOPERCENTAGEFLOAT(Report) Hard handover success rate between frequencies in UtranCell for speech calls.100 * {Ericsson.Inter_frequency_handover.pmSuccNonBlindInterFreqHoCsSpeech12}/{Ericsson.Inter_frequency_handover.pmAttNonBlindInterFreqHoCsSpeech12}AverageAverage, ecttbh
    Succ_others_interfreq_HHOPERCENTAGEFLOAT(Report) Hard handover success rate between frequencies in UtranCell for other services.100 * {Ericsson.Inter_frequency_handover.pmSuccNonBlindInterFreqHoStreamingOther}/{Ericsson.Inter_frequency_handover.pmAttNonBlindInterFreqHoStreamingOther}AverageAverage, ecttbh
    Succ_PS_interactive_interfreq_HHO_greater_64PERCENTAGEFLOAT(Report) Hard handover success rate between frequencies in UtranCell for PS interactive calls with data rate larger than 64kbps.100 * {Ericsson.Inter_frequency_handover.pmSuccNonBlindInterFreqHoPsInteractiveGreater64}/{Ericsson.Inter_frequency_handover.pmAttNonBlindInterFreqHoPsInteractiveGreater64}AverageAverage, ecttbh
    Succ_PS_interactive_interfreq_HHO_less_64PERCENTAGEFLOAT(Report) Hard handover success rate between frequencies in UtranCell for PS interactive calls with data rate less than or equal 64kbps.100 * {Ericsson.Inter_frequency_handover.pmSuccNonBlindInterFreqHoPsInteractiveLess64}/{Ericsson.Inter_frequency_handover.pmAttNonBlindInterFreqHoPsInteractiveLess64}AverageAverage, ecttbh


    Neighbour.Ericsson.UMTS.inter_radio_access_technology_cell_change_outgoing

    Outgoing Inter radio access technology (e.g. UTRAN to GERAN) cell change/cell reselection handover statistics.

    KPITypeData TypeDescriptionDerivationDefault AggregatorOther Aggregators
    pmNoOutIratCcAttEulACCUMULATIONINTEGERNumber of PS IRAT cell change attempts for a UE on dedicated channels, with RB/RBs mapped on EUL in the uplink. Incremented in the relation between the best cell in the active set and the target cell. If the best cell in the active set has no cell relation towards the target cell, the cell change will not be counted in this RNC.ManagedElement_RncFunction_UtranCell_GsmRelation.pmNoOutIratCcAttEulSumecttbh
    pmNoOutIratCcAttHsACCUMULATIONINTEGERNumber of PS IRAT cell change attempts for a UE on dedicated channels, with RB/RBs mapped on EUL in the uplink. Incremented in the relation between the best cell in the active set and the target cell. If the best cell in the active set has no cell relation towards the target cell, the cell change will not be counted in this RNC.ManagedElement_RncFunction_UtranCell_GsmRelation.pmNoOutIratCcAttHsSumecttbh
    pmnooutiratccattACCUMULATIONINT8Total number of the PS Inter-RATCC attempts on DCH.ManagedElement_RncFunction_UtranCell_GsmRelation.pmNoOutIratCcAttSumecttbh, Sum
    pmNoOutIratCcReturnOldChEulACCUMULATIONINTEGERNumber of PS IRAT cell change attempts for a UE on dedicated channels, with RB/RBs mapped on EUL in the uplink. Incremented in the relation between the best cell in the active set and the target cell. If the best cell in the active set has no cell relation towards the target cell, the cell change will not be counted in this RNC.ManagedElement_RncFunction_UtranCell_GsmRelation.pmNoOutIratCcReturnOldChEulSumecttbh
    pmNoOutIratCcReturnOldChHsACCUMULATIONINTEGERNumber of PS IRAT cell change attempts for a UE on dedicated channels, with RB/RBs mapped on EUL in the uplink. Incremented in the relation between the best cell in the active set and the target cell. If the best cell in the active set has no cell relation towards the target cell, the cell change will not be counted in this RNC.ManagedElement_RncFunction_UtranCell_GsmRelation.pmNoOutIratCcReturnOldChHsSumecttbh
    pmnooutiratccreturnoldchACCUMULATIONINT8Total number of the PS Inter-RATCC attempts for UE on DCH where the UE returns to old channel.ManagedElement_RncFunction_UtranCell_GsmRelation.pmNoOutIratCcReturnOldChSumecttbh, Sum
    pmNoOutIratCcSuccessEulACCUMULATIONINTEGERNumber of PS IRAT cell change attempts for a UE on dedicated channels, with RB/RBs mapped on EUL in the uplink. Incremented in the relation between the best cell in the active set and the target cell. If the best cell in the active set has no cell relation towards the target cell, the cell change will not be counted in this RNC.ManagedElement_RncFunction_UtranCell_GsmRelation.pmNoOutIratCcSuccessEulSumecttbh
    pmNoOutIratCcSuccessHsACCUMULATIONINTEGERNumber of PS IRAT cell change attempts for a UE on dedicated channels, with RB/RBs mapped on EUL in the uplink. Incremented in the relation between the best cell in the active set and the target cell. If the best cell in the active set has no cell relation towards the target cell, the cell change will not be counted in this RNC.ManagedElement_RncFunction_UtranCell_GsmRelation.pmNoOutIratCcSuccessHsSumecttbh
    pmNoOutIratCcSuccessACCUMULATIONINTEGERNumber of successful PS Inter RAT cell change attempts for UE on dedicated channel. The counter is triggered by CN Iu Release Command following the sending of the CELL CHANGE ORDER FROM UTRAN message. Inter-RAT CC from UTRAN to GPRS, UE on DCH. The Handover Evaluation function triggers this function to indicated that we need to make a handover to a GSM cell (A Measurement Report message (RRC) for event 3a has been received from the UE). The Cell Change Order from UTRAN (RRC) message is sent to the UE and the counter is increased when a Iu Release Command is received from the PS CN, with cause -Normal release- or -Successful Relocation-.ManagedElement_RncFunction_UtranCell_GsmRelation.pmNoOutIratCcSuccessSumecttbh, Sum


    Neighbour.Ericsson.UMTS.inter_radio_access_technology_handover_outgoing

    Outgoing Inter radio access technology (e.g. UTRAN to GERAN) handover statistics.

    KPITypeData TypeDescriptionDerivationDefault AggregatorOther Aggregators
    _%_pmNoFailOutSbHoSpeechVariousPERCENTAGEFLOATPercentage of failed outgoing Service Based GSM Handover due to various resource allocation failure, for -Conversational speech RAB- for the best cell in the active set100 * ({pmNoAttOutSbHoSpeech} + {pmNoFailOutSbHoSpeechReturnOldChNotPhyChFail} + {pmNoFailOutSbHoSpeechReturnOldChPhyChFail} + {pmNoFailOutSbHoSpeechUeRejection})/{pmNoAttOutSbHoSpeech}AverageAverage, ecttbh
    Fail_PS_cell_change_Ue_succ_returnPERCENTAGEFLOAT(Report) Cell change failure rate between UtranCell and target GSM cell for PS calls when the UE successfully returns to UtranCell.100 * {Ericsson.inter_radio_access_technology_cell_change_outgoing.pmnooutiratccreturnoldch}/{Ericsson.inter_radio_access_technology_cell_change_outgoing.pmnooutiratccatt}AverageAverage, ecttbh
    pmAttLbhoSpeechACCUMULATIONINT8Number of attempted outgoing (to GSM) load-based handovers.ManagedElement_RncFunction_UtranCell_GsmRelation.pmAttLbhoSpeechSumecttbh, Sum
    pmFailLbhoSpeechGsmFailureACCUMULATIONINT8Number of outgoing (to GSM) load-based handovers that failed due to GSM resource allocation failure.ManagedElement_RncFunction_UtranCell_GsmRelation.pmFailLbhoSpeechGsmFailureSumecttbh, Sum
    pmFailLbhoSpeechNotPhyChFailACCUMULATIONINT8Number of outgoing (to GSM) load-based handovers that failed due to reasons other than physical channel failure, where the UE returns to the present active set.ManagedElement_RncFunction_UtranCell_GsmRelation.pmFailLbhoSpeechNotPhyChFailSumecttbh, Sum
    pmFailLbhoSpeechPhyChFailReturnACCUMULATIONINT8Number of outgoing (to GSM) load-based handovers that failed due to physical channel failure, where the UE returns to the present active set.ManagedElement_RncFunction_UtranCell_GsmRelation.pmFailLbhoSpeechPhyChFailReturnSumecttbh, Sum
    pmFailLbhoSpeechUeRejectACCUMULATIONINT8Number of outgoing (to GSM) load-based handovers that failed due to rejection by the UE.ManagedElement_RncFunction_UtranCell_GsmRelation.pmFailLbhoSpeechUeRejectSumecttbh, Sum
    pmNoAttOutIratHoCs57ACCUMULATIONINT8Number of attempted Inter RAT Handover attempts to GSM for CS 57.6.ManagedElement_RncFunction_UtranCell_GsmRelation.pmNoAttOutIratHoCs57Sumecttbh, Sum
    pmNoAttOutIratHoMultiACCUMULATIONINT8Number of attempted Inter RAT Handover attempts to GSM for multirate.ManagedElement_RncFunction_UtranCell_GsmRelation.pmNoAttOutIratHoMultiSumecttbh, Sum
    pmNoAttOutIratHoSpeechACCUMULATIONINT8Number of attempted Inter RAT Handover attempts to GSM for speech.ManagedElement_RncFunction_UtranCell_GsmRelation.pmNoAttOutIratHoSpeechSumecttbh, Sum
    pmNoAttOutIratHoStandaloneACCUMULATIONINT8Number of attempted Inter RAT Handover attempts to GSM for standalone.ManagedElement_RncFunction_UtranCell_GsmRelation.pmNoAttOutIratHoStandaloneSumecttbh, Sum
    pmNoAttOutSbHoSpeechACCUMULATIONINTEGERNumber of attempted outgoing Service Based GSM Handover for -Conversational speech RAB- for the best cell in the active set. The counter is increased when RNC sends HANDOVER FROM UTRAN COMMAND. This counter will only be incremented in the SRNCManagedElement_RncFunction_UtranCell_GsmRelation.pmNoAttOutSbHoSpeechSumecttbh, Sum
    pmNoFailOutIratHoCs57GsmFailureACCUMULATIONINT8Number of failed CS Inter RAT Handover attempts to GSM where the UE returns to old channel due to congestion in GSM net or no answer from CN.ManagedElement_RncFunction_UtranCell_GsmRelation.pmNoFailOutIratHoCs57GsmFailureSumecttbh, Sum
    pmNoFailOutIratHoCs57ReturnOldChNotPhyChFailACCUMULATIONINT8Number of failed CS Inter RAT Handover attempts to GSM where the UE returns to old channel due to Unspecified and other.ManagedElement_RncFunction_UtranCell_GsmRelation.pmNoFailOutIratHoCs57ReturnOldChNotPhyChFailSumecttbh, Sum
    pmNoFailOutIratHoCs57ReturnOldChPhyChFailACCUMULATIONINT8Number of failed CS Inter RAT Handover attempts to GSM where the UE returns to old channel due to physical channel failure.ManagedElement_RncFunction_UtranCell_GsmRelation.pmNoFailOutIratHoCs57ReturnOldChPhyChFailSumecttbh, Sum
    pmNoFailOutIratHoCs57UeRejectionACCUMULATIONINT8Number of failed CS Inter RAT Handover attempts to GSM due to Ue rejection.ManagedElement_RncFunction_UtranCell_GsmRelation.pmNoFailOutIratHoCs57UeRejectionSumecttbh, Sum
    pmNoFailOutIratHoMultiGsmFailureACCUMULATIONINT8Number of failed multirate Inter RAT Handover attempts to GSM where the UE returns to old channel due to congestion in GSM net or no answer from CN.ManagedElement_RncFunction_UtranCell_GsmRelation.pmNoFailOutIratHoMultiGsmFailureSumecttbh, Sum
    pmNoFailOutIratHoMultiReturnOldChNotPhyChFailACCUMULATIONINT8Number of failed multirate Inter RAT Handover attempts to GSM where the UE returns to old channel due to Unspecified and other.ManagedElement_RncFunction_UtranCell_GsmRelation.pmNoFailOutIratHoMultiReturnOldChNotPhyChFailSumecttbh, Sum
    pmNoFailOutIratHoMultiReturnOldChPhyChFailACCUMULATIONINT8Number of failed multirate Inter RAT Handover attempts to GSM where the UE returns to old channel due to physical channel failure.ManagedElement_RncFunction_UtranCell_GsmRelation.pmNoFailOutIratHoMultiReturnOldChPhyChFailSumecttbh, Sum
    pmNoFailOutIratHoMultiUeRejectionACCUMULATIONINT8Number of failed multirate Inter RAT Handover attempts to GSM due to Ue rejection.ManagedElement_RncFunction_UtranCell_GsmRelation.pmNoFailOutIratHoMultiUeRejectionSumecttbh, Sum
    pmNoFailOutIratHoSpeechGsmFailureACCUMULATIONINT8Number of failed speech Inter RAT Handover attempts to GSM where the UE returns to old channel due to congestion in GSM net or no answer from CN.ManagedElement_RncFunction_UtranCell_GsmRelation.pmNoFailOutIratHoSpeechGsmFailureSumecttbh, Sum
    pmNoFailOutIratHoSpeechReturnOldChNotPhyChFailACCUMULATIONINT8Number of failed speech Inter RAT Handover attempts to GSM where the UE returns to old channel due to Unspecified and other.ManagedElement_RncFunction_UtranCell_GsmRelation.pmNoFailOutIratHoSpeechReturnOldChNotPhyChFailSumecttbh, Sum
    pmNoFailOutIratHoSpeechReturnOldChPhyChFailACCUMULATIONINT8Number of failed speech Inter RAT Handover attempts to GSM where the UE returns to old channel due to physical channel failure.ManagedElement_RncFunction_UtranCell_GsmRelation.pmNoFailOutIratHoSpeechReturnOldChPhyChFailSumecttbh, Sum
    pmNoFailOutIratHoSpeechUeRejectionACCUMULATIONINT8Number of failed speech Inter RAT Handover attempts to GSM due to Ue rejection.ManagedElement_RncFunction_UtranCell_GsmRelation.pmNoFailOutIratHoSpeechUeRejectionSumecttbh, Sum
    pmNoFailOutIratHoStandaloneGsmFailureACCUMULATIONINT8Number of failed standalone Inter RAT Handover attempts to GSM where the UE returns to old channel due to congestion in GSM net or no answer from CN.ManagedElement_RncFunction_UtranCell_GsmRelation.pmNoFailOutIratHoStandaloneGsmFailureSumecttbh, Sum
    pmNoFailOutIratHoStandaloneReturnOldChNotPhyChFailACCUMULATIONINT8Number of failed standalone Inter RAT Handover attempts to GSM where the UE returns to old channel due to Unspecified and other.ManagedElement_RncFunction_UtranCell_GsmRelation.pmNoFailOutIratHoStandaloneReturnOldChNotPhyChFailSumecttbh, Sum
    pmNoFailOutIratHoStandaloneReturnOldChPhyChFailACCUMULATIONINT8Number of failed standalone Inter RAT Handover attempts to GSM where the UE returns to old channel due to physical channel failure.ManagedElement_RncFunction_UtranCell_GsmRelation.pmNoFailOutIratHoStandaloneReturnOldChPhyChFailSumecttbh, Sum
    pmNoFailOutIratHoStandaloneUeRejectionACCUMULATIONINT8Number of failed standalone Inter RAT Handover attempts to GSM due to Ue rejection.ManagedElement_RncFunction_UtranCell_GsmRelation.pmNoFailOutIratHoStandaloneUeRejectionSumecttbh, Sum
    pmNoFailOutSbHoSpeechGsmFailureACCUMULATIONINTEGERNumber of failed outgoing Service Based GSM Handover due to GSM resource allocation failure, for -Conversational speech RAB- for the best cell in the active set. The counter is increased when a RANAP RELOCATION PREPARATION FAILURE message is received from CN or a timeout of timer RELOCprep occurs. This counter will only be incremented in the SRNC.ManagedElement_RncFunction_UtranCell_GsmRelation.pmNoFailOutSbHoSpeechGsmFailureSumecttbh, Sum
    pmNoFailOutSbHoSpeechReturnOldChNotPhyChFailACCUMULATIONINTEGERNumber of failed outgoing Service Based GSM Handover due to reasons other than physical channel failure, where the UE returns to the present Active Set for -Conversational speech RAB- for the best cell in the active set. The counter is increased when HANDOVER FROM UTRAN FAILURE is received with cause: any other cause apart from -Physical channel failure- or 'Configuration unacceptable-. This counter will only be incremented in the SRNC.ManagedElement_RncFunction_UtranCell_GsmRelation.pmNoFailOutSbHoSpeechReturnOldChNotPhyChFailSumecttbh, Sum
    pmNoFailOutSbHoSpeechReturnOldChPhyChFailACCUMULATIONINTEGERNumber of failed outgoing Service Based GSM Handover due to physical channel failure, where the UE returns to the present Active Set for -Conversational speech RAB- for the best cell in the active set.The counter is increased when HANDOVER FROM UTRAN FAILURE is received with cause -Physical channel failure-. This counter will only be incremented in the SRNC.ManagedElement_RncFunction_UtranCell_GsmRelation.pmNoFailOutSbHoSpeechReturnOldChPhyChFailSumecttbh, Sum
    pmNoFailOutSbHoSpeechUeRejectionACCUMULATIONINTEGERNumber of failed outgoing Service Based GSM Handover, rejected by UE, for -Conversational speech RAB- for the best cell in the active set.The counter is increased when HANDOVER FROM UTRAN FAILURE is received with cause -Configuration unacceptable-. This counter will only be incremented in the SRNC.ManagedElement_RncFunction_UtranCell_GsmRelation.pmNoFailOutSbHoSpeechUeRejectionSumecttbh, Sum
    pmNoSuccessOutIratHoCs57ACCUMULATIONINT8Number of successful Inter RAT Handover attempts to GSM for CS 57.6.ManagedElement_RncFunction_UtranCell_GsmRelation.pmNoSuccessOutIratHoCs57Sumecttbh, Sum
    pmNoSuccessOutIratHoMultiACCUMULATIONINT8Number of successful Inter RAT Handover attempts to GSM for multirate.ManagedElement_RncFunction_UtranCell_GsmRelation.pmNoSuccessOutIratHoMultiSumecttbh, Sum
    pmNoSuccessOutIratHoSpeechACCUMULATIONINT8Number of successful Inter RAT Handover attempts to GSM for speech.ManagedElement_RncFunction_UtranCell_GsmRelation.pmNoSuccessOutIratHoSpeechSumecttbh, Sum
    pmNoSuccessOutIratHoStandaloneACCUMULATIONINT8Number of successful Inter RAT Handover attempts to GSM for standalone.ManagedElement_RncFunction_UtranCell_GsmRelation.pmNoSuccessOutIratHoStandaloneSumecttbh, Sum
    pmNoSuccessOutSbHoSpeechACCUMULATIONINTEGERNumber of successful outgoing Service Based GSM Handover for -Conversational speech RAB- for the best cell in the active set.The counter is increased when IU RELEASE COMMAND is received with cause -Normal release- or -Successful relocation-. This counter will only be incremented in the SRNC.ManagedElement_RncFunction_UtranCell_GsmRelation.pmNoSuccessOutSbHoSpeechSumecttbh, Sum
    pmSuccLbhoSpeechACCUMULATIONINT8Number of successful outgoing (to GSM) load-based handovers.ManagedElement_RncFunction_UtranCell_GsmRelation.pmSuccLbhoSpeechSumecttbh, Sum
    Succ_CS57_IRAT_HHOPERCENTAGEFLOAT(Report) Hard handover success rate between UtranCell and target GSM cell for CS streaming calls.100 * {Ericsson.inter_radio_access_technology_handover_outgoing.pmNoSuccessOutIratHoCs57}/{Ericsson.inter_radio_access_technology_handover_outgoing.pmNoAttOutIratHoCs57}AverageAverage, ecttbh
    Succ_multi_RAB_IRAT_HHOPERCENTAGEFLOAT(Report) Hard handover success rate between UtranCell and target GSM cell for Multi-RAB calls.100 * {Ericsson.inter_radio_access_technology_handover_outgoing.pmNoSuccessOutIratHoMulti}/{Ericsson.inter_radio_access_technology_handover_outgoing.pmNoAttOutIratHoMulti}AverageAverage, ecttbh
    Succ_speech_IRAT_HHOPERCENTAGEFLOAT(Report) Hard handover success rate between UtranCell and target GSM cell for speech calls.100 * {Ericsson.inter_radio_access_technology_handover_outgoing.pmNoSuccessOutIratHoSpeech}/{Ericsson.inter_radio_access_technology_handover_outgoing.pmNoAttOutIratHoSpeech}AverageAverage, ecttbh


    Neighbour.Ericsson.UMTS.soft_softer_handover

    Soft softer handover statistics.

    KPITypeData TypeDescriptionDerivationDefault AggregatorOther Aggregators
    pmRlAddAttemptsBestCellCsConversACCUMULATIONINT8Number of Attempted RL added for best cell CS conversational.ManagedElement_RncFunction_UtranCell_UtranRelation.pmRlAddAttemptsBestCellCsConversSumecttbh, Sum
    pmRlAddAttemptsBestCellPacketHighACCUMULATIONINT8Number of Attempted RL added for best cell high PS data rates.ManagedElement_RncFunction_UtranCell_UtranRelation.pmRlAddAttemptsBestCellPacketHighSumecttbh, Sum
    pmRlAddAttemptsBestCellPacketLowACCUMULATIONINT8Number of Attempted RL added for best cell for low packet data rates.ManagedElement_RncFunction_UtranCell_UtranRelation.pmRlAddAttemptsBestCellPacketLowSumecttbh, Sum
    pmRlAddAttemptsBestCellSpeechACCUMULATIONINT8Number of Attempted RL added for best cell for speech.ManagedElement_RncFunction_UtranCell_UtranRelation.pmRlAddAttemptsBestCellSpeechSumecttbh, Sum
    pmRlAddAttemptsBestCellStandAloneACCUMULATIONINT8Number of Attempted RL added for best cell for standalone.ManagedElement_RncFunction_UtranCell_UtranRelation.pmRlAddAttemptsBestCellStandAloneSumecttbh, Sum
    pmRlAddAttemptsBestCellStreamACCUMULATIONINT8Number of Attempted RL added for best cell for streaming.ManagedElement_RncFunction_UtranCell_UtranRelation.pmRlAddAttemptsBestCellStreamSumecttbh, Sum
    pmRlAddSuccessBestCellCsConversACCUMULATIONINT8Number of Successful RL added for best cell CS conversational.ManagedElement_RncFunction_UtranCell_UtranRelation.pmRlAddSuccessBestCellCsConversSumecttbh, Sum
    pmRlAddSuccessBestCellPacketHighACCUMULATIONINT8Number of Successful RL added for best cell high PS data rates.ManagedElement_RncFunction_UtranCell_UtranRelation.pmRlAddSuccessBestCellPacketHighSumecttbh, Sum
    pmRlAddSuccessBestCellPacketLowACCUMULATIONINT8Number of Successful RL added for best cell for low packet data rates.ManagedElement_RncFunction_UtranCell_UtranRelation.pmRlAddSuccessBestCellPacketLowSumecttbh, Sum
    pmRlAddSuccessBestCellSpeechACCUMULATIONINT8Number of Successful RL added for best cell for speech.ManagedElement_RncFunction_UtranCell_UtranRelation.pmRlAddSuccessBestCellSpeechSumecttbh, Sum
    pmRlAddSuccessBestCellStandAloneACCUMULATIONINT8Number of Successful RL added for best cell for standalone.ManagedElement_RncFunction_UtranCell_UtranRelation.pmRlAddSuccessBestCellStandAloneSumecttbh, Sum
    pmRlAddSuccessBestCellStreamACCUMULATIONINT8Number of Successful RL added for best cell for streaming.ManagedElement_RncFunction_UtranCell_UtranRelation.pmRlAddSuccessBestCellStreamSumecttbh, Sum


    8.55 Neighbour_RNC Performance Indicators

    This section shows the key performance indicators and other counters for the Neighbour_RNC object, divided into the following sub-sections:


    Neighbour_RNC.Ericsson.UMTS.CN_Hard_Handover

    Core network hard handover statistics.

    KPITypeData TypeDescriptionDerivationDefault AggregatorOther Aggregators
    _%_pmNoSuccIncCnhhoCsNonSpeechPERCENTAGEFLOATPercentage number of successful incoming CN Hard Handover for a CS RAB (other The counter is stepped when RRC Radio Bearer Reconfiguration Complete is received. than Speech).100 * {pmNoSuccIncCnhhoCsNonSpeech}/{pmNoAttIncCnhhoCsNonSpeech}AverageAverage, erttbh
    _%_pmNoSuccIncCnhhoSpeechPERCENTAGEFLOATPercentage number of attempts to perform incoming CN Hard Handover for a CS RAB (other than speech). The counter is stepped when RRC Radio Bearer Reconfiguration Complete is received.100 * {pmNoSuccIncCnhhoSpeech}/{pmNoAttIncCnhhoSpeech}AverageAverage, erttbh
    pmNoAttIncCnhhoCsNonSpeechACCUMULATIONINTEGERNumber of attempts to perform incoming CN Hard Handover for a CS RAB (other than speech) during inter-RNC mobility.The counter is stepped when RANAP Relocation Request Acknowledge is sent.ManagedElement_RncFunction_IurLink.pmNoAttIncCnhhoCsNonSpeechSumAverage, erttbh, Sum
    pmNoAttIncCnhhoSpeechACCUMULATIONINTEGERNumber of attempts to perform incoming CN Hard Handover for a CS speech RAB during inter-RNC mobility.The counter is stepped when RANAP Relocation Request Acknowledge is sent.ManagedElement_RncFunction_IurLink.pmNoAttIncCnhhoSpeechSumAverage, erttbh, Sum
    pmNoSuccIncCnhhoCsNonSpeechACCUMULATIONINTEGERNumber of successful incoming CN Hard Handover for a CS RAB (other The counter is stepped when RRC Radio Bearer Reconfiguration Complete is received. than Speech).ManagedElement_RncFunction_IurLink.pmNoSuccIncCnhhoCsNonSpeechSumAverage, erttbh, Sum
    pmNoSuccIncCnhhoSpeechACCUMULATIONINTEGERNumber of attempts to perform incoming CN Hard Handover for a CS RAB (other than speech). The counter is stepped when RRC Radio Bearer Reconfiguration Complete is received.ManagedElement_RncFunction_IurLink.pmNoSuccIncCnhhoSpeechSumAverage, erttbh, Sum


    Neighbour_RNC.Ericsson.UMTS.common_transport_channel_error_handling_in_iur

    -Obsolete in P5, IurCchUp- Iur statistics on error handling in common transport channel.

    KPITypeData TypeDescriptionDerivationDefault AggregatorOther Aggregators
    pmiurcommoncontrolframesfaultyACCUMULATIONINT8-Obsolete in P5, IurCchUp- Number of Faulty Control Frames on Iur Common Transport Bearer per Iur link.ManagedElement_RncFunction_IurLink_IurCchUp.pmIurCommonControlFramesFaultySumerttbh, Sum
    pmiurcommoncontrolframesACCUMULATIONINT8-Obsolete in P5, IurCchUp- Number of Control Frames on Iur Common Transport Bearer per Iur link.ManagedElement_RncFunction_IurLink_IurCchUp.pmIurCommonControlFramesSumerttbh, Sum
    pmiurcommondlframesfaultyACCUMULATIONINT8-Obsolete in P5, IurCchUp- Number of Down-Link Frames on Iur Common Transport Bearer with faulty header or payload CRC per Iur link.ManagedElement_RncFunction_IurLink_IurCchUp.pmIurCommonDlFramesFaultySumerttbh, Sum
    pmiurcommondlframesACCUMULATIONINT8-Obsolete in P5, IurCchUp- Number of Down-Link Frames on Iur Common Transport Bearer per Iur link.ManagedElement_RncFunction_IurLink_IurCchUp.pmIurCommonDlFramesSumerttbh, Sum
    pmiurcommonfachcontrolframesACCUMULATIONINT8-Obsolete in P5, IurCchUp- Number of FACH flow control frames with credits=0 on Iur Common Transport Bearer per Iur link.ManagedElement_RncFunction_IurLink_IurCchUp.pmIurCommonFachControlFramesSumerttbh, Sum
    pmiurcommonfachcontrolframetimeoutACCUMULATIONINT8-Obsolete in P5, IurCchUp- Number of time-outs at waiting for FACH control frame with credits=0 on Iur Common Transport Bearer per Iur link.ManagedElement_RncFunction_IurLink_IurCchUp.pmIurCommonFachControlFrameTimeoutSumerttbh, Sum
    pmiurcommonfachdataframesfaultyACCUMULATIONINT8-Obsolete in P5, IurCchUp- Number of discarded FACH Data Frames on Iur Common Transport Bearer per Iur link.ManagedElement_RncFunction_IurLink_IurCchUp.pmIurCommonFachDataFramesFaultySumerttbh, Sum
    pmiurcommonfachdataframesACCUMULATIONINT8-Obsolete in P5, IurCchUp- Number of FACH Data Frames on Iur Common Transport Bearer per Iur link.ManagedElement_RncFunction_IurLink_IurCchUp.pmIurCommonFachDataFramesSumerttbh, Sum
    pmiurcommonulframesfaultyACCUMULATIONINT8-Obsolete in P5, IurCchUp- Number of Up-Link Frames on Iur Common Transport Bearer with faulty header or payload CRC per Iur link.ManagedElement_RncFunction_IurLink_IurCchUp.pmIurCommonUlFramesFaultySumerttbh, Sum
    pmiurcommonulframesACCUMULATIONINT8-Obsolete in P5, IurCchUp- Number of Up-Link Frames on Iur Common Transport Bearer per Iur link.ManagedElement_RncFunction_IurLink_IurCchUp.pmIurCommonUlFramesSumerttbh, Sum


    Neighbour_RNC.Ericsson.UMTS.common_transport_channel_handling_in_iur

    -Obsolete in P5, IurCchCp- Iur statistics on common transport channel.

    KPITypeData TypeDescriptionDerivationDefault AggregatorOther Aggregators
    pmiurcommonestattexisttranspbearerACCUMULATIONINT8-Obsolete in P5, IurCchCp- Number of Iur Common Transport Channel Resources establishment attempts - Existing Transport Bearer.ManagedElement_RncFunction_IurLink_IurCchCp.pmIurCommonEstAttExistTranspBearerSumerttbh, Sum
    pmiurcommonestattnewtranspbearerACCUMULATIONINT8-Obsolete in P5, IurCchCp- Number of Iur Common Transport Channel Resources establishment attempts - New Transport Bearer.ManagedElement_RncFunction_IurLink_IurCchCp.pmIurCommonEstAttNewTranspBearerSumerttbh, Sum
    pmiurcommonestsuccexisttranspbearerACCUMULATIONINT8-Obsolete in P5, IurCchCp- Number of successful Iur Common Transport Channel Resources establishment attempts - Existing Transport Bearer.ManagedElement_RncFunction_IurLink_IurCchCp.pmIurCommonEstSuccExistTranspBearerSumerttbh, Sum
    pmiurcommonestsuccnewtranspbearerACCUMULATIONINT8-Obsolete in P5, IurCchCp- Number of successful Iur Common Transport Channel Resources establishments - New Transport Bearer.ManagedElement_RncFunction_IurLink_IurCchCp.pmIurCommonEstSuccNewTranspBearerSumerttbh, Sum
    pmiurcommonreleaseACCUMULATIONINT8-Obsolete in P5, IurCchCp- Number of Iur Common Transport Channel Resources release.ManagedElement_RncFunction_IurLink_IurCchCp.pmIurCommonReleaseSumerttbh, Sum
    pmiurtranspbearerreleaseACCUMULATIONINT8-Obsolete in P5, IurCchCp- Number of Iur Transport Bearer release.ManagedElement_RncFunction_IurLink_IurCchCp.pmIurTranspBearerReleaseSumerttbh, Sum


    Neighbour_RNC.Ericsson.UMTS.DCH_Frames

    Dch Frames statistics.

    KPITypeData TypeDescriptionDerivationDefault AggregatorOther Aggregators
    pmDchFramesOutOfSequenceUlACCUMULATIONINTEGERThe number of Iur DCH Frame Protocol frames received out-of-sequence in the uplink direction in SRNC.ManagedElement_RncFunction_IurLink.pmDchFramesOutOfSequenceUlSumerttbh, Sum
    pmEdchDataFrameDelayIub_AvgINTENSITYFLOATEnhanced Uplink Iub dynamic delay measurement results. Stores the number of times that the measured delay matches the interval, defined in ms.ManagedElement_RncFunction_IurLink.pmEdchDataFrameDelayIub_AvgAverageAverage, erttbh, Maximum, Minimum, Sum
    pmEdchDataFrameDelayIub_MaxINTENSITYFLOATMaximum Average Enhanced Uplink Iub dynamic delay measurement results. Stores the number of times that the measured delay matches the interval, defined in ms.ManagedElement_RncFunction_IurLink.pmEdchDataFrameDelayIub_MaxConstantAverage, erttbh, Maximum, Minimum, Sum
    pmEdchDataFrameDelayIub_MinINTENSITYFLOATMinimum Enhanced Uplink Iub dynamic delay measurement results. Stores the number of times that the measured delay matches the interval, defined in ms.ManagedElement_RncFunction_IurLink.pmEdchDataFrameDelayIub_MinMinimumAverage, erttbh, Maximum, Minimum, Sum
    pmEdchDataFramesLostACCUMULATIONINTEGERNumber of lost E-DCH data frames.ManagedElement_RncFunction_IurLink.pmEdchDataFramesLostSumerttbh, Sum
    pmEdchDataFramesReceivedACCUMULATIONINTEGERNumber of correctly received E-DCH data frames.ManagedElement_RncFunction_IurLink.pmEdchDataFramesReceivedSumerttbh, Sum


    Neighbour_RNC.Ericsson.UMTS.Link_Availability

    Iur link congestion statistics.

    KPITypeData TypeDescriptionDerivationDefault AggregatorOther Aggregators
    pmHsSevereCongACCUMULATIONINTEGERThis counter counts the number of severe congestion occurrences detected by the -CAPACITY ALLOCATION Presence Supervision- function in RNC. This is done per Iub/Iur interface. A CAPACITY ALLOCATION control frame is expected at least every one second from RBS per flow controlled HS flow. If a CA has not been received for a longer period of time, an HS Severe Congestion is detected. These interface counters shall normally be zero.ManagedElement_RncFunction_IurLink.pmHsSevereCongSumerttbh, Sum


    Neighbour_RNC.Ericsson.UMTS.PDF_pmEdchDataFrameDelayIub

    pmEdchDataFrameDelayIub PDF counters

    KPITypeData TypeDescriptionDerivationDefault AggregatorOther Aggregators
    pmEdchDataFrameDelayIub_0ACCUMULATIONINTEGEREnhanced Uplink Iub dynamic delay measurement results between RBS and SRNC, that is, the buffer build-up delay distribution. This pm counter bridges both Iur and Iub and therefore reflects the delay across both. Note that the naming of this measurement uses -Iub- only as part of the name, despite bridging both Iub and Iur.ManagedElement_RncFunction_IurLink.pmEdchDataFrameDelayIub_0Sum 
    pmEdchDataFrameDelayIub_10ACCUMULATIONINTEGEREnhanced Uplink Iub dynamic delay measurement results between RBS and SRNC, that is, the buffer build-up delay distribution. This pm counter bridges both Iur and Iub and therefore reflects the delay across both. Note that the naming of this measurement uses -Iub- only as part of the name, despite bridging both Iub and Iur.ManagedElement_RncFunction_IurLink.pmEdchDataFrameDelayIub_10Sum 
    pmEdchDataFrameDelayIub_11ACCUMULATIONINTEGEREnhanced Uplink Iub dynamic delay measurement results between RBS and SRNC, that is, the buffer build-up delay distribution. This pm counter bridges both Iur and Iub and therefore reflects the delay across both. Note that the naming of this measurement uses -Iub- only as part of the name, despite bridging both Iub and Iur.ManagedElement_RncFunction_IurLink.pmEdchDataFrameDelayIub_11Sum 
    pmEdchDataFrameDelayIub_12ACCUMULATIONINTEGEREnhanced Uplink Iub dynamic delay measurement results between RBS and SRNC, that is, the buffer build-up delay distribution. This pm counter bridges both Iur and Iub and therefore reflects the delay across both. Note that the naming of this measurement uses -Iub- only as part of the name, despite bridging both Iub and Iur.ManagedElement_RncFunction_IurLink.pmEdchDataFrameDelayIub_12Sum 
    pmEdchDataFrameDelayIub_13ACCUMULATIONINTEGEREnhanced Uplink Iub dynamic delay measurement results between RBS and SRNC, that is, the buffer build-up delay distribution. This pm counter bridges both Iur and Iub and therefore reflects the delay across both. Note that the naming of this measurement uses -Iub- only as part of the name, despite bridging both Iub and Iur.ManagedElement_RncFunction_IurLink.pmEdchDataFrameDelayIub_13Sum 
    pmEdchDataFrameDelayIub_14ACCUMULATIONINTEGEREnhanced Uplink Iub dynamic delay measurement results between RBS and SRNC, that is, the buffer build-up delay distribution. This pm counter bridges both Iur and Iub and therefore reflects the delay across both. Note that the naming of this measurement uses -Iub- only as part of the name, despite bridging both Iub and Iur.ManagedElement_RncFunction_IurLink.pmEdchDataFrameDelayIub_14Sum 
    pmEdchDataFrameDelayIub_15ACCUMULATIONINTEGEREnhanced Uplink Iub dynamic delay measurement results between RBS and SRNC, that is, the buffer build-up delay distribution. This pm counter bridges both Iur and Iub and therefore reflects the delay across both. Note that the naming of this measurement uses -Iub- only as part of the name, despite bridging both Iub and Iur.ManagedElement_RncFunction_IurLink.pmEdchDataFrameDelayIub_15Sum 
    pmEdchDataFrameDelayIub_1ACCUMULATIONINTEGEREnhanced Uplink Iub dynamic delay measurement results between RBS and SRNC, that is, the buffer build-up delay distribution. This pm counter bridges both Iur and Iub and therefore reflects the delay across both. Note that the naming of this measurement uses -Iub- only as part of the name, despite bridging both Iub and Iur.ManagedElement_RncFunction_IurLink.pmEdchDataFrameDelayIub_1Sum 
    pmEdchDataFrameDelayIub_2ACCUMULATIONINTEGEREnhanced Uplink Iub dynamic delay measurement results between RBS and SRNC, that is, the buffer build-up delay distribution. This pm counter bridges both Iur and Iub and therefore reflects the delay across both. Note that the naming of this measurement uses -Iub- only as part of the name, despite bridging both Iub and Iur.ManagedElement_RncFunction_IurLink.pmEdchDataFrameDelayIub_2Sum 
    pmEdchDataFrameDelayIub_3ACCUMULATIONINTEGEREnhanced Uplink Iub dynamic delay measurement results between RBS and SRNC, that is, the buffer build-up delay distribution. This pm counter bridges both Iur and Iub and therefore reflects the delay across both. Note that the naming of this measurement uses -Iub- only as part of the name, despite bridging both Iub and Iur.ManagedElement_RncFunction_IurLink.pmEdchDataFrameDelayIub_3Sum 
    pmEdchDataFrameDelayIub_4ACCUMULATIONINTEGEREnhanced Uplink Iub dynamic delay measurement results between RBS and SRNC, that is, the buffer build-up delay distribution. This pm counter bridges both Iur and Iub and therefore reflects the delay across both. Note that the naming of this measurement uses -Iub- only as part of the name, despite bridging both Iub and Iur.ManagedElement_RncFunction_IurLink.pmEdchDataFrameDelayIub_4Sum 
    pmEdchDataFrameDelayIub_5ACCUMULATIONINTEGEREnhanced Uplink Iub dynamic delay measurement results between RBS and SRNC, that is, the buffer build-up delay distribution. This pm counter bridges both Iur and Iub and therefore reflects the delay across both. Note that the naming of this measurement uses -Iub- only as part of the name, despite bridging both Iub and Iur.ManagedElement_RncFunction_IurLink.pmEdchDataFrameDelayIub_5Sum 
    pmEdchDataFrameDelayIub_6ACCUMULATIONINTEGEREnhanced Uplink Iub dynamic delay measurement results between RBS and SRNC, that is, the buffer build-up delay distribution. This pm counter bridges both Iur and Iub and therefore reflects the delay across both. Note that the naming of this measurement uses -Iub- only as part of the name, despite bridging both Iub and Iur.ManagedElement_RncFunction_IurLink.pmEdchDataFrameDelayIub_6Sum 
    pmEdchDataFrameDelayIub_7ACCUMULATIONINTEGEREnhanced Uplink Iub dynamic delay measurement results between RBS and SRNC, that is, the buffer build-up delay distribution. This pm counter bridges both Iur and Iub and therefore reflects the delay across both. Note that the naming of this measurement uses -Iub- only as part of the name, despite bridging both Iub and Iur.ManagedElement_RncFunction_IurLink.pmEdchDataFrameDelayIub_7Sum 
    pmEdchDataFrameDelayIub_8ACCUMULATIONINTEGEREnhanced Uplink Iub dynamic delay measurement results between RBS and SRNC, that is, the buffer build-up delay distribution. This pm counter bridges both Iur and Iub and therefore reflects the delay across both. Note that the naming of this measurement uses -Iub- only as part of the name, despite bridging both Iub and Iur.ManagedElement_RncFunction_IurLink.pmEdchDataFrameDelayIub_8Sum 
    pmEdchDataFrameDelayIub_9ACCUMULATIONINTEGEREnhanced Uplink Iub dynamic delay measurement results between RBS and SRNC, that is, the buffer build-up delay distribution. This pm counter bridges both Iur and Iub and therefore reflects the delay across both. Note that the naming of this measurement uses -Iub- only as part of the name, despite bridging both Iub and Iur.ManagedElement_RncFunction_IurLink.pmEdchDataFrameDelayIub_9Sum 


    Neighbour_RNC.Ericsson.UMTS.RAB_handling

    IurLink RAB handling statistics.

    KPITypeData TypeDescriptionDerivationDefault AggregatorOther Aggregators
    pmNoNormalRabReleaseCs64ACCUMULATIONINT8Number of successful normal RAB releases (CS Conversational 64 kbps [UDI]) referred to the Best Cell in the Active Set.ManagedElement_RncFunction_IurLink.pmNoNormalRabReleaseCs64Sumerttbh, Sum
    pmNoNormalRabReleaseCsStreamACCUMULATIONINT8Number of successful normal RAB releases (CS Streaming) referred to the Best Cell in the Active Set.ManagedElement_RncFunction_IurLink.pmNoNormalRabReleaseCsStreamSumerttbh, Sum
    pmNoNormalRabReleasePacketACCUMULATIONINT8Number of successful normal RAB releases (PS Data) referred to the best Cell in the Active Set.ManagedElement_RncFunction_IurLink.pmNoNormalRabReleasePacketSumerttbh, Sum
    pmNoNormalRabReleasePacketStreamACCUMULATIONINT8Number of successful normal RAB releases (PS Streaming) referred to the best Cell in the Active Set.ManagedElement_RncFunction_IurLink.pmNoNormalRabReleasePacketStreamSumerttbh, Sum
    pmNoNormalRabReleaseSpeechACCUMULATIONINT8Number of successful normal RAB releases (Speech) referred to the Best Cell in the Active Set.ManagedElement_RncFunction_IurLink.pmNoNormalRabReleaseSpeechSumerttbh, Sum
    pmNoSystemRabReleaseCs64ACCUMULATIONINT8Number of successful system RAB releases (CS Conversational 64 kbps [UDI]) referred to the Best Cell in the Active Set.ManagedElement_RncFunction_IurLink.pmNoSystemRabReleaseCs64Sumerttbh, Sum
    pmNoSystemRabReleaseCsStreamACCUMULATIONINT8Number of successful system RAB releases (CS Streaming) referred to the Best Cell in the Active Set.ManagedElement_RncFunction_IurLink.pmNoSystemRabReleaseCsStreamSumerttbh, Sum
    pmNoSystemRabReleasePacketACCUMULATIONINT8Number of successful system RAB releases (PS Data) referred to the Best Cell in the Active Set.ManagedElement_RncFunction_IurLink.pmNoSystemRabReleasePacketSumerttbh, Sum
    pmNoSystemRabReleasePacketStreamACCUMULATIONINT8Number of successful system RAB releases (PS Streaming) referred to the Best Cell in the Active Set.ManagedElement_RncFunction_IurLink.pmNoSystemRabReleasePacketStreamSumerttbh, Sum
    pmNoSystemRabReleaseSpeechACCUMULATIONINT8Number of successful system RAB releases (Speech) referred to the Best Cell in the Active Set.ManagedElement_RncFunction_IurLink.pmNoSystemRabReleaseSpeechSumerttbh, Sum


    Neighbour_RNC.Ericsson.UMTS.soft_softer_handover

    Soft softer handover statistics.

    KPITypeData TypeDescriptionDerivationDefault AggregatorOther Aggregators
    pmnoofrlfordriftinguesperdrncINTENSITYFLOATCurrent number of RLs assigned in cells belonging to the DRNC, for UEs that are served by this RNC.ManagedElement_RncFunction_IurLink.pmNoOfRlForDriftingUesPerDrncAverageAverage, erttbh, Maximum, Minimum, Sum


    8.56 Nni_SAAL_Tp Performance Indicators

    This section shows the key performance indicators and other counters for the Nni_SAAL_Tp object, divided into the following sub-sections:


    Nni_SAAL_Tp.Ericsson.UMTS.NNI_SAAL

    UTRAN NNI_SAAL signaling.

    KPITypeData TypeDescriptionDerivationDefault AggregatorOther Aggregators
    pmLinkInServiceTimeACCUMULATIONINT8Accumulated time (in seconds) the signalling link has been in service (in assured data transfer mode) since it was created. If the link is down the value 0 is returned.RNC_NniSAalTp_Signaling.pmLinkInServiceTime or NODEB_NniSAalTp_Signaling.pmLinkInServiceTime or RXI_NniSAalTp_Signaling.pmLinkInServiceTimeSumerttbh, Sum
    pmNoOfAlignmentFailuresACCUMULATIONINT8Number of alignment or proving failures. This counter is increased when alignment not successful. The counter is reset when the link is created or the counter overflows.RNC_NniSAalTp_Signaling.pmNoOfAlignmentFailures or NODEB_NniSAalTp_Signaling.pmNoOfAlignmentFailures or RXI_NniSAalTp_Signaling.pmNoOfAlignmentFailuresSumerttbh, Sum
    pmNoOfAllSLFailuresACCUMULATIONINT8Number of all signalling link failures. The counter is a total sum of the error counters: - Number of protocol errors - Number of unsuccessfully retransmissions - Number of No Responses - Number of other errors.RNC_NniSAalTp_Signaling.pmNoOfAllSLFailures or NODEB_NniSAalTp_Signaling.pmNoOfAllSLFailures or RXI_NniSAalTp_Signaling.pmNoOfAllSLFailuresSumerttbh, Sum
    pmNoOfLocalCongestionsACCUMULATIONINT8Number of local congestions. This counter is increased when the sum of SAaL send and retransmission buffers are filled to more than 90 percent.RNC_NniSAalTp_Signaling.pmNoOfLocalCongestions or NODEB_NniSAalTp_Signaling.pmNoOfLocalCongestions or RXI_NniSAalTp_Signaling.pmNoOfLocalCongestionsSumerttbh, Sum
    pmNoOfNoResponsesACCUMULATIONINT8Number of no response. The counter counts the number of no responses detected the last 30 minutes.RNC_NniSAalTp_Signaling.pmNoOfNoResponses or NODEB_NniSAalTp_Signaling.pmNoOfNoResponses or RXI_NniSAalTp_Signaling.pmNoOfNoResponsesSumerttbh, Sum
    pmNoOfOtherErrorsACCUMULATIONINT8Number of other list element errors. The counter counts the number of other errors detected the last 30 minutes.RNC_NniSAalTp_Signaling.pmNoOfOtherErrors or NODEB_NniSAalTp_Signaling.pmNoOfOtherErrors or RXI_NniSAalTp_Signaling.pmNoOfOtherErrorsSumerttbh, Sum
    pmNoOfProtocolErrorsACCUMULATIONINT8Number of unsolicited or inappropriate PDUs. The counter counts the number of protocol errors detected the last 30 minutes.RNC_NniSAalTp_Signaling.pmNoOfProtocolErrors or NODEB_NniSAalTp_Signaling.pmNoOfProtocolErrors or RXI_NniSAalTp_Signaling.pmNoOfProtocolErrorsSumerttbh, Sum
    pmNoOfReceivedSDUsACCUMULATIONINT8Number of successfully received SDUs. The counter counts the number of successfully received messages from the application using SAaL. Reset when the link goes In Service or the counter overflows.RNC_NniSAalTp_Signaling.pmNoOfReceivedSDUs or NODEB_NniSAalTp_Signaling.pmNoOfReceivedSDUs or RXI_NniSAalTp_Signaling.pmNoOfReceivedSDUsSumerttbh, Sum
    pmNoOfRemoteCongestionsACCUMULATIONINT8Number of remote congestions. This counter is increased when the remote side gives SAaL no credit. Reset when the link goes In Service or the counter overflows.RNC_NniSAalTp_Signaling.pmNoOfRemoteCongestions or NODEB_NniSAalTp_Signaling.pmNoOfRemoteCongestions or RXI_NniSAalTp_Signaling.pmNoOfRemoteCongestionsSumerttbh, Sum
    pmNoOfSentSDUsACCUMULATIONINT8Number of successfully sent SDUs. The counter counts the number of successfully sent messages to the application using SAaL. Reset when the link goes In Service or the counter overflows.RNC_NniSAalTp_Signaling.pmNoOfSentSDUs or NODEB_NniSAalTp_Signaling.pmNoOfSentSDUs or RXI_NniSAalTp_Signaling.pmNoOfSentSDUsSumerttbh, Sum
    pmNoOfSequenceDataLossesACCUMULATIONINT8Number of sequences data loss The counter counts the number of SD loss detected the last 30 minutes.RNC_NniSAalTp_Signaling.pmNoOfSequenceDataLosses or NODEB_NniSAalTp_Signaling.pmNoOfSequenceDataLosses or RXI_NniSAalTp_Signaling.pmNoOfSequenceDataLossesSumerttbh, Sum
    pmNoOfUnsuccReTransmissionsACCUMULATIONINT8Number of unsuccessful retransmissions The counter counts the number of unsuccessfully retransmissions detected the last 30 minutes.RNC_NniSAalTp_Signaling.pmNoOfUnsuccReTransmissions or NODEB_NniSAalTp_Signaling.pmNoOfUnsuccReTransmissions or RXI_NniSAalTp_Signaling.pmNoOfUnsuccReTransmissionsSumerttbh, Sum


    8.57 NodeB Performance Indicators

    This section shows the key performance indicators and other counters for the NodeB object, divided into the following sub-sections:


    NodeB.Ericsson.UMTS.Channel_element_utilisation

    Channel element utilisation data.

    KPITypeData TypeDescriptionDerivationDefault AggregatorOther Aggregators
    pmCapacityNodeBDlCe_AvgINTENSITYFLOATAverage: The distribution of the RBS DL Channel Element utilization (for all DL baseband pools), as percentages of the corresponding license limit.ManagedElement.pmCapacityNodeBDlCe_AvgAverageenblbh, Sum, Minimum, Maximum
    pmCapacityNodeBDlCe_MaxINTENSITYINTEGERMaximum: The distribution of the RBS DL Channel Element utilization (for all DL baseband pools), as percentages of the corresponding license limit.ManagedElement.pmCapacityNodeBDlCe_MaxAverageenblbh, Sum, Minimum, Maximum
    pmCapacityNodeBDlCe_MinINTENSITYINTEGERMinimum: The distribution of the RBS DL Channel Element utilization (for all DL baseband pools), as percentages of the corresponding license limit.ManagedElement.pmCapacityNodeBDlCe_MinAverageenblbh, Sum, Minimum, Maximum
    pmCapacityNodeBUlCe_AvgINTENSITYFLOATAverage: The distribution of the RBS UL Channel Element utilization (for all UL baseband pools), as percentages of the corresponding license limit.ManagedElement.pmCapacityNodeBUlCe_AvgAverageenblbh, Sum, Minimum, Maximum
    pmCapacityNodeBUlCe_MaxINTENSITYINTEGERMaximum: The distribution of the RBS UL Channel Element utilization (for all UL baseband pools), as percentages of the corresponding license limit.ManagedElement.pmCapacityNodeBUlCe_MaxAverageenblbh, Sum, Minimum, Maximum
    pmCapacityNodeBUlCe_MinINTENSITYINTEGERMinimum: The distribution of the RBS UL Channel Element utilization (for all UL baseband pools), as percentages of the corresponding license limit.ManagedElement.pmCapacityNodeBUlCe_MinAverageenblbh, Sum, Minimum, Maximum


    NodeB.Ericsson.UMTS.Downlink_Pool

    Downlink baseband pool utilization statistics.

    KPITypeData TypeDescriptionDerivationDefault AggregatorOther Aggregators
    pmDlActPeakCapUsageInPoLicLevelINTENSITYINT8The actual DL peak capacity use in the Downlink baseband pool.ManagedElement.pmDlActPeakCapUsageInPoLicLevelAverageAverage, enblbh, Maximum, Minimum, Sum
    pmNoOfGrantDlEstAboveLicLevelACCUMULATIONINT8DL capacity granted above Lic level.ManagedElement.pmNoOfGrantDlEstAboveLicLevelSumenblbh, Sum


    NodeB.Ericsson.UMTS.Frame_Delay_SPI

    Frames delayed statistics.

    KPITypeData TypeDescriptionDerivationDefault AggregatorOther Aggregators
    pmHsDataFrameDelayIubSpi00_AvgINTENSITYFLOATThis PDF gives the dynamic delay for all defined scheduled HS-DSCH data frame flows carried over Iub. This is needed as the basis for adjusting the hsDataFrameDelayThreshold attribute. Each counter observes a specific SPI. The different flows are configured ON/OFF using RBS MOM parameter IubDataStreams:: schHsFlowControlOnOff.ME_NodeBFunction_IubDataStreams.pmHsDataFrameDelayIubSpi00_AvgAverageAverage, enblbh, Maximum, Minimum, Sum
    pmHsDataFrameDelayIubSpi00_MaxINTENSITYFLOATThis PDF gives the dynamic delay for all defined scheduled HS-DSCH data frame flows carried over Iub. This is needed as the basis for adjusting the hsDataFrameDelayThreshold attribute. Each counter observes a specific SPI. The different flows are configured ON/OFF using RBS MOM parameter IubDataStreams:: schHsFlowControlOnOff.ME_NodeBFunction_IubDataStreams.pmHsDataFrameDelayIubSpi00_MaxConstantAverage, enblbh, Maximum, Minimum, Sum
    pmHsDataFrameDelayIubSpi00_MinINTENSITYFLOATThis PDF gives the dynamic delay for all defined scheduled HS-DSCH data frame flows carried over Iub. This is needed as the basis for adjusting the hsDataFrameDelayThreshold attribute. Each counter observes a specific SPI. The different flows are configured ON/OFF using RBS MOM parameter IubDataStreams:: schHsFlowControlOnOff.ME_NodeBFunction_IubDataStreams.pmHsDataFrameDelayIubSpi00_MinMinimumAverage, enblbh, Maximum, Minimum, Sum
    pmHsDataFrameDelayIubSpi01_AvgINTENSITYFLOATThis PDF gives the dynamic delay for all defined scheduled HS-DSCH data frame flows carried over Iub. This is needed as the basis for adjusting the hsDataFrameDelayThreshold attribute. Each counter observes a specific SPI. The different flows are configured ON/OFF using RBS MOM parameter IubDataStreams:: schHsFlowControlOnOff.ME_NodeBFunction_IubDataStreams.pmHsDataFrameDelayIubSpi01_AvgAverageAverage, enblbh, Maximum, Minimum, Sum
    pmHsDataFrameDelayIubSpi01_MaxINTENSITYFLOATThis PDF gives the dynamic delay for all defined scheduled HS-DSCH data frame flows carried over Iub. This is needed as the basis for adjusting the hsDataFrameDelayThreshold attribute. Each counter observes a specific SPI. The different flows are configured ON/OFF using RBS MOM parameter IubDataStreams:: schHsFlowControlOnOff.ME_NodeBFunction_IubDataStreams.pmHsDataFrameDelayIubSpi01_MaxConstantAverage, enblbh, Maximum, Minimum, Sum
    pmHsDataFrameDelayIubSpi01_MinINTENSITYFLOATThis PDF gives the dynamic delay for all defined scheduled HS-DSCH data frame flows carried over Iub. This is needed as the basis for adjusting the hsDataFrameDelayThreshold attribute. Each counter observes a specific SPI. The different flows are configured ON/OFF using RBS MOM parameter IubDataStreams:: schHsFlowControlOnOff.ME_NodeBFunction_IubDataStreams.pmHsDataFrameDelayIubSpi01_MinMinimumAverage, enblbh, Maximum, Minimum, Sum
    pmHsDataFrameDelayIubSpi02_AvgINTENSITYFLOATThis PDF gives the dynamic delay for all defined scheduled HS-DSCH data frame flows carried over Iub. This is needed as the basis for adjusting the hsDataFrameDelayThreshold attribute. Each counter observes a specific SPI. The different flows are configured ON/OFF using RBS MOM parameter IubDataStreams:: schHsFlowControlOnOff.ME_NodeBFunction_IubDataStreams.pmHsDataFrameDelayIubSpi02_AvgAverageAverage, enblbh, Maximum, Minimum, Sum
    pmHsDataFrameDelayIubSpi02_MaxINTENSITYFLOATThis PDF gives the dynamic delay for all defined scheduled HS-DSCH data frame flows carried over Iub. This is needed as the basis for adjusting the hsDataFrameDelayThreshold attribute. Each counter observes a specific SPI. The different flows are configured ON/OFF using RBS MOM parameter IubDataStreams:: schHsFlowControlOnOff.ME_NodeBFunction_IubDataStreams.pmHsDataFrameDelayIubSpi02_MaxConstantAverage, enblbh, Maximum, Minimum, Sum
    pmHsDataFrameDelayIubSpi02_MinINTENSITYFLOATThis PDF gives the dynamic delay for all defined scheduled HS-DSCH data frame flows carried over Iub. This is needed as the basis for adjusting the hsDataFrameDelayThreshold attribute. Each counter observes a specific SPI. The different flows are configured ON/OFF using RBS MOM parameter IubDataStreams:: schHsFlowControlOnOff.ME_NodeBFunction_IubDataStreams.pmHsDataFrameDelayIubSpi02_MinMinimumAverage, enblbh, Maximum, Minimum, Sum
    pmHsDataFrameDelayIubSpi03_AvgINTENSITYFLOATThis PDF gives the dynamic delay for all defined scheduled HS-DSCH data frame flows carried over Iub. This is needed as the basis for adjusting the hsDataFrameDelayThreshold attribute. Each counter observes a specific SPI. The different flows are configured ON/OFF using RBS MOM parameter IubDataStreams:: schHsFlowControlOnOff.ME_NodeBFunction_IubDataStreams.pmHsDataFrameDelayIubSpi03_AvgAverageAverage, enblbh, Maximum, Minimum, Sum
    pmHsDataFrameDelayIubSpi03_MaxINTENSITYFLOATThis PDF gives the dynamic delay for all defined scheduled HS-DSCH data frame flows carried over Iub. This is needed as the basis for adjusting the hsDataFrameDelayThreshold attribute. Each counter observes a specific SPI. The different flows are configured ON/OFF using RBS MOM parameter IubDataStreams:: schHsFlowControlOnOff.ME_NodeBFunction_IubDataStreams.pmHsDataFrameDelayIubSpi03_MaxConstantAverage, enblbh, Maximum, Minimum, Sum
    pmHsDataFrameDelayIubSpi03_MinINTENSITYFLOATThis PDF gives the dynamic delay for all defined scheduled HS-DSCH data frame flows carried over Iub. This is needed as the basis for adjusting the hsDataFrameDelayThreshold attribute. Each counter observes a specific SPI. The different flows are configured ON/OFF using RBS MOM parameter IubDataStreams:: schHsFlowControlOnOff.ME_NodeBFunction_IubDataStreams.pmHsDataFrameDelayIubSpi03_MinMinimumAverage, enblbh, Maximum, Minimum, Sum
    pmHsDataFrameDelayIubSpi04_AvgINTENSITYFLOATThis PDF gives the dynamic delay for all defined scheduled HS-DSCH data frame flows carried over Iub. This is needed as the basis for adjusting the hsDataFrameDelayThreshold attribute. Each counter observes a specific SPI. The different flows are configured ON/OFF using RBS MOM parameter IubDataStreams:: schHsFlowControlOnOff.ME_NodeBFunction_IubDataStreams.pmHsDataFrameDelayIubSpi04_AvgAverageAverage, enblbh, Maximum, Minimum, Sum
    pmHsDataFrameDelayIubSpi04_MaxINTENSITYFLOATThis PDF gives the dynamic delay for all defined scheduled HS-DSCH data frame flows carried over Iub. This is needed as the basis for adjusting the hsDataFrameDelayThreshold attribute. Each counter observes a specific SPI. The different flows are configured ON/OFF using RBS MOM parameter IubDataStreams:: schHsFlowControlOnOff.ME_NodeBFunction_IubDataStreams.pmHsDataFrameDelayIubSpi04_MaxConstantAverage, enblbh, Maximum, Minimum, Sum
    pmHsDataFrameDelayIubSpi04_MinINTENSITYFLOATThis PDF gives the dynamic delay for all defined scheduled HS-DSCH data frame flows carried over Iub. This is needed as the basis for adjusting the hsDataFrameDelayThreshold attribute. Each counter observes a specific SPI. The different flows are configured ON/OFF using RBS MOM parameter IubDataStreams:: schHsFlowControlOnOff.ME_NodeBFunction_IubDataStreams.pmHsDataFrameDelayIubSpi04_MinMinimumAverage, enblbh, Maximum, Minimum, Sum
    pmHsDataFrameDelayIubSpi05_AvgINTENSITYFLOATThis PDF gives the dynamic delay for all defined scheduled HS-DSCH data frame flows carried over Iub. This is needed as the basis for adjusting the hsDataFrameDelayThreshold attribute. Each counter observes a specific SPI. The different flows are configured ON/OFF using RBS MOM parameter IubDataStreams:: schHsFlowControlOnOff.ME_NodeBFunction_IubDataStreams.pmHsDataFrameDelayIubSpi05_AvgAverageAverage, enblbh, Maximum, Minimum, Sum
    pmHsDataFrameDelayIubSpi05_MaxINTENSITYFLOATThis PDF gives the dynamic delay for all defined scheduled HS-DSCH data frame flows carried over Iub. This is needed as the basis for adjusting the hsDataFrameDelayThreshold attribute. Each counter observes a specific SPI. The different flows are configured ON/OFF using RBS MOM parameter IubDataStreams:: schHsFlowControlOnOff.ME_NodeBFunction_IubDataStreams.pmHsDataFrameDelayIubSpi05_MaxConstantAverage, enblbh, Maximum, Minimum, Sum
    pmHsDataFrameDelayIubSpi05_MinINTENSITYFLOATThis PDF gives the dynamic delay for all defined scheduled HS-DSCH data frame flows carried over Iub. This is needed as the basis for adjusting the hsDataFrameDelayThreshold attribute. Each counter observes a specific SPI. The different flows are configured ON/OFF using RBS MOM parameter IubDataStreams:: schHsFlowControlOnOff.ME_NodeBFunction_IubDataStreams.pmHsDataFrameDelayIubSpi05_MinMinimumAverage, enblbh, Maximum, Minimum, Sum
    pmHsDataFrameDelayIubSpi06_AvgINTENSITYFLOATThis PDF gives the dynamic delay for all defined scheduled HS-DSCH data frame flows carried over Iub. This is needed as the basis for adjusting the hsDataFrameDelayThreshold attribute. Each counter observes a specific SPI. The different flows are configured ON/OFF using RBS MOM parameter IubDataStreams:: schHsFlowControlOnOff.ME_NodeBFunction_IubDataStreams.pmHsDataFrameDelayIubSpi06_AvgAverageAverage, enblbh, Maximum, Minimum, Sum
    pmHsDataFrameDelayIubSpi06_MaxINTENSITYFLOATThis PDF gives the dynamic delay for all defined scheduled HS-DSCH data frame flows carried over Iub. This is needed as the basis for adjusting the hsDataFrameDelayThreshold attribute. Each counter observes a specific SPI. The different flows are configured ON/OFF using RBS MOM parameter IubDataStreams:: schHsFlowControlOnOff.ME_NodeBFunction_IubDataStreams.pmHsDataFrameDelayIubSpi06_MaxConstantAverage, enblbh, Maximum, Minimum, Sum
    pmHsDataFrameDelayIubSpi06_MinINTENSITYFLOATThis PDF gives the dynamic delay for all defined scheduled HS-DSCH data frame flows carried over Iub. This is needed as the basis for adjusting the hsDataFrameDelayThreshold attribute. Each counter observes a specific SPI. The different flows are configured ON/OFF using RBS MOM parameter IubDataStreams:: schHsFlowControlOnOff.ME_NodeBFunction_IubDataStreams.pmHsDataFrameDelayIubSpi06_MinMinimumAverage, enblbh, Maximum, Minimum, Sum
    pmHsDataFrameDelayIubSpi07_AvgINTENSITYFLOATThis PDF gives the dynamic delay for all defined scheduled HS-DSCH data frame flows carried over Iub. This is needed as the basis for adjusting the hsDataFrameDelayThreshold attribute. Each counter observes a specific SPI. The different flows are configured ON/OFF using RBS MOM parameter IubDataStreams:: schHsFlowControlOnOff.ME_NodeBFunction_IubDataStreams.pmHsDataFrameDelayIubSpi07_AvgAverageAverage, enblbh, Maximum, Minimum, Sum
    pmHsDataFrameDelayIubSpi07_MaxINTENSITYFLOATThis PDF gives the dynamic delay for all defined scheduled HS-DSCH data frame flows carried over Iub. This is needed as the basis for adjusting the hsDataFrameDelayThreshold attribute. Each counter observes a specific SPI. The different flows are configured ON/OFF using RBS MOM parameter IubDataStreams:: schHsFlowControlOnOff.ME_NodeBFunction_IubDataStreams.pmHsDataFrameDelayIubSpi07_MaxConstantAverage, enblbh, Maximum, Minimum, Sum
    pmHsDataFrameDelayIubSpi07_MinINTENSITYFLOATThis PDF gives the dynamic delay for all defined scheduled HS-DSCH data frame flows carried over Iub. This is needed as the basis for adjusting the hsDataFrameDelayThreshold attribute. Each counter observes a specific SPI. The different flows are configured ON/OFF using RBS MOM parameter IubDataStreams:: schHsFlowControlOnOff.ME_NodeBFunction_IubDataStreams.pmHsDataFrameDelayIubSpi07_MinMinimumAverage, enblbh, Maximum, Minimum, Sum
    pmHsDataFrameDelayIubSpi08_AvgINTENSITYFLOATThis PDF gives the dynamic delay for all defined scheduled HS-DSCH data frame flows carried over Iub. This is needed as the basis for adjusting the hsDataFrameDelayThreshold attribute. Each counter observes a specific SPI. The different flows are configured ON/OFF using RBS MOM parameter IubDataStreams:: schHsFlowControlOnOff.ME_NodeBFunction_IubDataStreams.pmHsDataFrameDelayIubSpi08_AvgAverageAverage, enblbh, Maximum, Minimum, Sum
    pmHsDataFrameDelayIubSpi08_MaxINTENSITYFLOATThis PDF gives the dynamic delay for all defined scheduled HS-DSCH data frame flows carried over Iub. This is needed as the basis for adjusting the hsDataFrameDelayThreshold attribute. Each counter observes a specific SPI. The different flows are configured ON/OFF using RBS MOM parameter IubDataStreams:: schHsFlowControlOnOff.ME_NodeBFunction_IubDataStreams.pmHsDataFrameDelayIubSpi08_MaxConstantAverage, enblbh, Maximum, Minimum, Sum
    pmHsDataFrameDelayIubSpi08_MinINTENSITYFLOATThis PDF gives the dynamic delay for all defined scheduled HS-DSCH data frame flows carried over Iub. This is needed as the basis for adjusting the hsDataFrameDelayThreshold attribute. Each counter observes a specific SPI. The different flows are configured ON/OFF using RBS MOM parameter IubDataStreams:: schHsFlowControlOnOff.ME_NodeBFunction_IubDataStreams.pmHsDataFrameDelayIubSpi08_MinMinimumAverage, enblbh, Maximum, Minimum, Sum
    pmHsDataFrameDelayIubSpi09_AvgINTENSITYFLOATThis PDF gives the dynamic delay for all defined scheduled HS-DSCH data frame flows carried over Iub. This is needed as the basis for adjusting the hsDataFrameDelayThreshold attribute. Each counter observes a specific SPI. The different flows are configured ON/OFF using RBS MOM parameter IubDataStreams:: schHsFlowControlOnOff.ME_NodeBFunction_IubDataStreams.pmHsDataFrameDelayIubSpi09_AvgAverageAverage, enblbh, Maximum, Minimum, Sum
    pmHsDataFrameDelayIubSpi09_MaxINTENSITYFLOATThis PDF gives the dynamic delay for all defined scheduled HS-DSCH data frame flows carried over Iub. This is needed as the basis for adjusting the hsDataFrameDelayThreshold attribute. Each counter observes a specific SPI. The different flows are configured ON/OFF using RBS MOM parameter IubDataStreams:: schHsFlowControlOnOff.ME_NodeBFunction_IubDataStreams.pmHsDataFrameDelayIubSpi09_MaxConstantAverage, enblbh, Maximum, Minimum, Sum
    pmHsDataFrameDelayIubSpi09_MinINTENSITYFLOATThis PDF gives the dynamic delay for all defined scheduled HS-DSCH data frame flows carried over Iub. This is needed as the basis for adjusting the hsDataFrameDelayThreshold attribute. Each counter observes a specific SPI. The different flows are configured ON/OFF using RBS MOM parameter IubDataStreams:: schHsFlowControlOnOff.ME_NodeBFunction_IubDataStreams.pmHsDataFrameDelayIubSpi09_MinMinimumAverage, enblbh, Maximum, Minimum, Sum
    pmHsDataFrameDelayIubSpi10_AvgINTENSITYFLOATThis PDF gives the dynamic delay for all defined scheduled HS-DSCH data frame flows carried over Iub. This is needed as the basis for adjusting the hsDataFrameDelayThreshold attribute. Each counter observes a specific SPI. The different flows are configured ON/OFF using RBS MOM parameter IubDataStreams:: schHsFlowControlOnOff.ME_NodeBFunction_IubDataStreams.pmHsDataFrameDelayIubSpi10_AvgAverageAverage, enblbh, Maximum, Minimum, Sum
    pmHsDataFrameDelayIubSpi10_MaxINTENSITYFLOATThis PDF gives the dynamic delay for all defined scheduled HS-DSCH data frame flows carried over Iub. This is needed as the basis for adjusting the hsDataFrameDelayThreshold attribute. Each counter observes a specific SPI. The different flows are configured ON/OFF using RBS MOM parameter IubDataStreams:: schHsFlowControlOnOff.ME_NodeBFunction_IubDataStreams.pmHsDataFrameDelayIubSpi10_MaxConstantAverage, enblbh, Maximum, Minimum, Sum
    pmHsDataFrameDelayIubSpi10_MinINTENSITYFLOATThis PDF gives the dynamic delay for all defined scheduled HS-DSCH data frame flows carried over Iub. This is needed as the basis for adjusting the hsDataFrameDelayThreshold attribute. Each counter observes a specific SPI. The different flows are configured ON/OFF using RBS MOM parameter IubDataStreams:: schHsFlowControlOnOff.ME_NodeBFunction_IubDataStreams.pmHsDataFrameDelayIubSpi10_MinMinimumAverage, enblbh, Maximum, Minimum, Sum
    pmHsDataFrameDelayIubSpi11_AvgINTENSITYFLOATThis PDF gives the dynamic delay for all defined scheduled HS-DSCH data frame flows carried over Iub. This is needed as the basis for adjusting the hsDataFrameDelayThreshold attribute. Each counter observes a specific SPI. The different flows are configured ON/OFF using RBS MOM parameter IubDataStreams:: schHsFlowControlOnOff.ME_NodeBFunction_IubDataStreams.pmHsDataFrameDelayIubSpi11_AvgAverageAverage, enblbh, Maximum, Minimum, Sum
    pmHsDataFrameDelayIubSpi11_MaxINTENSITYFLOATThis PDF gives the dynamic delay for all defined scheduled HS-DSCH data frame flows carried over Iub. This is needed as the basis for adjusting the hsDataFrameDelayThreshold attribute. Each counter observes a specific SPI. The different flows are configured ON/OFF using RBS MOM parameter IubDataStreams:: schHsFlowControlOnOff.ME_NodeBFunction_IubDataStreams.pmHsDataFrameDelayIubSpi11_MaxConstantAverage, enblbh, Maximum, Minimum, Sum
    pmHsDataFrameDelayIubSpi11_MinINTENSITYFLOATThis PDF gives the dynamic delay for all defined scheduled HS-DSCH data frame flows carried over Iub. This is needed as the basis for adjusting the hsDataFrameDelayThreshold attribute. Each counter observes a specific SPI. The different flows are configured ON/OFF using RBS MOM parameter IubDataStreams:: schHsFlowControlOnOff.ME_NodeBFunction_IubDataStreams.pmHsDataFrameDelayIubSpi11_MinMinimumAverage, enblbh, Maximum, Minimum, Sum
    pmHsDataFrameDelayIubSpi12_AvgINTENSITYFLOATThis PDF gives the dynamic delay for all defined scheduled HS-DSCH data frame flows carried over Iub. This is needed as the basis for adjusting the hsDataFrameDelayThreshold attribute. Each counter observes a specific SPI. The different flows are configured ON/OFF using RBS MOM parameter IubDataStreams:: schHsFlowControlOnOff.ME_NodeBFunction_IubDataStreams.pmHsDataFrameDelayIubSpi12_AvgAverageAverage, enblbh, Maximum, Minimum, Sum
    pmHsDataFrameDelayIubSpi12_MaxINTENSITYFLOATThis PDF gives the dynamic delay for all defined scheduled HS-DSCH data frame flows carried over Iub. This is needed as the basis for adjusting the hsDataFrameDelayThreshold attribute. Each counter observes a specific SPI. The different flows are configured ON/OFF using RBS MOM parameter IubDataStreams:: schHsFlowControlOnOff.ME_NodeBFunction_IubDataStreams.pmHsDataFrameDelayIubSpi12_MaxConstantAverage, enblbh, Maximum, Minimum, Sum
    pmHsDataFrameDelayIubSpi12_MinINTENSITYFLOATThis PDF gives the dynamic delay for all defined scheduled HS-DSCH data frame flows carried over Iub. This is needed as the basis for adjusting the hsDataFrameDelayThreshold attribute. Each counter observes a specific SPI. The different flows are configured ON/OFF using RBS MOM parameter IubDataStreams:: schHsFlowControlOnOff.ME_NodeBFunction_IubDataStreams.pmHsDataFrameDelayIubSpi12_MinMinimumAverage, enblbh, Maximum, Minimum, Sum
    pmHsDataFrameDelayIubSpi13_AvgINTENSITYFLOATThis PDF gives the dynamic delay for all defined scheduled HS-DSCH data frame flows carried over Iub. This is needed as the basis for adjusting the hsDataFrameDelayThreshold attribute. Each counter observes a specific SPI. The different flows are configured ON/OFF using RBS MOM parameter IubDataStreams:: schHsFlowControlOnOff.ME_NodeBFunction_IubDataStreams.pmHsDataFrameDelayIubSpi13_AvgAverageAverage, enblbh, Maximum, Minimum, Sum
    pmHsDataFrameDelayIubSpi13_MaxINTENSITYFLOATThis PDF gives the dynamic delay for all defined scheduled HS-DSCH data frame flows carried over Iub. This is needed as the basis for adjusting the hsDataFrameDelayThreshold attribute. Each counter observes a specific SPI. The different flows are configured ON/OFF using RBS MOM parameter IubDataStreams:: schHsFlowControlOnOff.ME_NodeBFunction_IubDataStreams.pmHsDataFrameDelayIubSpi13_MaxConstantAverage, enblbh, Maximum, Minimum, Sum
    pmHsDataFrameDelayIubSpi13_MinINTENSITYFLOATThis PDF gives the dynamic delay for all defined scheduled HS-DSCH data frame flows carried over Iub. This is needed as the basis for adjusting the hsDataFrameDelayThreshold attribute. Each counter observes a specific SPI. The different flows are configured ON/OFF using RBS MOM parameter IubDataStreams:: schHsFlowControlOnOff.ME_NodeBFunction_IubDataStreams.pmHsDataFrameDelayIubSpi13_MinMinimumAverage, enblbh, Maximum, Minimum, Sum
    pmHsDataFrameDelayIubSpi14_AvgINTENSITYFLOATThis PDF gives the dynamic delay for all defined scheduled HS-DSCH data frame flows carried over Iub. This is needed as the basis for adjusting the hsDataFrameDelayThreshold attribute. Each counter observes a specific SPI. The different flows are configured ON/OFF using RBS MOM parameter IubDataStreams:: schHsFlowControlOnOff.ME_NodeBFunction_IubDataStreams.pmHsDataFrameDelayIubSpi14_AvgAverageAverage, enblbh, Maximum, Minimum, Sum
    pmHsDataFrameDelayIubSpi14_MaxINTENSITYFLOATThis PDF gives the dynamic delay for all defined scheduled HS-DSCH data frame flows carried over Iub. This is needed as the basis for adjusting the hsDataFrameDelayThreshold attribute. Each counter observes a specific SPI. The different flows are configured ON/OFF using RBS MOM parameter IubDataStreams:: schHsFlowControlOnOff.ME_NodeBFunction_IubDataStreams.pmHsDataFrameDelayIubSpi14_MaxConstantAverage, enblbh, Maximum, Minimum, Sum
    pmHsDataFrameDelayIubSpi14_MinINTENSITYFLOATThis PDF gives the dynamic delay for all defined scheduled HS-DSCH data frame flows carried over Iub. This is needed as the basis for adjusting the hsDataFrameDelayThreshold attribute. Each counter observes a specific SPI. The different flows are configured ON/OFF using RBS MOM parameter IubDataStreams:: schHsFlowControlOnOff.ME_NodeBFunction_IubDataStreams.pmHsDataFrameDelayIubSpi14_MinMinimumAverage, enblbh, Maximum, Minimum, Sum
    pmHsDataFrameDelayIubSpi15_AvgINTENSITYFLOATThis PDF gives the dynamic delay for all defined scheduled HS-DSCH data frame flows carried over Iub. This is needed as the basis for adjusting the hsDataFrameDelayThreshold attribute. Each counter observes a specific SPI. The different flows are configured ON/OFF using RBS MOM parameter IubDataStreams:: schHsFlowControlOnOff.ME_NodeBFunction_IubDataStreams.pmHsDataFrameDelayIubSpi15_AvgAverageAverage, enblbh, Maximum, Minimum, Sum
    pmHsDataFrameDelayIubSpi15_MaxINTENSITYFLOATThis PDF gives the dynamic delay for all defined scheduled HS-DSCH data frame flows carried over Iub. This is needed as the basis for adjusting the hsDataFrameDelayThreshold attribute. Each counter observes a specific SPI. The different flows are configured ON/OFF using RBS MOM parameter IubDataStreams:: schHsFlowControlOnOff.ME_NodeBFunction_IubDataStreams.pmHsDataFrameDelayIubSpi15_MaxConstantAverage, enblbh, Maximum, Minimum, Sum
    pmHsDataFrameDelayIubSpi15_MinINTENSITYFLOATThis PDF gives the dynamic delay for all defined scheduled HS-DSCH data frame flows carried over Iub. This is needed as the basis for adjusting the hsDataFrameDelayThreshold attribute. Each counter observes a specific SPI. The different flows are configured ON/OFF using RBS MOM parameter IubDataStreams:: schHsFlowControlOnOff.ME_NodeBFunction_IubDataStreams.pmHsDataFrameDelayIubSpi15_MinMinimumAverage, enblbh, Maximum, Minimum, Sum


    NodeB.Ericsson.UMTS.Frame_Lost_SPI

    Frames lost statistics.

    KPITypeData TypeDescriptionDerivationDefault AggregatorOther Aggregators
    pmHsDataFramesLostSpi00ACCUMULATIONINTEGERThe number of high-speed data frames lost by the RBS in the Iub interface. Each counter observes a specific SPI. The different flows are configured ON/OFF using RBS MOM parameter IubDataStreams:: schHsFlowControlOnOff.ME_NodeBFunction_IubDataStreams.pmHsDataFramesLostSpi00Sumenblbh, Sum
    pmHsDataFramesLostSpi01ACCUMULATIONINTEGERThe number of high-speed data frames lost by the RBS in the Iub interface. Each counter observes a specific SPI. The different flows are configured ON/OFF using RBS MOM parameter IubDataStreams:: schHsFlowControlOnOff.ME_NodeBFunction_IubDataStreams.pmHsDataFramesLostSpi01Sumenblbh, Sum
    pmHsDataFramesLostSpi02ACCUMULATIONINTEGERThe number of high-speed data frames lost by the RBS in the Iub interface. Each counter observes a specific SPI. The different flows are configured ON/OFF using RBS MOM parameter IubDataStreams:: schHsFlowControlOnOff.ME_NodeBFunction_IubDataStreams.pmHsDataFramesLostSpi02Sumenblbh, Sum
    pmHsDataFramesLostSpi03ACCUMULATIONINTEGERThe number of high-speed data frames lost by the RBS in the Iub interface. Each counter observes a specific SPI. The different flows are configured ON/OFF using RBS MOM parameter IubDataStreams:: schHsFlowControlOnOff.ME_NodeBFunction_IubDataStreams.pmHsDataFramesLostSpi03Sumenblbh, Sum
    pmHsDataFramesLostSpi04ACCUMULATIONINTEGERThe number of high-speed data frames lost by the RBS in the Iub interface. Each counter observes a specific SPI. The different flows are configured ON/OFF using RBS MOM parameter IubDataStreams:: schHsFlowControlOnOff.ME_NodeBFunction_IubDataStreams.pmHsDataFramesLostSpi04Sumenblbh, Sum
    pmHsDataFramesLostSpi05ACCUMULATIONINTEGERThe number of high-speed data frames lost by the RBS in the Iub interface. Each counter observes a specific SPI. The different flows are configured ON/OFF using RBS MOM parameter IubDataStreams:: schHsFlowControlOnOff.ME_NodeBFunction_IubDataStreams.pmHsDataFramesLostSpi05Sumenblbh, Sum
    pmHsDataFramesLostSpi06ACCUMULATIONINTEGERThe number of high-speed data frames lost by the RBS in the Iub interface. Each counter observes a specific SPI. The different flows are configured ON/OFF using RBS MOM parameter IubDataStreams:: schHsFlowControlOnOff.ME_NodeBFunction_IubDataStreams.pmHsDataFramesLostSpi06Sumenblbh, Sum
    pmHsDataFramesLostSpi07ACCUMULATIONINTEGERThe number of high-speed data frames lost by the RBS in the Iub interface. Each counter observes a specific SPI. The different flows are configured ON/OFF using RBS MOM parameter IubDataStreams:: schHsFlowControlOnOff.ME_NodeBFunction_IubDataStreams.pmHsDataFramesLostSpi07Sumenblbh, Sum
    pmHsDataFramesLostSpi08ACCUMULATIONINTEGERThe number of high-speed data frames lost by the RBS in the Iub interface. Each counter observes a specific SPI. The different flows are configured ON/OFF using RBS MOM parameter IubDataStreams:: schHsFlowControlOnOff.ME_NodeBFunction_IubDataStreams.pmHsDataFramesLostSpi08Sumenblbh, Sum
    pmHsDataFramesLostSpi09ACCUMULATIONINTEGERThe number of high-speed data frames lost by the RBS in the Iub interface. Each counter observes a specific SPI. The different flows are configured ON/OFF using RBS MOM parameter IubDataStreams:: schHsFlowControlOnOff.ME_NodeBFunction_IubDataStreams.pmHsDataFramesLostSpi09Sumenblbh, Sum
    pmHsDataFramesLostSpi10ACCUMULATIONINTEGERThe number of high-speed data frames lost by the RBS in the Iub interface. Each counter observes a specific SPI. The different flows are configured ON/OFF using RBS MOM parameter IubDataStreams:: schHsFlowControlOnOff.ME_NodeBFunction_IubDataStreams.pmHsDataFramesLostSpi10Sumenblbh, Sum
    pmHsDataFramesLostSpi11ACCUMULATIONINTEGERThe number of high-speed data frames lost by the RBS in the Iub interface. Each counter observes a specific SPI. The different flows are configured ON/OFF using RBS MOM parameter IubDataStreams:: schHsFlowControlOnOff.ME_NodeBFunction_IubDataStreams.pmHsDataFramesLostSpi11Sumenblbh, Sum
    pmHsDataFramesLostSpi12ACCUMULATIONINTEGERThe number of high-speed data frames lost by the RBS in the Iub interface. Each counter observes a specific SPI. The different flows are configured ON/OFF using RBS MOM parameter IubDataStreams:: schHsFlowControlOnOff.ME_NodeBFunction_IubDataStreams.pmHsDataFramesLostSpi12Sumenblbh, Sum
    pmHsDataFramesLostSpi13ACCUMULATIONINTEGERThe number of high-speed data frames lost by the RBS in the Iub interface. Each counter observes a specific SPI. The different flows are configured ON/OFF using RBS MOM parameter IubDataStreams:: schHsFlowControlOnOff.ME_NodeBFunction_IubDataStreams.pmHsDataFramesLostSpi13Sumenblbh, Sum
    pmHsDataFramesLostSpi14ACCUMULATIONINTEGERThe number of high-speed data frames lost by the RBS in the Iub interface. Each counter observes a specific SPI. The different flows are configured ON/OFF using RBS MOM parameter IubDataStreams:: schHsFlowControlOnOff.ME_NodeBFunction_IubDataStreams.pmHsDataFramesLostSpi14Sumenblbh, Sum
    pmHsDataFramesLostSpi15ACCUMULATIONINTEGERThe number of high-speed data frames lost by the RBS in the Iub interface. Each counter observes a specific SPI. The different flows are configured ON/OFF using RBS MOM parameter IubDataStreams:: schHsFlowControlOnOff.ME_NodeBFunction_IubDataStreams.pmHsDataFramesLostSpi15Sumenblbh, Sum
    Tot_pmHsDataFramesLostSpiACCUMULATIONINT8The total number of high-speed data frames lost by the RBS in the Iub interface.ME_NodeBFunction_IubDataStreams.pmHsDataFramesLostSpi00 + pmHsDataFramesLostSpi01 + pmHsDataFramesLostSpi02 + pmHsDataFramesLostSpi03 + pmHsDataFramesLostSpi04 + pmHsDataFramesLostSpi05 + pmHsDataFramesLostSpi06 + pmHsDataFramesLostSpi07 + pmHsDataFramesLostSpi08 + pmHsDataFramesLostSpi09 + pmHsDataFramesLostSpi10 + pmHsDataFramesLostSpi11 + pmHsDataFramesLostSpi12 + pmHsDataFramesLostSpi13 + pmHsDataFramesLostSpi14 + pmHsDataFramesLostSpi15Sumenblbh, Sum


    NodeB.Ericsson.UMTS.Frame_Received_SPI

    Frames received statistics.

    KPITypeData TypeDescriptionDerivationDefault AggregatorOther Aggregators
    pmHsDataFramesReceivedSpi00ACCUMULATIONINTEGERThe total number of high-speed data frames received by the RBS over the Iub interface. Each counter observes a specific Scheduler Priority Index (SPI). The different flows are configured ON/OFF using RBS MOM parameter IubDataStreams:: schHsFlowControlOnOff.ME_NodeBFunction_IubDataStreams.pmHsDataFramesReceivedSpi00Sumenblbh, Sum
    pmHsDataFramesReceivedSpi01ACCUMULATIONINTEGERThe total number of high-speed data frames received by the RBS over the Iub interface. Each counter observes a specific Scheduler Priority Index (SPI). The different flows are configured ON/OFF using RBS MOM parameter IubDataStreams:: schHsFlowControlOnOff.ME_NodeBFunction_IubDataStreams.pmHsDataFramesReceivedSpi01Sumenblbh, Sum
    pmHsDataFramesReceivedSpi02ACCUMULATIONINTEGERThe total number of high-speed data frames received by the RBS over the Iub interface. Each counter observes a specific Scheduler Priority Index (SPI). The different flows are configured ON/OFF using RBS MOM parameter IubDataStreams:: schHsFlowControlOnOff.ME_NodeBFunction_IubDataStreams.pmHsDataFramesReceivedSpi02Sumenblbh, Sum
    pmHsDataFramesReceivedSpi03ACCUMULATIONINTEGERThe total number of high-speed data frames received by the RBS over the Iub interface. Each counter observes a specific Scheduler Priority Index (SPI). The different flows are configured ON/OFF using RBS MOM parameter IubDataStreams:: schHsFlowControlOnOff.ME_NodeBFunction_IubDataStreams.pmHsDataFramesReceivedSpi03Sumenblbh, Sum
    pmHsDataFramesReceivedSpi04ACCUMULATIONINTEGERThe total number of high-speed data frames received by the RBS over the Iub interface. Each counter observes a specific Scheduler Priority Index (SPI). The different flows are configured ON/OFF using RBS MOM parameter IubDataStreams:: schHsFlowControlOnOff.ME_NodeBFunction_IubDataStreams.pmHsDataFramesReceivedSpi04Sumenblbh, Sum
    pmHsDataFramesReceivedSpi05ACCUMULATIONINTEGERThe total number of high-speed data frames received by the RBS over the Iub interface. Each counter observes a specific Scheduler Priority Index (SPI). The different flows are configured ON/OFF using RBS MOM parameter IubDataStreams:: schHsFlowControlOnOff.ME_NodeBFunction_IubDataStreams.pmHsDataFramesReceivedSpi05Sumenblbh, Sum
    pmHsDataFramesReceivedSpi06ACCUMULATIONINTEGERThe total number of high-speed data frames received by the RBS over the Iub interface. Each counter observes a specific Scheduler Priority Index (SPI). The different flows are configured ON/OFF using RBS MOM parameter IubDataStreams:: schHsFlowControlOnOff.ME_NodeBFunction_IubDataStreams.pmHsDataFramesReceivedSpi06Sumenblbh, Sum
    pmHsDataFramesReceivedSpi07ACCUMULATIONINTEGERThe total number of high-speed data frames received by the RBS over the Iub interface. Each counter observes a specific Scheduler Priority Index (SPI). The different flows are configured ON/OFF using RBS MOM parameter IubDataStreams:: schHsFlowControlOnOff.ME_NodeBFunction_IubDataStreams.pmHsDataFramesReceivedSpi07Sumenblbh, Sum
    pmHsDataFramesReceivedSpi08ACCUMULATIONINTEGERThe total number of high-speed data frames received by the RBS over the Iub interface. Each counter observes a specific Scheduler Priority Index (SPI). The different flows are configured ON/OFF using RBS MOM parameter IubDataStreams:: schHsFlowControlOnOff.ME_NodeBFunction_IubDataStreams.pmHsDataFramesReceivedSpi08Sumenblbh, Sum
    pmHsDataFramesReceivedSpi09ACCUMULATIONINTEGERThe total number of high-speed data frames received by the RBS over the Iub interface. Each counter observes a specific Scheduler Priority Index (SPI). The different flows are configured ON/OFF using RBS MOM parameter IubDataStreams:: schHsFlowControlOnOff.ME_NodeBFunction_IubDataStreams.pmHsDataFramesReceivedSpi09Sumenblbh, Sum
    pmHsDataFramesReceivedSpi10ACCUMULATIONINTEGERThe total number of high-speed data frames received by the RBS over the Iub interface. Each counter observes a specific Scheduler Priority Index (SPI). The different flows are configured ON/OFF using RBS MOM parameter IubDataStreams:: schHsFlowControlOnOff.ME_NodeBFunction_IubDataStreams.pmHsDataFramesReceivedSpi10Sumenblbh, Sum
    pmHsDataFramesReceivedSpi11ACCUMULATIONINTEGERThe total number of high-speed data frames received by the RBS over the Iub interface. Each counter observes a specific Scheduler Priority Index (SPI). The different flows are configured ON/OFF using RBS MOM parameter IubDataStreams:: schHsFlowControlOnOff.ME_NodeBFunction_IubDataStreams.pmHsDataFramesReceivedSpi11Sumenblbh, Sum
    pmHsDataFramesReceivedSpi12ACCUMULATIONINTEGERThe total number of high-speed data frames received by the RBS over the Iub interface. Each counter observes a specific Scheduler Priority Index (SPI). The different flows are configured ON/OFF using RBS MOM parameter IubDataStreams:: schHsFlowControlOnOff.ME_NodeBFunction_IubDataStreams.pmHsDataFramesReceivedSpi12Sumenblbh, Sum
    pmHsDataFramesReceivedSpi13ACCUMULATIONINTEGERThe total number of high-speed data frames received by the RBS over the Iub interface. Each counter observes a specific Scheduler Priority Index (SPI). The different flows are configured ON/OFF using RBS MOM parameter IubDataStreams:: schHsFlowControlOnOff.ME_NodeBFunction_IubDataStreams.pmHsDataFramesReceivedSpi13Sumenblbh, Sum
    pmHsDataFramesReceivedSpi14ACCUMULATIONINTEGERThe total number of high-speed data frames received by the RBS over the Iub interface. Each counter observes a specific Scheduler Priority Index (SPI). The different flows are configured ON/OFF using RBS MOM parameter IubDataStreams:: schHsFlowControlOnOff.ME_NodeBFunction_IubDataStreams.pmHsDataFramesReceivedSpi14Sumenblbh, Sum
    pmHsDataFramesReceivedSpi15ACCUMULATIONINTEGERThe total number of high-speed data frames received by the RBS over the Iub interface. Each counter observes a specific Scheduler Priority Index (SPI). The different flows are configured ON/OFF using RBS MOM parameter IubDataStreams:: schHsFlowControlOnOff.ME_NodeBFunction_IubDataStreams.pmHsDataFramesReceivedSpi15Sumenblbh, Sum
    Tot_pmHsDataFramesReceivedSpiACCUMULATIONINT8The total number of high-speed data frames received by the RBS over the Iub interface.ME_NodeBFunction_IubDataStreams.pmHsDataFramesReceivedSpi00 + pmHsDataFramesReceivedSpi01 + pmHsDataFramesReceivedSpi02 + pmHsDataFramesReceivedSpi03 + pmHsDataFramesReceivedSpi04 + pmHsDataFramesReceivedSpi05 + pmHsDataFramesReceivedSpi06 + pmHsDataFramesReceivedSpi07 + pmHsDataFramesReceivedSpi08 + pmHsDataFramesReceivedSpi09 + pmHsDataFramesReceivedSpi10 + pmHsDataFramesReceivedSpi11 + pmHsDataFramesReceivedSpi12 + pmHsDataFramesReceivedSpi13 + pmHsDataFramesReceivedSpi14 + pmHsDataFramesReceivedSpi15Sumenblbh, Sum


    NodeB.Ericsson.UMTS.hardware_usage_statistics

    NodeB hardware resource usage statistics.

    KPITypeData TypeDescriptionDerivationDefault AggregatorOther Aggregators
    pmapomcofspreadersusedINTENSITYFLOATThe average percentage of maximum capacity for number of Spreaders used in the Downlink base band pool during a 15 minutes period.Group_ManagedElement.pmApomcOfSpreadersUsedAverageAverage, enblbh, Maximum, Minimum, Sum


    NodeB.Ericsson.UMTS.IubDataStreams.Hardware_usage

    RBS hardware usage statistics related on Iubdatastreams.

    KPITypeData TypeDescriptionDerivationDefault AggregatorOther Aggregators
    pmCapAllocIubHsLimitingRatioACCUMULATIONINT8-Obsolete in P6-The relative number of occurrences when the calculated capacity allocation figure is limited by the Iub high-speed bandwidth during a 100 ms periodME_NodeBFunction_IubDataStreams.pmCapAllocIubHsLimitingRatioSumenblbh, Sum
    pmCapAllocIubHsLimitingRatioSpi00ACCUMULATIONINTEGERThe relative number of occurrences when the calculated capacity allocation figure is limited by the Iub high-speed bandwidth during a 100 ms periodME_NodeBFunction_IubDataStreams.pmCapAllocIubHsLimitingRatioSpi00Sumenblbh, Sum
    pmCapAllocIubHsLimitingRatioSpi01ACCUMULATIONINTEGERThe relative number of occurrences when the calculated capacity allocation figure is limited by the Iub high-speed bandwidth during a 100 ms periodME_NodeBFunction_IubDataStreams.pmCapAllocIubHsLimitingRatioSpi01Sumenblbh, Sum
    pmCapAllocIubHsLimitingRatioSpi02ACCUMULATIONINTEGERThe relative number of occurrences when the calculated capacity allocation figure is limited by the Iub high-speed bandwidth during a 100 ms periodME_NodeBFunction_IubDataStreams.pmCapAllocIubHsLimitingRatioSpi02Sumenblbh, Sum
    pmCapAllocIubHsLimitingRatioSpi03ACCUMULATIONINTEGERThe relative number of occurrences when the calculated capacity allocation figure is limited by the Iub high-speed bandwidth during a 100 ms periodME_NodeBFunction_IubDataStreams.pmCapAllocIubHsLimitingRatioSpi03Sumenblbh, Sum
    pmCapAllocIubHsLimitingRatioSpi04ACCUMULATIONINTEGERThe relative number of occurrences when the calculated capacity allocation figure is limited by the Iub high-speed bandwidth during a 100 ms periodME_NodeBFunction_IubDataStreams.pmCapAllocIubHsLimitingRatioSpi04Sumenblbh, Sum
    pmCapAllocIubHsLimitingRatioSpi05ACCUMULATIONINTEGERThe relative number of occurrences when the calculated capacity allocation figure is limited by the Iub high-speed bandwidth during a 100 ms periodME_NodeBFunction_IubDataStreams.pmCapAllocIubHsLimitingRatioSpi05Sumenblbh, Sum
    pmCapAllocIubHsLimitingRatioSpi06ACCUMULATIONINTEGERThe relative number of occurrences when the calculated capacity allocation figure is limited by the Iub high-speed bandwidth during a 100 ms periodME_NodeBFunction_IubDataStreams.pmCapAllocIubHsLimitingRatioSpi06Sumenblbh, Sum
    pmCapAllocIubHsLimitingRatioSpi07ACCUMULATIONINTEGERThe relative number of occurrences when the calculated capacity allocation figure is limited by the Iub high-speed bandwidth during a 100 ms periodME_NodeBFunction_IubDataStreams.pmCapAllocIubHsLimitingRatioSpi07Sumenblbh, Sum
    pmCapAllocIubHsLimitingRatioSpi08ACCUMULATIONINTEGERThe relative number of occurrences when the calculated capacity allocation figure is limited by the Iub high-speed bandwidth during a 100 ms periodME_NodeBFunction_IubDataStreams.pmCapAllocIubHsLimitingRatioSpi08Sumenblbh, Sum
    pmCapAllocIubHsLimitingRatioSpi09ACCUMULATIONINTEGERThe relative number of occurrences when the calculated capacity allocation figure is limited by the Iub high-speed bandwidth during a 100 ms periodME_NodeBFunction_IubDataStreams.pmCapAllocIubHsLimitingRatioSpi09Sumenblbh, Sum
    pmCapAllocIubHsLimitingRatioSpi10ACCUMULATIONINTEGERThe relative number of occurrences when the calculated capacity allocation figure is limited by the Iub high-speed bandwidth during a 100 ms periodME_NodeBFunction_IubDataStreams.pmCapAllocIubHsLimitingRatioSpi10Sumenblbh, Sum
    pmCapAllocIubHsLimitingRatioSpi11ACCUMULATIONINTEGERThe relative number of occurrences when the calculated capacity allocation figure is limited by the Iub high-speed bandwidth during a 100 ms periodME_NodeBFunction_IubDataStreams.pmCapAllocIubHsLimitingRatioSpi11Sumenblbh, Sum
    pmCapAllocIubHsLimitingRatioSpi12ACCUMULATIONINTEGERThe relative number of occurrences when the calculated capacity allocation figure is limited by the Iub high-speed bandwidth during a 100 ms periodME_NodeBFunction_IubDataStreams.pmCapAllocIubHsLimitingRatioSpi12Sumenblbh, Sum
    pmCapAllocIubHsLimitingRatioSpi13ACCUMULATIONINTEGERThe relative number of occurrences when the calculated capacity allocation figure is limited by the Iub high-speed bandwidth during a 100 ms periodME_NodeBFunction_IubDataStreams.pmCapAllocIubHsLimitingRatioSpi13Sumenblbh, Sum
    pmCapAllocIubHsLimitingRatioSpi14ACCUMULATIONINTEGERThe relative number of occurrences when the calculated capacity allocation figure is limited by the Iub high-speed bandwidth during a 100 ms periodME_NodeBFunction_IubDataStreams.pmCapAllocIubHsLimitingRatioSpi14Sumenblbh, Sum
    pmCapAllocIubHsLimitingRatioSpi15ACCUMULATIONINTEGERThe relative number of occurrences when the calculated capacity allocation figure is limited by the Iub high-speed bandwidth during a 100 ms periodME_NodeBFunction_IubDataStreams.pmCapAllocIubHsLimitingRatioSpi15Sumenblbh, Sum
    pmCapAlloclubHsLimitingRatioACCUMULATIONINTEGER-Obsolete in P5- The relative number of occurrences when the calculated capacity allocation figure is limited by the Iub high-speed bandwidth during a 100 ms period.ME_NodeBFunction_IubDataStreams.pmCapAlloclubHsLimitingRatioSumenblbh, Sum
    pmDchFramesCrcMismatchACCUMULATIONINTEGERThe Number of DCH Iub FP frames discarded owing to header or payload CRC mismatch.ME_NodeBFunction_IubDataStreams.pmDchFramesCrcMismatchSumenblbh, Sum
    pmDchFramesLateACCUMULATIONINTEGERThe number of DCH Iub FP frames arriving after Time of Arrival Window Endpoint (ToAWE) but before Late Time of Arrival (LTOA).ME_NodeBFunction_IubDataStreams.pmDchFramesLateSumenblbh, Sum
    pmDchFramesOutOfSequenceDlACCUMULATIONINTEGERThe number of Iub DCH Frame Protocol (FP) frames received out-of-sequence in the downlink direction.ME_NodeBFunction_IubDataStreams.pmDchFramesOutOfSequenceDlSumenblbh, Sum
    pmDchFramesReceivedACCUMULATIONINTEGERThe number of DCH Iub frames received both inside and outside the Time of Arrival Window (ToAW) in kframes.ME_NodeBFunction_IubDataStreams.pmDchFramesReceivedSumenblbh, Sum
    pmDchFramesTooLateACCUMULATIONINTEGERThe number of DCH Iub FP frames discarded owing to arrival too late, that is, after LTOAME_NodeBFunction_IubDataStreams.pmDchFramesTooLateSumenblbh, Sum
    pmEdchIubLimitingRatioINTENSITYFLOATIndicates in what degree the EUL traffic in uplink is limited by the Iub/Iur interfaces, between RBS and SRNC. Valid for the flow controlled EUL flows only. A high value indicates that these interfaces limit the EUL traffic in a high degree. When a high value is indicated, it should be considered to extend Iub/Iur with higher EUL bandwidth.ME_NodeBFunction_IubDataStreams.pmEdchIubLimitingRatioAverageAverage, enblbh, Maximum, Minimum, Sum
    pmEdchIubMeasRate_AvgINTENSITYFLOATAverage:Measurement of the E-DCH Iub bit rate sent by the RBS in uplink over Iub. The bit rate includes all bits sent in the Radio Network Layer E-DCH data frames, including its overhead. AAL2 and ATM overhead is not included. When RAX sends the packet to the ET board, then the number of bits is counted.ME_NodeBFunction_IubDataStreams.pmEdchIubMeasRate_AvgAverageAverage, enblbh, Maximum, Minimum, Sum
    pmEdchIubMeasRate_MaxINTENSITYFLOATMaximum:Measurement of the E-DCH Iub bit rate sent by the RBS in uplink over Iub. The bit rate includes all bits sent in the Radio Network Layer E-DCH data frames, including its overhead. AAL2 and ATM overhead is not included. When RAX sends the packet to the ET board, then the number of bits is counted.ME_NodeBFunction_IubDataStreams.pmEdchIubMeasRate_MaxAverageAverage, enblbh, Maximum, Minimum, Sum
    pmEdchIubMeasRate_MinINTENSITYFLOATMinimum:Measurement of the E-DCH Iub bit rate sent by the RBS in uplink over Iub. The bit rate includes all bits sent in the Radio Network Layer E-DCH data frames, including its overhead. AAL2 and ATM overhead is not included. When RAX sends the packet to the ET board, then the number of bits is counted.ME_NodeBFunction_IubDataStreams.pmEdchIubMeasRate_MinAverageAverage, enblbh, Maximum, Minimum, Sum
    pmHsDataFramesLostACCUMULATIONINT8-Obsolete in P6- The number of high-speed data frames lost over Iub in the RBS.ME_NodeBFunction_IubDataStreams.pmHsDataFramesLostSumenblbh, Sum
    pmHsDataFramesReceivedACCUMULATIONINT8-Obsolete in P6- The total number of high-speed data frames received over Iub in the RBSME_NodeBFunction_IubDataStreams.pmHsDataFramesReceivedSumenblbh, Sum
    pmIubMacdPduRbsReceivedBits_AvgINTENSITYFLOATAverage received numbers of Iub Media Access Control dedicated Power Distribution Unit (MAC-d PDU) bits every second.ME_NodeBFunction_IubDataStreams.pmIubMacdPduRbsReceivedBits_AvgAverageAverage, enblbh, Maximum, Minimum, Sum
    pmIubMacdPduRbsReceivedBits_MaxACCUMULATIONINT8Maximum Received numbers of Iub Media Access Control dedicated Power Distribution Unit (MAC-d PDU) bits every second.ME_NodeBFunction_IubDataStreams.pmIubMacdPduRbsReceivedBits_MaxSumAverage, enblbh, Maximum, Minimum, Sum
    pmIubMacdPduRbsReceivedBits_MinACCUMULATIONINT8Minimum Received numbers of Iub Media Access Control dedicated Power Distribution Unit (MAC-d PDU) bits every second.ME_NodeBFunction_IubDataStreams.pmIubMacdPduRbsReceivedBits_MinSumAverage, enblbh, Maximum, Minimum, Sum
    pmNoUlIubLimitEulACCUMULATIONINTEGERCounter for the number of times a scheduling decision is taken to increase the Iub rate of an E-DCH user and there is a need to decrease the Iub rate for another E-DCH user owing to UL Iub resource limitations.ME_NodeBFunction_IubDataStreams.pmNoUlIubLimitEulSumenblbh, Sum
    pmRbsHsPdschCodePrioACCUMULATIONINTEGERThe number of times there is an HS-PDSCH HW shortage. Accumulates the number of code shortage occurrences, that is, the number of times priority resolve is entered in the algorithm for dynamic code allocation. Priority resolve is entered every time there is HW shortageME_NodeBFunction_IubDataStreams.pmRbsHsPdschCodePrioSumenblbh, Sum
    pmTargetHsRate_1_100ACCUMULATIONINTEGERSum of samples 1-100, target high-speed rate as percentage of the value of the maxHsRate parameterME_NodeBFunction_IubDataStreams.pmTargetHsRate_1_100Sumenblbh, Sum
    pmTargetHsRate_1_70ACCUMULATIONINTEGERSum of samples 1-70, target high-speed rate as percentage of the value of the maxHsRate parameterME_NodeBFunction_IubDataStreams.pmTargetHsRate_1_70Sumenblbh, Sum
    pmTargetHsRate_AvgINTENSITYFLOAT-Obsolete in P6- Average target high-speed rate as percentage of the value of the maxHsRate parameterME_NodeBFunction_IubDataStreams.pmTargetHsRate_AvgAverageAverage, enblbh, Maximum, Minimum, Sum
    pmTargetHsRate_MaxINTENSITYFLOAT-Obsolete in P6- Maximum target high-speed rate as percentage of the value of the maxHsRate parameterME_NodeBFunction_IubDataStreams.pmTargetHsRate_MaxAverageAverage, enblbh, Maximum, Minimum, Sum
    pmTargetHsRate_MinINTENSITYFLOAT-Obsolete in P6- Minimum target high-speed rate as percentage of the value of the maxHsRate parameterME_NodeBFunction_IubDataStreams.pmTargetHsRate_MinAverageAverage, enblbh, Maximum, Minimum, Sum
    Tot_pmDchFramesAftToAWEACCUMULATIONINTEGERThe total number of DCH Iub FP frames arriving after Time of Arrival Window Endpoint (ToAWE) due to various reasons.{pmDchFramesCrcMismatch} + {pmDchFramesLate} + {pmDchFramesReceived} + {pmDchFramesTooLate}Sumenblbh, Sum


    NodeB.Ericsson.UMTS.NBAP

    -Obsolete in P6- NodeB NBAP related statistics.

    KPITypeData TypeDescriptionDerivationDefault AggregatorOther Aggregators
    pmNoOfDiscardedMsgACCUMULATIONINT8-Obsolete in P6- Number of NBAP: Discarded messagesME_NodeBFunction_NbapCommon.pmNoOfDiscardedMsgSumenblbh, Sum


    NodeB.Ericsson.UMTS.PDF_pmCapacityNodeBDlCe

    pmCapacityNodeBDlCe PDF counters

    KPITypeData TypeDescriptionDerivationDefault AggregatorOther Aggregators
    pmCapacityNodeBDlCe_0ACCUMULATIONINTEGERThe distribution of the RBS DL Channel Element utilization (for all DL baseband pools), as percentages of the corresponding license limit.ManagedElement.pmCapacityNodeBDlCe_0Sum 
    pmCapacityNodeBDlCe_10ACCUMULATIONINTEGERThe distribution of the RBS DL Channel Element utilization (for all DL baseband pools), as percentages of the corresponding license limit.ManagedElement.pmCapacityNodeBDlCe_10Sum 
    pmCapacityNodeBDlCe_1ACCUMULATIONINTEGERThe distribution of the RBS DL Channel Element utilization (for all DL baseband pools), as percentages of the corresponding license limit.ManagedElement.pmCapacityNodeBDlCe_1Sum 
    pmCapacityNodeBDlCe_2ACCUMULATIONINTEGERThe distribution of the RBS DL Channel Element utilization (for all DL baseband pools), as percentages of the corresponding license limit.ManagedElement.pmCapacityNodeBDlCe_2Sum 
    pmCapacityNodeBDlCe_3ACCUMULATIONINTEGERThe distribution of the RBS DL Channel Element utilization (for all DL baseband pools), as percentages of the corresponding license limit.ManagedElement.pmCapacityNodeBDlCe_3Sum 
    pmCapacityNodeBDlCe_4ACCUMULATIONINTEGERThe distribution of the RBS DL Channel Element utilization (for all DL baseband pools), as percentages of the corresponding license limit.ManagedElement.pmCapacityNodeBDlCe_4Sum 
    pmCapacityNodeBDlCe_5ACCUMULATIONINTEGERThe distribution of the RBS DL Channel Element utilization (for all DL baseband pools), as percentages of the corresponding license limit.ManagedElement.pmCapacityNodeBDlCe_5Sum 
    pmCapacityNodeBDlCe_6ACCUMULATIONINTEGERThe distribution of the RBS DL Channel Element utilization (for all DL baseband pools), as percentages of the corresponding license limit.ManagedElement.pmCapacityNodeBDlCe_6Sum 
    pmCapacityNodeBDlCe_7ACCUMULATIONINTEGERThe distribution of the RBS DL Channel Element utilization (for all DL baseband pools), as percentages of the corresponding license limit.ManagedElement.pmCapacityNodeBDlCe_7Sum 
    pmCapacityNodeBDlCe_8ACCUMULATIONINTEGERThe distribution of the RBS DL Channel Element utilization (for all DL baseband pools), as percentages of the corresponding license limit.ManagedElement.pmCapacityNodeBDlCe_8Sum 
    pmCapacityNodeBDlCe_9ACCUMULATIONINTEGERThe distribution of the RBS DL Channel Element utilization (for all DL baseband pools), as percentages of the corresponding license limit.ManagedElement.pmCapacityNodeBDlCe_9Sum 


    NodeB.Ericsson.UMTS.PDF_pmCapacityNodeBUlCe

    pmCapacityNodeBUlCe PDF counters

    KPITypeData TypeDescriptionDerivationDefault AggregatorOther Aggregators
    pmCapacityNodeBUlCe_0ACCUMULATIONINTEGERThe distribution of the RBS UL Channel Element utilization (for all UL baseband pools), as percentages of the corresponding license limit.ManagedElement.pmCapacityNodeBUlCe_0Sum 
    pmCapacityNodeBUlCe_10ACCUMULATIONINTEGERThe distribution of the RBS UL Channel Element utilization (for all UL baseband pools), as percentages of the corresponding license limit.ManagedElement.pmCapacityNodeBUlCe_10Sum 
    pmCapacityNodeBUlCe_1ACCUMULATIONINTEGERThe distribution of the RBS UL Channel Element utilization (for all UL baseband pools), as percentages of the corresponding license limit.ManagedElement.pmCapacityNodeBUlCe_1Sum 
    pmCapacityNodeBUlCe_2ACCUMULATIONINTEGERThe distribution of the RBS UL Channel Element utilization (for all UL baseband pools), as percentages of the corresponding license limit.ManagedElement.pmCapacityNodeBUlCe_2Sum 
    pmCapacityNodeBUlCe_3ACCUMULATIONINTEGERThe distribution of the RBS UL Channel Element utilization (for all UL baseband pools), as percentages of the corresponding license limit.ManagedElement.pmCapacityNodeBUlCe_3Sum 
    pmCapacityNodeBUlCe_4ACCUMULATIONINTEGERThe distribution of the RBS UL Channel Element utilization (for all UL baseband pools), as percentages of the corresponding license limit.ManagedElement.pmCapacityNodeBUlCe_4Sum 
    pmCapacityNodeBUlCe_5ACCUMULATIONINTEGERThe distribution of the RBS UL Channel Element utilization (for all UL baseband pools), as percentages of the corresponding license limit.ManagedElement.pmCapacityNodeBUlCe_5Sum 
    pmCapacityNodeBUlCe_6ACCUMULATIONINTEGERThe distribution of the RBS UL Channel Element utilization (for all UL baseband pools), as percentages of the corresponding license limit.ManagedElement.pmCapacityNodeBUlCe_6Sum 
    pmCapacityNodeBUlCe_7ACCUMULATIONINTEGERThe distribution of the RBS UL Channel Element utilization (for all UL baseband pools), as percentages of the corresponding license limit.ManagedElement.pmCapacityNodeBUlCe_7Sum 
    pmCapacityNodeBUlCe_8ACCUMULATIONINTEGERThe distribution of the RBS UL Channel Element utilization (for all UL baseband pools), as percentages of the corresponding license limit.ManagedElement.pmCapacityNodeBUlCe_8Sum 
    pmCapacityNodeBUlCe_9ACCUMULATIONINTEGERThe distribution of the RBS UL Channel Element utilization (for all UL baseband pools), as percentages of the corresponding license limit.ManagedElement.pmCapacityNodeBUlCe_9Sum 


    NodeB.Ericsson.UMTS.PDF_pmHsDataFrameDelayIubSpi00

    pmHsDataFrameDelayIubSpi00 PDF counters

    KPITypeData TypeDescriptionDerivationDefault AggregatorOther Aggregators
    pmHsDataFrameDelayIubSpi00_0ACCUMULATIONINTEGERThe PM counter presents a histogram over the dynamic delay experienced between SRNC and RBS by the flow controlled HSDPA flows, that is, the buffer build-up delay distribution for HS traffic.Measurement can be started on at least one Device Set (DBCCS). That is, state is operational and the Device board has correct capability. The delay is between SRNC and RBS, that is, both Iub and Iur are included in the delay measurement. Sampled every 100 ms period. The samples are taken from all the HS-DSCH channels scheduled on priority class 00.ME_NodeBFunction_IubDataStreams.pmHsDataFrameDelayIubSpi00_0Sum 
    pmHsDataFrameDelayIubSpi00_10ACCUMULATIONINTEGERThe PM counter presents a histogram over the dynamic delay experienced between SRNC and RBS by the flow controlled HSDPA flows, that is, the buffer build-up delay distribution for HS traffic.Measurement can be started on at least one Device Set (DBCCS). That is, state is operational and the Device board has correct capability. The delay is between SRNC and RBS, that is, both Iub and Iur are included in the delay measurement. Sampled every 100 ms period. The samples are taken from all the HS-DSCH channels scheduled on priority class 00.ME_NodeBFunction_IubDataStreams.pmHsDataFrameDelayIubSpi00_10Sum 
    pmHsDataFrameDelayIubSpi00_11ACCUMULATIONINTEGERThe PM counter presents a histogram over the dynamic delay experienced between SRNC and RBS by the flow controlled HSDPA flows, that is, the buffer build-up delay distribution for HS traffic.Measurement can be started on at least one Device Set (DBCCS). That is, state is operational and the Device board has correct capability. The delay is between SRNC and RBS, that is, both Iub and Iur are included in the delay measurement. Sampled every 100 ms period. The samples are taken from all the HS-DSCH channels scheduled on priority class 00.ME_NodeBFunction_IubDataStreams.pmHsDataFrameDelayIubSpi00_11Sum 
    pmHsDataFrameDelayIubSpi00_12ACCUMULATIONINTEGERThe PM counter presents a histogram over the dynamic delay experienced between SRNC and RBS by the flow controlled HSDPA flows, that is, the buffer build-up delay distribution for HS traffic.Measurement can be started on at least one Device Set (DBCCS). That is, state is operational and the Device board has correct capability. The delay is between SRNC and RBS, that is, both Iub and Iur are included in the delay measurement. Sampled every 100 ms period. The samples are taken from all the HS-DSCH channels scheduled on priority class 00.ME_NodeBFunction_IubDataStreams.pmHsDataFrameDelayIubSpi00_12Sum 
    pmHsDataFrameDelayIubSpi00_13ACCUMULATIONINTEGERThe PM counter presents a histogram over the dynamic delay experienced between SRNC and RBS by the flow controlled HSDPA flows, that is, the buffer build-up delay distribution for HS traffic.Measurement can be started on at least one Device Set (DBCCS). That is, state is operational and the Device board has correct capability. The delay is between SRNC and RBS, that is, both Iub and Iur are included in the delay measurement. Sampled every 100 ms period. The samples are taken from all the HS-DSCH channels scheduled on priority class 00.ME_NodeBFunction_IubDataStreams.pmHsDataFrameDelayIubSpi00_13Sum 
    pmHsDataFrameDelayIubSpi00_14ACCUMULATIONINTEGERThe PM counter presents a histogram over the dynamic delay experienced between SRNC and RBS by the flow controlled HSDPA flows, that is, the buffer build-up delay distribution for HS traffic.Measurement can be started on at least one Device Set (DBCCS). That is, state is operational and the Device board has correct capability. The delay is between SRNC and RBS, that is, both Iub and Iur are included in the delay measurement. Sampled every 100 ms period. The samples are taken from all the HS-DSCH channels scheduled on priority class 00.ME_NodeBFunction_IubDataStreams.pmHsDataFrameDelayIubSpi00_14Sum 
    pmHsDataFrameDelayIubSpi00_15ACCUMULATIONINTEGERThe PM counter presents a histogram over the dynamic delay experienced between SRNC and RBS by the flow controlled HSDPA flows, that is, the buffer build-up delay distribution for HS traffic.Measurement can be started on at least one Device Set (DBCCS). That is, state is operational and the Device board has correct capability. The delay is between SRNC and RBS, that is, both Iub and Iur are included in the delay measurement. Sampled every 100 ms period. The samples are taken from all the HS-DSCH channels scheduled on priority class 00.ME_NodeBFunction_IubDataStreams.pmHsDataFrameDelayIubSpi00_15Sum 
    pmHsDataFrameDelayIubSpi00_1ACCUMULATIONINTEGERThe PM counter presents a histogram over the dynamic delay experienced between SRNC and RBS by the flow controlled HSDPA flows, that is, the buffer build-up delay distribution for HS traffic.Measurement can be started on at least one Device Set (DBCCS). That is, state is operational and the Device board has correct capability. The delay is between SRNC and RBS, that is, both Iub and Iur are included in the delay measurement. Sampled every 100 ms period. The samples are taken from all the HS-DSCH channels scheduled on priority class 00.ME_NodeBFunction_IubDataStreams.pmHsDataFrameDelayIubSpi00_1Sum 
    pmHsDataFrameDelayIubSpi00_2ACCUMULATIONINTEGERThe PM counter presents a histogram over the dynamic delay experienced between SRNC and RBS by the flow controlled HSDPA flows, that is, the buffer build-up delay distribution for HS traffic.Measurement can be started on at least one Device Set (DBCCS). That is, state is operational and the Device board has correct capability. The delay is between SRNC and RBS, that is, both Iub and Iur are included in the delay measurement. Sampled every 100 ms period. The samples are taken from all the HS-DSCH channels scheduled on priority class 00.ME_NodeBFunction_IubDataStreams.pmHsDataFrameDelayIubSpi00_2Sum 
    pmHsDataFrameDelayIubSpi00_3ACCUMULATIONINTEGERThe PM counter presents a histogram over the dynamic delay experienced between SRNC and RBS by the flow controlled HSDPA flows, that is, the buffer build-up delay distribution for HS traffic.Measurement can be started on at least one Device Set (DBCCS). That is, state is operational and the Device board has correct capability. The delay is between SRNC and RBS, that is, both Iub and Iur are included in the delay measurement. Sampled every 100 ms period. The samples are taken from all the HS-DSCH channels scheduled on priority class 00.ME_NodeBFunction_IubDataStreams.pmHsDataFrameDelayIubSpi00_3Sum 
    pmHsDataFrameDelayIubSpi00_4ACCUMULATIONINTEGERThe PM counter presents a histogram over the dynamic delay experienced between SRNC and RBS by the flow controlled HSDPA flows, that is, the buffer build-up delay distribution for HS traffic.Measurement can be started on at least one Device Set (DBCCS). That is, state is operational and the Device board has correct capability. The delay is between SRNC and RBS, that is, both Iub and Iur are included in the delay measurement. Sampled every 100 ms period. The samples are taken from all the HS-DSCH channels scheduled on priority class 00.ME_NodeBFunction_IubDataStreams.pmHsDataFrameDelayIubSpi00_4Sum 
    pmHsDataFrameDelayIubSpi00_5ACCUMULATIONINTEGERThe PM counter presents a histogram over the dynamic delay experienced between SRNC and RBS by the flow controlled HSDPA flows, that is, the buffer build-up delay distribution for HS traffic.Measurement can be started on at least one Device Set (DBCCS). That is, state is operational and the Device board has correct capability. The delay is between SRNC and RBS, that is, both Iub and Iur are included in the delay measurement. Sampled every 100 ms period. The samples are taken from all the HS-DSCH channels scheduled on priority class 00.ME_NodeBFunction_IubDataStreams.pmHsDataFrameDelayIubSpi00_5Sum 
    pmHsDataFrameDelayIubSpi00_6ACCUMULATIONINTEGERThe PM counter presents a histogram over the dynamic delay experienced between SRNC and RBS by the flow controlled HSDPA flows, that is, the buffer build-up delay distribution for HS traffic.Measurement can be started on at least one Device Set (DBCCS). That is, state is operational and the Device board has correct capability. The delay is between SRNC and RBS, that is, both Iub and Iur are included in the delay measurement. Sampled every 100 ms period. The samples are taken from all the HS-DSCH channels scheduled on priority class 00.ME_NodeBFunction_IubDataStreams.pmHsDataFrameDelayIubSpi00_6Sum 
    pmHsDataFrameDelayIubSpi00_7ACCUMULATIONINTEGERThe PM counter presents a histogram over the dynamic delay experienced between SRNC and RBS by the flow controlled HSDPA flows, that is, the buffer build-up delay distribution for HS traffic.Measurement can be started on at least one Device Set (DBCCS). That is, state is operational and the Device board has correct capability. The delay is between SRNC and RBS, that is, both Iub and Iur are included in the delay measurement. Sampled every 100 ms period. The samples are taken from all the HS-DSCH channels scheduled on priority class 00.ME_NodeBFunction_IubDataStreams.pmHsDataFrameDelayIubSpi00_7Sum 
    pmHsDataFrameDelayIubSpi00_8ACCUMULATIONINTEGERThe PM counter presents a histogram over the dynamic delay experienced between SRNC and RBS by the flow controlled HSDPA flows, that is, the buffer build-up delay distribution for HS traffic.Measurement can be started on at least one Device Set (DBCCS). That is, state is operational and the Device board has correct capability. The delay is between SRNC and RBS, that is, both Iub and Iur are included in the delay measurement. Sampled every 100 ms period. The samples are taken from all the HS-DSCH channels scheduled on priority class 00.ME_NodeBFunction_IubDataStreams.pmHsDataFrameDelayIubSpi00_8Sum 
    pmHsDataFrameDelayIubSpi00_9ACCUMULATIONINTEGERThe PM counter presents a histogram over the dynamic delay experienced between SRNC and RBS by the flow controlled HSDPA flows, that is, the buffer build-up delay distribution for HS traffic.Measurement can be started on at least one Device Set (DBCCS). That is, state is operational and the Device board has correct capability. The delay is between SRNC and RBS, that is, both Iub and Iur are included in the delay measurement. Sampled every 100 ms period. The samples are taken from all the HS-DSCH channels scheduled on priority class 00.ME_NodeBFunction_IubDataStreams.pmHsDataFrameDelayIubSpi00_9Sum 


    NodeB.Ericsson.UMTS.PDF_pmHsDataFrameDelayIubSpi01

    pmHsDataFrameDelayIubSpi01 PDF counters

    KPITypeData TypeDescriptionDerivationDefault AggregatorOther Aggregators
    pmHsDataFrameDelayIubSpi01_0ACCUMULATIONINTEGERThe PM counter presents a histogram over the dynamic delay experienced between SRNC and RBS by the flow controlled HSDPA flows, that is, the buffer build-up delay distribution for HS traffic.Measurement can be started on at least one Device Set (DBCCS). That is, state is operational and the Device board has correct capability. The delay is between SRNC and RBS, that is, both Iub and Iur are included in the delay measurement. Sampled every 100 ms period. The samples are taken from all the HS-DSCH channels scheduled on priority class 01.ME_NodeBFunction_IubDataStreams.pmHsDataFrameDelayIubSpi01_0Sum 
    pmHsDataFrameDelayIubSpi01_10ACCUMULATIONINTEGERThe PM counter presents a histogram over the dynamic delay experienced between SRNC and RBS by the flow controlled HSDPA flows, that is, the buffer build-up delay distribution for HS traffic.Measurement can be started on at least one Device Set (DBCCS). That is, state is operational and the Device board has correct capability. The delay is between SRNC and RBS, that is, both Iub and Iur are included in the delay measurement. Sampled every 100 ms period. The samples are taken from all the HS-DSCH channels scheduled on priority class 01.ME_NodeBFunction_IubDataStreams.pmHsDataFrameDelayIubSpi01_10Sum 
    pmHsDataFrameDelayIubSpi01_11ACCUMULATIONINTEGERThe PM counter presents a histogram over the dynamic delay experienced between SRNC and RBS by the flow controlled HSDPA flows, that is, the buffer build-up delay distribution for HS traffic.Measurement can be started on at least one Device Set (DBCCS). That is, state is operational and the Device board has correct capability. The delay is between SRNC and RBS, that is, both Iub and Iur are included in the delay measurement. Sampled every 100 ms period. The samples are taken from all the HS-DSCH channels scheduled on priority class 01.ME_NodeBFunction_IubDataStreams.pmHsDataFrameDelayIubSpi01_11Sum 
    pmHsDataFrameDelayIubSpi01_12ACCUMULATIONINTEGERThe PM counter presents a histogram over the dynamic delay experienced between SRNC and RBS by the flow controlled HSDPA flows, that is, the buffer build-up delay distribution for HS traffic.Measurement can be started on at least one Device Set (DBCCS). That is, state is operational and the Device board has correct capability. The delay is between SRNC and RBS, that is, both Iub and Iur are included in the delay measurement. Sampled every 100 ms period. The samples are taken from all the HS-DSCH channels scheduled on priority class 01.ME_NodeBFunction_IubDataStreams.pmHsDataFrameDelayIubSpi01_12Sum 
    pmHsDataFrameDelayIubSpi01_13ACCUMULATIONINTEGERThe PM counter presents a histogram over the dynamic delay experienced between SRNC and RBS by the flow controlled HSDPA flows, that is, the buffer build-up delay distribution for HS traffic.Measurement can be started on at least one Device Set (DBCCS). That is, state is operational and the Device board has correct capability. The delay is between SRNC and RBS, that is, both Iub and Iur are included in the delay measurement. Sampled every 100 ms period. The samples are taken from all the HS-DSCH channels scheduled on priority class 01.ME_NodeBFunction_IubDataStreams.pmHsDataFrameDelayIubSpi01_13Sum 
    pmHsDataFrameDelayIubSpi01_14ACCUMULATIONINTEGERThe PM counter presents a histogram over the dynamic delay experienced between SRNC and RBS by the flow controlled HSDPA flows, that is, the buffer build-up delay distribution for HS traffic.Measurement can be started on at least one Device Set (DBCCS). That is, state is operational and the Device board has correct capability. The delay is between SRNC and RBS, that is, both Iub and Iur are included in the delay measurement. Sampled every 100 ms period. The samples are taken from all the HS-DSCH channels scheduled on priority class 01.ME_NodeBFunction_IubDataStreams.pmHsDataFrameDelayIubSpi01_14Sum 
    pmHsDataFrameDelayIubSpi01_15ACCUMULATIONINTEGERThe PM counter presents a histogram over the dynamic delay experienced between SRNC and RBS by the flow controlled HSDPA flows, that is, the buffer build-up delay distribution for HS traffic.Measurement can be started on at least one Device Set (DBCCS). That is, state is operational and the Device board has correct capability. The delay is between SRNC and RBS, that is, both Iub and Iur are included in the delay measurement. Sampled every 100 ms period. The samples are taken from all the HS-DSCH channels scheduled on priority class 01.ME_NodeBFunction_IubDataStreams.pmHsDataFrameDelayIubSpi01_15Sum 
    pmHsDataFrameDelayIubSpi01_1ACCUMULATIONINTEGERThe PM counter presents a histogram over the dynamic delay experienced between SRNC and RBS by the flow controlled HSDPA flows, that is, the buffer build-up delay distribution for HS traffic.Measurement can be started on at least one Device Set (DBCCS). That is, state is operational and the Device board has correct capability. The delay is between SRNC and RBS, that is, both Iub and Iur are included in the delay measurement. Sampled every 100 ms period. The samples are taken from all the HS-DSCH channels scheduled on priority class 01.ME_NodeBFunction_IubDataStreams.pmHsDataFrameDelayIubSpi01_1Sum 
    pmHsDataFrameDelayIubSpi01_2ACCUMULATIONINTEGERThe PM counter presents a histogram over the dynamic delay experienced between SRNC and RBS by the flow controlled HSDPA flows, that is, the buffer build-up delay distribution for HS traffic.Measurement can be started on at least one Device Set (DBCCS). That is, state is operational and the Device board has correct capability. The delay is between SRNC and RBS, that is, both Iub and Iur are included in the delay measurement. Sampled every 100 ms period. The samples are taken from all the HS-DSCH channels scheduled on priority class 01.ME_NodeBFunction_IubDataStreams.pmHsDataFrameDelayIubSpi01_2Sum 
    pmHsDataFrameDelayIubSpi01_3ACCUMULATIONINTEGERThe PM counter presents a histogram over the dynamic delay experienced between SRNC and RBS by the flow controlled HSDPA flows, that is, the buffer build-up delay distribution for HS traffic.Measurement can be started on at least one Device Set (DBCCS). That is, state is operational and the Device board has correct capability. The delay is between SRNC and RBS, that is, both Iub and Iur are included in the delay measurement. Sampled every 100 ms period. The samples are taken from all the HS-DSCH channels scheduled on priority class 01.ME_NodeBFunction_IubDataStreams.pmHsDataFrameDelayIubSpi01_3Sum 
    pmHsDataFrameDelayIubSpi01_4ACCUMULATIONINTEGERThe PM counter presents a histogram over the dynamic delay experienced between SRNC and RBS by the flow controlled HSDPA flows, that is, the buffer build-up delay distribution for HS traffic.Measurement can be started on at least one Device Set (DBCCS). That is, state is operational and the Device board has correct capability. The delay is between SRNC and RBS, that is, both Iub and Iur are included in the delay measurement. Sampled every 100 ms period. The samples are taken from all the HS-DSCH channels scheduled on priority class 01.ME_NodeBFunction_IubDataStreams.pmHsDataFrameDelayIubSpi01_4Sum 
    pmHsDataFrameDelayIubSpi01_5ACCUMULATIONINTEGERThe PM counter presents a histogram over the dynamic delay experienced between SRNC and RBS by the flow controlled HSDPA flows, that is, the buffer build-up delay distribution for HS traffic.Measurement can be started on at least one Device Set (DBCCS). That is, state is operational and the Device board has correct capability. The delay is between SRNC and RBS, that is, both Iub and Iur are included in the delay measurement. Sampled every 100 ms period. The samples are taken from all the HS-DSCH channels scheduled on priority class 01.ME_NodeBFunction_IubDataStreams.pmHsDataFrameDelayIubSpi01_5Sum 
    pmHsDataFrameDelayIubSpi01_6ACCUMULATIONINTEGERThe PM counter presents a histogram over the dynamic delay experienced between SRNC and RBS by the flow controlled HSDPA flows, that is, the buffer build-up delay distribution for HS traffic.Measurement can be started on at least one Device Set (DBCCS). That is, state is operational and the Device board has correct capability. The delay is between SRNC and RBS, that is, both Iub and Iur are included in the delay measurement. Sampled every 100 ms period. The samples are taken from all the HS-DSCH channels scheduled on priority class 01.ME_NodeBFunction_IubDataStreams.pmHsDataFrameDelayIubSpi01_6Sum 
    pmHsDataFrameDelayIubSpi01_7ACCUMULATIONINTEGERThe PM counter presents a histogram over the dynamic delay experienced between SRNC and RBS by the flow controlled HSDPA flows, that is, the buffer build-up delay distribution for HS traffic.Measurement can be started on at least one Device Set (DBCCS). That is, state is operational and the Device board has correct capability. The delay is between SRNC and RBS, that is, both Iub and Iur are included in the delay measurement. Sampled every 100 ms period. The samples are taken from all the HS-DSCH channels scheduled on priority class 01.ME_NodeBFunction_IubDataStreams.pmHsDataFrameDelayIubSpi01_7Sum 
    pmHsDataFrameDelayIubSpi01_8ACCUMULATIONINTEGERThe PM counter presents a histogram over the dynamic delay experienced between SRNC and RBS by the flow controlled HSDPA flows, that is, the buffer build-up delay distribution for HS traffic.Measurement can be started on at least one Device Set (DBCCS). That is, state is operational and the Device board has correct capability. The delay is between SRNC and RBS, that is, both Iub and Iur are included in the delay measurement. Sampled every 100 ms period. The samples are taken from all the HS-DSCH channels scheduled on priority class 01.ME_NodeBFunction_IubDataStreams.pmHsDataFrameDelayIubSpi01_8Sum 
    pmHsDataFrameDelayIubSpi01_9ACCUMULATIONINTEGERThe PM counter presents a histogram over the dynamic delay experienced between SRNC and RBS by the flow controlled HSDPA flows, that is, the buffer build-up delay distribution for HS traffic.Measurement can be started on at least one Device Set (DBCCS). That is, state is operational and the Device board has correct capability. The delay is between SRNC and RBS, that is, both Iub and Iur are included in the delay measurement. Sampled every 100 ms period. The samples are taken from all the HS-DSCH channels scheduled on priority class 01.ME_NodeBFunction_IubDataStreams.pmHsDataFrameDelayIubSpi01_9Sum 


    NodeB.Ericsson.UMTS.PDF_pmHsDataFrameDelayIubSpi02

    pmHsDataFrameDelayIubSpi02 PDF counters

    KPITypeData TypeDescriptionDerivationDefault AggregatorOther Aggregators
    pmHsDataFrameDelayIubSpi02_0ACCUMULATIONINTEGERThe PM counter presents a histogram over the dynamic delay experienced between SRNC and RBS by the flow controlled HSDPA flows, that is, the buffer build-up delay distribution for HS traffic.Measurement can be started on at least one Device Set (DBCCS). That is, state is operational and the Device board has correct capability. The delay is between SRNC and RBS, that is, both Iub and Iur are included in the delay measurement. Sampled every 100 ms period. The samples are taken from all the HS-DSCH channels scheduled on priority class 02.ME_NodeBFunction_IubDataStreams.pmHsDataFrameDelayIubSpi02_0Sum 
    pmHsDataFrameDelayIubSpi02_10ACCUMULATIONINTEGERThe PM counter presents a histogram over the dynamic delay experienced between SRNC and RBS by the flow controlled HSDPA flows, that is, the buffer build-up delay distribution for HS traffic.Measurement can be started on at least one Device Set (DBCCS). That is, state is operational and the Device board has correct capability. The delay is between SRNC and RBS, that is, both Iub and Iur are included in the delay measurement. Sampled every 100 ms period. The samples are taken from all the HS-DSCH channels scheduled on priority class 02.ME_NodeBFunction_IubDataStreams.pmHsDataFrameDelayIubSpi02_10Sum 
    pmHsDataFrameDelayIubSpi02_11ACCUMULATIONINTEGERThe PM counter presents a histogram over the dynamic delay experienced between SRNC and RBS by the flow controlled HSDPA flows, that is, the buffer build-up delay distribution for HS traffic.Measurement can be started on at least one Device Set (DBCCS). That is, state is operational and the Device board has correct capability. The delay is between SRNC and RBS, that is, both Iub and Iur are included in the delay measurement. Sampled every 100 ms period. The samples are taken from all the HS-DSCH channels scheduled on priority class 02.ME_NodeBFunction_IubDataStreams.pmHsDataFrameDelayIubSpi02_11Sum 
    pmHsDataFrameDelayIubSpi02_12ACCUMULATIONINTEGERThe PM counter presents a histogram over the dynamic delay experienced between SRNC and RBS by the flow controlled HSDPA flows, that is, the buffer build-up delay distribution for HS traffic.Measurement can be started on at least one Device Set (DBCCS). That is, state is operational and the Device board has correct capability. The delay is between SRNC and RBS, that is, both Iub and Iur are included in the delay measurement. Sampled every 100 ms period. The samples are taken from all the HS-DSCH channels scheduled on priority class 02.ME_NodeBFunction_IubDataStreams.pmHsDataFrameDelayIubSpi02_12Sum 
    pmHsDataFrameDelayIubSpi02_13ACCUMULATIONINTEGERThe PM counter presents a histogram over the dynamic delay experienced between SRNC and RBS by the flow controlled HSDPA flows, that is, the buffer build-up delay distribution for HS traffic.Measurement can be started on at least one Device Set (DBCCS). That is, state is operational and the Device board has correct capability. The delay is between SRNC and RBS, that is, both Iub and Iur are included in the delay measurement. Sampled every 100 ms period. The samples are taken from all the HS-DSCH channels scheduled on priority class 02.ME_NodeBFunction_IubDataStreams.pmHsDataFrameDelayIubSpi02_13Sum 
    pmHsDataFrameDelayIubSpi02_14ACCUMULATIONINTEGERThe PM counter presents a histogram over the dynamic delay experienced between SRNC and RBS by the flow controlled HSDPA flows, that is, the buffer build-up delay distribution for HS traffic.Measurement can be started on at least one Device Set (DBCCS). That is, state is operational and the Device board has correct capability. The delay is between SRNC and RBS, that is, both Iub and Iur are included in the delay measurement. Sampled every 100 ms period. The samples are taken from all the HS-DSCH channels scheduled on priority class 02.ME_NodeBFunction_IubDataStreams.pmHsDataFrameDelayIubSpi02_14Sum 
    pmHsDataFrameDelayIubSpi02_15ACCUMULATIONINTEGERThe PM counter presents a histogram over the dynamic delay experienced between SRNC and RBS by the flow controlled HSDPA flows, that is, the buffer build-up delay distribution for HS traffic.Measurement can be started on at least one Device Set (DBCCS). That is, state is operational and the Device board has correct capability. The delay is between SRNC and RBS, that is, both Iub and Iur are included in the delay measurement. Sampled every 100 ms period. The samples are taken from all the HS-DSCH channels scheduled on priority class 02.ME_NodeBFunction_IubDataStreams.pmHsDataFrameDelayIubSpi02_15Sum 
    pmHsDataFrameDelayIubSpi02_1ACCUMULATIONINTEGERThe PM counter presents a histogram over the dynamic delay experienced between SRNC and RBS by the flow controlled HSDPA flows, that is, the buffer build-up delay distribution for HS traffic.Measurement can be started on at least one Device Set (DBCCS). That is, state is operational and the Device board has correct capability. The delay is between SRNC and RBS, that is, both Iub and Iur are included in the delay measurement. Sampled every 100 ms period. The samples are taken from all the HS-DSCH channels scheduled on priority class 02.ME_NodeBFunction_IubDataStreams.pmHsDataFrameDelayIubSpi02_1Sum 
    pmHsDataFrameDelayIubSpi02_2ACCUMULATIONINTEGERThe PM counter presents a histogram over the dynamic delay experienced between SRNC and RBS by the flow controlled HSDPA flows, that is, the buffer build-up delay distribution for HS traffic.Measurement can be started on at least one Device Set (DBCCS). That is, state is operational and the Device board has correct capability. The delay is between SRNC and RBS, that is, both Iub and Iur are included in the delay measurement. Sampled every 100 ms period. The samples are taken from all the HS-DSCH channels scheduled on priority class 02.ME_NodeBFunction_IubDataStreams.pmHsDataFrameDelayIubSpi02_2Sum 
    pmHsDataFrameDelayIubSpi02_3ACCUMULATIONINTEGERThe PM counter presents a histogram over the dynamic delay experienced between SRNC and RBS by the flow controlled HSDPA flows, that is, the buffer build-up delay distribution for HS traffic.Measurement can be started on at least one Device Set (DBCCS). That is, state is operational and the Device board has correct capability. The delay is between SRNC and RBS, that is, both Iub and Iur are included in the delay measurement. Sampled every 100 ms period. The samples are taken from all the HS-DSCH channels scheduled on priority class 02.ME_NodeBFunction_IubDataStreams.pmHsDataFrameDelayIubSpi02_3Sum 
    pmHsDataFrameDelayIubSpi02_4ACCUMULATIONINTEGERThe PM counter presents a histogram over the dynamic delay experienced between SRNC and RBS by the flow controlled HSDPA flows, that is, the buffer build-up delay distribution for HS traffic.Measurement can be started on at least one Device Set (DBCCS). That is, state is operational and the Device board has correct capability. The delay is between SRNC and RBS, that is, both Iub and Iur are included in the delay measurement. Sampled every 100 ms period. The samples are taken from all the HS-DSCH channels scheduled on priority class 02.ME_NodeBFunction_IubDataStreams.pmHsDataFrameDelayIubSpi02_4Sum 
    pmHsDataFrameDelayIubSpi02_5ACCUMULATIONINTEGERThe PM counter presents a histogram over the dynamic delay experienced between SRNC and RBS by the flow controlled HSDPA flows, that is, the buffer build-up delay distribution for HS traffic.Measurement can be started on at least one Device Set (DBCCS). That is, state is operational and the Device board has correct capability. The delay is between SRNC and RBS, that is, both Iub and Iur are included in the delay measurement. Sampled every 100 ms period. The samples are taken from all the HS-DSCH channels scheduled on priority class 02.ME_NodeBFunction_IubDataStreams.pmHsDataFrameDelayIubSpi02_5Sum 
    pmHsDataFrameDelayIubSpi02_6ACCUMULATIONINTEGERThe PM counter presents a histogram over the dynamic delay experienced between SRNC and RBS by the flow controlled HSDPA flows, that is, the buffer build-up delay distribution for HS traffic.Measurement can be started on at least one Device Set (DBCCS). That is, state is operational and the Device board has correct capability. The delay is between SRNC and RBS, that is, both Iub and Iur are included in the delay measurement. Sampled every 100 ms period. The samples are taken from all the HS-DSCH channels scheduled on priority class 02.ME_NodeBFunction_IubDataStreams.pmHsDataFrameDelayIubSpi02_6Sum 
    pmHsDataFrameDelayIubSpi02_7ACCUMULATIONINTEGERThe PM counter presents a histogram over the dynamic delay experienced between SRNC and RBS by the flow controlled HSDPA flows, that is, the buffer build-up delay distribution for HS traffic.Measurement can be started on at least one Device Set (DBCCS). That is, state is operational and the Device board has correct capability. The delay is between SRNC and RBS, that is, both Iub and Iur are included in the delay measurement. Sampled every 100 ms period. The samples are taken from all the HS-DSCH channels scheduled on priority class 02.ME_NodeBFunction_IubDataStreams.pmHsDataFrameDelayIubSpi02_7Sum 
    pmHsDataFrameDelayIubSpi02_8ACCUMULATIONINTEGERThe PM counter presents a histogram over the dynamic delay experienced between SRNC and RBS by the flow controlled HSDPA flows, that is, the buffer build-up delay distribution for HS traffic.Measurement can be started on at least one Device Set (DBCCS). That is, state is operational and the Device board has correct capability. The delay is between SRNC and RBS, that is, both Iub and Iur are included in the delay measurement. Sampled every 100 ms period. The samples are taken from all the HS-DSCH channels scheduled on priority class 02.ME_NodeBFunction_IubDataStreams.pmHsDataFrameDelayIubSpi02_8Sum 
    pmHsDataFrameDelayIubSpi02_9ACCUMULATIONINTEGERThe PM counter presents a histogram over the dynamic delay experienced between SRNC and RBS by the flow controlled HSDPA flows, that is, the buffer build-up delay distribution for HS traffic.Measurement can be started on at least one Device Set (DBCCS). That is, state is operational and the Device board has correct capability. The delay is between SRNC and RBS, that is, both Iub and Iur are included in the delay measurement. Sampled every 100 ms period. The samples are taken from all the HS-DSCH channels scheduled on priority class 02.ME_NodeBFunction_IubDataStreams.pmHsDataFrameDelayIubSpi02_9Sum 


    NodeB.Ericsson.UMTS.PDF_pmHsDataFrameDelayIubSpi03

    pmHsDataFrameDelayIubSpi03 PDF counters

    KPITypeData TypeDescriptionDerivationDefault AggregatorOther Aggregators
    pmHsDataFrameDelayIubSpi03_0ACCUMULATIONINTEGERThe PM counter presents a histogram over the dynamic delay experienced between SRNC and RBS by the flow controlled HSDPA flows, that is, the buffer build-up delay distribution for HS traffic.Measurement can be started on at least one Device Set (DBCCS). That is, state is operational and the Device board has correct capability. The delay is between SRNC and RBS, that is, both Iub and Iur are included in the delay measurement. Sampled every 100 ms period. The samples are taken from all the HS-DSCH channels scheduled on priority class 03.ME_NodeBFunction_IubDataStreams.pmHsDataFrameDelayIubSpi03_0Sum 
    pmHsDataFrameDelayIubSpi03_10ACCUMULATIONINTEGERThe PM counter presents a histogram over the dynamic delay experienced between SRNC and RBS by the flow controlled HSDPA flows, that is, the buffer build-up delay distribution for HS traffic.Measurement can be started on at least one Device Set (DBCCS). That is, state is operational and the Device board has correct capability. The delay is between SRNC and RBS, that is, both Iub and Iur are included in the delay measurement. Sampled every 100 ms period. The samples are taken from all the HS-DSCH channels scheduled on priority class 03.ME_NodeBFunction_IubDataStreams.pmHsDataFrameDelayIubSpi03_10Sum 
    pmHsDataFrameDelayIubSpi03_11ACCUMULATIONINTEGERThe PM counter presents a histogram over the dynamic delay experienced between SRNC and RBS by the flow controlled HSDPA flows, that is, the buffer build-up delay distribution for HS traffic.Measurement can be started on at least one Device Set (DBCCS). That is, state is operational and the Device board has correct capability. The delay is between SRNC and RBS, that is, both Iub and Iur are included in the delay measurement. Sampled every 100 ms period. The samples are taken from all the HS-DSCH channels scheduled on priority class 03.ME_NodeBFunction_IubDataStreams.pmHsDataFrameDelayIubSpi03_11Sum 
    pmHsDataFrameDelayIubSpi03_12ACCUMULATIONINTEGERThe PM counter presents a histogram over the dynamic delay experienced between SRNC and RBS by the flow controlled HSDPA flows, that is, the buffer build-up delay distribution for HS traffic.Measurement can be started on at least one Device Set (DBCCS). That is, state is operational and the Device board has correct capability. The delay is between SRNC and RBS, that is, both Iub and Iur are included in the delay measurement. Sampled every 100 ms period. The samples are taken from all the HS-DSCH channels scheduled on priority class 03.ME_NodeBFunction_IubDataStreams.pmHsDataFrameDelayIubSpi03_12Sum 
    pmHsDataFrameDelayIubSpi03_13ACCUMULATIONINTEGERThe PM counter presents a histogram over the dynamic delay experienced between SRNC and RBS by the flow controlled HSDPA flows, that is, the buffer build-up delay distribution for HS traffic.Measurement can be started on at least one Device Set (DBCCS). That is, state is operational and the Device board has correct capability. The delay is between SRNC and RBS, that is, both Iub and Iur are included in the delay measurement. Sampled every 100 ms period. The samples are taken from all the HS-DSCH channels scheduled on priority class 03.ME_NodeBFunction_IubDataStreams.pmHsDataFrameDelayIubSpi03_13Sum 
    pmHsDataFrameDelayIubSpi03_14ACCUMULATIONINTEGERThe PM counter presents a histogram over the dynamic delay experienced between SRNC and RBS by the flow controlled HSDPA flows, that is, the buffer build-up delay distribution for HS traffic.Measurement can be started on at least one Device Set (DBCCS). That is, state is operational and the Device board has correct capability. The delay is between SRNC and RBS, that is, both Iub and Iur are included in the delay measurement. Sampled every 100 ms period. The samples are taken from all the HS-DSCH channels scheduled on priority class 03.ME_NodeBFunction_IubDataStreams.pmHsDataFrameDelayIubSpi03_14Sum 
    pmHsDataFrameDelayIubSpi03_15ACCUMULATIONINTEGERThe PM counter presents a histogram over the dynamic delay experienced between SRNC and RBS by the flow controlled HSDPA flows, that is, the buffer build-up delay distribution for HS traffic.Measurement can be started on at least one Device Set (DBCCS). That is, state is operational and the Device board has correct capability. The delay is between SRNC and RBS, that is, both Iub and Iur are included in the delay measurement. Sampled every 100 ms period. The samples are taken from all the HS-DSCH channels scheduled on priority class 03.ME_NodeBFunction_IubDataStreams.pmHsDataFrameDelayIubSpi03_15Sum 
    pmHsDataFrameDelayIubSpi03_1ACCUMULATIONINTEGERThe PM counter presents a histogram over the dynamic delay experienced between SRNC and RBS by the flow controlled HSDPA flows, that is, the buffer build-up delay distribution for HS traffic.Measurement can be started on at least one Device Set (DBCCS). That is, state is operational and the Device board has correct capability. The delay is between SRNC and RBS, that is, both Iub and Iur are included in the delay measurement. Sampled every 100 ms period. The samples are taken from all the HS-DSCH channels scheduled on priority class 03.ME_NodeBFunction_IubDataStreams.pmHsDataFrameDelayIubSpi03_1Sum 
    pmHsDataFrameDelayIubSpi03_2ACCUMULATIONINTEGERThe PM counter presents a histogram over the dynamic delay experienced between SRNC and RBS by the flow controlled HSDPA flows, that is, the buffer build-up delay distribution for HS traffic.Measurement can be started on at least one Device Set (DBCCS). That is, state is operational and the Device board has correct capability. The delay is between SRNC and RBS, that is, both Iub and Iur are included in the delay measurement. Sampled every 100 ms period. The samples are taken from all the HS-DSCH channels scheduled on priority class 03.ME_NodeBFunction_IubDataStreams.pmHsDataFrameDelayIubSpi03_2Sum 
    pmHsDataFrameDelayIubSpi03_3ACCUMULATIONINTEGERThe PM counter presents a histogram over the dynamic delay experienced between SRNC and RBS by the flow controlled HSDPA flows, that is, the buffer build-up delay distribution for HS traffic.Measurement can be started on at least one Device Set (DBCCS). That is, state is operational and the Device board has correct capability. The delay is between SRNC and RBS, that is, both Iub and Iur are included in the delay measurement. Sampled every 100 ms period. The samples are taken from all the HS-DSCH channels scheduled on priority class 03.ME_NodeBFunction_IubDataStreams.pmHsDataFrameDelayIubSpi03_3Sum 
    pmHsDataFrameDelayIubSpi03_4ACCUMULATIONINTEGERThe PM counter presents a histogram over the dynamic delay experienced between SRNC and RBS by the flow controlled HSDPA flows, that is, the buffer build-up delay distribution for HS traffic.Measurement can be started on at least one Device Set (DBCCS). That is, state is operational and the Device board has correct capability. The delay is between SRNC and RBS, that is, both Iub and Iur are included in the delay measurement. Sampled every 100 ms period. The samples are taken from all the HS-DSCH channels scheduled on priority class 03.ME_NodeBFunction_IubDataStreams.pmHsDataFrameDelayIubSpi03_4Sum 
    pmHsDataFrameDelayIubSpi03_5ACCUMULATIONINTEGERThe PM counter presents a histogram over the dynamic delay experienced between SRNC and RBS by the flow controlled HSDPA flows, that is, the buffer build-up delay distribution for HS traffic.Measurement can be started on at least one Device Set (DBCCS). That is, state is operational and the Device board has correct capability. The delay is between SRNC and RBS, that is, both Iub and Iur are included in the delay measurement. Sampled every 100 ms period. The samples are taken from all the HS-DSCH channels scheduled on priority class 03.ME_NodeBFunction_IubDataStreams.pmHsDataFrameDelayIubSpi03_5Sum 
    pmHsDataFrameDelayIubSpi03_6ACCUMULATIONINTEGERThe PM counter presents a histogram over the dynamic delay experienced between SRNC and RBS by the flow controlled HSDPA flows, that is, the buffer build-up delay distribution for HS traffic.Measurement can be started on at least one Device Set (DBCCS). That is, state is operational and the Device board has correct capability. The delay is between SRNC and RBS, that is, both Iub and Iur are included in the delay measurement. Sampled every 100 ms period. The samples are taken from all the HS-DSCH channels scheduled on priority class 03.ME_NodeBFunction_IubDataStreams.pmHsDataFrameDelayIubSpi03_6Sum 
    pmHsDataFrameDelayIubSpi03_7ACCUMULATIONINTEGERThe PM counter presents a histogram over the dynamic delay experienced between SRNC and RBS by the flow controlled HSDPA flows, that is, the buffer build-up delay distribution for HS traffic.Measurement can be started on at least one Device Set (DBCCS). That is, state is operational and the Device board has correct capability. The delay is between SRNC and RBS, that is, both Iub and Iur are included in the delay measurement. Sampled every 100 ms period. The samples are taken from all the HS-DSCH channels scheduled on priority class 03.ME_NodeBFunction_IubDataStreams.pmHsDataFrameDelayIubSpi03_7Sum 
    pmHsDataFrameDelayIubSpi03_8ACCUMULATIONINTEGERThe PM counter presents a histogram over the dynamic delay experienced between SRNC and RBS by the flow controlled HSDPA flows, that is, the buffer build-up delay distribution for HS traffic.Measurement can be started on at least one Device Set (DBCCS). That is, state is operational and the Device board has correct capability. The delay is between SRNC and RBS, that is, both Iub and Iur are included in the delay measurement. Sampled every 100 ms period. The samples are taken from all the HS-DSCH channels scheduled on priority class 03.ME_NodeBFunction_IubDataStreams.pmHsDataFrameDelayIubSpi03_8Sum 
    pmHsDataFrameDelayIubSpi03_9ACCUMULATIONINTEGERThe PM counter presents a histogram over the dynamic delay experienced between SRNC and RBS by the flow controlled HSDPA flows, that is, the buffer build-up delay distribution for HS traffic.Measurement can be started on at least one Device Set (DBCCS). That is, state is operational and the Device board has correct capability. The delay is between SRNC and RBS, that is, both Iub and Iur are included in the delay measurement. Sampled every 100 ms period. The samples are taken from all the HS-DSCH channels scheduled on priority class 03.ME_NodeBFunction_IubDataStreams.pmHsDataFrameDelayIubSpi03_9Sum 


    NodeB.Ericsson.UMTS.PDF_pmHsDataFrameDelayIubSpi04

    pmHsDataFrameDelayIubSpi04 PDF counters

    KPITypeData TypeDescriptionDerivationDefault AggregatorOther Aggregators
    pmHsDataFrameDelayIubSpi04_0ACCUMULATIONINTEGERThe PM counter presents a histogram over the dynamic delay experienced between SRNC and RBS by the flow controlled HSDPA flows, that is, the buffer build-up delay distribution for HS traffic.Measurement can be started on at least one Device Set (DBCCS). That is, state is operational and the Device board has correct capability. The delay is between SRNC and RBS, that is, both Iub and Iur are included in the delay measurement. Sampled every 100 ms period. The samples are taken from all the HS-DSCH channels scheduled on priority class 04.ME_NodeBFunction_IubDataStreams.pmHsDataFrameDelayIubSpi04_0Sum 
    pmHsDataFrameDelayIubSpi04_10ACCUMULATIONINTEGERThe PM counter presents a histogram over the dynamic delay experienced between SRNC and RBS by the flow controlled HSDPA flows, that is, the buffer build-up delay distribution for HS traffic.Measurement can be started on at least one Device Set (DBCCS). That is, state is operational and the Device board has correct capability. The delay is between SRNC and RBS, that is, both Iub and Iur are included in the delay measurement. Sampled every 100 ms period. The samples are taken from all the HS-DSCH channels scheduled on priority class 04.ME_NodeBFunction_IubDataStreams.pmHsDataFrameDelayIubSpi04_10Sum 
    pmHsDataFrameDelayIubSpi04_11ACCUMULATIONINTEGERThe PM counter presents a histogram over the dynamic delay experienced between SRNC and RBS by the flow controlled HSDPA flows, that is, the buffer build-up delay distribution for HS traffic.Measurement can be started on at least one Device Set (DBCCS). That is, state is operational and the Device board has correct capability. The delay is between SRNC and RBS, that is, both Iub and Iur are included in the delay measurement. Sampled every 100 ms period. The samples are taken from all the HS-DSCH channels scheduled on priority class 04.ME_NodeBFunction_IubDataStreams.pmHsDataFrameDelayIubSpi04_11Sum 
    pmHsDataFrameDelayIubSpi04_12ACCUMULATIONINTEGERThe PM counter presents a histogram over the dynamic delay experienced between SRNC and RBS by the flow controlled HSDPA flows, that is, the buffer build-up delay distribution for HS traffic.Measurement can be started on at least one Device Set (DBCCS). That is, state is operational and the Device board has correct capability. The delay is between SRNC and RBS, that is, both Iub and Iur are included in the delay measurement. Sampled every 100 ms period. The samples are taken from all the HS-DSCH channels scheduled on priority class 04.ME_NodeBFunction_IubDataStreams.pmHsDataFrameDelayIubSpi04_12Sum 
    pmHsDataFrameDelayIubSpi04_13ACCUMULATIONINTEGERThe PM counter presents a histogram over the dynamic delay experienced between SRNC and RBS by the flow controlled HSDPA flows, that is, the buffer build-up delay distribution for HS traffic.Measurement can be started on at least one Device Set (DBCCS). That is, state is operational and the Device board has correct capability. The delay is between SRNC and RBS, that is, both Iub and Iur are included in the delay measurement. Sampled every 100 ms period. The samples are taken from all the HS-DSCH channels scheduled on priority class 04.ME_NodeBFunction_IubDataStreams.pmHsDataFrameDelayIubSpi04_13Sum 
    pmHsDataFrameDelayIubSpi04_14ACCUMULATIONINTEGERThe PM counter presents a histogram over the dynamic delay experienced between SRNC and RBS by the flow controlled HSDPA flows, that is, the buffer build-up delay distribution for HS traffic.Measurement can be started on at least one Device Set (DBCCS). That is, state is operational and the Device board has correct capability. The delay is between SRNC and RBS, that is, both Iub and Iur are included in the delay measurement. Sampled every 100 ms period. The samples are taken from all the HS-DSCH channels scheduled on priority class 04.ME_NodeBFunction_IubDataStreams.pmHsDataFrameDelayIubSpi04_14Sum 
    pmHsDataFrameDelayIubSpi04_15ACCUMULATIONINTEGERThe PM counter presents a histogram over the dynamic delay experienced between SRNC and RBS by the flow controlled HSDPA flows, that is, the buffer build-up delay distribution for HS traffic.Measurement can be started on at least one Device Set (DBCCS). That is, state is operational and the Device board has correct capability. The delay is between SRNC and RBS, that is, both Iub and Iur are included in the delay measurement. Sampled every 100 ms period. The samples are taken from all the HS-DSCH channels scheduled on priority class 04.ME_NodeBFunction_IubDataStreams.pmHsDataFrameDelayIubSpi04_15Sum 
    pmHsDataFrameDelayIubSpi04_1ACCUMULATIONINTEGERThe PM counter presents a histogram over the dynamic delay experienced between SRNC and RBS by the flow controlled HSDPA flows, that is, the buffer build-up delay distribution for HS traffic.Measurement can be started on at least one Device Set (DBCCS). That is, state is operational and the Device board has correct capability. The delay is between SRNC and RBS, that is, both Iub and Iur are included in the delay measurement. Sampled every 100 ms period. The samples are taken from all the HS-DSCH channels scheduled on priority class 04.ME_NodeBFunction_IubDataStreams.pmHsDataFrameDelayIubSpi04_1Sum 
    pmHsDataFrameDelayIubSpi04_2ACCUMULATIONINTEGERThe PM counter presents a histogram over the dynamic delay experienced between SRNC and RBS by the flow controlled HSDPA flows, that is, the buffer build-up delay distribution for HS traffic.Measurement can be started on at least one Device Set (DBCCS). That is, state is operational and the Device board has correct capability. The delay is between SRNC and RBS, that is, both Iub and Iur are included in the delay measurement. Sampled every 100 ms period. The samples are taken from all the HS-DSCH channels scheduled on priority class 04.ME_NodeBFunction_IubDataStreams.pmHsDataFrameDelayIubSpi04_2Sum 
    pmHsDataFrameDelayIubSpi04_3ACCUMULATIONINTEGERThe PM counter presents a histogram over the dynamic delay experienced between SRNC and RBS by the flow controlled HSDPA flows, that is, the buffer build-up delay distribution for HS traffic.Measurement can be started on at least one Device Set (DBCCS). That is, state is operational and the Device board has correct capability. The delay is between SRNC and RBS, that is, both Iub and Iur are included in the delay measurement. Sampled every 100 ms period. The samples are taken from all the HS-DSCH channels scheduled on priority class 04.ME_NodeBFunction_IubDataStreams.pmHsDataFrameDelayIubSpi04_3Sum 
    pmHsDataFrameDelayIubSpi04_4ACCUMULATIONINTEGERThe PM counter presents a histogram over the dynamic delay experienced between SRNC and RBS by the flow controlled HSDPA flows, that is, the buffer build-up delay distribution for HS traffic.Measurement can be started on at least one Device Set (DBCCS). That is, state is operational and the Device board has correct capability. The delay is between SRNC and RBS, that is, both Iub and Iur are included in the delay measurement. Sampled every 100 ms period. The samples are taken from all the HS-DSCH channels scheduled on priority class 04.ME_NodeBFunction_IubDataStreams.pmHsDataFrameDelayIubSpi04_4Sum 
    pmHsDataFrameDelayIubSpi04_5ACCUMULATIONINTEGERThe PM counter presents a histogram over the dynamic delay experienced between SRNC and RBS by the flow controlled HSDPA flows, that is, the buffer build-up delay distribution for HS traffic.Measurement can be started on at least one Device Set (DBCCS). That is, state is operational and the Device board has correct capability. The delay is between SRNC and RBS, that is, both Iub and Iur are included in the delay measurement. Sampled every 100 ms period. The samples are taken from all the HS-DSCH channels scheduled on priority class 04.ME_NodeBFunction_IubDataStreams.pmHsDataFrameDelayIubSpi04_5Sum 
    pmHsDataFrameDelayIubSpi04_6ACCUMULATIONINTEGERThe PM counter presents a histogram over the dynamic delay experienced between SRNC and RBS by the flow controlled HSDPA flows, that is, the buffer build-up delay distribution for HS traffic.Measurement can be started on at least one Device Set (DBCCS). That is, state is operational and the Device board has correct capability. The delay is between SRNC and RBS, that is, both Iub and Iur are included in the delay measurement. Sampled every 100 ms period. The samples are taken from all the HS-DSCH channels scheduled on priority class 04.ME_NodeBFunction_IubDataStreams.pmHsDataFrameDelayIubSpi04_6Sum 
    pmHsDataFrameDelayIubSpi04_7ACCUMULATIONINTEGERThe PM counter presents a histogram over the dynamic delay experienced between SRNC and RBS by the flow controlled HSDPA flows, that is, the buffer build-up delay distribution for HS traffic.Measurement can be started on at least one Device Set (DBCCS). That is, state is operational and the Device board has correct capability. The delay is between SRNC and RBS, that is, both Iub and Iur are included in the delay measurement. Sampled every 100 ms period. The samples are taken from all the HS-DSCH channels scheduled on priority class 04.ME_NodeBFunction_IubDataStreams.pmHsDataFrameDelayIubSpi04_7Sum 
    pmHsDataFrameDelayIubSpi04_8ACCUMULATIONINTEGERThe PM counter presents a histogram over the dynamic delay experienced between SRNC and RBS by the flow controlled HSDPA flows, that is, the buffer build-up delay distribution for HS traffic.Measurement can be started on at least one Device Set (DBCCS). That is, state is operational and the Device board has correct capability. The delay is between SRNC and RBS, that is, both Iub and Iur are included in the delay measurement. Sampled every 100 ms period. The samples are taken from all the HS-DSCH channels scheduled on priority class 04.ME_NodeBFunction_IubDataStreams.pmHsDataFrameDelayIubSpi04_8Sum 
    pmHsDataFrameDelayIubSpi04_9ACCUMULATIONINTEGERThe PM counter presents a histogram over the dynamic delay experienced between SRNC and RBS by the flow controlled HSDPA flows, that is, the buffer build-up delay distribution for HS traffic.Measurement can be started on at least one Device Set (DBCCS). That is, state is operational and the Device board has correct capability. The delay is between SRNC and RBS, that is, both Iub and Iur are included in the delay measurement. Sampled every 100 ms period. The samples are taken from all the HS-DSCH channels scheduled on priority class 04.ME_NodeBFunction_IubDataStreams.pmHsDataFrameDelayIubSpi04_9Sum 


    NodeB.Ericsson.UMTS.PDF_pmHsDataFrameDelayIubSpi05

    pmHsDataFrameDelayIubSpi05 PDF counters

    KPITypeData TypeDescriptionDerivationDefault AggregatorOther Aggregators
    pmHsDataFrameDelayIubSpi05_0ACCUMULATIONINTEGERThe PM counter presents a histogram over the dynamic delay experienced between SRNC and RBS by the flow controlled HSDPA flows, that is, the buffer build-up delay distribution for HS traffic.Measurement can be started on at least one Device Set (DBCCS). That is, state is operational and the Device board has correct capability. The delay is between SRNC and RBS, that is, both Iub and Iur are included in the delay measurement. Sampled every 100 ms period. The samples are taken from all the HS-DSCH channels scheduled on priority class 05.ME_NodeBFunction_IubDataStreams.pmHsDataFrameDelayIubSpi05_0Sum 
    pmHsDataFrameDelayIubSpi05_10ACCUMULATIONINTEGERThe PM counter presents a histogram over the dynamic delay experienced between SRNC and RBS by the flow controlled HSDPA flows, that is, the buffer build-up delay distribution for HS traffic.Measurement can be started on at least one Device Set (DBCCS). That is, state is operational and the Device board has correct capability. The delay is between SRNC and RBS, that is, both Iub and Iur are included in the delay measurement. Sampled every 100 ms period. The samples are taken from all the HS-DSCH channels scheduled on priority class 05.ME_NodeBFunction_IubDataStreams.pmHsDataFrameDelayIubSpi05_10Sum 
    pmHsDataFrameDelayIubSpi05_11ACCUMULATIONINTEGERThe PM counter presents a histogram over the dynamic delay experienced between SRNC and RBS by the flow controlled HSDPA flows, that is, the buffer build-up delay distribution for HS traffic.Measurement can be started on at least one Device Set (DBCCS). That is, state is operational and the Device board has correct capability. The delay is between SRNC and RBS, that is, both Iub and Iur are included in the delay measurement. Sampled every 100 ms period. The samples are taken from all the HS-DSCH channels scheduled on priority class 05.ME_NodeBFunction_IubDataStreams.pmHsDataFrameDelayIubSpi05_11Sum 
    pmHsDataFrameDelayIubSpi05_12ACCUMULATIONINTEGERThe PM counter presents a histogram over the dynamic delay experienced between SRNC and RBS by the flow controlled HSDPA flows, that is, the buffer build-up delay distribution for HS traffic.Measurement can be started on at least one Device Set (DBCCS). That is, state is operational and the Device board has correct capability. The delay is between SRNC and RBS, that is, both Iub and Iur are included in the delay measurement. Sampled every 100 ms period. The samples are taken from all the HS-DSCH channels scheduled on priority class 05.ME_NodeBFunction_IubDataStreams.pmHsDataFrameDelayIubSpi05_12Sum 
    pmHsDataFrameDelayIubSpi05_13ACCUMULATIONINTEGERThe PM counter presents a histogram over the dynamic delay experienced between SRNC and RBS by the flow controlled HSDPA flows, that is, the buffer build-up delay distribution for HS traffic.Measurement can be started on at least one Device Set (DBCCS). That is, state is operational and the Device board has correct capability. The delay is between SRNC and RBS, that is, both Iub and Iur are included in the delay measurement. Sampled every 100 ms period. The samples are taken from all the HS-DSCH channels scheduled on priority class 05.ME_NodeBFunction_IubDataStreams.pmHsDataFrameDelayIubSpi05_13Sum 
    pmHsDataFrameDelayIubSpi05_14ACCUMULATIONINTEGERThe PM counter presents a histogram over the dynamic delay experienced between SRNC and RBS by the flow controlled HSDPA flows, that is, the buffer build-up delay distribution for HS traffic.Measurement can be started on at least one Device Set (DBCCS). That is, state is operational and the Device board has correct capability. The delay is between SRNC and RBS, that is, both Iub and Iur are included in the delay measurement. Sampled every 100 ms period. The samples are taken from all the HS-DSCH channels scheduled on priority class 05.ME_NodeBFunction_IubDataStreams.pmHsDataFrameDelayIubSpi05_14Sum 
    pmHsDataFrameDelayIubSpi05_15ACCUMULATIONINTEGERThe PM counter presents a histogram over the dynamic delay experienced between SRNC and RBS by the flow controlled HSDPA flows, that is, the buffer build-up delay distribution for HS traffic.Measurement can be started on at least one Device Set (DBCCS). That is, state is operational and the Device board has correct capability. The delay is between SRNC and RBS, that is, both Iub and Iur are included in the delay measurement. Sampled every 100 ms period. The samples are taken from all the HS-DSCH channels scheduled on priority class 05.ME_NodeBFunction_IubDataStreams.pmHsDataFrameDelayIubSpi05_15Sum 
    pmHsDataFrameDelayIubSpi05_1ACCUMULATIONINTEGERThe PM counter presents a histogram over the dynamic delay experienced between SRNC and RBS by the flow controlled HSDPA flows, that is, the buffer build-up delay distribution for HS traffic.Measurement can be started on at least one Device Set (DBCCS). That is, state is operational and the Device board has correct capability. The delay is between SRNC and RBS, that is, both Iub and Iur are included in the delay measurement. Sampled every 100 ms period. The samples are taken from all the HS-DSCH channels scheduled on priority class 05.ME_NodeBFunction_IubDataStreams.pmHsDataFrameDelayIubSpi05_1Sum 
    pmHsDataFrameDelayIubSpi05_2ACCUMULATIONINTEGERThe PM counter presents a histogram over the dynamic delay experienced between SRNC and RBS by the flow controlled HSDPA flows, that is, the buffer build-up delay distribution for HS traffic.Measurement can be started on at least one Device Set (DBCCS). That is, state is operational and the Device board has correct capability. The delay is between SRNC and RBS, that is, both Iub and Iur are included in the delay measurement. Sampled every 100 ms period. The samples are taken from all the HS-DSCH channels scheduled on priority class 05.ME_NodeBFunction_IubDataStreams.pmHsDataFrameDelayIubSpi05_2Sum 
    pmHsDataFrameDelayIubSpi05_3ACCUMULATIONINTEGERThe PM counter presents a histogram over the dynamic delay experienced between SRNC and RBS by the flow controlled HSDPA flows, that is, the buffer build-up delay distribution for HS traffic.Measurement can be started on at least one Device Set (DBCCS). That is, state is operational and the Device board has correct capability. The delay is between SRNC and RBS, that is, both Iub and Iur are included in the delay measurement. Sampled every 100 ms period. The samples are taken from all the HS-DSCH channels scheduled on priority class 05.ME_NodeBFunction_IubDataStreams.pmHsDataFrameDelayIubSpi05_3Sum 
    pmHsDataFrameDelayIubSpi05_4ACCUMULATIONINTEGERThe PM counter presents a histogram over the dynamic delay experienced between SRNC and RBS by the flow controlled HSDPA flows, that is, the buffer build-up delay distribution for HS traffic.Measurement can be started on at least one Device Set (DBCCS). That is, state is operational and the Device board has correct capability. The delay is between SRNC and RBS, that is, both Iub and Iur are included in the delay measurement. Sampled every 100 ms period. The samples are taken from all the HS-DSCH channels scheduled on priority class 05.ME_NodeBFunction_IubDataStreams.pmHsDataFrameDelayIubSpi05_4Sum 
    pmHsDataFrameDelayIubSpi05_5ACCUMULATIONINTEGERThe PM counter presents a histogram over the dynamic delay experienced between SRNC and RBS by the flow controlled HSDPA flows, that is, the buffer build-up delay distribution for HS traffic.Measurement can be started on at least one Device Set (DBCCS). That is, state is operational and the Device board has correct capability. The delay is between SRNC and RBS, that is, both Iub and Iur are included in the delay measurement. Sampled every 100 ms period. The samples are taken from all the HS-DSCH channels scheduled on priority class 05.ME_NodeBFunction_IubDataStreams.pmHsDataFrameDelayIubSpi05_5Sum 
    pmHsDataFrameDelayIubSpi05_6ACCUMULATIONINTEGERThe PM counter presents a histogram over the dynamic delay experienced between SRNC and RBS by the flow controlled HSDPA flows, that is, the buffer build-up delay distribution for HS traffic.Measurement can be started on at least one Device Set (DBCCS). That is, state is operational and the Device board has correct capability. The delay is between SRNC and RBS, that is, both Iub and Iur are included in the delay measurement. Sampled every 100 ms period. The samples are taken from all the HS-DSCH channels scheduled on priority class 05.ME_NodeBFunction_IubDataStreams.pmHsDataFrameDelayIubSpi05_6Sum 
    pmHsDataFrameDelayIubSpi05_7ACCUMULATIONINTEGERThe PM counter presents a histogram over the dynamic delay experienced between SRNC and RBS by the flow controlled HSDPA flows, that is, the buffer build-up delay distribution for HS traffic.Measurement can be started on at least one Device Set (DBCCS). That is, state is operational and the Device board has correct capability. The delay is between SRNC and RBS, that is, both Iub and Iur are included in the delay measurement. Sampled every 100 ms period. The samples are taken from all the HS-DSCH channels scheduled on priority class 05.ME_NodeBFunction_IubDataStreams.pmHsDataFrameDelayIubSpi05_7Sum 
    pmHsDataFrameDelayIubSpi05_8ACCUMULATIONINTEGERThe PM counter presents a histogram over the dynamic delay experienced between SRNC and RBS by the flow controlled HSDPA flows, that is, the buffer build-up delay distribution for HS traffic.Measurement can be started on at least one Device Set (DBCCS). That is, state is operational and the Device board has correct capability. The delay is between SRNC and RBS, that is, both Iub and Iur are included in the delay measurement. Sampled every 100 ms period. The samples are taken from all the HS-DSCH channels scheduled on priority class 05.ME_NodeBFunction_IubDataStreams.pmHsDataFrameDelayIubSpi05_8Sum 
    pmHsDataFrameDelayIubSpi05_9ACCUMULATIONINTEGERThe PM counter presents a histogram over the dynamic delay experienced between SRNC and RBS by the flow controlled HSDPA flows, that is, the buffer build-up delay distribution for HS traffic.Measurement can be started on at least one Device Set (DBCCS). That is, state is operational and the Device board has correct capability. The delay is between SRNC and RBS, that is, both Iub and Iur are included in the delay measurement. Sampled every 100 ms period. The samples are taken from all the HS-DSCH channels scheduled on priority class 05.ME_NodeBFunction_IubDataStreams.pmHsDataFrameDelayIubSpi05_9Sum 


    NodeB.Ericsson.UMTS.PDF_pmHsDataFrameDelayIubSpi06

    pmHsDataFrameDelayIubSpi06 PDF counters

    KPITypeData TypeDescriptionDerivationDefault AggregatorOther Aggregators
    pmHsDataFrameDelayIubSpi06_0ACCUMULATIONINTEGERThe PM counter presents a histogram over the dynamic delay experienced between SRNC and RBS by the flow controlled HSDPA flows, that is, the buffer build-up delay distribution for HS traffic.Measurement can be started on at least one Device Set (DBCCS). That is, state is operational and the Device board has correct capability. The delay is between SRNC and RBS, that is, both Iub and Iur are included in the delay measurement. Sampled every 100 ms period. The samples are taken from all the HS-DSCH channels scheduled on priority class 06.ME_NodeBFunction_IubDataStreams.pmHsDataFrameDelayIubSpi06_0Sum 
    pmHsDataFrameDelayIubSpi06_10ACCUMULATIONINTEGERThe PM counter presents a histogram over the dynamic delay experienced between SRNC and RBS by the flow controlled HSDPA flows, that is, the buffer build-up delay distribution for HS traffic.Measurement can be started on at least one Device Set (DBCCS). That is, state is operational and the Device board has correct capability. The delay is between SRNC and RBS, that is, both Iub and Iur are included in the delay measurement. Sampled every 100 ms period. The samples are taken from all the HS-DSCH channels scheduled on priority class 06.ME_NodeBFunction_IubDataStreams.pmHsDataFrameDelayIubSpi06_10Sum 
    pmHsDataFrameDelayIubSpi06_11ACCUMULATIONINTEGERThe PM counter presents a histogram over the dynamic delay experienced between SRNC and RBS by the flow controlled HSDPA flows, that is, the buffer build-up delay distribution for HS traffic.Measurement can be started on at least one Device Set (DBCCS). That is, state is operational and the Device board has correct capability. The delay is between SRNC and RBS, that is, both Iub and Iur are included in the delay measurement. Sampled every 100 ms period. The samples are taken from all the HS-DSCH channels scheduled on priority class 06.ME_NodeBFunction_IubDataStreams.pmHsDataFrameDelayIubSpi06_11Sum 
    pmHsDataFrameDelayIubSpi06_12ACCUMULATIONINTEGERThe PM counter presents a histogram over the dynamic delay experienced between SRNC and RBS by the flow controlled HSDPA flows, that is, the buffer build-up delay distribution for HS traffic.Measurement can be started on at least one Device Set (DBCCS). That is, state is operational and the Device board has correct capability. The delay is between SRNC and RBS, that is, both Iub and Iur are included in the delay measurement. Sampled every 100 ms period. The samples are taken from all the HS-DSCH channels scheduled on priority class 06.ME_NodeBFunction_IubDataStreams.pmHsDataFrameDelayIubSpi06_12Sum 
    pmHsDataFrameDelayIubSpi06_13ACCUMULATIONINTEGERThe PM counter presents a histogram over the dynamic delay experienced between SRNC and RBS by the flow controlled HSDPA flows, that is, the buffer build-up delay distribution for HS traffic.Measurement can be started on at least one Device Set (DBCCS). That is, state is operational and the Device board has correct capability. The delay is between SRNC and RBS, that is, both Iub and Iur are included in the delay measurement. Sampled every 100 ms period. The samples are taken from all the HS-DSCH channels scheduled on priority class 06.ME_NodeBFunction_IubDataStreams.pmHsDataFrameDelayIubSpi06_13Sum 
    pmHsDataFrameDelayIubSpi06_14ACCUMULATIONINTEGERThe PM counter presents a histogram over the dynamic delay experienced between SRNC and RBS by the flow controlled HSDPA flows, that is, the buffer build-up delay distribution for HS traffic.Measurement can be started on at least one Device Set (DBCCS). That is, state is operational and the Device board has correct capability. The delay is between SRNC and RBS, that is, both Iub and Iur are included in the delay measurement. Sampled every 100 ms period. The samples are taken from all the HS-DSCH channels scheduled on priority class 06.ME_NodeBFunction_IubDataStreams.pmHsDataFrameDelayIubSpi06_14Sum 
    pmHsDataFrameDelayIubSpi06_15ACCUMULATIONINTEGERThe PM counter presents a histogram over the dynamic delay experienced between SRNC and RBS by the flow controlled HSDPA flows, that is, the buffer build-up delay distribution for HS traffic.Measurement can be started on at least one Device Set (DBCCS). That is, state is operational and the Device board has correct capability. The delay is between SRNC and RBS, that is, both Iub and Iur are included in the delay measurement. Sampled every 100 ms period. The samples are taken from all the HS-DSCH channels scheduled on priority class 06.ME_NodeBFunction_IubDataStreams.pmHsDataFrameDelayIubSpi06_15Sum 
    pmHsDataFrameDelayIubSpi06_1ACCUMULATIONINTEGERThe PM counter presents a histogram over the dynamic delay experienced between SRNC and RBS by the flow controlled HSDPA flows, that is, the buffer build-up delay distribution for HS traffic.Measurement can be started on at least one Device Set (DBCCS). That is, state is operational and the Device board has correct capability. The delay is between SRNC and RBS, that is, both Iub and Iur are included in the delay measurement. Sampled every 100 ms period. The samples are taken from all the HS-DSCH channels scheduled on priority class 06.ME_NodeBFunction_IubDataStreams.pmHsDataFrameDelayIubSpi06_1Sum 
    pmHsDataFrameDelayIubSpi06_2ACCUMULATIONINTEGERThe PM counter presents a histogram over the dynamic delay experienced between SRNC and RBS by the flow controlled HSDPA flows, that is, the buffer build-up delay distribution for HS traffic.Measurement can be started on at least one Device Set (DBCCS). That is, state is operational and the Device board has correct capability. The delay is between SRNC and RBS, that is, both Iub and Iur are included in the delay measurement. Sampled every 100 ms period. The samples are taken from all the HS-DSCH channels scheduled on priority class 06.ME_NodeBFunction_IubDataStreams.pmHsDataFrameDelayIubSpi06_2Sum 
    pmHsDataFrameDelayIubSpi06_3ACCUMULATIONINTEGERThe PM counter presents a histogram over the dynamic delay experienced between SRNC and RBS by the flow controlled HSDPA flows, that is, the buffer build-up delay distribution for HS traffic.Measurement can be started on at least one Device Set (DBCCS). That is, state is operational and the Device board has correct capability. The delay is between SRNC and RBS, that is, both Iub and Iur are included in the delay measurement. Sampled every 100 ms period. The samples are taken from all the HS-DSCH channels scheduled on priority class 06.ME_NodeBFunction_IubDataStreams.pmHsDataFrameDelayIubSpi06_3Sum 
    pmHsDataFrameDelayIubSpi06_4ACCUMULATIONINTEGERThe PM counter presents a histogram over the dynamic delay experienced between SRNC and RBS by the flow controlled HSDPA flows, that is, the buffer build-up delay distribution for HS traffic.Measurement can be started on at least one Device Set (DBCCS). That is, state is operational and the Device board has correct capability. The delay is between SRNC and RBS, that is, both Iub and Iur are included in the delay measurement. Sampled every 100 ms period. The samples are taken from all the HS-DSCH channels scheduled on priority class 06.ME_NodeBFunction_IubDataStreams.pmHsDataFrameDelayIubSpi06_4Sum 
    pmHsDataFrameDelayIubSpi06_5ACCUMULATIONINTEGERThe PM counter presents a histogram over the dynamic delay experienced between SRNC and RBS by the flow controlled HSDPA flows, that is, the buffer build-up delay distribution for HS traffic.Measurement can be started on at least one Device Set (DBCCS). That is, state is operational and the Device board has correct capability. The delay is between SRNC and RBS, that is, both Iub and Iur are included in the delay measurement. Sampled every 100 ms period. The samples are taken from all the HS-DSCH channels scheduled on priority class 06.ME_NodeBFunction_IubDataStreams.pmHsDataFrameDelayIubSpi06_5Sum 
    pmHsDataFrameDelayIubSpi06_6ACCUMULATIONINTEGERThe PM counter presents a histogram over the dynamic delay experienced between SRNC and RBS by the flow controlled HSDPA flows, that is, the buffer build-up delay distribution for HS traffic.Measurement can be started on at least one Device Set (DBCCS). That is, state is operational and the Device board has correct capability. The delay is between SRNC and RBS, that is, both Iub and Iur are included in the delay measurement. Sampled every 100 ms period. The samples are taken from all the HS-DSCH channels scheduled on priority class 06.ME_NodeBFunction_IubDataStreams.pmHsDataFrameDelayIubSpi06_6Sum 
    pmHsDataFrameDelayIubSpi06_7ACCUMULATIONINTEGERThe PM counter presents a histogram over the dynamic delay experienced between SRNC and RBS by the flow controlled HSDPA flows, that is, the buffer build-up delay distribution for HS traffic.Measurement can be started on at least one Device Set (DBCCS). That is, state is operational and the Device board has correct capability. The delay is between SRNC and RBS, that is, both Iub and Iur are included in the delay measurement. Sampled every 100 ms period. The samples are taken from all the HS-DSCH channels scheduled on priority class 06.ME_NodeBFunction_IubDataStreams.pmHsDataFrameDelayIubSpi06_7Sum 
    pmHsDataFrameDelayIubSpi06_8ACCUMULATIONINTEGERThe PM counter presents a histogram over the dynamic delay experienced between SRNC and RBS by the flow controlled HSDPA flows, that is, the buffer build-up delay distribution for HS traffic.Measurement can be started on at least one Device Set (DBCCS). That is, state is operational and the Device board has correct capability. The delay is between SRNC and RBS, that is, both Iub and Iur are included in the delay measurement. Sampled every 100 ms period. The samples are taken from all the HS-DSCH channels scheduled on priority class 06.ME_NodeBFunction_IubDataStreams.pmHsDataFrameDelayIubSpi06_8Sum 
    pmHsDataFrameDelayIubSpi06_9ACCUMULATIONINTEGERThe PM counter presents a histogram over the dynamic delay experienced between SRNC and RBS by the flow controlled HSDPA flows, that is, the buffer build-up delay distribution for HS traffic.Measurement can be started on at least one Device Set (DBCCS). That is, state is operational and the Device board has correct capability. The delay is between SRNC and RBS, that is, both Iub and Iur are included in the delay measurement. Sampled every 100 ms period. The samples are taken from all the HS-DSCH channels scheduled on priority class 06.ME_NodeBFunction_IubDataStreams.pmHsDataFrameDelayIubSpi06_9Sum 


    NodeB.Ericsson.UMTS.PDF_pmHsDataFrameDelayIubSpi07

    pmHsDataFrameDelayIubSpi07 PDF counters

    KPITypeData TypeDescriptionDerivationDefault AggregatorOther Aggregators
    pmHsDataFrameDelayIubSpi07_0ACCUMULATIONINTEGERThe PM counter presents a histogram over the dynamic delay experienced between SRNC and RBS by the flow controlled HSDPA flows, that is, the buffer build-up delay distribution for HS traffic.Measurement can be started on at least one Device Set (DBCCS). That is, state is operational and the Device board has correct capability. The delay is between SRNC and RBS, that is, both Iub and Iur are included in the delay measurement. Sampled every 100 ms period. The samples are taken from all the HS-DSCH channels scheduled on priority class 07.ME_NodeBFunction_IubDataStreams.pmHsDataFrameDelayIubSpi07_0Sum 
    pmHsDataFrameDelayIubSpi07_10ACCUMULATIONINTEGERThe PM counter presents a histogram over the dynamic delay experienced between SRNC and RBS by the flow controlled HSDPA flows, that is, the buffer build-up delay distribution for HS traffic.Measurement can be started on at least one Device Set (DBCCS). That is, state is operational and the Device board has correct capability. The delay is between SRNC and RBS, that is, both Iub and Iur are included in the delay measurement. Sampled every 100 ms period. The samples are taken from all the HS-DSCH channels scheduled on priority class 07.ME_NodeBFunction_IubDataStreams.pmHsDataFrameDelayIubSpi07_10Sum 
    pmHsDataFrameDelayIubSpi07_11ACCUMULATIONINTEGERThe PM counter presents a histogram over the dynamic delay experienced between SRNC and RBS by the flow controlled HSDPA flows, that is, the buffer build-up delay distribution for HS traffic.Measurement can be started on at least one Device Set (DBCCS). That is, state is operational and the Device board has correct capability. The delay is between SRNC and RBS, that is, both Iub and Iur are included in the delay measurement. Sampled every 100 ms period. The samples are taken from all the HS-DSCH channels scheduled on priority class 07.ME_NodeBFunction_IubDataStreams.pmHsDataFrameDelayIubSpi07_11Sum 
    pmHsDataFrameDelayIubSpi07_12ACCUMULATIONINTEGERThe PM counter presents a histogram over the dynamic delay experienced between SRNC and RBS by the flow controlled HSDPA flows, that is, the buffer build-up delay distribution for HS traffic.Measurement can be started on at least one Device Set (DBCCS). That is, state is operational and the Device board has correct capability. The delay is between SRNC and RBS, that is, both Iub and Iur are included in the delay measurement. Sampled every 100 ms period. The samples are taken from all the HS-DSCH channels scheduled on priority class 07.ME_NodeBFunction_IubDataStreams.pmHsDataFrameDelayIubSpi07_12Sum 
    pmHsDataFrameDelayIubSpi07_13ACCUMULATIONINTEGERThe PM counter presents a histogram over the dynamic delay experienced between SRNC and RBS by the flow controlled HSDPA flows, that is, the buffer build-up delay distribution for HS traffic.Measurement can be started on at least one Device Set (DBCCS). That is, state is operational and the Device board has correct capability. The delay is between SRNC and RBS, that is, both Iub and Iur are included in the delay measurement. Sampled every 100 ms period. The samples are taken from all the HS-DSCH channels scheduled on priority class 07.ME_NodeBFunction_IubDataStreams.pmHsDataFrameDelayIubSpi07_13Sum 
    pmHsDataFrameDelayIubSpi07_14ACCUMULATIONINTEGERThe PM counter presents a histogram over the dynamic delay experienced between SRNC and RBS by the flow controlled HSDPA flows, that is, the buffer build-up delay distribution for HS traffic.Measurement can be started on at least one Device Set (DBCCS). That is, state is operational and the Device board has correct capability. The delay is between SRNC and RBS, that is, both Iub and Iur are included in the delay measurement. Sampled every 100 ms period. The samples are taken from all the HS-DSCH channels scheduled on priority class 07.ME_NodeBFunction_IubDataStreams.pmHsDataFrameDelayIubSpi07_14Sum 
    pmHsDataFrameDelayIubSpi07_15ACCUMULATIONINTEGERThe PM counter presents a histogram over the dynamic delay experienced between SRNC and RBS by the flow controlled HSDPA flows, that is, the buffer build-up delay distribution for HS traffic.Measurement can be started on at least one Device Set (DBCCS). That is, state is operational and the Device board has correct capability. The delay is between SRNC and RBS, that is, both Iub and Iur are included in the delay measurement. Sampled every 100 ms period. The samples are taken from all the HS-DSCH channels scheduled on priority class 07.ME_NodeBFunction_IubDataStreams.pmHsDataFrameDelayIubSpi07_15Sum 
    pmHsDataFrameDelayIubSpi07_1ACCUMULATIONINTEGERThe PM counter presents a histogram over the dynamic delay experienced between SRNC and RBS by the flow controlled HSDPA flows, that is, the buffer build-up delay distribution for HS traffic.Measurement can be started on at least one Device Set (DBCCS). That is, state is operational and the Device board has correct capability. The delay is between SRNC and RBS, that is, both Iub and Iur are included in the delay measurement. Sampled every 100 ms period. The samples are taken from all the HS-DSCH channels scheduled on priority class 07.ME_NodeBFunction_IubDataStreams.pmHsDataFrameDelayIubSpi07_1Sum 
    pmHsDataFrameDelayIubSpi07_2ACCUMULATIONINTEGERThe PM counter presents a histogram over the dynamic delay experienced between SRNC and RBS by the flow controlled HSDPA flows, that is, the buffer build-up delay distribution for HS traffic.Measurement can be started on at least one Device Set (DBCCS). That is, state is operational and the Device board has correct capability. The delay is between SRNC and RBS, that is, both Iub and Iur are included in the delay measurement. Sampled every 100 ms period. The samples are taken from all the HS-DSCH channels scheduled on priority class 07.ME_NodeBFunction_IubDataStreams.pmHsDataFrameDelayIubSpi07_2Sum 
    pmHsDataFrameDelayIubSpi07_3ACCUMULATIONINTEGERThe PM counter presents a histogram over the dynamic delay experienced between SRNC and RBS by the flow controlled HSDPA flows, that is, the buffer build-up delay distribution for HS traffic.Measurement can be started on at least one Device Set (DBCCS). That is, state is operational and the Device board has correct capability. The delay is between SRNC and RBS, that is, both Iub and Iur are included in the delay measurement. Sampled every 100 ms period. The samples are taken from all the HS-DSCH channels scheduled on priority class 07.ME_NodeBFunction_IubDataStreams.pmHsDataFrameDelayIubSpi07_3Sum 
    pmHsDataFrameDelayIubSpi07_4ACCUMULATIONINTEGERThe PM counter presents a histogram over the dynamic delay experienced between SRNC and RBS by the flow controlled HSDPA flows, that is, the buffer build-up delay distribution for HS traffic.Measurement can be started on at least one Device Set (DBCCS). That is, state is operational and the Device board has correct capability. The delay is between SRNC and RBS, that is, both Iub and Iur are included in the delay measurement. Sampled every 100 ms period. The samples are taken from all the HS-DSCH channels scheduled on priority class 07.ME_NodeBFunction_IubDataStreams.pmHsDataFrameDelayIubSpi07_4Sum 
    pmHsDataFrameDelayIubSpi07_5ACCUMULATIONINTEGERThe PM counter presents a histogram over the dynamic delay experienced between SRNC and RBS by the flow controlled HSDPA flows, that is, the buffer build-up delay distribution for HS traffic.Measurement can be started on at least one Device Set (DBCCS). That is, state is operational and the Device board has correct capability. The delay is between SRNC and RBS, that is, both Iub and Iur are included in the delay measurement. Sampled every 100 ms period. The samples are taken from all the HS-DSCH channels scheduled on priority class 07.ME_NodeBFunction_IubDataStreams.pmHsDataFrameDelayIubSpi07_5Sum 
    pmHsDataFrameDelayIubSpi07_6ACCUMULATIONINTEGERThe PM counter presents a histogram over the dynamic delay experienced between SRNC and RBS by the flow controlled HSDPA flows, that is, the buffer build-up delay distribution for HS traffic.Measurement can be started on at least one Device Set (DBCCS). That is, state is operational and the Device board has correct capability. The delay is between SRNC and RBS, that is, both Iub and Iur are included in the delay measurement. Sampled every 100 ms period. The samples are taken from all the HS-DSCH channels scheduled on priority class 07.ME_NodeBFunction_IubDataStreams.pmHsDataFrameDelayIubSpi07_6Sum 
    pmHsDataFrameDelayIubSpi07_7ACCUMULATIONINTEGERThe PM counter presents a histogram over the dynamic delay experienced between SRNC and RBS by the flow controlled HSDPA flows, that is, the buffer build-up delay distribution for HS traffic.Measurement can be started on at least one Device Set (DBCCS). That is, state is operational and the Device board has correct capability. The delay is between SRNC and RBS, that is, both Iub and Iur are included in the delay measurement. Sampled every 100 ms period. The samples are taken from all the HS-DSCH channels scheduled on priority class 07.ME_NodeBFunction_IubDataStreams.pmHsDataFrameDelayIubSpi07_7Sum 
    pmHsDataFrameDelayIubSpi07_8ACCUMULATIONINTEGERThe PM counter presents a histogram over the dynamic delay experienced between SRNC and RBS by the flow controlled HSDPA flows, that is, the buffer build-up delay distribution for HS traffic.Measurement can be started on at least one Device Set (DBCCS). That is, state is operational and the Device board has correct capability. The delay is between SRNC and RBS, that is, both Iub and Iur are included in the delay measurement. Sampled every 100 ms period. The samples are taken from all the HS-DSCH channels scheduled on priority class 07.ME_NodeBFunction_IubDataStreams.pmHsDataFrameDelayIubSpi07_8Sum 
    pmHsDataFrameDelayIubSpi07_9ACCUMULATIONINTEGERThe PM counter presents a histogram over the dynamic delay experienced between SRNC and RBS by the flow controlled HSDPA flows, that is, the buffer build-up delay distribution for HS traffic.Measurement can be started on at least one Device Set (DBCCS). That is, state is operational and the Device board has correct capability. The delay is between SRNC and RBS, that is, both Iub and Iur are included in the delay measurement. Sampled every 100 ms period. The samples are taken from all the HS-DSCH channels scheduled on priority class 07.ME_NodeBFunction_IubDataStreams.pmHsDataFrameDelayIubSpi07_9Sum 


    NodeB.Ericsson.UMTS.PDF_pmHsDataFrameDelayIubSpi08

    pmHsDataFrameDelayIubSpi08 PDF counters

    KPITypeData TypeDescriptionDerivationDefault AggregatorOther Aggregators
    pmHsDataFrameDelayIubSpi08_0ACCUMULATIONINTEGERThe PM counter presents a histogram over the dynamic delay experienced between SRNC and RBS by the flow controlled HSDPA flows, that is, the buffer build-up delay distribution for HS traffic.Measurement can be started on at least one Device Set (DBCCS). That is, state is operational and the Device board has correct capability. The delay is between SRNC and RBS, that is, both Iub and Iur are included in the delay measurement. Sampled every 100 ms period. The samples are taken from all the HS-DSCH channels scheduled on priority class 08.ME_NodeBFunction_IubDataStreams.pmHsDataFrameDelayIubSpi08_0Sum 
    pmHsDataFrameDelayIubSpi08_10ACCUMULATIONINTEGERThe PM counter presents a histogram over the dynamic delay experienced between SRNC and RBS by the flow controlled HSDPA flows, that is, the buffer build-up delay distribution for HS traffic.Measurement can be started on at least one Device Set (DBCCS). That is, state is operational and the Device board has correct capability. The delay is between SRNC and RBS, that is, both Iub and Iur are included in the delay measurement. Sampled every 100 ms period. The samples are taken from all the HS-DSCH channels scheduled on priority class 08.ME_NodeBFunction_IubDataStreams.pmHsDataFrameDelayIubSpi08_10Sum 
    pmHsDataFrameDelayIubSpi08_11ACCUMULATIONINTEGERThe PM counter presents a histogram over the dynamic delay experienced between SRNC and RBS by the flow controlled HSDPA flows, that is, the buffer build-up delay distribution for HS traffic.Measurement can be started on at least one Device Set (DBCCS). That is, state is operational and the Device board has correct capability. The delay is between SRNC and RBS, that is, both Iub and Iur are included in the delay measurement. Sampled every 100 ms period. The samples are taken from all the HS-DSCH channels scheduled on priority class 08.ME_NodeBFunction_IubDataStreams.pmHsDataFrameDelayIubSpi08_11Sum 
    pmHsDataFrameDelayIubSpi08_12ACCUMULATIONINTEGERThe PM counter presents a histogram over the dynamic delay experienced between SRNC and RBS by the flow controlled HSDPA flows, that is, the buffer build-up delay distribution for HS traffic.Measurement can be started on at least one Device Set (DBCCS). That is, state is operational and the Device board has correct capability. The delay is between SRNC and RBS, that is, both Iub and Iur are included in the delay measurement. Sampled every 100 ms period. The samples are taken from all the HS-DSCH channels scheduled on priority class 08.ME_NodeBFunction_IubDataStreams.pmHsDataFrameDelayIubSpi08_12Sum 
    pmHsDataFrameDelayIubSpi08_13ACCUMULATIONINTEGERThe PM counter presents a histogram over the dynamic delay experienced between SRNC and RBS by the flow controlled HSDPA flows, that is, the buffer build-up delay distribution for HS traffic.Measurement can be started on at least one Device Set (DBCCS). That is, state is operational and the Device board has correct capability. The delay is between SRNC and RBS, that is, both Iub and Iur are included in the delay measurement. Sampled every 100 ms period. The samples are taken from all the HS-DSCH channels scheduled on priority class 08.ME_NodeBFunction_IubDataStreams.pmHsDataFrameDelayIubSpi08_13Sum 
    pmHsDataFrameDelayIubSpi08_14ACCUMULATIONINTEGERThe PM counter presents a histogram over the dynamic delay experienced between SRNC and RBS by the flow controlled HSDPA flows, that is, the buffer build-up delay distribution for HS traffic.Measurement can be started on at least one Device Set (DBCCS). That is, state is operational and the Device board has correct capability. The delay is between SRNC and RBS, that is, both Iub and Iur are included in the delay measurement. Sampled every 100 ms period. The samples are taken from all the HS-DSCH channels scheduled on priority class 08.ME_NodeBFunction_IubDataStreams.pmHsDataFrameDelayIubSpi08_14Sum 
    pmHsDataFrameDelayIubSpi08_15ACCUMULATIONINTEGERThe PM counter presents a histogram over the dynamic delay experienced between SRNC and RBS by the flow controlled HSDPA flows, that is, the buffer build-up delay distribution for HS traffic.Measurement can be started on at least one Device Set (DBCCS). That is, state is operational and the Device board has correct capability. The delay is between SRNC and RBS, that is, both Iub and Iur are included in the delay measurement. Sampled every 100 ms period. The samples are taken from all the HS-DSCH channels scheduled on priority class 08.ME_NodeBFunction_IubDataStreams.pmHsDataFrameDelayIubSpi08_15Sum 
    pmHsDataFrameDelayIubSpi08_1ACCUMULATIONINTEGERThe PM counter presents a histogram over the dynamic delay experienced between SRNC and RBS by the flow controlled HSDPA flows, that is, the buffer build-up delay distribution for HS traffic.Measurement can be started on at least one Device Set (DBCCS). That is, state is operational and the Device board has correct capability. The delay is between SRNC and RBS, that is, both Iub and Iur are included in the delay measurement. Sampled every 100 ms period. The samples are taken from all the HS-DSCH channels scheduled on priority class 08.ME_NodeBFunction_IubDataStreams.pmHsDataFrameDelayIubSpi08_1Sum 
    pmHsDataFrameDelayIubSpi08_2ACCUMULATIONINTEGERThe PM counter presents a histogram over the dynamic delay experienced between SRNC and RBS by the flow controlled HSDPA flows, that is, the buffer build-up delay distribution for HS traffic.Measurement can be started on at least one Device Set (DBCCS). That is, state is operational and the Device board has correct capability. The delay is between SRNC and RBS, that is, both Iub and Iur are included in the delay measurement. Sampled every 100 ms period. The samples are taken from all the HS-DSCH channels scheduled on priority class 08.ME_NodeBFunction_IubDataStreams.pmHsDataFrameDelayIubSpi08_2Sum 
    pmHsDataFrameDelayIubSpi08_3ACCUMULATIONINTEGERThe PM counter presents a histogram over the dynamic delay experienced between SRNC and RBS by the flow controlled HSDPA flows, that is, the buffer build-up delay distribution for HS traffic.Measurement can be started on at least one Device Set (DBCCS). That is, state is operational and the Device board has correct capability. The delay is between SRNC and RBS, that is, both Iub and Iur are included in the delay measurement. Sampled every 100 ms period. The samples are taken from all the HS-DSCH channels scheduled on priority class 08.ME_NodeBFunction_IubDataStreams.pmHsDataFrameDelayIubSpi08_3Sum 
    pmHsDataFrameDelayIubSpi08_4ACCUMULATIONINTEGERThe PM counter presents a histogram over the dynamic delay experienced between SRNC and RBS by the flow controlled HSDPA flows, that is, the buffer build-up delay distribution for HS traffic.Measurement can be started on at least one Device Set (DBCCS). That is, state is operational and the Device board has correct capability. The delay is between SRNC and RBS, that is, both Iub and Iur are included in the delay measurement. Sampled every 100 ms period. The samples are taken from all the HS-DSCH channels scheduled on priority class 08.ME_NodeBFunction_IubDataStreams.pmHsDataFrameDelayIubSpi08_4Sum 
    pmHsDataFrameDelayIubSpi08_5ACCUMULATIONINTEGERThe PM counter presents a histogram over the dynamic delay experienced between SRNC and RBS by the flow controlled HSDPA flows, that is, the buffer build-up delay distribution for HS traffic.Measurement can be started on at least one Device Set (DBCCS). That is, state is operational and the Device board has correct capability. The delay is between SRNC and RBS, that is, both Iub and Iur are included in the delay measurement. Sampled every 100 ms period. The samples are taken from all the HS-DSCH channels scheduled on priority class 08.ME_NodeBFunction_IubDataStreams.pmHsDataFrameDelayIubSpi08_5Sum 
    pmHsDataFrameDelayIubSpi08_6ACCUMULATIONINTEGERThe PM counter presents a histogram over the dynamic delay experienced between SRNC and RBS by the flow controlled HSDPA flows, that is, the buffer build-up delay distribution for HS traffic.Measurement can be started on at least one Device Set (DBCCS). That is, state is operational and the Device board has correct capability. The delay is between SRNC and RBS, that is, both Iub and Iur are included in the delay measurement. Sampled every 100 ms period. The samples are taken from all the HS-DSCH channels scheduled on priority class 08.ME_NodeBFunction_IubDataStreams.pmHsDataFrameDelayIubSpi08_6Sum 
    pmHsDataFrameDelayIubSpi08_7ACCUMULATIONINTEGERThe PM counter presents a histogram over the dynamic delay experienced between SRNC and RBS by the flow controlled HSDPA flows, that is, the buffer build-up delay distribution for HS traffic.Measurement can be started on at least one Device Set (DBCCS). That is, state is operational and the Device board has correct capability. The delay is between SRNC and RBS, that is, both Iub and Iur are included in the delay measurement. Sampled every 100 ms period. The samples are taken from all the HS-DSCH channels scheduled on priority class 08.ME_NodeBFunction_IubDataStreams.pmHsDataFrameDelayIubSpi08_7Sum 
    pmHsDataFrameDelayIubSpi08_8ACCUMULATIONINTEGERThe PM counter presents a histogram over the dynamic delay experienced between SRNC and RBS by the flow controlled HSDPA flows, that is, the buffer build-up delay distribution for HS traffic.Measurement can be started on at least one Device Set (DBCCS). That is, state is operational and the Device board has correct capability. The delay is between SRNC and RBS, that is, both Iub and Iur are included in the delay measurement. Sampled every 100 ms period. The samples are taken from all the HS-DSCH channels scheduled on priority class 08.ME_NodeBFunction_IubDataStreams.pmHsDataFrameDelayIubSpi08_8Sum 
    pmHsDataFrameDelayIubSpi08_9ACCUMULATIONINTEGERThe PM counter presents a histogram over the dynamic delay experienced between SRNC and RBS by the flow controlled HSDPA flows, that is, the buffer build-up delay distribution for HS traffic.Measurement can be started on at least one Device Set (DBCCS). That is, state is operational and the Device board has correct capability. The delay is between SRNC and RBS, that is, both Iub and Iur are included in the delay measurement. Sampled every 100 ms period. The samples are taken from all the HS-DSCH channels scheduled on priority class 08.ME_NodeBFunction_IubDataStreams.pmHsDataFrameDelayIubSpi08_9Sum 


    NodeB.Ericsson.UMTS.PDF_pmHsDataFrameDelayIubSpi09

    pmHsDataFrameDelayIubSpi09 PDF counters

    KPITypeData TypeDescriptionDerivationDefault AggregatorOther Aggregators
    pmHsDataFrameDelayIubSpi09_0ACCUMULATIONINTEGERThe PM counter presents a histogram over the dynamic delay experienced between SRNC and RBS by the flow controlled HSDPA flows, that is, the buffer build-up delay distribution for HS traffic.Measurement can be started on at least one Device Set (DBCCS). That is, state is operational and the Device board has correct capability. The delay is between SRNC and RBS, that is, both Iub and Iur are included in the delay measurement. Sampled every 100 ms period. The samples are taken from all the HS-DSCH channels scheduled on priority class 09.ME_NodeBFunction_IubDataStreams.pmHsDataFrameDelayIubSpi09_0Sum 
    pmHsDataFrameDelayIubSpi09_10ACCUMULATIONINTEGERThe PM counter presents a histogram over the dynamic delay experienced between SRNC and RBS by the flow controlled HSDPA flows, that is, the buffer build-up delay distribution for HS traffic.Measurement can be started on at least one Device Set (DBCCS). That is, state is operational and the Device board has correct capability. The delay is between SRNC and RBS, that is, both Iub and Iur are included in the delay measurement. Sampled every 100 ms period. The samples are taken from all the HS-DSCH channels scheduled on priority class 09.ME_NodeBFunction_IubDataStreams.pmHsDataFrameDelayIubSpi09_10Sum 
    pmHsDataFrameDelayIubSpi09_11ACCUMULATIONINTEGERThe PM counter presents a histogram over the dynamic delay experienced between SRNC and RBS by the flow controlled HSDPA flows, that is, the buffer build-up delay distribution for HS traffic.Measurement can be started on at least one Device Set (DBCCS). That is, state is operational and the Device board has correct capability. The delay is between SRNC and RBS, that is, both Iub and Iur are included in the delay measurement. Sampled every 100 ms period. The samples are taken from all the HS-DSCH channels scheduled on priority class 09.ME_NodeBFunction_IubDataStreams.pmHsDataFrameDelayIubSpi09_11Sum 
    pmHsDataFrameDelayIubSpi09_12ACCUMULATIONINTEGERThe PM counter presents a histogram over the dynamic delay experienced between SRNC and RBS by the flow controlled HSDPA flows, that is, the buffer build-up delay distribution for HS traffic.Measurement can be started on at least one Device Set (DBCCS). That is, state is operational and the Device board has correct capability. The delay is between SRNC and RBS, that is, both Iub and Iur are included in the delay measurement. Sampled every 100 ms period. The samples are taken from all the HS-DSCH channels scheduled on priority class 09.ME_NodeBFunction_IubDataStreams.pmHsDataFrameDelayIubSpi09_12Sum 
    pmHsDataFrameDelayIubSpi09_13ACCUMULATIONINTEGERThe PM counter presents a histogram over the dynamic delay experienced between SRNC and RBS by the flow controlled HSDPA flows, that is, the buffer build-up delay distribution for HS traffic.Measurement can be started on at least one Device Set (DBCCS). That is, state is operational and the Device board has correct capability. The delay is between SRNC and RBS, that is, both Iub and Iur are included in the delay measurement. Sampled every 100 ms period. The samples are taken from all the HS-DSCH channels scheduled on priority class 09.ME_NodeBFunction_IubDataStreams.pmHsDataFrameDelayIubSpi09_13Sum 
    pmHsDataFrameDelayIubSpi09_14ACCUMULATIONINTEGERThe PM counter presents a histogram over the dynamic delay experienced between SRNC and RBS by the flow controlled HSDPA flows, that is, the buffer build-up delay distribution for HS traffic.Measurement can be started on at least one Device Set (DBCCS). That is, state is operational and the Device board has correct capability. The delay is between SRNC and RBS, that is, both Iub and Iur are included in the delay measurement. Sampled every 100 ms period. The samples are taken from all the HS-DSCH channels scheduled on priority class 09.ME_NodeBFunction_IubDataStreams.pmHsDataFrameDelayIubSpi09_14Sum 
    pmHsDataFrameDelayIubSpi09_15ACCUMULATIONINTEGERThe PM counter presents a histogram over the dynamic delay experienced between SRNC and RBS by the flow controlled HSDPA flows, that is, the buffer build-up delay distribution for HS traffic.Measurement can be started on at least one Device Set (DBCCS). That is, state is operational and the Device board has correct capability. The delay is between SRNC and RBS, that is, both Iub and Iur are included in the delay measurement. Sampled every 100 ms period. The samples are taken from all the HS-DSCH channels scheduled on priority class 09.ME_NodeBFunction_IubDataStreams.pmHsDataFrameDelayIubSpi09_15Sum 
    pmHsDataFrameDelayIubSpi09_1ACCUMULATIONINTEGERThe PM counter presents a histogram over the dynamic delay experienced between SRNC and RBS by the flow controlled HSDPA flows, that is, the buffer build-up delay distribution for HS traffic.Measurement can be started on at least one Device Set (DBCCS). That is, state is operational and the Device board has correct capability. The delay is between SRNC and RBS, that is, both Iub and Iur are included in the delay measurement. Sampled every 100 ms period. The samples are taken from all the HS-DSCH channels scheduled on priority class 09.ME_NodeBFunction_IubDataStreams.pmHsDataFrameDelayIubSpi09_1Sum 
    pmHsDataFrameDelayIubSpi09_2ACCUMULATIONINTEGERThe PM counter presents a histogram over the dynamic delay experienced between SRNC and RBS by the flow controlled HSDPA flows, that is, the buffer build-up delay distribution for HS traffic.Measurement can be started on at least one Device Set (DBCCS). That is, state is operational and the Device board has correct capability. The delay is between SRNC and RBS, that is, both Iub and Iur are included in the delay measurement. Sampled every 100 ms period. The samples are taken from all the HS-DSCH channels scheduled on priority class 09.ME_NodeBFunction_IubDataStreams.pmHsDataFrameDelayIubSpi09_2Sum 
    pmHsDataFrameDelayIubSpi09_3ACCUMULATIONINTEGERThe PM counter presents a histogram over the dynamic delay experienced between SRNC and RBS by the flow controlled HSDPA flows, that is, the buffer build-up delay distribution for HS traffic.Measurement can be started on at least one Device Set (DBCCS). That is, state is operational and the Device board has correct capability. The delay is between SRNC and RBS, that is, both Iub and Iur are included in the delay measurement. Sampled every 100 ms period. The samples are taken from all the HS-DSCH channels scheduled on priority class 09.ME_NodeBFunction_IubDataStreams.pmHsDataFrameDelayIubSpi09_3Sum 
    pmHsDataFrameDelayIubSpi09_4ACCUMULATIONINTEGERThe PM counter presents a histogram over the dynamic delay experienced between SRNC and RBS by the flow controlled HSDPA flows, that is, the buffer build-up delay distribution for HS traffic.Measurement can be started on at least one Device Set (DBCCS). That is, state is operational and the Device board has correct capability. The delay is between SRNC and RBS, that is, both Iub and Iur are included in the delay measurement. Sampled every 100 ms period. The samples are taken from all the HS-DSCH channels scheduled on priority class 09.ME_NodeBFunction_IubDataStreams.pmHsDataFrameDelayIubSpi09_4Sum 
    pmHsDataFrameDelayIubSpi09_5ACCUMULATIONINTEGERThe PM counter presents a histogram over the dynamic delay experienced between SRNC and RBS by the flow controlled HSDPA flows, that is, the buffer build-up delay distribution for HS traffic.Measurement can be started on at least one Device Set (DBCCS). That is, state is operational and the Device board has correct capability. The delay is between SRNC and RBS, that is, both Iub and Iur are included in the delay measurement. Sampled every 100 ms period. The samples are taken from all the HS-DSCH channels scheduled on priority class 09.ME_NodeBFunction_IubDataStreams.pmHsDataFrameDelayIubSpi09_5Sum 
    pmHsDataFrameDelayIubSpi09_6ACCUMULATIONINTEGERThe PM counter presents a histogram over the dynamic delay experienced between SRNC and RBS by the flow controlled HSDPA flows, that is, the buffer build-up delay distribution for HS traffic.Measurement can be started on at least one Device Set (DBCCS). That is, state is operational and the Device board has correct capability. The delay is between SRNC and RBS, that is, both Iub and Iur are included in the delay measurement. Sampled every 100 ms period. The samples are taken from all the HS-DSCH channels scheduled on priority class 09.ME_NodeBFunction_IubDataStreams.pmHsDataFrameDelayIubSpi09_6Sum 
    pmHsDataFrameDelayIubSpi09_7ACCUMULATIONINTEGERThe PM counter presents a histogram over the dynamic delay experienced between SRNC and RBS by the flow controlled HSDPA flows, that is, the buffer build-up delay distribution for HS traffic.Measurement can be started on at least one Device Set (DBCCS). That is, state is operational and the Device board has correct capability. The delay is between SRNC and RBS, that is, both Iub and Iur are included in the delay measurement. Sampled every 100 ms period. The samples are taken from all the HS-DSCH channels scheduled on priority class 09.ME_NodeBFunction_IubDataStreams.pmHsDataFrameDelayIubSpi09_7Sum 
    pmHsDataFrameDelayIubSpi09_8ACCUMULATIONINTEGERThe PM counter presents a histogram over the dynamic delay experienced between SRNC and RBS by the flow controlled HSDPA flows, that is, the buffer build-up delay distribution for HS traffic.Measurement can be started on at least one Device Set (DBCCS). That is, state is operational and the Device board has correct capability. The delay is between SRNC and RBS, that is, both Iub and Iur are included in the delay measurement. Sampled every 100 ms period. The samples are taken from all the HS-DSCH channels scheduled on priority class 09.ME_NodeBFunction_IubDataStreams.pmHsDataFrameDelayIubSpi09_8Sum 
    pmHsDataFrameDelayIubSpi09_9ACCUMULATIONINTEGERThe PM counter presents a histogram over the dynamic delay experienced between SRNC and RBS by the flow controlled HSDPA flows, that is, the buffer build-up delay distribution for HS traffic.Measurement can be started on at least one Device Set (DBCCS). That is, state is operational and the Device board has correct capability. The delay is between SRNC and RBS, that is, both Iub and Iur are included in the delay measurement. Sampled every 100 ms period. The samples are taken from all the HS-DSCH channels scheduled on priority class 09.ME_NodeBFunction_IubDataStreams.pmHsDataFrameDelayIubSpi09_9Sum 


    NodeB.Ericsson.UMTS.PDF_pmHsDataFrameDelayIubSpi10

    pmHsDataFrameDelayIubSpi10 PDF counters

    KPITypeData TypeDescriptionDerivationDefault AggregatorOther Aggregators
    pmHsDataFrameDelayIubSpi10_0ACCUMULATIONINTEGERThe PM counter presents a histogram over the dynamic delay experienced between SRNC and RBS by the flow controlled HSDPA flows, that is, the buffer build-up delay distribution for HS traffic.Measurement can be started on at least one Device Set (DBCCS). That is, state is operational and the Device board has correct capability. The delay is between SRNC and RBS, that is, both Iub and Iur are included in the delay measurement. Sampled every 100 ms period. The samples are taken from all the HS-DSCH channels scheduled on priority class 10.ME_NodeBFunction_IubDataStreams.pmHsDataFrameDelayIubSpi10_0Sum 
    pmHsDataFrameDelayIubSpi10_10ACCUMULATIONINTEGERThe PM counter presents a histogram over the dynamic delay experienced between SRNC and RBS by the flow controlled HSDPA flows, that is, the buffer build-up delay distribution for HS traffic.Measurement can be started on at least one Device Set (DBCCS). That is, state is operational and the Device board has correct capability. The delay is between SRNC and RBS, that is, both Iub and Iur are included in the delay measurement. Sampled every 100 ms period. The samples are taken from all the HS-DSCH channels scheduled on priority class 10.ME_NodeBFunction_IubDataStreams.pmHsDataFrameDelayIubSpi10_10Sum 
    pmHsDataFrameDelayIubSpi10_11ACCUMULATIONINTEGERThe PM counter presents a histogram over the dynamic delay experienced between SRNC and RBS by the flow controlled HSDPA flows, that is, the buffer build-up delay distribution for HS traffic.Measurement can be started on at least one Device Set (DBCCS). That is, state is operational and the Device board has correct capability. The delay is between SRNC and RBS, that is, both Iub and Iur are included in the delay measurement. Sampled every 100 ms period. The samples are taken from all the HS-DSCH channels scheduled on priority class 10.ME_NodeBFunction_IubDataStreams.pmHsDataFrameDelayIubSpi10_11Sum 
    pmHsDataFrameDelayIubSpi10_12ACCUMULATIONINTEGERThe PM counter presents a histogram over the dynamic delay experienced between SRNC and RBS by the flow controlled HSDPA flows, that is, the buffer build-up delay distribution for HS traffic.Measurement can be started on at least one Device Set (DBCCS). That is, state is operational and the Device board has correct capability. The delay is between SRNC and RBS, that is, both Iub and Iur are included in the delay measurement. Sampled every 100 ms period. The samples are taken from all the HS-DSCH channels scheduled on priority class 10.ME_NodeBFunction_IubDataStreams.pmHsDataFrameDelayIubSpi10_12Sum 
    pmHsDataFrameDelayIubSpi10_13ACCUMULATIONINTEGERThe PM counter presents a histogram over the dynamic delay experienced between SRNC and RBS by the flow controlled HSDPA flows, that is, the buffer build-up delay distribution for HS traffic.Measurement can be started on at least one Device Set (DBCCS). That is, state is operational and the Device board has correct capability. The delay is between SRNC and RBS, that is, both Iub and Iur are included in the delay measurement. Sampled every 100 ms period. The samples are taken from all the HS-DSCH channels scheduled on priority class 10.ME_NodeBFunction_IubDataStreams.pmHsDataFrameDelayIubSpi10_13Sum 
    pmHsDataFrameDelayIubSpi10_14ACCUMULATIONINTEGERThe PM counter presents a histogram over the dynamic delay experienced between SRNC and RBS by the flow controlled HSDPA flows, that is, the buffer build-up delay distribution for HS traffic.Measurement can be started on at least one Device Set (DBCCS). That is, state is operational and the Device board has correct capability. The delay is between SRNC and RBS, that is, both Iub and Iur are included in the delay measurement. Sampled every 100 ms period. The samples are taken from all the HS-DSCH channels scheduled on priority class 10.ME_NodeBFunction_IubDataStreams.pmHsDataFrameDelayIubSpi10_14Sum 
    pmHsDataFrameDelayIubSpi10_15ACCUMULATIONINTEGERThe PM counter presents a histogram over the dynamic delay experienced between SRNC and RBS by the flow controlled HSDPA flows, that is, the buffer build-up delay distribution for HS traffic.Measurement can be started on at least one Device Set (DBCCS). That is, state is operational and the Device board has correct capability. The delay is between SRNC and RBS, that is, both Iub and Iur are included in the delay measurement. Sampled every 100 ms period. The samples are taken from all the HS-DSCH channels scheduled on priority class 10.ME_NodeBFunction_IubDataStreams.pmHsDataFrameDelayIubSpi10_15Sum 
    pmHsDataFrameDelayIubSpi10_1ACCUMULATIONINTEGERThe PM counter presents a histogram over the dynamic delay experienced between SRNC and RBS by the flow controlled HSDPA flows, that is, the buffer build-up delay distribution for HS traffic.Measurement can be started on at least one Device Set (DBCCS). That is, state is operational and the Device board has correct capability. The delay is between SRNC and RBS, that is, both Iub and Iur are included in the delay measurement. Sampled every 100 ms period. The samples are taken from all the HS-DSCH channels scheduled on priority class 10.ME_NodeBFunction_IubDataStreams.pmHsDataFrameDelayIubSpi10_1Sum 
    pmHsDataFrameDelayIubSpi10_2ACCUMULATIONINTEGERThe PM counter presents a histogram over the dynamic delay experienced between SRNC and RBS by the flow controlled HSDPA flows, that is, the buffer build-up delay distribution for HS traffic.Measurement can be started on at least one Device Set (DBCCS). That is, state is operational and the Device board has correct capability. The delay is between SRNC and RBS, that is, both Iub and Iur are included in the delay measurement. Sampled every 100 ms period. The samples are taken from all the HS-DSCH channels scheduled on priority class 10.ME_NodeBFunction_IubDataStreams.pmHsDataFrameDelayIubSpi10_2Sum 
    pmHsDataFrameDelayIubSpi10_3ACCUMULATIONINTEGERThe PM counter presents a histogram over the dynamic delay experienced between SRNC and RBS by the flow controlled HSDPA flows, that is, the buffer build-up delay distribution for HS traffic.Measurement can be started on at least one Device Set (DBCCS). That is, state is operational and the Device board has correct capability. The delay is between SRNC and RBS, that is, both Iub and Iur are included in the delay measurement. Sampled every 100 ms period. The samples are taken from all the HS-DSCH channels scheduled on priority class 10.ME_NodeBFunction_IubDataStreams.pmHsDataFrameDelayIubSpi10_3Sum 
    pmHsDataFrameDelayIubSpi10_4ACCUMULATIONINTEGERThe PM counter presents a histogram over the dynamic delay experienced between SRNC and RBS by the flow controlled HSDPA flows, that is, the buffer build-up delay distribution for HS traffic.Measurement can be started on at least one Device Set (DBCCS). That is, state is operational and the Device board has correct capability. The delay is between SRNC and RBS, that is, both Iub and Iur are included in the delay measurement. Sampled every 100 ms period. The samples are taken from all the HS-DSCH channels scheduled on priority class 10.ME_NodeBFunction_IubDataStreams.pmHsDataFrameDelayIubSpi10_4Sum 
    pmHsDataFrameDelayIubSpi10_5ACCUMULATIONINTEGERThe PM counter presents a histogram over the dynamic delay experienced between SRNC and RBS by the flow controlled HSDPA flows, that is, the buffer build-up delay distribution for HS traffic.Measurement can be started on at least one Device Set (DBCCS). That is, state is operational and the Device board has correct capability. The delay is between SRNC and RBS, that is, both Iub and Iur are included in the delay measurement. Sampled every 100 ms period. The samples are taken from all the HS-DSCH channels scheduled on priority class 10.ME_NodeBFunction_IubDataStreams.pmHsDataFrameDelayIubSpi10_5Sum 
    pmHsDataFrameDelayIubSpi10_6ACCUMULATIONINTEGERThe PM counter presents a histogram over the dynamic delay experienced between SRNC and RBS by the flow controlled HSDPA flows, that is, the buffer build-up delay distribution for HS traffic.Measurement can be started on at least one Device Set (DBCCS). That is, state is operational and the Device board has correct capability. The delay is between SRNC and RBS, that is, both Iub and Iur are included in the delay measurement. Sampled every 100 ms period. The samples are taken from all the HS-DSCH channels scheduled on priority class 10.ME_NodeBFunction_IubDataStreams.pmHsDataFrameDelayIubSpi10_6Sum 
    pmHsDataFrameDelayIubSpi10_7ACCUMULATIONINTEGERThe PM counter presents a histogram over the dynamic delay experienced between SRNC and RBS by the flow controlled HSDPA flows, that is, the buffer build-up delay distribution for HS traffic.Measurement can be started on at least one Device Set (DBCCS). That is, state is operational and the Device board has correct capability. The delay is between SRNC and RBS, that is, both Iub and Iur are included in the delay measurement. Sampled every 100 ms period. The samples are taken from all the HS-DSCH channels scheduled on priority class 10.ME_NodeBFunction_IubDataStreams.pmHsDataFrameDelayIubSpi10_7Sum 
    pmHsDataFrameDelayIubSpi10_8ACCUMULATIONINTEGERThe PM counter presents a histogram over the dynamic delay experienced between SRNC and RBS by the flow controlled HSDPA flows, that is, the buffer build-up delay distribution for HS traffic.Measurement can be started on at least one Device Set (DBCCS). That is, state is operational and the Device board has correct capability. The delay is between SRNC and RBS, that is, both Iub and Iur are included in the delay measurement. Sampled every 100 ms period. The samples are taken from all the HS-DSCH channels scheduled on priority class 10.ME_NodeBFunction_IubDataStreams.pmHsDataFrameDelayIubSpi10_8Sum 
    pmHsDataFrameDelayIubSpi10_9ACCUMULATIONINTEGERThe PM counter presents a histogram over the dynamic delay experienced between SRNC and RBS by the flow controlled HSDPA flows, that is, the buffer build-up delay distribution for HS traffic.Measurement can be started on at least one Device Set (DBCCS). That is, state is operational and the Device board has correct capability. The delay is between SRNC and RBS, that is, both Iub and Iur are included in the delay measurement. Sampled every 100 ms period. The samples are taken from all the HS-DSCH channels scheduled on priority class 10.ME_NodeBFunction_IubDataStreams.pmHsDataFrameDelayIubSpi10_9Sum 


    NodeB.Ericsson.UMTS.PDF_pmHsDataFrameDelayIubSpi11

    pmHsDataFrameDelayIubSpi11 PDF counters

    KPITypeData TypeDescriptionDerivationDefault AggregatorOther Aggregators
    pmHsDataFrameDelayIubSpi11_0ACCUMULATIONINTEGERThe PM counter presents a histogram over the dynamic delay experienced between SRNC and RBS by the flow controlled HSDPA flows, that is, the buffer build-up delay distribution for HS traffic.Measurement can be started on at least one Device Set (DBCCS). That is, state is operational and the Device board has correct capability. The delay is between SRNC and RBS, that is, both Iub and Iur are included in the delay measurement. Sampled every 100 ms period. The samples are taken from all the HS-DSCH channels scheduled on priority class 11.ME_NodeBFunction_IubDataStreams.pmHsDataFrameDelayIubSpi11_0Sum 
    pmHsDataFrameDelayIubSpi11_10ACCUMULATIONINTEGERThe PM counter presents a histogram over the dynamic delay experienced between SRNC and RBS by the flow controlled HSDPA flows, that is, the buffer build-up delay distribution for HS traffic.Measurement can be started on at least one Device Set (DBCCS). That is, state is operational and the Device board has correct capability. The delay is between SRNC and RBS, that is, both Iub and Iur are included in the delay measurement. Sampled every 100 ms period. The samples are taken from all the HS-DSCH channels scheduled on priority class 11.ME_NodeBFunction_IubDataStreams.pmHsDataFrameDelayIubSpi11_10Sum 
    pmHsDataFrameDelayIubSpi11_11ACCUMULATIONINTEGERThe PM counter presents a histogram over the dynamic delay experienced between SRNC and RBS by the flow controlled HSDPA flows, that is, the buffer build-up delay distribution for HS traffic.Measurement can be started on at least one Device Set (DBCCS). That is, state is operational and the Device board has correct capability. The delay is between SRNC and RBS, that is, both Iub and Iur are included in the delay measurement. Sampled every 100 ms period. The samples are taken from all the HS-DSCH channels scheduled on priority class 11.ME_NodeBFunction_IubDataStreams.pmHsDataFrameDelayIubSpi11_11Sum 
    pmHsDataFrameDelayIubSpi11_12ACCUMULATIONINTEGERThe PM counter presents a histogram over the dynamic delay experienced between SRNC and RBS by the flow controlled HSDPA flows, that is, the buffer build-up delay distribution for HS traffic.Measurement can be started on at least one Device Set (DBCCS). That is, state is operational and the Device board has correct capability. The delay is between SRNC and RBS, that is, both Iub and Iur are included in the delay measurement. Sampled every 100 ms period. The samples are taken from all the HS-DSCH channels scheduled on priority class 11.ME_NodeBFunction_IubDataStreams.pmHsDataFrameDelayIubSpi11_12Sum 
    pmHsDataFrameDelayIubSpi11_13ACCUMULATIONINTEGERThe PM counter presents a histogram over the dynamic delay experienced between SRNC and RBS by the flow controlled HSDPA flows, that is, the buffer build-up delay distribution for HS traffic.Measurement can be started on at least one Device Set (DBCCS). That is, state is operational and the Device board has correct capability. The delay is between SRNC and RBS, that is, both Iub and Iur are included in the delay measurement. Sampled every 100 ms period. The samples are taken from all the HS-DSCH channels scheduled on priority class 11.ME_NodeBFunction_IubDataStreams.pmHsDataFrameDelayIubSpi11_13Sum 
    pmHsDataFrameDelayIubSpi11_14ACCUMULATIONINTEGERThe PM counter presents a histogram over the dynamic delay experienced between SRNC and RBS by the flow controlled HSDPA flows, that is, the buffer build-up delay distribution for HS traffic.Measurement can be started on at least one Device Set (DBCCS). That is, state is operational and the Device board has correct capability. The delay is between SRNC and RBS, that is, both Iub and Iur are included in the delay measurement. Sampled every 100 ms period. The samples are taken from all the HS-DSCH channels scheduled on priority class 11.ME_NodeBFunction_IubDataStreams.pmHsDataFrameDelayIubSpi11_14Sum 
    pmHsDataFrameDelayIubSpi11_15ACCUMULATIONINTEGERThe PM counter presents a histogram over the dynamic delay experienced between SRNC and RBS by the flow controlled HSDPA flows, that is, the buffer build-up delay distribution for HS traffic.Measurement can be started on at least one Device Set (DBCCS). That is, state is operational and the Device board has correct capability. The delay is between SRNC and RBS, that is, both Iub and Iur are included in the delay measurement. Sampled every 100 ms period. The samples are taken from all the HS-DSCH channels scheduled on priority class 11.ME_NodeBFunction_IubDataStreams.pmHsDataFrameDelayIubSpi11_15Sum 
    pmHsDataFrameDelayIubSpi11_1ACCUMULATIONINTEGERThe PM counter presents a histogram over the dynamic delay experienced between SRNC and RBS by the flow controlled HSDPA flows, that is, the buffer build-up delay distribution for HS traffic.Measurement can be started on at least one Device Set (DBCCS). That is, state is operational and the Device board has correct capability. The delay is between SRNC and RBS, that is, both Iub and Iur are included in the delay measurement. Sampled every 100 ms period. The samples are taken from all the HS-DSCH channels scheduled on priority class 11.ME_NodeBFunction_IubDataStreams.pmHsDataFrameDelayIubSpi11_1Sum 
    pmHsDataFrameDelayIubSpi11_2ACCUMULATIONINTEGERThe PM counter presents a histogram over the dynamic delay experienced between SRNC and RBS by the flow controlled HSDPA flows, that is, the buffer build-up delay distribution for HS traffic.Measurement can be started on at least one Device Set (DBCCS). That is, state is operational and the Device board has correct capability. The delay is between SRNC and RBS, that is, both Iub and Iur are included in the delay measurement. Sampled every 100 ms period. The samples are taken from all the HS-DSCH channels scheduled on priority class 11.ME_NodeBFunction_IubDataStreams.pmHsDataFrameDelayIubSpi11_2Sum 
    pmHsDataFrameDelayIubSpi11_3ACCUMULATIONINTEGERThe PM counter presents a histogram over the dynamic delay experienced between SRNC and RBS by the flow controlled HSDPA flows, that is, the buffer build-up delay distribution for HS traffic.Measurement can be started on at least one Device Set (DBCCS). That is, state is operational and the Device board has correct capability. The delay is between SRNC and RBS, that is, both Iub and Iur are included in the delay measurement. Sampled every 100 ms period. The samples are taken from all the HS-DSCH channels scheduled on priority class 11.ME_NodeBFunction_IubDataStreams.pmHsDataFrameDelayIubSpi11_3Sum 
    pmHsDataFrameDelayIubSpi11_4ACCUMULATIONINTEGERThe PM counter presents a histogram over the dynamic delay experienced between SRNC and RBS by the flow controlled HSDPA flows, that is, the buffer build-up delay distribution for HS traffic.Measurement can be started on at least one Device Set (DBCCS). That is, state is operational and the Device board has correct capability. The delay is between SRNC and RBS, that is, both Iub and Iur are included in the delay measurement. Sampled every 100 ms period. The samples are taken from all the HS-DSCH channels scheduled on priority class 11.ME_NodeBFunction_IubDataStreams.pmHsDataFrameDelayIubSpi11_4Sum 
    pmHsDataFrameDelayIubSpi11_5ACCUMULATIONINTEGERThe PM counter presents a histogram over the dynamic delay experienced between SRNC and RBS by the flow controlled HSDPA flows, that is, the buffer build-up delay distribution for HS traffic.Measurement can be started on at least one Device Set (DBCCS). That is, state is operational and the Device board has correct capability. The delay is between SRNC and RBS, that is, both Iub and Iur are included in the delay measurement. Sampled every 100 ms period. The samples are taken from all the HS-DSCH channels scheduled on priority class 11.ME_NodeBFunction_IubDataStreams.pmHsDataFrameDelayIubSpi11_5Sum 
    pmHsDataFrameDelayIubSpi11_6ACCUMULATIONINTEGERThe PM counter presents a histogram over the dynamic delay experienced between SRNC and RBS by the flow controlled HSDPA flows, that is, the buffer build-up delay distribution for HS traffic.Measurement can be started on at least one Device Set (DBCCS). That is, state is operational and the Device board has correct capability. The delay is between SRNC and RBS, that is, both Iub and Iur are included in the delay measurement. Sampled every 100 ms period. The samples are taken from all the HS-DSCH channels scheduled on priority class 11.ME_NodeBFunction_IubDataStreams.pmHsDataFrameDelayIubSpi11_6Sum 
    pmHsDataFrameDelayIubSpi11_7ACCUMULATIONINTEGERThe PM counter presents a histogram over the dynamic delay experienced between SRNC and RBS by the flow controlled HSDPA flows, that is, the buffer build-up delay distribution for HS traffic.Measurement can be started on at least one Device Set (DBCCS). That is, state is operational and the Device board has correct capability. The delay is between SRNC and RBS, that is, both Iub and Iur are included in the delay measurement. Sampled every 100 ms period. The samples are taken from all the HS-DSCH channels scheduled on priority class 11.ME_NodeBFunction_IubDataStreams.pmHsDataFrameDelayIubSpi11_7Sum 
    pmHsDataFrameDelayIubSpi11_8ACCUMULATIONINTEGERThe PM counter presents a histogram over the dynamic delay experienced between SRNC and RBS by the flow controlled HSDPA flows, that is, the buffer build-up delay distribution for HS traffic.Measurement can be started on at least one Device Set (DBCCS). That is, state is operational and the Device board has correct capability. The delay is between SRNC and RBS, that is, both Iub and Iur are included in the delay measurement. Sampled every 100 ms period. The samples are taken from all the HS-DSCH channels scheduled on priority class 11.ME_NodeBFunction_IubDataStreams.pmHsDataFrameDelayIubSpi11_8Sum 
    pmHsDataFrameDelayIubSpi11_9ACCUMULATIONINTEGERThe PM counter presents a histogram over the dynamic delay experienced between SRNC and RBS by the flow controlled HSDPA flows, that is, the buffer build-up delay distribution for HS traffic.Measurement can be started on at least one Device Set (DBCCS). That is, state is operational and the Device board has correct capability. The delay is between SRNC and RBS, that is, both Iub and Iur are included in the delay measurement. Sampled every 100 ms period. The samples are taken from all the HS-DSCH channels scheduled on priority class 11.ME_NodeBFunction_IubDataStreams.pmHsDataFrameDelayIubSpi11_9Sum 


    NodeB.Ericsson.UMTS.PDF_pmHsDataFrameDelayIubSpi12

    pmHsDataFrameDelayIubSpi12 PDF counters

    KPITypeData TypeDescriptionDerivationDefault AggregatorOther Aggregators
    pmHsDataFrameDelayIubSpi12_0ACCUMULATIONINTEGERThe PM counter presents a histogram over the dynamic delay experienced between SRNC and RBS by the flow controlled HSDPA flows, that is, the buffer build-up delay distribution for HS traffic.Measurement can be started on at least one Device Set (DBCCS). That is, state is operational and the Device board has correct capability. The delay is between SRNC and RBS, that is, both Iub and Iur are included in the delay measurement. Sampled every 100 ms period. The samples are taken from all the HS-DSCH channels scheduled on priority class 12.ME_NodeBFunction_IubDataStreams.pmHsDataFrameDelayIubSpi12_0Sum 
    pmHsDataFrameDelayIubSpi12_10ACCUMULATIONINTEGERThe PM counter presents a histogram over the dynamic delay experienced between SRNC and RBS by the flow controlled HSDPA flows, that is, the buffer build-up delay distribution for HS traffic.Measurement can be started on at least one Device Set (DBCCS). That is, state is operational and the Device board has correct capability. The delay is between SRNC and RBS, that is, both Iub and Iur are included in the delay measurement. Sampled every 100 ms period. The samples are taken from all the HS-DSCH channels scheduled on priority class 12.ME_NodeBFunction_IubDataStreams.pmHsDataFrameDelayIubSpi12_10Sum 
    pmHsDataFrameDelayIubSpi12_11ACCUMULATIONINTEGERThe PM counter presents a histogram over the dynamic delay experienced between SRNC and RBS by the flow controlled HSDPA flows, that is, the buffer build-up delay distribution for HS traffic.Measurement can be started on at least one Device Set (DBCCS). That is, state is operational and the Device board has correct capability. The delay is between SRNC and RBS, that is, both Iub and Iur are included in the delay measurement. Sampled every 100 ms period. The samples are taken from all the HS-DSCH channels scheduled on priority class 12.ME_NodeBFunction_IubDataStreams.pmHsDataFrameDelayIubSpi12_11Sum 
    pmHsDataFrameDelayIubSpi12_12ACCUMULATIONINTEGERThe PM counter presents a histogram over the dynamic delay experienced between SRNC and RBS by the flow controlled HSDPA flows, that is, the buffer build-up delay distribution for HS traffic.Measurement can be started on at least one Device Set (DBCCS). That is, state is operational and the Device board has correct capability. The delay is between SRNC and RBS, that is, both Iub and Iur are included in the delay measurement. Sampled every 100 ms period. The samples are taken from all the HS-DSCH channels scheduled on priority class 12.ME_NodeBFunction_IubDataStreams.pmHsDataFrameDelayIubSpi12_12Sum 
    pmHsDataFrameDelayIubSpi12_13ACCUMULATIONINTEGERThe PM counter presents a histogram over the dynamic delay experienced between SRNC and RBS by the flow controlled HSDPA flows, that is, the buffer build-up delay distribution for HS traffic.Measurement can be started on at least one Device Set (DBCCS). That is, state is operational and the Device board has correct capability. The delay is between SRNC and RBS, that is, both Iub and Iur are included in the delay measurement. Sampled every 100 ms period. The samples are taken from all the HS-DSCH channels scheduled on priority class 12.ME_NodeBFunction_IubDataStreams.pmHsDataFrameDelayIubSpi12_13Sum 
    pmHsDataFrameDelayIubSpi12_14ACCUMULATIONINTEGERThe PM counter presents a histogram over the dynamic delay experienced between SRNC and RBS by the flow controlled HSDPA flows, that is, the buffer build-up delay distribution for HS traffic.Measurement can be started on at least one Device Set (DBCCS). That is, state is operational and the Device board has correct capability. The delay is between SRNC and RBS, that is, both Iub and Iur are included in the delay measurement. Sampled every 100 ms period. The samples are taken from all the HS-DSCH channels scheduled on priority class 12.ME_NodeBFunction_IubDataStreams.pmHsDataFrameDelayIubSpi12_14Sum 
    pmHsDataFrameDelayIubSpi12_15ACCUMULATIONINTEGERThe PM counter presents a histogram over the dynamic delay experienced between SRNC and RBS by the flow controlled HSDPA flows, that is, the buffer build-up delay distribution for HS traffic.Measurement can be started on at least one Device Set (DBCCS). That is, state is operational and the Device board has correct capability. The delay is between SRNC and RBS, that is, both Iub and Iur are included in the delay measurement. Sampled every 100 ms period. The samples are taken from all the HS-DSCH channels scheduled on priority class 12.ME_NodeBFunction_IubDataStreams.pmHsDataFrameDelayIubSpi12_15Sum 
    pmHsDataFrameDelayIubSpi12_1ACCUMULATIONINTEGERThe PM counter presents a histogram over the dynamic delay experienced between SRNC and RBS by the flow controlled HSDPA flows, that is, the buffer build-up delay distribution for HS traffic.Measurement can be started on at least one Device Set (DBCCS). That is, state is operational and the Device board has correct capability. The delay is between SRNC and RBS, that is, both Iub and Iur are included in the delay measurement. Sampled every 100 ms period. The samples are taken from all the HS-DSCH channels scheduled on priority class 12.ME_NodeBFunction_IubDataStreams.pmHsDataFrameDelayIubSpi12_1Sum 
    pmHsDataFrameDelayIubSpi12_2ACCUMULATIONINTEGERThe PM counter presents a histogram over the dynamic delay experienced between SRNC and RBS by the flow controlled HSDPA flows, that is, the buffer build-up delay distribution for HS traffic.Measurement can be started on at least one Device Set (DBCCS). That is, state is operational and the Device board has correct capability. The delay is between SRNC and RBS, that is, both Iub and Iur are included in the delay measurement. Sampled every 100 ms period. The samples are taken from all the HS-DSCH channels scheduled on priority class 12.ME_NodeBFunction_IubDataStreams.pmHsDataFrameDelayIubSpi12_2Sum 
    pmHsDataFrameDelayIubSpi12_3ACCUMULATIONINTEGERThe PM counter presents a histogram over the dynamic delay experienced between SRNC and RBS by the flow controlled HSDPA flows, that is, the buffer build-up delay distribution for HS traffic.Measurement can be started on at least one Device Set (DBCCS). That is, state is operational and the Device board has correct capability. The delay is between SRNC and RBS, that is, both Iub and Iur are included in the delay measurement. Sampled every 100 ms period. The samples are taken from all the HS-DSCH channels scheduled on priority class 12.ME_NodeBFunction_IubDataStreams.pmHsDataFrameDelayIubSpi12_3Sum 
    pmHsDataFrameDelayIubSpi12_4ACCUMULATIONINTEGERThe PM counter presents a histogram over the dynamic delay experienced between SRNC and RBS by the flow controlled HSDPA flows, that is, the buffer build-up delay distribution for HS traffic.Measurement can be started on at least one Device Set (DBCCS). That is, state is operational and the Device board has correct capability. The delay is between SRNC and RBS, that is, both Iub and Iur are included in the delay measurement. Sampled every 100 ms period. The samples are taken from all the HS-DSCH channels scheduled on priority class 12.ME_NodeBFunction_IubDataStreams.pmHsDataFrameDelayIubSpi12_4Sum 
    pmHsDataFrameDelayIubSpi12_5ACCUMULATIONINTEGERThe PM counter presents a histogram over the dynamic delay experienced between SRNC and RBS by the flow controlled HSDPA flows, that is, the buffer build-up delay distribution for HS traffic.Measurement can be started on at least one Device Set (DBCCS). That is, state is operational and the Device board has correct capability. The delay is between SRNC and RBS, that is, both Iub and Iur are included in the delay measurement. Sampled every 100 ms period. The samples are taken from all the HS-DSCH channels scheduled on priority class 12.ME_NodeBFunction_IubDataStreams.pmHsDataFrameDelayIubSpi12_5Sum 
    pmHsDataFrameDelayIubSpi12_6ACCUMULATIONINTEGERThe PM counter presents a histogram over the dynamic delay experienced between SRNC and RBS by the flow controlled HSDPA flows, that is, the buffer build-up delay distribution for HS traffic.Measurement can be started on at least one Device Set (DBCCS). That is, state is operational and the Device board has correct capability. The delay is between SRNC and RBS, that is, both Iub and Iur are included in the delay measurement. Sampled every 100 ms period. The samples are taken from all the HS-DSCH channels scheduled on priority class 12.ME_NodeBFunction_IubDataStreams.pmHsDataFrameDelayIubSpi12_6Sum 
    pmHsDataFrameDelayIubSpi12_7ACCUMULATIONINTEGERThe PM counter presents a histogram over the dynamic delay experienced between SRNC and RBS by the flow controlled HSDPA flows, that is, the buffer build-up delay distribution for HS traffic.Measurement can be started on at least one Device Set (DBCCS). That is, state is operational and the Device board has correct capability. The delay is between SRNC and RBS, that is, both Iub and Iur are included in the delay measurement. Sampled every 100 ms period. The samples are taken from all the HS-DSCH channels scheduled on priority class 12.ME_NodeBFunction_IubDataStreams.pmHsDataFrameDelayIubSpi12_7Sum 
    pmHsDataFrameDelayIubSpi12_8ACCUMULATIONINTEGERThe PM counter presents a histogram over the dynamic delay experienced between SRNC and RBS by the flow controlled HSDPA flows, that is, the buffer build-up delay distribution for HS traffic.Measurement can be started on at least one Device Set (DBCCS). That is, state is operational and the Device board has correct capability. The delay is between SRNC and RBS, that is, both Iub and Iur are included in the delay measurement. Sampled every 100 ms period. The samples are taken from all the HS-DSCH channels scheduled on priority class 12.ME_NodeBFunction_IubDataStreams.pmHsDataFrameDelayIubSpi12_8Sum 
    pmHsDataFrameDelayIubSpi12_9ACCUMULATIONINTEGERThe PM counter presents a histogram over the dynamic delay experienced between SRNC and RBS by the flow controlled HSDPA flows, that is, the buffer build-up delay distribution for HS traffic.Measurement can be started on at least one Device Set (DBCCS). That is, state is operational and the Device board has correct capability. The delay is between SRNC and RBS, that is, both Iub and Iur are included in the delay measurement. Sampled every 100 ms period. The samples are taken from all the HS-DSCH channels scheduled on priority class 12.ME_NodeBFunction_IubDataStreams.pmHsDataFrameDelayIubSpi12_9Sum 


    NodeB.Ericsson.UMTS.PDF_pmHsDataFrameDelayIubSpi13

    pmHsDataFrameDelayIubSpi13 PDF counters

    KPITypeData TypeDescriptionDerivationDefault AggregatorOther Aggregators
    pmHsDataFrameDelayIubSpi13_0ACCUMULATIONINTEGERThe PM counter presents a histogram over the dynamic delay experienced between SRNC and RBS by the flow controlled HSDPA flows, that is, the buffer build-up delay distribution for HS traffic.Measurement can be started on at least one Device Set (DBCCS). That is, state is operational and the Device board has correct capability. The delay is between SRNC and RBS, that is, both Iub and Iur are included in the delay measurement. Sampled every 100 ms period. The samples are taken from all the HS-DSCH channels scheduled on priority class 13.ME_NodeBFunction_IubDataStreams.pmHsDataFrameDelayIubSpi13_0Sum 
    pmHsDataFrameDelayIubSpi13_10ACCUMULATIONINTEGERThe PM counter presents a histogram over the dynamic delay experienced between SRNC and RBS by the flow controlled HSDPA flows, that is, the buffer build-up delay distribution for HS traffic.Measurement can be started on at least one Device Set (DBCCS). That is, state is operational and the Device board has correct capability. The delay is between SRNC and RBS, that is, both Iub and Iur are included in the delay measurement. Sampled every 100 ms period. The samples are taken from all the HS-DSCH channels scheduled on priority class 13.ME_NodeBFunction_IubDataStreams.pmHsDataFrameDelayIubSpi13_10Sum 
    pmHsDataFrameDelayIubSpi13_11ACCUMULATIONINTEGERThe PM counter presents a histogram over the dynamic delay experienced between SRNC and RBS by the flow controlled HSDPA flows, that is, the buffer build-up delay distribution for HS traffic.Measurement can be started on at least one Device Set (DBCCS). That is, state is operational and the Device board has correct capability. The delay is between SRNC and RBS, that is, both Iub and Iur are included in the delay measurement. Sampled every 100 ms period. The samples are taken from all the HS-DSCH channels scheduled on priority class 13.ME_NodeBFunction_IubDataStreams.pmHsDataFrameDelayIubSpi13_11Sum 
    pmHsDataFrameDelayIubSpi13_12ACCUMULATIONINTEGERThe PM counter presents a histogram over the dynamic delay experienced between SRNC and RBS by the flow controlled HSDPA flows, that is, the buffer build-up delay distribution for HS traffic.Measurement can be started on at least one Device Set (DBCCS). That is, state is operational and the Device board has correct capability. The delay is between SRNC and RBS, that is, both Iub and Iur are included in the delay measurement. Sampled every 100 ms period. The samples are taken from all the HS-DSCH channels scheduled on priority class 13.ME_NodeBFunction_IubDataStreams.pmHsDataFrameDelayIubSpi13_12Sum 
    pmHsDataFrameDelayIubSpi13_13ACCUMULATIONINTEGERThe PM counter presents a histogram over the dynamic delay experienced between SRNC and RBS by the flow controlled HSDPA flows, that is, the buffer build-up delay distribution for HS traffic.Measurement can be started on at least one Device Set (DBCCS). That is, state is operational and the Device board has correct capability. The delay is between SRNC and RBS, that is, both Iub and Iur are included in the delay measurement. Sampled every 100 ms period. The samples are taken from all the HS-DSCH channels scheduled on priority class 13.ME_NodeBFunction_IubDataStreams.pmHsDataFrameDelayIubSpi13_13Sum 
    pmHsDataFrameDelayIubSpi13_14ACCUMULATIONINTEGERThe PM counter presents a histogram over the dynamic delay experienced between SRNC and RBS by the flow controlled HSDPA flows, that is, the buffer build-up delay distribution for HS traffic.Measurement can be started on at least one Device Set (DBCCS). That is, state is operational and the Device board has correct capability. The delay is between SRNC and RBS, that is, both Iub and Iur are included in the delay measurement. Sampled every 100 ms period. The samples are taken from all the HS-DSCH channels scheduled on priority class 13.ME_NodeBFunction_IubDataStreams.pmHsDataFrameDelayIubSpi13_14Sum 
    pmHsDataFrameDelayIubSpi13_15ACCUMULATIONINTEGERThe PM counter presents a histogram over the dynamic delay experienced between SRNC and RBS by the flow controlled HSDPA flows, that is, the buffer build-up delay distribution for HS traffic.Measurement can be started on at least one Device Set (DBCCS). That is, state is operational and the Device board has correct capability. The delay is between SRNC and RBS, that is, both Iub and Iur are included in the delay measurement. Sampled every 100 ms period. The samples are taken from all the HS-DSCH channels scheduled on priority class 13.ME_NodeBFunction_IubDataStreams.pmHsDataFrameDelayIubSpi13_15Sum 
    pmHsDataFrameDelayIubSpi13_1ACCUMULATIONINTEGERThe PM counter presents a histogram over the dynamic delay experienced between SRNC and RBS by the flow controlled HSDPA flows, that is, the buffer build-up delay distribution for HS traffic.Measurement can be started on at least one Device Set (DBCCS). That is, state is operational and the Device board has correct capability. The delay is between SRNC and RBS, that is, both Iub and Iur are included in the delay measurement. Sampled every 100 ms period. The samples are taken from all the HS-DSCH channels scheduled on priority class 13.ME_NodeBFunction_IubDataStreams.pmHsDataFrameDelayIubSpi13_1Sum 
    pmHsDataFrameDelayIubSpi13_2ACCUMULATIONINTEGERThe PM counter presents a histogram over the dynamic delay experienced between SRNC and RBS by the flow controlled HSDPA flows, that is, the buffer build-up delay distribution for HS traffic.Measurement can be started on at least one Device Set (DBCCS). That is, state is operational and the Device board has correct capability. The delay is between SRNC and RBS, that is, both Iub and Iur are included in the delay measurement. Sampled every 100 ms period. The samples are taken from all the HS-DSCH channels scheduled on priority class 13.ME_NodeBFunction_IubDataStreams.pmHsDataFrameDelayIubSpi13_2Sum 
    pmHsDataFrameDelayIubSpi13_3ACCUMULATIONINTEGERThe PM counter presents a histogram over the dynamic delay experienced between SRNC and RBS by the flow controlled HSDPA flows, that is, the buffer build-up delay distribution for HS traffic.Measurement can be started on at least one Device Set (DBCCS). That is, state is operational and the Device board has correct capability. The delay is between SRNC and RBS, that is, both Iub and Iur are included in the delay measurement. Sampled every 100 ms period. The samples are taken from all the HS-DSCH channels scheduled on priority class 13.ME_NodeBFunction_IubDataStreams.pmHsDataFrameDelayIubSpi13_3Sum 
    pmHsDataFrameDelayIubSpi13_4ACCUMULATIONINTEGERThe PM counter presents a histogram over the dynamic delay experienced between SRNC and RBS by the flow controlled HSDPA flows, that is, the buffer build-up delay distribution for HS traffic.Measurement can be started on at least one Device Set (DBCCS). That is, state is operational and the Device board has correct capability. The delay is between SRNC and RBS, that is, both Iub and Iur are included in the delay measurement. Sampled every 100 ms period. The samples are taken from all the HS-DSCH channels scheduled on priority class 13.ME_NodeBFunction_IubDataStreams.pmHsDataFrameDelayIubSpi13_4Sum 
    pmHsDataFrameDelayIubSpi13_5ACCUMULATIONINTEGERThe PM counter presents a histogram over the dynamic delay experienced between SRNC and RBS by the flow controlled HSDPA flows, that is, the buffer build-up delay distribution for HS traffic.Measurement can be started on at least one Device Set (DBCCS). That is, state is operational and the Device board has correct capability. The delay is between SRNC and RBS, that is, both Iub and Iur are included in the delay measurement. Sampled every 100 ms period. The samples are taken from all the HS-DSCH channels scheduled on priority class 13.ME_NodeBFunction_IubDataStreams.pmHsDataFrameDelayIubSpi13_5Sum 
    pmHsDataFrameDelayIubSpi13_6ACCUMULATIONINTEGERThe PM counter presents a histogram over the dynamic delay experienced between SRNC and RBS by the flow controlled HSDPA flows, that is, the buffer build-up delay distribution for HS traffic.Measurement can be started on at least one Device Set (DBCCS). That is, state is operational and the Device board has correct capability. The delay is between SRNC and RBS, that is, both Iub and Iur are included in the delay measurement. Sampled every 100 ms period. The samples are taken from all the HS-DSCH channels scheduled on priority class 13.ME_NodeBFunction_IubDataStreams.pmHsDataFrameDelayIubSpi13_6Sum 
    pmHsDataFrameDelayIubSpi13_7ACCUMULATIONINTEGERThe PM counter presents a histogram over the dynamic delay experienced between SRNC and RBS by the flow controlled HSDPA flows, that is, the buffer build-up delay distribution for HS traffic.Measurement can be started on at least one Device Set (DBCCS). That is, state is operational and the Device board has correct capability. The delay is between SRNC and RBS, that is, both Iub and Iur are included in the delay measurement. Sampled every 100 ms period. The samples are taken from all the HS-DSCH channels scheduled on priority class 13.ME_NodeBFunction_IubDataStreams.pmHsDataFrameDelayIubSpi13_7Sum 
    pmHsDataFrameDelayIubSpi13_8ACCUMULATIONINTEGERThe PM counter presents a histogram over the dynamic delay experienced between SRNC and RBS by the flow controlled HSDPA flows, that is, the buffer build-up delay distribution for HS traffic.Measurement can be started on at least one Device Set (DBCCS). That is, state is operational and the Device board has correct capability. The delay is between SRNC and RBS, that is, both Iub and Iur are included in the delay measurement. Sampled every 100 ms period. The samples are taken from all the HS-DSCH channels scheduled on priority class 13.ME_NodeBFunction_IubDataStreams.pmHsDataFrameDelayIubSpi13_8Sum 
    pmHsDataFrameDelayIubSpi13_9ACCUMULATIONINTEGERThe PM counter presents a histogram over the dynamic delay experienced between SRNC and RBS by the flow controlled HSDPA flows, that is, the buffer build-up delay distribution for HS traffic.Measurement can be started on at least one Device Set (DBCCS). That is, state is operational and the Device board has correct capability. The delay is between SRNC and RBS, that is, both Iub and Iur are included in the delay measurement. Sampled every 100 ms period. The samples are taken from all the HS-DSCH channels scheduled on priority class 13.ME_NodeBFunction_IubDataStreams.pmHsDataFrameDelayIubSpi13_9Sum 


    NodeB.Ericsson.UMTS.PDF_pmHsDataFrameDelayIubSpi14

    pmHsDataFrameDelayIubSpi14 PDF counters

    KPITypeData TypeDescriptionDerivationDefault AggregatorOther Aggregators
    pmHsDataFrameDelayIubSpi14_0ACCUMULATIONINTEGERThe PM counter presents a histogram over the dynamic delay experienced between SRNC and RBS by the flow controlled HSDPA flows, that is, the buffer build-up delay distribution for HS traffic.Measurement can be started on at least one Device Set (DBCCS). That is, state is operational and the Device board has correct capability. The delay is between SRNC and RBS, that is, both Iub and Iur are included in the delay measurement. Sampled every 100 ms period. The samples are taken from all the HS-DSCH channels scheduled on priority class 14.ME_NodeBFunction_IubDataStreams.pmHsDataFrameDelayIubSpi14_0Sum 
    pmHsDataFrameDelayIubSpi14_10ACCUMULATIONINTEGERThe PM counter presents a histogram over the dynamic delay experienced between SRNC and RBS by the flow controlled HSDPA flows, that is, the buffer build-up delay distribution for HS traffic.Measurement can be started on at least one Device Set (DBCCS). That is, state is operational and the Device board has correct capability. The delay is between SRNC and RBS, that is, both Iub and Iur are included in the delay measurement. Sampled every 100 ms period. The samples are taken from all the HS-DSCH channels scheduled on priority class 14.ME_NodeBFunction_IubDataStreams.pmHsDataFrameDelayIubSpi14_10Sum 
    pmHsDataFrameDelayIubSpi14_11ACCUMULATIONINTEGERThe PM counter presents a histogram over the dynamic delay experienced between SRNC and RBS by the flow controlled HSDPA flows, that is, the buffer build-up delay distribution for HS traffic.Measurement can be started on at least one Device Set (DBCCS). That is, state is operational and the Device board has correct capability. The delay is between SRNC and RBS, that is, both Iub and Iur are included in the delay measurement. Sampled every 100 ms period. The samples are taken from all the HS-DSCH channels scheduled on priority class 14.ME_NodeBFunction_IubDataStreams.pmHsDataFrameDelayIubSpi14_11Sum 
    pmHsDataFrameDelayIubSpi14_12ACCUMULATIONINTEGERThe PM counter presents a histogram over the dynamic delay experienced between SRNC and RBS by the flow controlled HSDPA flows, that is, the buffer build-up delay distribution for HS traffic.Measurement can be started on at least one Device Set (DBCCS). That is, state is operational and the Device board has correct capability. The delay is between SRNC and RBS, that is, both Iub and Iur are included in the delay measurement. Sampled every 100 ms period. The samples are taken from all the HS-DSCH channels scheduled on priority class 14.ME_NodeBFunction_IubDataStreams.pmHsDataFrameDelayIubSpi14_12Sum 
    pmHsDataFrameDelayIubSpi14_13ACCUMULATIONINTEGERThe PM counter presents a histogram over the dynamic delay experienced between SRNC and RBS by the flow controlled HSDPA flows, that is, the buffer build-up delay distribution for HS traffic.Measurement can be started on at least one Device Set (DBCCS). That is, state is operational and the Device board has correct capability. The delay is between SRNC and RBS, that is, both Iub and Iur are included in the delay measurement. Sampled every 100 ms period. The samples are taken from all the HS-DSCH channels scheduled on priority class 14.ME_NodeBFunction_IubDataStreams.pmHsDataFrameDelayIubSpi14_13Sum 
    pmHsDataFrameDelayIubSpi14_14ACCUMULATIONINTEGERThe PM counter presents a histogram over the dynamic delay experienced between SRNC and RBS by the flow controlled HSDPA flows, that is, the buffer build-up delay distribution for HS traffic.Measurement can be started on at least one Device Set (DBCCS). That is, state is operational and the Device board has correct capability. The delay is between SRNC and RBS, that is, both Iub and Iur are included in the delay measurement. Sampled every 100 ms period. The samples are taken from all the HS-DSCH channels scheduled on priority class 14.ME_NodeBFunction_IubDataStreams.pmHsDataFrameDelayIubSpi14_14Sum 
    pmHsDataFrameDelayIubSpi14_15ACCUMULATIONINTEGERThe PM counter presents a histogram over the dynamic delay experienced between SRNC and RBS by the flow controlled HSDPA flows, that is, the buffer build-up delay distribution for HS traffic.Measurement can be started on at least one Device Set (DBCCS). That is, state is operational and the Device board has correct capability. The delay is between SRNC and RBS, that is, both Iub and Iur are included in the delay measurement. Sampled every 100 ms period. The samples are taken from all the HS-DSCH channels scheduled on priority class 14.ME_NodeBFunction_IubDataStreams.pmHsDataFrameDelayIubSpi14_15Sum 
    pmHsDataFrameDelayIubSpi14_1ACCUMULATIONINTEGERThe PM counter presents a histogram over the dynamic delay experienced between SRNC and RBS by the flow controlled HSDPA flows, that is, the buffer build-up delay distribution for HS traffic.Measurement can be started on at least one Device Set (DBCCS). That is, state is operational and the Device board has correct capability. The delay is between SRNC and RBS, that is, both Iub and Iur are included in the delay measurement. Sampled every 100 ms period. The samples are taken from all the HS-DSCH channels scheduled on priority class 14.ME_NodeBFunction_IubDataStreams.pmHsDataFrameDelayIubSpi14_1Sum 
    pmHsDataFrameDelayIubSpi14_2ACCUMULATIONINTEGERThe PM counter presents a histogram over the dynamic delay experienced between SRNC and RBS by the flow controlled HSDPA flows, that is, the buffer build-up delay distribution for HS traffic.Measurement can be started on at least one Device Set (DBCCS). That is, state is operational and the Device board has correct capability. The delay is between SRNC and RBS, that is, both Iub and Iur are included in the delay measurement. Sampled every 100 ms period. The samples are taken from all the HS-DSCH channels scheduled on priority class 14.ME_NodeBFunction_IubDataStreams.pmHsDataFrameDelayIubSpi14_2Sum 
    pmHsDataFrameDelayIubSpi14_3ACCUMULATIONINTEGERThe PM counter presents a histogram over the dynamic delay experienced between SRNC and RBS by the flow controlled HSDPA flows, that is, the buffer build-up delay distribution for HS traffic.Measurement can be started on at least one Device Set (DBCCS). That is, state is operational and the Device board has correct capability. The delay is between SRNC and RBS, that is, both Iub and Iur are included in the delay measurement. Sampled every 100 ms period. The samples are taken from all the HS-DSCH channels scheduled on priority class 14.ME_NodeBFunction_IubDataStreams.pmHsDataFrameDelayIubSpi14_3Sum 
    pmHsDataFrameDelayIubSpi14_4ACCUMULATIONINTEGERThe PM counter presents a histogram over the dynamic delay experienced between SRNC and RBS by the flow controlled HSDPA flows, that is, the buffer build-up delay distribution for HS traffic.Measurement can be started on at least one Device Set (DBCCS). That is, state is operational and the Device board has correct capability. The delay is between SRNC and RBS, that is, both Iub and Iur are included in the delay measurement. Sampled every 100 ms period. The samples are taken from all the HS-DSCH channels scheduled on priority class 14.ME_NodeBFunction_IubDataStreams.pmHsDataFrameDelayIubSpi14_4Sum 
    pmHsDataFrameDelayIubSpi14_5ACCUMULATIONINTEGERThe PM counter presents a histogram over the dynamic delay experienced between SRNC and RBS by the flow controlled HSDPA flows, that is, the buffer build-up delay distribution for HS traffic.Measurement can be started on at least one Device Set (DBCCS). That is, state is operational and the Device board has correct capability. The delay is between SRNC and RBS, that is, both Iub and Iur are included in the delay measurement. Sampled every 100 ms period. The samples are taken from all the HS-DSCH channels scheduled on priority class 14.ME_NodeBFunction_IubDataStreams.pmHsDataFrameDelayIubSpi14_5Sum 
    pmHsDataFrameDelayIubSpi14_6ACCUMULATIONINTEGERThe PM counter presents a histogram over the dynamic delay experienced between SRNC and RBS by the flow controlled HSDPA flows, that is, the buffer build-up delay distribution for HS traffic.Measurement can be started on at least one Device Set (DBCCS). That is, state is operational and the Device board has correct capability. The delay is between SRNC and RBS, that is, both Iub and Iur are included in the delay measurement. Sampled every 100 ms period. The samples are taken from all the HS-DSCH channels scheduled on priority class 14.ME_NodeBFunction_IubDataStreams.pmHsDataFrameDelayIubSpi14_6Sum 
    pmHsDataFrameDelayIubSpi14_7ACCUMULATIONINTEGERThe PM counter presents a histogram over the dynamic delay experienced between SRNC and RBS by the flow controlled HSDPA flows, that is, the buffer build-up delay distribution for HS traffic.Measurement can be started on at least one Device Set (DBCCS). That is, state is operational and the Device board has correct capability. The delay is between SRNC and RBS, that is, both Iub and Iur are included in the delay measurement. Sampled every 100 ms period. The samples are taken from all the HS-DSCH channels scheduled on priority class 14.ME_NodeBFunction_IubDataStreams.pmHsDataFrameDelayIubSpi14_7Sum 
    pmHsDataFrameDelayIubSpi14_8ACCUMULATIONINTEGERThe PM counter presents a histogram over the dynamic delay experienced between SRNC and RBS by the flow controlled HSDPA flows, that is, the buffer build-up delay distribution for HS traffic.Measurement can be started on at least one Device Set (DBCCS). That is, state is operational and the Device board has correct capability. The delay is between SRNC and RBS, that is, both Iub and Iur are included in the delay measurement. Sampled every 100 ms period. The samples are taken from all the HS-DSCH channels scheduled on priority class 14.ME_NodeBFunction_IubDataStreams.pmHsDataFrameDelayIubSpi14_8Sum 
    pmHsDataFrameDelayIubSpi14_9ACCUMULATIONINTEGERThe PM counter presents a histogram over the dynamic delay experienced between SRNC and RBS by the flow controlled HSDPA flows, that is, the buffer build-up delay distribution for HS traffic.Measurement can be started on at least one Device Set (DBCCS). That is, state is operational and the Device board has correct capability. The delay is between SRNC and RBS, that is, both Iub and Iur are included in the delay measurement. Sampled every 100 ms period. The samples are taken from all the HS-DSCH channels scheduled on priority class 14.ME_NodeBFunction_IubDataStreams.pmHsDataFrameDelayIubSpi14_9Sum 


    NodeB.Ericsson.UMTS.PDF_pmHsDataFrameDelayIubSpi15

    pmHsDataFrameDelayIubSpi15 PDF counters

    KPITypeData TypeDescriptionDerivationDefault AggregatorOther Aggregators
    pmHsDataFrameDelayIubSpi15_0ACCUMULATIONINTEGERThe PM counter presents a histogram over the dynamic delay experienced between SRNC and RBS by the flow controlled HSDPA flows, that is, the buffer build-up delay distribution for HS traffic.Measurement can be started on at least one Device Set (DBCCS). That is, state is operational and the Device board has correct capability. The delay is between SRNC and RBS, that is, both Iub and Iur are included in the delay measurement. Sampled every 100 ms period. The samples are taken from all the HS-DSCH channels scheduled on priority class 15.ME_NodeBFunction_IubDataStreams.pmHsDataFrameDelayIubSpi15_0Sum 
    pmHsDataFrameDelayIubSpi15_10ACCUMULATIONINTEGERThe PM counter presents a histogram over the dynamic delay experienced between SRNC and RBS by the flow controlled HSDPA flows, that is, the buffer build-up delay distribution for HS traffic.Measurement can be started on at least one Device Set (DBCCS). That is, state is operational and the Device board has correct capability. The delay is between SRNC and RBS, that is, both Iub and Iur are included in the delay measurement. Sampled every 100 ms period. The samples are taken from all the HS-DSCH channels scheduled on priority class 15.ME_NodeBFunction_IubDataStreams.pmHsDataFrameDelayIubSpi15_10Sum 
    pmHsDataFrameDelayIubSpi15_11ACCUMULATIONINTEGERThe PM counter presents a histogram over the dynamic delay experienced between SRNC and RBS by the flow controlled HSDPA flows, that is, the buffer build-up delay distribution for HS traffic.Measurement can be started on at least one Device Set (DBCCS). That is, state is operational and the Device board has correct capability. The delay is between SRNC and RBS, that is, both Iub and Iur are included in the delay measurement. Sampled every 100 ms period. The samples are taken from all the HS-DSCH channels scheduled on priority class 15.ME_NodeBFunction_IubDataStreams.pmHsDataFrameDelayIubSpi15_11Sum 
    pmHsDataFrameDelayIubSpi15_12ACCUMULATIONINTEGERThe PM counter presents a histogram over the dynamic delay experienced between SRNC and RBS by the flow controlled HSDPA flows, that is, the buffer build-up delay distribution for HS traffic.Measurement can be started on at least one Device Set (DBCCS). That is, state is operational and the Device board has correct capability. The delay is between SRNC and RBS, that is, both Iub and Iur are included in the delay measurement. Sampled every 100 ms period. The samples are taken from all the HS-DSCH channels scheduled on priority class 15.ME_NodeBFunction_IubDataStreams.pmHsDataFrameDelayIubSpi15_12Sum 
    pmHsDataFrameDelayIubSpi15_13ACCUMULATIONINTEGERThe PM counter presents a histogram over the dynamic delay experienced between SRNC and RBS by the flow controlled HSDPA flows, that is, the buffer build-up delay distribution for HS traffic.Measurement can be started on at least one Device Set (DBCCS). That is, state is operational and the Device board has correct capability. The delay is between SRNC and RBS, that is, both Iub and Iur are included in the delay measurement. Sampled every 100 ms period. The samples are taken from all the HS-DSCH channels scheduled on priority class 15.ME_NodeBFunction_IubDataStreams.pmHsDataFrameDelayIubSpi15_13Sum 
    pmHsDataFrameDelayIubSpi15_14ACCUMULATIONINTEGERThe PM counter presents a histogram over the dynamic delay experienced between SRNC and RBS by the flow controlled HSDPA flows, that is, the buffer build-up delay distribution for HS traffic.Measurement can be started on at least one Device Set (DBCCS). That is, state is operational and the Device board has correct capability. The delay is between SRNC and RBS, that is, both Iub and Iur are included in the delay measurement. Sampled every 100 ms period. The samples are taken from all the HS-DSCH channels scheduled on priority class 15.ME_NodeBFunction_IubDataStreams.pmHsDataFrameDelayIubSpi15_14Sum 
    pmHsDataFrameDelayIubSpi15_15ACCUMULATIONINTEGERThe PM counter presents a histogram over the dynamic delay experienced between SRNC and RBS by the flow controlled HSDPA flows, that is, the buffer build-up delay distribution for HS traffic.Measurement can be started on at least one Device Set (DBCCS). That is, state is operational and the Device board has correct capability. The delay is between SRNC and RBS, that is, both Iub and Iur are included in the delay measurement. Sampled every 100 ms period. The samples are taken from all the HS-DSCH channels scheduled on priority class 15.ME_NodeBFunction_IubDataStreams.pmHsDataFrameDelayIubSpi15_15Sum 
    pmHsDataFrameDelayIubSpi15_1ACCUMULATIONINTEGERThe PM counter presents a histogram over the dynamic delay experienced between SRNC and RBS by the flow controlled HSDPA flows, that is, the buffer build-up delay distribution for HS traffic.Measurement can be started on at least one Device Set (DBCCS). That is, state is operational and the Device board has correct capability. The delay is between SRNC and RBS, that is, both Iub and Iur are included in the delay measurement. Sampled every 100 ms period. The samples are taken from all the HS-DSCH channels scheduled on priority class 15.ME_NodeBFunction_IubDataStreams.pmHsDataFrameDelayIubSpi15_1Sum 
    pmHsDataFrameDelayIubSpi15_2ACCUMULATIONINTEGERThe PM counter presents a histogram over the dynamic delay experienced between SRNC and RBS by the flow controlled HSDPA flows, that is, the buffer build-up delay distribution for HS traffic.Measurement can be started on at least one Device Set (DBCCS). That is, state is operational and the Device board has correct capability. The delay is between SRNC and RBS, that is, both Iub and Iur are included in the delay measurement. Sampled every 100 ms period. The samples are taken from all the HS-DSCH channels scheduled on priority class 15.ME_NodeBFunction_IubDataStreams.pmHsDataFrameDelayIubSpi15_2Sum 
    pmHsDataFrameDelayIubSpi15_3ACCUMULATIONINTEGERThe PM counter presents a histogram over the dynamic delay experienced between SRNC and RBS by the flow controlled HSDPA flows, that is, the buffer build-up delay distribution for HS traffic.Measurement can be started on at least one Device Set (DBCCS). That is, state is operational and the Device board has correct capability. The delay is between SRNC and RBS, that is, both Iub and Iur are included in the delay measurement. Sampled every 100 ms period. The samples are taken from all the HS-DSCH channels scheduled on priority class 15.ME_NodeBFunction_IubDataStreams.pmHsDataFrameDelayIubSpi15_3Sum 
    pmHsDataFrameDelayIubSpi15_4ACCUMULATIONINTEGERThe PM counter presents a histogram over the dynamic delay experienced between SRNC and RBS by the flow controlled HSDPA flows, that is, the buffer build-up delay distribution for HS traffic.Measurement can be started on at least one Device Set (DBCCS). That is, state is operational and the Device board has correct capability. The delay is between SRNC and RBS, that is, both Iub and Iur are included in the delay measurement. Sampled every 100 ms period. The samples are taken from all the HS-DSCH channels scheduled on priority class 15.ME_NodeBFunction_IubDataStreams.pmHsDataFrameDelayIubSpi15_4Sum 
    pmHsDataFrameDelayIubSpi15_5ACCUMULATIONINTEGERThe PM counter presents a histogram over the dynamic delay experienced between SRNC and RBS by the flow controlled HSDPA flows, that is, the buffer build-up delay distribution for HS traffic.Measurement can be started on at least one Device Set (DBCCS). That is, state is operational and the Device board has correct capability. The delay is between SRNC and RBS, that is, both Iub and Iur are included in the delay measurement. Sampled every 100 ms period. The samples are taken from all the HS-DSCH channels scheduled on priority class 15.ME_NodeBFunction_IubDataStreams.pmHsDataFrameDelayIubSpi15_5Sum 
    pmHsDataFrameDelayIubSpi15_6ACCUMULATIONINTEGERThe PM counter presents a histogram over the dynamic delay experienced between SRNC and RBS by the flow controlled HSDPA flows, that is, the buffer build-up delay distribution for HS traffic.Measurement can be started on at least one Device Set (DBCCS). That is, state is operational and the Device board has correct capability. The delay is between SRNC and RBS, that is, both Iub and Iur are included in the delay measurement. Sampled every 100 ms period. The samples are taken from all the HS-DSCH channels scheduled on priority class 15.ME_NodeBFunction_IubDataStreams.pmHsDataFrameDelayIubSpi15_6Sum 
    pmHsDataFrameDelayIubSpi15_7ACCUMULATIONINTEGERThe PM counter presents a histogram over the dynamic delay experienced between SRNC and RBS by the flow controlled HSDPA flows, that is, the buffer build-up delay distribution for HS traffic.Measurement can be started on at least one Device Set (DBCCS). That is, state is operational and the Device board has correct capability. The delay is between SRNC and RBS, that is, both Iub and Iur are included in the delay measurement. Sampled every 100 ms period. The samples are taken from all the HS-DSCH channels scheduled on priority class 15.ME_NodeBFunction_IubDataStreams.pmHsDataFrameDelayIubSpi15_7Sum 
    pmHsDataFrameDelayIubSpi15_8ACCUMULATIONINTEGERThe PM counter presents a histogram over the dynamic delay experienced between SRNC and RBS by the flow controlled HSDPA flows, that is, the buffer build-up delay distribution for HS traffic.Measurement can be started on at least one Device Set (DBCCS). That is, state is operational and the Device board has correct capability. The delay is between SRNC and RBS, that is, both Iub and Iur are included in the delay measurement. Sampled every 100 ms period. The samples are taken from all the HS-DSCH channels scheduled on priority class 15.ME_NodeBFunction_IubDataStreams.pmHsDataFrameDelayIubSpi15_8Sum 
    pmHsDataFrameDelayIubSpi15_9ACCUMULATIONINTEGERThe PM counter presents a histogram over the dynamic delay experienced between SRNC and RBS by the flow controlled HSDPA flows, that is, the buffer build-up delay distribution for HS traffic.Measurement can be started on at least one Device Set (DBCCS). That is, state is operational and the Device board has correct capability. The delay is between SRNC and RBS, that is, both Iub and Iur are included in the delay measurement. Sampled every 100 ms period. The samples are taken from all the HS-DSCH channels scheduled on priority class 15.ME_NodeBFunction_IubDataStreams.pmHsDataFrameDelayIubSpi15_9Sum 


    NodeB.Ericsson.UMTS.PDF_pmIubMacdPduRbsReceivedBits

    pmIubMacdPduRbsReceivedBits PDF counters

    KPITypeData TypeDescriptionDerivationDefault AggregatorOther Aggregators
    pmIubMacdPduRbsReceivedBits_0ACCUMULATIONINTEGERIub HS MAC-d PDU received number of bits per one second interval in the RBS.ME_NodeBFunction_IubDataStreams.pmIubMacdPduRbsReceivedBits_0Sum 
    pmIubMacdPduRbsReceivedBits_100ACCUMULATIONINTEGERIub HS MAC-d PDU received number of bits per one second interval in the RBS.ME_NodeBFunction_IubDataStreams.pmIubMacdPduRbsReceivedBits_100Sum 
    pmIubMacdPduRbsReceivedBits_10ACCUMULATIONINTEGERIub HS MAC-d PDU received number of bits per one second interval in the RBS.ME_NodeBFunction_IubDataStreams.pmIubMacdPduRbsReceivedBits_10Sum 
    pmIubMacdPduRbsReceivedBits_11ACCUMULATIONINTEGERIub HS MAC-d PDU received number of bits per one second interval in the RBS.ME_NodeBFunction_IubDataStreams.pmIubMacdPduRbsReceivedBits_11Sum 
    pmIubMacdPduRbsReceivedBits_12ACCUMULATIONINTEGERIub HS MAC-d PDU received number of bits per one second interval in the RBS.ME_NodeBFunction_IubDataStreams.pmIubMacdPduRbsReceivedBits_12Sum 
    pmIubMacdPduRbsReceivedBits_13ACCUMULATIONINTEGERIub HS MAC-d PDU received number of bits per one second interval in the RBS.ME_NodeBFunction_IubDataStreams.pmIubMacdPduRbsReceivedBits_13Sum 
    pmIubMacdPduRbsReceivedBits_14ACCUMULATIONINTEGERIub HS MAC-d PDU received number of bits per one second interval in the RBS.ME_NodeBFunction_IubDataStreams.pmIubMacdPduRbsReceivedBits_14Sum 
    pmIubMacdPduRbsReceivedBits_15ACCUMULATIONINTEGERIub HS MAC-d PDU received number of bits per one second interval in the RBS.ME_NodeBFunction_IubDataStreams.pmIubMacdPduRbsReceivedBits_15Sum 
    pmIubMacdPduRbsReceivedBits_16ACCUMULATIONINTEGERIub HS MAC-d PDU received number of bits per one second interval in the RBS.ME_NodeBFunction_IubDataStreams.pmIubMacdPduRbsReceivedBits_16Sum 
    pmIubMacdPduRbsReceivedBits_17ACCUMULATIONINTEGERIub HS MAC-d PDU received number of bits per one second interval in the RBS.ME_NodeBFunction_IubDataStreams.pmIubMacdPduRbsReceivedBits_17Sum 
    pmIubMacdPduRbsReceivedBits_18ACCUMULATIONINTEGERIub HS MAC-d PDU received number of bits per one second interval in the RBS.ME_NodeBFunction_IubDataStreams.pmIubMacdPduRbsReceivedBits_18Sum 
    pmIubMacdPduRbsReceivedBits_19ACCUMULATIONINTEGERIub HS MAC-d PDU received number of bits per one second interval in the RBS.ME_NodeBFunction_IubDataStreams.pmIubMacdPduRbsReceivedBits_19Sum 
    pmIubMacdPduRbsReceivedBits_1ACCUMULATIONINTEGERIub HS MAC-d PDU received number of bits per one second interval in the RBS.ME_NodeBFunction_IubDataStreams.pmIubMacdPduRbsReceivedBits_1Sum 
    pmIubMacdPduRbsReceivedBits_20ACCUMULATIONINTEGERIub HS MAC-d PDU received number of bits per one second interval in the RBS.ME_NodeBFunction_IubDataStreams.pmIubMacdPduRbsReceivedBits_20Sum 
    pmIubMacdPduRbsReceivedBits_21ACCUMULATIONINTEGERIub HS MAC-d PDU received number of bits per one second interval in the RBS.ME_NodeBFunction_IubDataStreams.pmIubMacdPduRbsReceivedBits_21Sum 
    pmIubMacdPduRbsReceivedBits_22ACCUMULATIONINTEGERIub HS MAC-d PDU received number of bits per one second interval in the RBS.ME_NodeBFunction_IubDataStreams.pmIubMacdPduRbsReceivedBits_22Sum 
    pmIubMacdPduRbsReceivedBits_23ACCUMULATIONINTEGERIub HS MAC-d PDU received number of bits per one second interval in the RBS.ME_NodeBFunction_IubDataStreams.pmIubMacdPduRbsReceivedBits_23Sum 
    pmIubMacdPduRbsReceivedBits_24ACCUMULATIONINTEGERIub HS MAC-d PDU received number of bits per one second interval in the RBS.ME_NodeBFunction_IubDataStreams.pmIubMacdPduRbsReceivedBits_24Sum 
    pmIubMacdPduRbsReceivedBits_25ACCUMULATIONINTEGERIub HS MAC-d PDU received number of bits per one second interval in the RBS.ME_NodeBFunction_IubDataStreams.pmIubMacdPduRbsReceivedBits_25Sum 
    pmIubMacdPduRbsReceivedBits_26ACCUMULATIONINTEGERIub HS MAC-d PDU received number of bits per one second interval in the RBS.ME_NodeBFunction_IubDataStreams.pmIubMacdPduRbsReceivedBits_26Sum 
    pmIubMacdPduRbsReceivedBits_27ACCUMULATIONINTEGERIub HS MAC-d PDU received number of bits per one second interval in the RBS.ME_NodeBFunction_IubDataStreams.pmIubMacdPduRbsReceivedBits_27Sum 
    pmIubMacdPduRbsReceivedBits_28ACCUMULATIONINTEGERIub HS MAC-d PDU received number of bits per one second interval in the RBS.ME_NodeBFunction_IubDataStreams.pmIubMacdPduRbsReceivedBits_28Sum 
    pmIubMacdPduRbsReceivedBits_29ACCUMULATIONINTEGERIub HS MAC-d PDU received number of bits per one second interval in the RBS.ME_NodeBFunction_IubDataStreams.pmIubMacdPduRbsReceivedBits_29Sum 
    pmIubMacdPduRbsReceivedBits_2ACCUMULATIONINTEGERIub HS MAC-d PDU received number of bits per one second interval in the RBS.ME_NodeBFunction_IubDataStreams.pmIubMacdPduRbsReceivedBits_2Sum 
    pmIubMacdPduRbsReceivedBits_30ACCUMULATIONINTEGERIub HS MAC-d PDU received number of bits per one second interval in the RBS.ME_NodeBFunction_IubDataStreams.pmIubMacdPduRbsReceivedBits_30Sum 
    pmIubMacdPduRbsReceivedBits_31ACCUMULATIONINTEGERIub HS MAC-d PDU received number of bits per one second interval in the RBS.ME_NodeBFunction_IubDataStreams.pmIubMacdPduRbsReceivedBits_31Sum 
    pmIubMacdPduRbsReceivedBits_32ACCUMULATIONINTEGERIub HS MAC-d PDU received number of bits per one second interval in the RBS.ME_NodeBFunction_IubDataStreams.pmIubMacdPduRbsReceivedBits_32Sum 
    pmIubMacdPduRbsReceivedBits_33ACCUMULATIONINTEGERIub HS MAC-d PDU received number of bits per one second interval in the RBS.ME_NodeBFunction_IubDataStreams.pmIubMacdPduRbsReceivedBits_33Sum 
    pmIubMacdPduRbsReceivedBits_34ACCUMULATIONINTEGERIub HS MAC-d PDU received number of bits per one second interval in the RBS.ME_NodeBFunction_IubDataStreams.pmIubMacdPduRbsReceivedBits_34Sum 
    pmIubMacdPduRbsReceivedBits_35ACCUMULATIONINTEGERIub HS MAC-d PDU received number of bits per one second interval in the RBS.ME_NodeBFunction_IubDataStreams.pmIubMacdPduRbsReceivedBits_35Sum 
    pmIubMacdPduRbsReceivedBits_36ACCUMULATIONINTEGERIub HS MAC-d PDU received number of bits per one second interval in the RBS.ME_NodeBFunction_IubDataStreams.pmIubMacdPduRbsReceivedBits_36Sum 
    pmIubMacdPduRbsReceivedBits_37ACCUMULATIONINTEGERIub HS MAC-d PDU received number of bits per one second interval in the RBS.ME_NodeBFunction_IubDataStreams.pmIubMacdPduRbsReceivedBits_37Sum 
    pmIubMacdPduRbsReceivedBits_38ACCUMULATIONINTEGERIub HS MAC-d PDU received number of bits per one second interval in the RBS.ME_NodeBFunction_IubDataStreams.pmIubMacdPduRbsReceivedBits_38Sum 
    pmIubMacdPduRbsReceivedBits_39ACCUMULATIONINTEGERIub HS MAC-d PDU received number of bits per one second interval in the RBS.ME_NodeBFunction_IubDataStreams.pmIubMacdPduRbsReceivedBits_39Sum 
    pmIubMacdPduRbsReceivedBits_3ACCUMULATIONINTEGERIub HS MAC-d PDU received number of bits per one second interval in the RBS.ME_NodeBFunction_IubDataStreams.pmIubMacdPduRbsReceivedBits_3Sum 
    pmIubMacdPduRbsReceivedBits_40ACCUMULATIONINTEGERIub HS MAC-d PDU received number of bits per one second interval in the RBS.ME_NodeBFunction_IubDataStreams.pmIubMacdPduRbsReceivedBits_40Sum 
    pmIubMacdPduRbsReceivedBits_41ACCUMULATIONINTEGERIub HS MAC-d PDU received number of bits per one second interval in the RBS.ME_NodeBFunction_IubDataStreams.pmIubMacdPduRbsReceivedBits_41Sum 
    pmIubMacdPduRbsReceivedBits_42ACCUMULATIONINTEGERIub HS MAC-d PDU received number of bits per one second interval in the RBS.ME_NodeBFunction_IubDataStreams.pmIubMacdPduRbsReceivedBits_42Sum 
    pmIubMacdPduRbsReceivedBits_43ACCUMULATIONINTEGERIub HS MAC-d PDU received number of bits per one second interval in the RBS.ME_NodeBFunction_IubDataStreams.pmIubMacdPduRbsReceivedBits_43Sum 
    pmIubMacdPduRbsReceivedBits_44ACCUMULATIONINTEGERIub HS MAC-d PDU received number of bits per one second interval in the RBS.ME_NodeBFunction_IubDataStreams.pmIubMacdPduRbsReceivedBits_44Sum 
    pmIubMacdPduRbsReceivedBits_45ACCUMULATIONINTEGERIub HS MAC-d PDU received number of bits per one second interval in the RBS.ME_NodeBFunction_IubDataStreams.pmIubMacdPduRbsReceivedBits_45Sum 
    pmIubMacdPduRbsReceivedBits_46ACCUMULATIONINTEGERIub HS MAC-d PDU received number of bits per one second interval in the RBS.ME_NodeBFunction_IubDataStreams.pmIubMacdPduRbsReceivedBits_46Sum 
    pmIubMacdPduRbsReceivedBits_47ACCUMULATIONINTEGERIub HS MAC-d PDU received number of bits per one second interval in the RBS.ME_NodeBFunction_IubDataStreams.pmIubMacdPduRbsReceivedBits_47Sum 
    pmIubMacdPduRbsReceivedBits_48ACCUMULATIONINTEGERIub HS MAC-d PDU received number of bits per one second interval in the RBS.ME_NodeBFunction_IubDataStreams.pmIubMacdPduRbsReceivedBits_48Sum 
    pmIubMacdPduRbsReceivedBits_49ACCUMULATIONINTEGERIub HS MAC-d PDU received number of bits per one second interval in the RBS.ME_NodeBFunction_IubDataStreams.pmIubMacdPduRbsReceivedBits_49Sum 
    pmIubMacdPduRbsReceivedBits_4ACCUMULATIONINTEGERIub HS MAC-d PDU received number of bits per one second interval in the RBS.ME_NodeBFunction_IubDataStreams.pmIubMacdPduRbsReceivedBits_4Sum 
    pmIubMacdPduRbsReceivedBits_50ACCUMULATIONINTEGERIub HS MAC-d PDU received number of bits per one second interval in the RBS.ME_NodeBFunction_IubDataStreams.pmIubMacdPduRbsReceivedBits_50Sum 
    pmIubMacdPduRbsReceivedBits_51ACCUMULATIONINTEGERIub HS MAC-d PDU received number of bits per one second interval in the RBS.ME_NodeBFunction_IubDataStreams.pmIubMacdPduRbsReceivedBits_51Sum 
    pmIubMacdPduRbsReceivedBits_52ACCUMULATIONINTEGERIub HS MAC-d PDU received number of bits per one second interval in the RBS.ME_NodeBFunction_IubDataStreams.pmIubMacdPduRbsReceivedBits_52Sum 
    pmIubMacdPduRbsReceivedBits_53ACCUMULATIONINTEGERIub HS MAC-d PDU received number of bits per one second interval in the RBS.ME_NodeBFunction_IubDataStreams.pmIubMacdPduRbsReceivedBits_53Sum 
    pmIubMacdPduRbsReceivedBits_54ACCUMULATIONINTEGERIub HS MAC-d PDU received number of bits per one second interval in the RBS.ME_NodeBFunction_IubDataStreams.pmIubMacdPduRbsReceivedBits_54Sum 
    pmIubMacdPduRbsReceivedBits_55ACCUMULATIONINTEGERIub HS MAC-d PDU received number of bits per one second interval in the RBS.ME_NodeBFunction_IubDataStreams.pmIubMacdPduRbsReceivedBits_55Sum 
    pmIubMacdPduRbsReceivedBits_56ACCUMULATIONINTEGERIub HS MAC-d PDU received number of bits per one second interval in the RBS.ME_NodeBFunction_IubDataStreams.pmIubMacdPduRbsReceivedBits_56Sum 
    pmIubMacdPduRbsReceivedBits_57ACCUMULATIONINTEGERIub HS MAC-d PDU received number of bits per one second interval in the RBS.ME_NodeBFunction_IubDataStreams.pmIubMacdPduRbsReceivedBits_57Sum 
    pmIubMacdPduRbsReceivedBits_58ACCUMULATIONINTEGERIub HS MAC-d PDU received number of bits per one second interval in the RBS.ME_NodeBFunction_IubDataStreams.pmIubMacdPduRbsReceivedBits_58Sum 
    pmIubMacdPduRbsReceivedBits_59ACCUMULATIONINTEGERIub HS MAC-d PDU received number of bits per one second interval in the RBS.ME_NodeBFunction_IubDataStreams.pmIubMacdPduRbsReceivedBits_59Sum 
    pmIubMacdPduRbsReceivedBits_5ACCUMULATIONINTEGERIub HS MAC-d PDU received number of bits per one second interval in the RBS.ME_NodeBFunction_IubDataStreams.pmIubMacdPduRbsReceivedBits_5Sum 
    pmIubMacdPduRbsReceivedBits_60ACCUMULATIONINTEGERIub HS MAC-d PDU received number of bits per one second interval in the RBS.ME_NodeBFunction_IubDataStreams.pmIubMacdPduRbsReceivedBits_60Sum 
    pmIubMacdPduRbsReceivedBits_61ACCUMULATIONINTEGERIub HS MAC-d PDU received number of bits per one second interval in the RBS.ME_NodeBFunction_IubDataStreams.pmIubMacdPduRbsReceivedBits_61Sum 
    pmIubMacdPduRbsReceivedBits_62ACCUMULATIONINTEGERIub HS MAC-d PDU received number of bits per one second interval in the RBS.ME_NodeBFunction_IubDataStreams.pmIubMacdPduRbsReceivedBits_62Sum 
    pmIubMacdPduRbsReceivedBits_63ACCUMULATIONINTEGERIub HS MAC-d PDU received number of bits per one second interval in the RBS.ME_NodeBFunction_IubDataStreams.pmIubMacdPduRbsReceivedBits_63Sum 
    pmIubMacdPduRbsReceivedBits_64ACCUMULATIONINTEGERIub HS MAC-d PDU received number of bits per one second interval in the RBS.ME_NodeBFunction_IubDataStreams.pmIubMacdPduRbsReceivedBits_64Sum 
    pmIubMacdPduRbsReceivedBits_65ACCUMULATIONINTEGERIub HS MAC-d PDU received number of bits per one second interval in the RBS.ME_NodeBFunction_IubDataStreams.pmIubMacdPduRbsReceivedBits_65Sum 
    pmIubMacdPduRbsReceivedBits_66ACCUMULATIONINTEGERIub HS MAC-d PDU received number of bits per one second interval in the RBS.ME_NodeBFunction_IubDataStreams.pmIubMacdPduRbsReceivedBits_66Sum 
    pmIubMacdPduRbsReceivedBits_67ACCUMULATIONINTEGERIub HS MAC-d PDU received number of bits per one second interval in the RBS.ME_NodeBFunction_IubDataStreams.pmIubMacdPduRbsReceivedBits_67Sum 
    pmIubMacdPduRbsReceivedBits_68ACCUMULATIONINTEGERIub HS MAC-d PDU received number of bits per one second interval in the RBS.ME_NodeBFunction_IubDataStreams.pmIubMacdPduRbsReceivedBits_68Sum 
    pmIubMacdPduRbsReceivedBits_69ACCUMULATIONINTEGERIub HS MAC-d PDU received number of bits per one second interval in the RBS.ME_NodeBFunction_IubDataStreams.pmIubMacdPduRbsReceivedBits_69Sum 
    pmIubMacdPduRbsReceivedBits_6ACCUMULATIONINTEGERIub HS MAC-d PDU received number of bits per one second interval in the RBS.ME_NodeBFunction_IubDataStreams.pmIubMacdPduRbsReceivedBits_6Sum 
    pmIubMacdPduRbsReceivedBits_70ACCUMULATIONINTEGERIub HS MAC-d PDU received number of bits per one second interval in the RBS.ME_NodeBFunction_IubDataStreams.pmIubMacdPduRbsReceivedBits_70Sum 
    pmIubMacdPduRbsReceivedBits_71ACCUMULATIONINTEGERIub HS MAC-d PDU received number of bits per one second interval in the RBS.ME_NodeBFunction_IubDataStreams.pmIubMacdPduRbsReceivedBits_71Sum 
    pmIubMacdPduRbsReceivedBits_72ACCUMULATIONINTEGERIub HS MAC-d PDU received number of bits per one second interval in the RBS.ME_NodeBFunction_IubDataStreams.pmIubMacdPduRbsReceivedBits_72Sum 
    pmIubMacdPduRbsReceivedBits_73ACCUMULATIONINTEGERIub HS MAC-d PDU received number of bits per one second interval in the RBS.ME_NodeBFunction_IubDataStreams.pmIubMacdPduRbsReceivedBits_73Sum 
    pmIubMacdPduRbsReceivedBits_74ACCUMULATIONINTEGERIub HS MAC-d PDU received number of bits per one second interval in the RBS.ME_NodeBFunction_IubDataStreams.pmIubMacdPduRbsReceivedBits_74Sum 
    pmIubMacdPduRbsReceivedBits_75ACCUMULATIONINTEGERIub HS MAC-d PDU received number of bits per one second interval in the RBS.ME_NodeBFunction_IubDataStreams.pmIubMacdPduRbsReceivedBits_75Sum 
    pmIubMacdPduRbsReceivedBits_76ACCUMULATIONINTEGERIub HS MAC-d PDU received number of bits per one second interval in the RBS.ME_NodeBFunction_IubDataStreams.pmIubMacdPduRbsReceivedBits_76Sum 
    pmIubMacdPduRbsReceivedBits_77ACCUMULATIONINTEGERIub HS MAC-d PDU received number of bits per one second interval in the RBS.ME_NodeBFunction_IubDataStreams.pmIubMacdPduRbsReceivedBits_77Sum 
    pmIubMacdPduRbsReceivedBits_78ACCUMULATIONINTEGERIub HS MAC-d PDU received number of bits per one second interval in the RBS.ME_NodeBFunction_IubDataStreams.pmIubMacdPduRbsReceivedBits_78Sum 
    pmIubMacdPduRbsReceivedBits_79ACCUMULATIONINTEGERIub HS MAC-d PDU received number of bits per one second interval in the RBS.ME_NodeBFunction_IubDataStreams.pmIubMacdPduRbsReceivedBits_79Sum 
    pmIubMacdPduRbsReceivedBits_7ACCUMULATIONINTEGERIub HS MAC-d PDU received number of bits per one second interval in the RBS.ME_NodeBFunction_IubDataStreams.pmIubMacdPduRbsReceivedBits_7Sum 
    pmIubMacdPduRbsReceivedBits_80ACCUMULATIONINTEGERIub HS MAC-d PDU received number of bits per one second interval in the RBS.ME_NodeBFunction_IubDataStreams.pmIubMacdPduRbsReceivedBits_80Sum 
    pmIubMacdPduRbsReceivedBits_81ACCUMULATIONINTEGERIub HS MAC-d PDU received number of bits per one second interval in the RBS.ME_NodeBFunction_IubDataStreams.pmIubMacdPduRbsReceivedBits_81Sum 
    pmIubMacdPduRbsReceivedBits_82ACCUMULATIONINTEGERIub HS MAC-d PDU received number of bits per one second interval in the RBS.ME_NodeBFunction_IubDataStreams.pmIubMacdPduRbsReceivedBits_82Sum 
    pmIubMacdPduRbsReceivedBits_83ACCUMULATIONINTEGERIub HS MAC-d PDU received number of bits per one second interval in the RBS.ME_NodeBFunction_IubDataStreams.pmIubMacdPduRbsReceivedBits_83Sum 
    pmIubMacdPduRbsReceivedBits_84ACCUMULATIONINTEGERIub HS MAC-d PDU received number of bits per one second interval in the RBS.ME_NodeBFunction_IubDataStreams.pmIubMacdPduRbsReceivedBits_84Sum 
    pmIubMacdPduRbsReceivedBits_85ACCUMULATIONINTEGERIub HS MAC-d PDU received number of bits per one second interval in the RBS.ME_NodeBFunction_IubDataStreams.pmIubMacdPduRbsReceivedBits_85Sum 
    pmIubMacdPduRbsReceivedBits_86ACCUMULATIONINTEGERIub HS MAC-d PDU received number of bits per one second interval in the RBS.ME_NodeBFunction_IubDataStreams.pmIubMacdPduRbsReceivedBits_86Sum 
    pmIubMacdPduRbsReceivedBits_87ACCUMULATIONINTEGERIub HS MAC-d PDU received number of bits per one second interval in the RBS.ME_NodeBFunction_IubDataStreams.pmIubMacdPduRbsReceivedBits_87Sum 
    pmIubMacdPduRbsReceivedBits_88ACCUMULATIONINTEGERIub HS MAC-d PDU received number of bits per one second interval in the RBS.ME_NodeBFunction_IubDataStreams.pmIubMacdPduRbsReceivedBits_88Sum 
    pmIubMacdPduRbsReceivedBits_89ACCUMULATIONINTEGERIub HS MAC-d PDU received number of bits per one second interval in the RBS.ME_NodeBFunction_IubDataStreams.pmIubMacdPduRbsReceivedBits_89Sum 
    pmIubMacdPduRbsReceivedBits_8ACCUMULATIONINTEGERIub HS MAC-d PDU received number of bits per one second interval in the RBS.ME_NodeBFunction_IubDataStreams.pmIubMacdPduRbsReceivedBits_8Sum 
    pmIubMacdPduRbsReceivedBits_90ACCUMULATIONINTEGERIub HS MAC-d PDU received number of bits per one second interval in the RBS.ME_NodeBFunction_IubDataStreams.pmIubMacdPduRbsReceivedBits_90Sum 
    pmIubMacdPduRbsReceivedBits_91ACCUMULATIONINTEGERIub HS MAC-d PDU received number of bits per one second interval in the RBS.ME_NodeBFunction_IubDataStreams.pmIubMacdPduRbsReceivedBits_91Sum 
    pmIubMacdPduRbsReceivedBits_92ACCUMULATIONINTEGERIub HS MAC-d PDU received number of bits per one second interval in the RBS.ME_NodeBFunction_IubDataStreams.pmIubMacdPduRbsReceivedBits_92Sum 
    pmIubMacdPduRbsReceivedBits_93ACCUMULATIONINTEGERIub HS MAC-d PDU received number of bits per one second interval in the RBS.ME_NodeBFunction_IubDataStreams.pmIubMacdPduRbsReceivedBits_93Sum 
    pmIubMacdPduRbsReceivedBits_94ACCUMULATIONINTEGERIub HS MAC-d PDU received number of bits per one second interval in the RBS.ME_NodeBFunction_IubDataStreams.pmIubMacdPduRbsReceivedBits_94Sum 
    pmIubMacdPduRbsReceivedBits_95ACCUMULATIONINTEGERIub HS MAC-d PDU received number of bits per one second interval in the RBS.ME_NodeBFunction_IubDataStreams.pmIubMacdPduRbsReceivedBits_95Sum 
    pmIubMacdPduRbsReceivedBits_96ACCUMULATIONINTEGERIub HS MAC-d PDU received number of bits per one second interval in the RBS.ME_NodeBFunction_IubDataStreams.pmIubMacdPduRbsReceivedBits_96Sum 
    pmIubMacdPduRbsReceivedBits_97ACCUMULATIONINTEGERIub HS MAC-d PDU received number of bits per one second interval in the RBS.ME_NodeBFunction_IubDataStreams.pmIubMacdPduRbsReceivedBits_97Sum 
    pmIubMacdPduRbsReceivedBits_98ACCUMULATIONINTEGERIub HS MAC-d PDU received number of bits per one second interval in the RBS.ME_NodeBFunction_IubDataStreams.pmIubMacdPduRbsReceivedBits_98Sum 
    pmIubMacdPduRbsReceivedBits_99ACCUMULATIONINTEGERIub HS MAC-d PDU received number of bits per one second interval in the RBS.ME_NodeBFunction_IubDataStreams.pmIubMacdPduRbsReceivedBits_99Sum 
    pmIubMacdPduRbsReceivedBits_9ACCUMULATIONINTEGERIub HS MAC-d PDU received number of bits per one second interval in the RBS.ME_NodeBFunction_IubDataStreams.pmIubMacdPduRbsReceivedBits_9Sum 


    NodeB.Ericsson.UMTS.Uplink_Pool

    Uplink baseband pool utilization statistics.

    KPITypeData TypeDescriptionDerivationDefault AggregatorOther Aggregators
    pmNoOfGrantUlEstAboveLicLevelACCUMULATIONINT8UL capacity granted above Lic level.ManagedElement.pmNoOfGrantUlEstAboveLicLevelSumenblbh, Sum
    pmUlActPeakCapUsageInPoLicLevelINTENSITYINT8The actual UL peak capacity use in the Downlink baseband pool.ManagedElement.pmUlActPeakCapUsageInPoLicLevelAverageAverage, enblbh, Maximum, Minimum, Sum


    8.58 NodeSynch Performance Indicators

    This section shows the key performance indicators and other counters for the NodeSynch object, divided into the following sub-sections:


    NodeSynch.Ericsson.UMTS.Delay_Measurements

    Delay statistics on synchronisation.

    KPITypeData TypeDescriptionDerivationDefault AggregatorOther Aggregators
    pmIubLinkDynamicDelayMaxINTENSITYINTEGERMaximum dynamic delay in milliseconds between the RNC and the RBS on the radio network layer.ME_RNC_IubLink_NodeSynch.pmIubLinkDynamicDelayMaxConstantAverage, erttbh, Maximum, Minimum, Sum
    pmIubLinkStaticDelayINTENSITYINTEGERMonitor the lowest one-way delay in milliseconds between the RNC and RBS on the radio network layer.ME_RNC_IubLink_NodeSynch.pmIubLinkStaticDelayAverageAverage, erttbh, Maximum, Minimum, Sum


    8.59 OS155_Phys_Path_Term Performance Indicators

    This section shows the key performance indicators and other counters for the OS155_Phys_Path_Term object, divided into the following sub-sections:


    OS155_Phys_Path_Term.Ericsson.UMTS.Physical_Link

    UTRAN Physical link connection.

    KPITypeData TypeDescriptionDerivationDefault AggregatorOther Aggregators
    pmMsBbeACCUMULATIONINTEGERTransmission Background Block Errors (BBE). This counter is incremented for each block with one or more errors.RNC_155_Physical_Link.pmMsBbe or NODEB_155_Physical_Link.pmMsBbe or RXI_155_Physical_Link.pmMsBbeSumerttbh, Sum
    pmMsEsACCUMULATIONINT8Performance monitoring counter for Multiplexer Section, MS, Error Seconds, (ES).RNC_155_Physical_Link.pmMsEs or NODEB_155_Physical_Link.pmMsEs or RXI_155_Physical_Link.pmMsEsSumerttbh, Sum
    pmMsSesACCUMULATIONINT8Performance monitoring counter for Multiplexer Section, MS, Severely Errored Seconds.RNC_155_Physical_Link.pmMsSes or NODEB_155_Physical_Link.pmMsSes or RXI_155_Physical_Link.pmMsSesSumerttbh, Sum
    pmMsUasACCUMULATIONINTEGERTransmission Unavailable Seconds (SES). The accumulated unavailable time in seconds during the interval. Unavailable time starts when 10 consecutive SES are detected (them being part of the unavailable time) and ends when 10 consecutive non-SES are detected. This counter is incremented for each second of unavailable timeRNC_155_Physical_Link.pmMsUas or NODEB_155_Physical_Link.pmMsUas or RXI_155_Physical_Link.pmMsUasSumerttbh, Sum


    8.60 OSPF Performance Indicators

    This section shows the key performance indicators and other counters for the OSPF object, divided into the following sub-sections:


    OSPF.Ericsson.UMTS.OSPF_Grp

    OSPF routing protocol counters.

    KPITypeData TypeDescriptionDerivationDefault AggregatorOther Aggregators
    pmNoOfOspfOriginateNewLsasACCUMULATIONINT8Number of new link-state advertisements that have been originated This number is increased each time the router originates a new LSA.RNC_Ospf.pmNoOfOspfOriginateNewLsas or NODEB_Ospf.pmNoOfOspfOriginateNewLsas or RXI_Ospf.pmNoOfOspfOriginateNewLsasSumerttbh, Sum
    pmNoOfOspfRxNewLsasACCUMULATIONINT8Number of link-state advertisements received determined to be new instantiations This number does not include newer instantiations of self -originated link-state advertisements.RNC_Ospf.pmNoOfOspfRxNewLsas or NODEB_Ospf.pmNoOfOspfRxNewLsas or RXI_Ospf.pmNoOfOspfRxNewLsasSumerttbh, Sum


    8.61 OSPF_Area Performance Indicators

    This section shows the key performance indicators and other counters for the OSPF_Area object, divided into the following sub-sections:


    OSPF_Area.Ericsson.UMTS.OSPF

    OSPF routing area counters.

    KPITypeData TypeDescriptionDerivationDefault AggregatorOther Aggregators
    pmNoOfOspfSpfRunsACCUMULATIONINT8Number of times that the intra-area route table has been calculated using this areas link-state database. This is typically done using Dijkstras algorithm.RNC_OspfArea.pmNoOfOspfSpfRuns or NODEB_OspfArea.pmNoOfOspfSpfRuns or RXI_OspfArea.pmNoOfOspfSpfRunsSumerttbh, Sum


    8.62 OSPF_Interface Performance Indicators

    This section shows the key performance indicators and other counters for the OSPF_Interface object, divided into the following sub-sections:


    OSPF_Interface.Ericsson.UMTS.OSPF

    OSPF routing protocol interface counters.

    KPITypeData TypeDescriptionDerivationDefault AggregatorOther Aggregators
    pmNoOfOspfIfEventsACCUMULATIONINT8Number of times this OSPF Interface has changed its state, or an error has occurred.RNC_OspfInterface.pmNoOfOspfIfEvents or NODEB_OspfInterface.pmNoOfOspfIfEvents or RXI_OspfInterface.pmNoOfOspfIfEventsSumerttbh, Sum


    8.63 PacketDataRouter Performance Indicators

    This section shows the key performance indicators and other counters for the PacketDataRouter object, divided into the following sub-sections:


    PacketDataRouter.Ericsson.UMTS.Packet_Data_Router

    SP processor related statistics on the PacketDataRouter.

    KPITypeData TypeDescriptionDerivationDefault AggregatorOther Aggregators
    PacketDataRabACCUMULATIONINTEGERNumber of samples recorded within The ROP period for Number of The active Packet data RABs for each PDR PVC link.{pmSamplesPacketDataRab}Sumerttbh, Sum
    pmNoFaultyIpPacketsACCUMULATIONINTEGERNumber of faulty packets RECEIVED in an individual PVC link of a Packet data router device. a faulty Packet is one which is RECEIVED with an incorrect header.Me_Eqpt_SpDevicePool_PdrDevice_PacketDataRouter.pmNoFaultyIpPacketsSumerttbh, Sum
    pmNoRoutedIpBytesDlACCUMULATIONINTEGERNumber of routed user IP bytes DL in an individual PVC link of a Packet data router device.Me_Eqpt_SpDevicePool_PdrDevice_PacketDataRouter.pmNoRoutedIpBytesDlSumerttbh, Sum
    pmNoRoutedIpBytesUlACCUMULATIONINTEGERNumber of routed user IP bytes UL in an individual PVC link of a Packet data router device.Me_Eqpt_SpDevicePool_PdrDevice_PacketDataRouter.pmNoRoutedIpBytesUlSumerttbh, Sum
    pmNoRoutedIpPacketsDlACCUMULATIONINTEGERPVC link of a Packet data router device.Me_Eqpt_SpDevicePool_PdrDevice_PacketDataRouter.pmNoRoutedIpPacketsDlSumerttbh, Sum
    pmNoRoutedIpPacketsUlACCUMULATIONINTEGERNumber of routed user IP packets Uplink in an individual PVC link of a Packet data router device.Me_Eqpt_SpDevicePool_PdrDevice_PacketDataRouter.pmNoRoutedIpPacketsUlSumerttbh, Sum
    pmSamplesPacketDataRabACCUMULATIONINTEGERNumber of samples recorded within The ROP period for Number of The active Packet data RABs for each PDR PVC link.Me_Eqpt_SpDevicePool_PdrDevice_PacketDataRouter.pmSamplesPacketDataRabSumerttbh, Sum
    pmSumPacketDataRabACCUMULATIONINTEGERSum of all sample values recorded for number of the active packet data RABs (per PDR PVC link), sampled once every 30 seconds.Me_Eqpt_SpDevicePool_PdrDevice_PacketDataRouter.pmSumPacketDataRabSumerttbh, Sum


    8.64 Pcap Performance Indicators

    This section shows the key performance indicators and other counters for the Pcap object, divided into the following sub-sections:


    Pcap.Ericsson.UMTS.Pcap_measurements

    Measurements relating to the transport for the Iupc interface

    KPITypeData TypeDescriptionDerivationDefault AggregatorOther Aggregators
    pmNoPcapPosActReqACCUMULATIONINTEGERNumber of POSITION ACTIVATION REQUEST messages received by the RNC over PCAP.ME_RncFunction_SasPositioning_Pcap.pmNoPcapPosActReqSumerttbh
    pmNoPcapPosActRespACCUMULATIONINTEGERNumber of POSITION ACTIVATION RESPONSE messages sent by the RNC over PCAPME_RncFunction_SasPositioning_Pcap.pmNoPcapPosActRespSumerttbh
    pmNoPcapPosIniReqACCUMULATIONINTEGERNumber of POSITION INITIATION REQUEST messages sent by the RNC over PCAP.ME_RncFunction_SasPositioning_Pcap.pmNoPcapPosIniReqSumerttbh
    pmNoPcapPosIniRespACCUMULATIONINTEGERNumber of POSITION INITIATION RESPONSE messages received by the RNC over PCAP.ME_RncFunction_SasPositioning_Pcap.pmNoPcapPosIniRespSumerttbh


    8.65 PDR_SP_Device Performance Indicators

    This section shows the key performance indicators and other counters for the PDR_SP_Device object, divided into the following sub-sections:


    PDR_SP_Device.Ericsson.UMTS.SP_Processor_Load

    The statistics for SP Device Pool - PDR.

    KPITypeData TypeDescriptionDerivationDefault AggregatorOther Aggregators
    AvgPdrSpLoadPERCENTAGEFLOATThe averaged measured load on The PDR SP100 * {pmSumMeasuredPdrSpLoad}/{pmSamplesMeasuredPdrSpLoad}AverageAverage, erttbh
    pmSamplesMeasuredPdrSpLoadACCUMULATIONINTEGERNumber of samples recorded within the ROP period for -Level of the averaged measured load on the PDR SP-Me_Eqpt_SpDevicePool_PdrDevice.pmSamplesMeasuredPdrSpLoadSumerttbh, Sum
    pmSumMeasuredPdrSpLoadACCUMULATIONINTEGERSum of all sample values recorded for -Level of the averaged measured load on the PDR SP-Me_Eqpt_SpDevicePool_PdrDevice.pmSumMeasuredPdrSpLoadSumerttbh, Sum


    8.66 Plug_In_Unit Performance Indicators

    This section shows the key performance indicators and other counters for the Plug_In_Unit object, divided into the following sub-sections:


    Plug_In_Unit.Ericsson.UMTS.Load_Control

    -Obsolete in P5- UTRAN radio network controller processor load control unit.

    KPITypeData TypeDescriptionDerivationDefault AggregatorOther Aggregators
    pmAdmittedRequestsB0ACCUMULATIONINT8-Obsolete in P5, replaced in Load_Control_Unit-Number of admitted requests with priority B0.NODEB_PIU_GeneralProcessorUnit_LoadControl.pmAdmittedRequestsB0 or RNC_PIU_GeneralProcessorUnit_LoadControl.pmAdmittedRequestsB0 or RXI_PIU_GeneralProcessorUnit_LoadControl.pmAdmittedRequestsB0Sumerttbh, Sum
    pmAdmittedRequestsB1ACCUMULATIONINT8-Obsolete in P5, replaced in Load_Control_Unit-Number of admitted requests with priority B1.NODEB_PIU_GeneralProcessorUnit_LoadControl.pmAdmittedRequestsB1 or RNC_PIU_GeneralProcessorUnit_LoadControl.pmAdmittedRequestsB1 or RXI_PIU_GeneralProcessorUnit_LoadControl.pmAdmittedRequestsB1Sumerttbh, Sum
    pmAdmittedRequestsF0ACCUMULATIONINT8-Obsolete in P5, replaced in Load_Control_Unit-Number of admitted requests with priority F0.NODEB_PIU_GeneralProcessorUnit_LoadControl.pmAdmittedRequestsF0 or RNC_PIU_GeneralProcessorUnit_LoadControl.pmAdmittedRequestsF0 or RXI_PIU_GeneralProcessorUnit_LoadControl.pmAdmittedRequestsF0Sumerttbh, Sum
    pmAdmittedRequestsF1ACCUMULATIONINT8-Obsolete in P5, replaced in Load_Control_Unit-Number of admitted requests with priority F1.NODEB_PIU_GeneralProcessorUnit_LoadControl.pmAdmittedRequestsF1 or RNC_PIU_GeneralProcessorUnit_LoadControl.pmAdmittedRequestsF1 or RXI_PIU_GeneralProcessorUnit_LoadControl.pmAdmittedRequestsF1Sumerttbh, Sum
    pmAdmittedRequestsF2ACCUMULATIONINT8-Obsolete in P5, replaced in Load_Control_Unit-Number of admitted requests with priority F2.NODEB_PIU_GeneralProcessorUnit_LoadControl.pmAdmittedRequestsF2 or RNC_PIU_GeneralProcessorUnit_LoadControl.pmAdmittedRequestsF2 or RXI_PIU_GeneralProcessorUnit_LoadControl.pmAdmittedRequestsF2Sumerttbh, Sum
    pmAdmittedRequestsF3ACCUMULATIONINT8-Obsolete in P5, replaced in Load_Control_Unit-Number of admitted requests with priority F3.NODEB_PIU_GeneralProcessorUnit_LoadControl.pmAdmittedRequestsF3 or RNC_PIU_GeneralProcessorUnit_LoadControl.pmAdmittedRequestsF3 or RXI_PIU_GeneralProcessorUnit_LoadControl.pmAdmittedRequestsF3Sumerttbh, Sum
    pmAdmittedRequestsF4ACCUMULATIONINT8-Obsolete in P5, replaced in Load_Control_Unit-Number of admitted requests with priority F4.NODEB_PIU_GeneralProcessorUnit_LoadControl.pmAdmittedRequestsF4 or RNC_PIU_GeneralProcessorUnit_LoadControl.pmAdmittedRequestsF4 or RXI_PIU_GeneralProcessorUnit_LoadControl.pmAdmittedRequestsF4Sumerttbh, Sum
    pmRefusedRequestsB0ACCUMULATIONINT8-Obsolete in P5, replaced in Load_Control_Unit-Number of admitted requests with priority B0.NODEB_PIU_GeneralProcessorUnit_LoadControl.pmRefusedRequestsB0 or RNC_PIU_GeneralProcessorUnit_LoadControl.pmRefusedRequestsB0 or RXI_PIU_GeneralProcessorUnit_LoadControl.pmRefusedRequestsB0Sumerttbh, Sum
    pmRefusedRequestsB1ACCUMULATIONINT8-Obsolete in P5, replaced in Load_Control_Unit-Number of admitted requests with priority B1.NODEB_PIU_GeneralProcessorUnit_LoadControl.pmRefusedRequestsB1 or RNC_PIU_GeneralProcessorUnit_LoadControl.pmRefusedRequestsB1 or RXI_PIU_GeneralProcessorUnit_LoadControl.pmRefusedRequestsB1Sumerttbh, Sum
    pmRefusedRequestsF0ACCUMULATIONINT8-Obsolete in P5, replaced in Load_Control_Unit-Number of admitted requests with priority F0.NODEB_PIU_GeneralProcessorUnit_LoadControl.pmRefusedRequestsF0 or RNC_PIU_GeneralProcessorUnit_LoadControl.pmRefusedRequestsF0 or RXI_PIU_GeneralProcessorUnit_LoadControl.pmRefusedRequestsF0Sumerttbh, Sum
    pmRefusedRequestsF1ACCUMULATIONINT8-Obsolete in P5, replaced in Load_Control_Unit-Number of admitted requests with priority F1.NODEB_PIU_GeneralProcessorUnit_LoadControl.pmRefusedRequestsF1 or RNC_PIU_GeneralProcessorUnit_LoadControl.pmRefusedRequestsF1 or RXI_PIU_GeneralProcessorUnit_LoadControl.pmRefusedRequestsF1Sumerttbh, Sum
    pmRefusedRequestsF2ACCUMULATIONINT8-Obsolete in P5, replaced in Load_Control_Unit-Number of admitted requests with priority F2.NODEB_PIU_GeneralProcessorUnit_LoadControl.pmRefusedRequestsF2 or RNC_PIU_GeneralProcessorUnit_LoadControl.pmRefusedRequestsF2 or RXI_PIU_GeneralProcessorUnit_LoadControl.pmRefusedRequestsF2Sumerttbh, Sum
    pmRefusedRequestsF3ACCUMULATIONINT8-Obsolete in P5, replaced in Load_Control_Unit-Number of admitted requests with priority F3.NODEB_PIU_GeneralProcessorUnit_LoadControl.pmRefusedRequestsF3 or RNC_PIU_GeneralProcessorUnit_LoadControl.pmRefusedRequestsF3 or RXI_PIU_GeneralProcessorUnit_LoadControl.pmRefusedRequestsF3Sumerttbh, Sum
    pmRefusedRequestsF4ACCUMULATIONINT8-Obsolete in P5, replaced in Load_Control_Unit-Number of admitted requests with priority F4.NODEB_PIU_GeneralProcessorUnit_LoadControl.pmRefusedRequestsF4 or RNC_PIU_GeneralProcessorUnit_LoadControl.pmRefusedRequestsF4 or RXI_PIU_GeneralProcessorUnit_LoadControl.pmRefusedRequestsF4Sumerttbh, Sum
    pmSamplesMeasuredLoadACCUMULATIONINT8-Obsolete in P5, replaced in Load_Control_Unit-This counter is incremented by 1 at every sample of the processor load. The processor load is sampled once every 30 seconds.NODEB_PIU_GeneralProcessorUnit_LoadControl.pmSamplesMeasuredLoad or RNC_PIU_GeneralProcessorUnit_LoadControl.pmSamplesMeasuredLoad or RXI_PIU_GeneralProcessorUnit_LoadControl.pmSamplesMeasuredLoadSumerttbh, Sum
    pmSumMeasuredLoadINTENSITYINT8-Obsolete in P5, replaced in Load_Control_Unit-The sum of samples of the measured load. The load is measured in percentage.NODEB_PIU_GeneralProcessorUnit_LoadControl.pmSumMeasuredLoad or RNC_PIU_GeneralProcessorUnit_LoadControl.pmSumMeasuredLoad or RXI_PIU_GeneralProcessorUnit_LoadControl.pmSumMeasuredLoadAverageerttbh, Sum, Minimum, Maximum


    Plug_In_Unit.Ericsson.UMTS.RNC_Processor_Load

    UTRAN radio network controller processor load.

    KPITypeData TypeDescriptionDerivationDefault AggregatorOther Aggregators
    pmProcessorLoadINTENSITYFLOATCPU load based on OSE function The value is stated in percentage.RNC_Plug_In_Unit.pmProcessorLoad or RXI_Plug_In_Unit.pmProcessorLoad or NODEB_Plug_In_Unit.pmProcessorLoadAverageAverage, erttbh, Maximum, Minimum, Sum


    Plug_In_Unit.Ericsson.UMTS.SP_Processor_Load.CC

    -Obsolete in P6- CC SP processor related statistics.

    KPITypeData TypeDescriptionDerivationDefault AggregatorOther Aggregators
    AvgCcSpLoadPERCENTAGEFLOAT-Obsolete in P6- Level of the averaged measured load on the CC SP100 * {pmSumMeasuredCcSpLoad}/{pmSamplesMeasuredCcSpLoad}AverageAverage, erttbh
    pmSamplesMeasuredCcSpLoadACCUMULATIONINT8-Obsolete in P6- Number of samples recorded within the ROP period for "Level of the averaged measured load on the CC SP"ME_Eqpt_Subrack_Slot_PlugInUnit_SpbDvGrp_CcDevice.pmSamplesMeasuredCcSpLoadSumerttbh, Sum
    pmSumMeasuredCcSpLoadACCUMULATIONINT8-Obsolete in P6- Sum of all sample values recorded for "Level of the averaged measured load on the CC SP"ME_Eqpt_Subrack_Slot_PlugInUnit_SpbDvGrp_CcDevice.pmSumMeasuredCcSpLoadSumerttbh, Sum


    Plug_In_Unit.Ericsson.UMTS.SP_Processor_Load.DC

    -Obsolete in P6- DC SP processor related statistics.

    KPITypeData TypeDescriptionDerivationDefault AggregatorOther Aggregators
    AvgDcSpLoadPERCENTAGEFLOAT-Obsolete in P6- Level of the averaged measured load on the DC SP100 * {pmSumMeasuredDcSpLoad}/{pmSamplesMeasuredDcSpLoad}AverageAverage, erttbh
    pmSamplesMeasuredDcSpLoadACCUMULATIONINT8-Obsolete in P6- Number of samples recorded within the ROP period for "Level of the averaged measured load on the DC SP"ME_Eqpt_Subrack_Slot_PlugInUnit_SpbDvGrp_DcDevice.pmSamplesMeasuredDcSpLoadSumerttbh, Sum
    pmSumMeasuredDcSpLoadACCUMULATIONINT8-Obsolete in P6- Sum of all sample values recorded for "Level of the averaged measured load on the DC SP"ME_Eqpt_Subrack_Slot_PlugInUnit_SpbDvGrp_DcDevice.pmSumMeasuredDcSpLoadSumerttbh, Sum


    8.67 PositioningServiceClass Performance Indicators

    This section shows the key performance indicators and other counters for the PositioningServiceClass object, divided into the following sub-sections:


    PositioningServiceClass.Ericsson.UMTS.Positioning_Statistics

    Positioning statistics.

    KPITypeData TypeDescriptionDerivationDefault AggregatorOther Aggregators
    pmAgpsAttemptACCUMULATIONINTEGERThe counter is stepped when an A_GPS positioning attempt is started.ME_RNC_UePost_PositioningServiceClass.pmAgpsAttemptSumerttbh, Sum
    pmAgpsSuccQoSNotOkACCUMULATIONINTEGERThe counter is stepped when an A-GPS positioning attempt is successfully completed, with a QoS that Does not meet the requested QoS.ME_RNC_UePost_PositioningServiceClass.pmAgpsSuccQoSNotOkSumerttbh, Sum
    pmAgpsSuccQosOkACCUMULATIONINTEGERThe counter is stepped when an A-GPS Positioning attempt is successfully completed, with a QoS that meets the requested QoS.ME_RNC_UePost_PositioningServiceClass.pmAgpsSuccQosOkSumerttbh, Sum
    pmCellIdAttemptACCUMULATIONINTEGERThe counter is stepped when a cell ID positioning attempt is started.ME_RNC_UePost_PositioningServiceClass.pmCellIdAttemptSumerttbh, Sum
    pmCellIdSuccQosNotOkACCUMULATIONINTEGERThe counter is stepped when a cell ID positioning attempt is successfully completed, with a QoS that does not meet the requested QoS.ME_RNC_UePost_PositioningServiceClass.pmCellIdSuccQosNotOkSumerttbh, Sum
    pmCellIdSuccQosOkACCUMULATIONINTEGERThe counter is stepped when a cell ID positioning attempt is successfully completed, with a QoS that meets the requested QoS.ME_RNC_UePost_PositioningServiceClass.pmCellIdSuccQosOkSumerttbh, Sum
    pmRttAttemptACCUMULATIONINTEGERThe counter is stepped when an RTT positioning attempt is started.ME_RNC_UePost_PositioningServiceClass.pmRttAttemptSumerttbh, Sum
    pmRttSuccQosNotOkACCUMULATIONINTEGERThe counter is stepped when an RTT positioning attempt is successfully completed, with a QoS that does not meet the requested QoS.ME_RNC_UePost_PositioningServiceClass.pmRttSuccQosNotOkSumerttbh, Sum
    pmRttSuccQosOkACCUMULATIONINTEGERThe counter is stepped when an RTT positioning attempt is successfully completed, with a QoS that meets the requested QoS.ME_RNC_UePost_PositioningServiceClass.pmRttSuccQosOkSumerttbh, Sum


    8.68 PVC Performance Indicators

    This section shows the key performance indicators and other counters for the PVC object, divided into the following sub-sections:


    PVC.Ericsson.UMTS.packet_data_router

    -Obsolete in P6- This group is also known as rnc_pvc.ericsson.umts.packet_data_router.

    KPITypeData TypeDescriptionDerivationDefault AggregatorOther Aggregators
    packetdatarabACCUMULATIONINT8-Obsolete in P6- Number of samples recorded within the ROP period for number of the active packet data RABs for each PDR PVC link.{pmsamplespacketdatarab}Sumerttbh, Sum
    pmnofaultyippacketsACCUMULATIONINT8-Obsolete in P6- Number of faulty packets received in an individual PVC link of a packet data router device. A faulty packet is one which is received with an incorrect header.ME_RncFunction_RncModule_PacketDataRouter.pmNoFaultyIpPacketsSumerttbh, Sum
    pmnoroutedipbytesdlACCUMULATIONINT8-Obsolete in P6- Number of routed user IP bytes DL in an individual PVC link of a packet data router device.ME_RncFunction_RncModule_PacketDataRouter.pmNoRoutedIpBytesDlSumerttbh, Sum
    pmnoroutedipbytesulACCUMULATIONINT8-Obsolete in P6- Number of routed user IP bytes UL in an individual PVC link of a packet data router device.ME_RncFunction_RncModule_PacketDataRouter.pmNoRoutedIpBytesUlSumerttbh, Sum
    pmnoroutedippacketsdlACCUMULATIONINT8-Obsolete in P6- PVC link of a packet data router device.ME_RncFunction_RncModule_PacketDataRouter.pmNoRoutedIpPacketsDlSumerttbh, Sum
    pmnoroutedippacketsulACCUMULATIONINT8-Obsolete in P6- Number of routed user IP packets uplink in an individual PVC link of a packet data router device.ME_RncFunction_RncModule_PacketDataRouter.pmNoRoutedIpPacketsUlSumerttbh, Sum
    pmsamplespacketdatarabACCUMULATIONINT8-Obsolete in P6- Number of samples recorded within the ROP period for number of the active packet data RABs for each PDR PVC link.ME_RncFunction_RncModule_PacketDataRouter.pmSamplesPacketDataRabSumerttbh, Sum
    pmsumpacketdatarabACCUMULATIONINT8-Obsolete in P6- Sum of all sample values recorded for number of the active packet data RABs (per PDR PVC link), sampled once every 30 seconds.ME_RncFunction_RncModule_PacketDataRouter.pmSumPacketDataRabSumerttbh, Sum


    PVC.Ericsson.UMTS.SP_Processor_Load

    -Obsolete in P6- SP processor related statistics.

    KPITypeData TypeDescriptionDerivationDefault AggregatorOther Aggregators
    AvgPdrSpLoadPERCENTAGEFLOAT-Obsolete in P6- Level of the averaged measured load on the PDR SP100 * {pmSumMeasuredPdrSpLoad}/{pmSamplesMeasuredPdrSpLoad}AverageAverage, erttbh
    pmSamplesMeasuredPdrSpLoadACCUMULATIONINT8-Obsolete in P6- Number of samples recorded within the ROP period for "Level of the averaged measured load on the PDR SP"ManagedElement_RncFunction_PdrDevice.pmSamplesMeasuredPdrSpLoadSumerttbh, Sum
    pmSumMeasuredPdrSpLoadACCUMULATIONINT8-Obsolete in P6- Sum of all sample values recorded for "Level of the averaged measured load on the PDR SP"ManagedElement_RncFunction_PdrDevice.pmSumMeasuredPdrSpLoadSumerttbh, Sum


    8.69 Radio_Link Performance Indicators

    This section shows the key performance indicators and other counters for the Radio_Link object, divided into the following sub-sections:


    Radio_Link.Ericsson.UMTS.PDF_pmAverageSirError

    pmAverageSirError PDF counters

    KPITypeData TypeDescriptionDerivationDefault AggregatorOther Aggregators
    pmAverageSirError_0ACCUMULATIONINTEGERThe average SIR error on DPCCH physical channel. SIR error is the difference between the measured SIR and SIR target.ME_NodeBFunction_Carrier_RadioLinks.pmAverageSirError_0Sum 
    pmAverageSirError_10ACCUMULATIONINTEGERThe average SIR error on DPCCH physical channel. SIR error is the difference between the measured SIR and SIR target.ME_NodeBFunction_Carrier_RadioLinks.pmAverageSirError_10Sum 
    pmAverageSirError_11ACCUMULATIONINTEGERThe average SIR error on DPCCH physical channel. SIR error is the difference between the measured SIR and SIR target.ME_NodeBFunction_Carrier_RadioLinks.pmAverageSirError_11Sum 
    pmAverageSirError_12ACCUMULATIONINTEGERThe average SIR error on DPCCH physical channel. SIR error is the difference between the measured SIR and SIR target.ME_NodeBFunction_Carrier_RadioLinks.pmAverageSirError_12Sum 
    pmAverageSirError_13ACCUMULATIONINTEGERThe average SIR error on DPCCH physical channel. SIR error is the difference between the measured SIR and SIR target.ME_NodeBFunction_Carrier_RadioLinks.pmAverageSirError_13Sum 
    pmAverageSirError_14ACCUMULATIONINTEGERThe average SIR error on DPCCH physical channel. SIR error is the difference between the measured SIR and SIR target.ME_NodeBFunction_Carrier_RadioLinks.pmAverageSirError_14Sum 
    pmAverageSirError_15ACCUMULATIONINTEGERThe average SIR error on DPCCH physical channel. SIR error is the difference between the measured SIR and SIR target.ME_NodeBFunction_Carrier_RadioLinks.pmAverageSirError_15Sum 
    pmAverageSirError_16ACCUMULATIONINTEGERThe average SIR error on DPCCH physical channel. SIR error is the difference between the measured SIR and SIR target.ME_NodeBFunction_Carrier_RadioLinks.pmAverageSirError_16Sum 
    pmAverageSirError_17ACCUMULATIONINTEGERThe average SIR error on DPCCH physical channel. SIR error is the difference between the measured SIR and SIR target.ME_NodeBFunction_Carrier_RadioLinks.pmAverageSirError_17Sum 
    pmAverageSirError_18ACCUMULATIONINTEGERThe average SIR error on DPCCH physical channel. SIR error is the difference between the measured SIR and SIR target.ME_NodeBFunction_Carrier_RadioLinks.pmAverageSirError_18Sum 
    pmAverageSirError_19ACCUMULATIONINTEGERThe average SIR error on DPCCH physical channel. SIR error is the difference between the measured SIR and SIR target.ME_NodeBFunction_Carrier_RadioLinks.pmAverageSirError_19Sum 
    pmAverageSirError_1ACCUMULATIONINTEGERThe average SIR error on DPCCH physical channel. SIR error is the difference between the measured SIR and SIR target.ME_NodeBFunction_Carrier_RadioLinks.pmAverageSirError_1Sum 
    pmAverageSirError_20ACCUMULATIONINTEGERThe average SIR error on DPCCH physical channel. SIR error is the difference between the measured SIR and SIR target.ME_NodeBFunction_Carrier_RadioLinks.pmAverageSirError_20Sum 
    pmAverageSirError_21ACCUMULATIONINTEGERThe average SIR error on DPCCH physical channel. SIR error is the difference between the measured SIR and SIR target.ME_NodeBFunction_Carrier_RadioLinks.pmAverageSirError_21Sum 
    pmAverageSirError_22ACCUMULATIONINTEGERThe average SIR error on DPCCH physical channel. SIR error is the difference between the measured SIR and SIR target.ME_NodeBFunction_Carrier_RadioLinks.pmAverageSirError_22Sum 
    pmAverageSirError_23ACCUMULATIONINTEGERThe average SIR error on DPCCH physical channel. SIR error is the difference between the measured SIR and SIR target.ME_NodeBFunction_Carrier_RadioLinks.pmAverageSirError_23Sum 
    pmAverageSirError_24ACCUMULATIONINTEGERThe average SIR error on DPCCH physical channel. SIR error is the difference between the measured SIR and SIR target.ME_NodeBFunction_Carrier_RadioLinks.pmAverageSirError_24Sum 
    pmAverageSirError_25ACCUMULATIONINTEGERThe average SIR error on DPCCH physical channel. SIR error is the difference between the measured SIR and SIR target.ME_NodeBFunction_Carrier_RadioLinks.pmAverageSirError_25Sum 
    pmAverageSirError_26ACCUMULATIONINTEGERThe average SIR error on DPCCH physical channel. SIR error is the difference between the measured SIR and SIR target.ME_NodeBFunction_Carrier_RadioLinks.pmAverageSirError_26Sum 
    pmAverageSirError_27ACCUMULATIONINTEGERThe average SIR error on DPCCH physical channel. SIR error is the difference between the measured SIR and SIR target.ME_NodeBFunction_Carrier_RadioLinks.pmAverageSirError_27Sum 
    pmAverageSirError_28ACCUMULATIONINTEGERThe average SIR error on DPCCH physical channel. SIR error is the difference between the measured SIR and SIR target.ME_NodeBFunction_Carrier_RadioLinks.pmAverageSirError_28Sum 
    pmAverageSirError_29ACCUMULATIONINTEGERThe average SIR error on DPCCH physical channel. SIR error is the difference between the measured SIR and SIR target.ME_NodeBFunction_Carrier_RadioLinks.pmAverageSirError_29Sum 
    pmAverageSirError_2ACCUMULATIONINTEGERThe average SIR error on DPCCH physical channel. SIR error is the difference between the measured SIR and SIR target.ME_NodeBFunction_Carrier_RadioLinks.pmAverageSirError_2Sum 
    pmAverageSirError_30ACCUMULATIONINTEGERThe average SIR error on DPCCH physical channel. SIR error is the difference between the measured SIR and SIR target.ME_NodeBFunction_Carrier_RadioLinks.pmAverageSirError_30Sum 
    pmAverageSirError_31ACCUMULATIONINTEGERThe average SIR error on DPCCH physical channel. SIR error is the difference between the measured SIR and SIR target.ME_NodeBFunction_Carrier_RadioLinks.pmAverageSirError_31Sum 
    pmAverageSirError_32ACCUMULATIONINTEGERThe average SIR error on DPCCH physical channel. SIR error is the difference between the measured SIR and SIR target.ME_NodeBFunction_Carrier_RadioLinks.pmAverageSirError_32Sum 
    pmAverageSirError_33ACCUMULATIONINTEGERThe average SIR error on DPCCH physical channel. SIR error is the difference between the measured SIR and SIR target.ME_NodeBFunction_Carrier_RadioLinks.pmAverageSirError_33Sum 
    pmAverageSirError_34ACCUMULATIONINTEGERThe average SIR error on DPCCH physical channel. SIR error is the difference between the measured SIR and SIR target.ME_NodeBFunction_Carrier_RadioLinks.pmAverageSirError_34Sum 
    pmAverageSirError_35ACCUMULATIONINTEGERThe average SIR error on DPCCH physical channel. SIR error is the difference between the measured SIR and SIR target.ME_NodeBFunction_Carrier_RadioLinks.pmAverageSirError_35Sum 
    pmAverageSirError_36ACCUMULATIONINTEGERThe average SIR error on DPCCH physical channel. SIR error is the difference between the measured SIR and SIR target.ME_NodeBFunction_Carrier_RadioLinks.pmAverageSirError_36Sum 
    pmAverageSirError_37ACCUMULATIONINTEGERThe average SIR error on DPCCH physical channel. SIR error is the difference between the measured SIR and SIR target.ME_NodeBFunction_Carrier_RadioLinks.pmAverageSirError_37Sum 
    pmAverageSirError_38ACCUMULATIONINTEGERThe average SIR error on DPCCH physical channel. SIR error is the difference between the measured SIR and SIR target.ME_NodeBFunction_Carrier_RadioLinks.pmAverageSirError_38Sum 
    pmAverageSirError_39ACCUMULATIONINTEGERThe average SIR error on DPCCH physical channel. SIR error is the difference between the measured SIR and SIR target.ME_NodeBFunction_Carrier_RadioLinks.pmAverageSirError_39Sum 
    pmAverageSirError_3ACCUMULATIONINTEGERThe average SIR error on DPCCH physical channel. SIR error is the difference between the measured SIR and SIR target.ME_NodeBFunction_Carrier_RadioLinks.pmAverageSirError_3Sum 
    pmAverageSirError_40ACCUMULATIONINTEGERThe average SIR error on DPCCH physical channel. SIR error is the difference between the measured SIR and SIR target.ME_NodeBFunction_Carrier_RadioLinks.pmAverageSirError_40Sum 
    pmAverageSirError_41ACCUMULATIONINTEGERThe average SIR error on DPCCH physical channel. SIR error is the difference between the measured SIR and SIR target.ME_NodeBFunction_Carrier_RadioLinks.pmAverageSirError_41Sum 
    pmAverageSirError_4ACCUMULATIONINTEGERThe average SIR error on DPCCH physical channel. SIR error is the difference between the measured SIR and SIR target.ME_NodeBFunction_Carrier_RadioLinks.pmAverageSirError_4Sum 
    pmAverageSirError_5ACCUMULATIONINTEGERThe average SIR error on DPCCH physical channel. SIR error is the difference between the measured SIR and SIR target.ME_NodeBFunction_Carrier_RadioLinks.pmAverageSirError_5Sum 
    pmAverageSirError_6ACCUMULATIONINTEGERThe average SIR error on DPCCH physical channel. SIR error is the difference between the measured SIR and SIR target.ME_NodeBFunction_Carrier_RadioLinks.pmAverageSirError_6Sum 
    pmAverageSirError_7ACCUMULATIONINTEGERThe average SIR error on DPCCH physical channel. SIR error is the difference between the measured SIR and SIR target.ME_NodeBFunction_Carrier_RadioLinks.pmAverageSirError_7Sum 
    pmAverageSirError_8ACCUMULATIONINTEGERThe average SIR error on DPCCH physical channel. SIR error is the difference between the measured SIR and SIR target.ME_NodeBFunction_Carrier_RadioLinks.pmAverageSirError_8Sum 
    pmAverageSirError_9ACCUMULATIONINTEGERThe average SIR error on DPCCH physical channel. SIR error is the difference between the measured SIR and SIR target.ME_NodeBFunction_Carrier_RadioLinks.pmAverageSirError_9Sum 


    Radio_Link.Ericsson.UMTS.PDF_pmAverageSir

    pmAverageSir PDF counters

    KPITypeData TypeDescriptionDerivationDefault AggregatorOther Aggregators
    pmAverageSir_0ACCUMULATIONINTEGERThe average SIR on DPCCH physical channel. Measurement is performed on RadioLinkSet not on RadioLink - ie after RadioLink combination in UpLink.ME_NodeBFunction_Carrier_RadioLinks.pmAverageSir_0Sum 
    pmAverageSir_10ACCUMULATIONINTEGERThe average SIR on DPCCH physical channel. Measurement is performed on RadioLinkSet not on RadioLink - ie after RadioLink combination in UpLink.ME_NodeBFunction_Carrier_RadioLinks.pmAverageSir_10Sum 
    pmAverageSir_11ACCUMULATIONINTEGERThe average SIR on DPCCH physical channel. Measurement is performed on RadioLinkSet not on RadioLink - ie after RadioLink combination in UpLink.ME_NodeBFunction_Carrier_RadioLinks.pmAverageSir_11Sum 
    pmAverageSir_12ACCUMULATIONINTEGERThe average SIR on DPCCH physical channel. Measurement is performed on RadioLinkSet not on RadioLink - ie after RadioLink combination in UpLink.ME_NodeBFunction_Carrier_RadioLinks.pmAverageSir_12Sum 
    pmAverageSir_13ACCUMULATIONINTEGERThe average SIR on DPCCH physical channel. Measurement is performed on RadioLinkSet not on RadioLink - ie after RadioLink combination in UpLink.ME_NodeBFunction_Carrier_RadioLinks.pmAverageSir_13Sum 
    pmAverageSir_14ACCUMULATIONINTEGERThe average SIR on DPCCH physical channel. Measurement is performed on RadioLinkSet not on RadioLink - ie after RadioLink combination in UpLink.ME_NodeBFunction_Carrier_RadioLinks.pmAverageSir_14Sum 
    pmAverageSir_15ACCUMULATIONINTEGERThe average SIR on DPCCH physical channel. Measurement is performed on RadioLinkSet not on RadioLink - ie after RadioLink combination in UpLink.ME_NodeBFunction_Carrier_RadioLinks.pmAverageSir_15Sum 
    pmAverageSir_16ACCUMULATIONINTEGERThe average SIR on DPCCH physical channel. Measurement is performed on RadioLinkSet not on RadioLink - ie after RadioLink combination in UpLink.ME_NodeBFunction_Carrier_RadioLinks.pmAverageSir_16Sum 
    pmAverageSir_17ACCUMULATIONINTEGERThe average SIR on DPCCH physical channel. Measurement is performed on RadioLinkSet not on RadioLink - ie after RadioLink combination in UpLink.ME_NodeBFunction_Carrier_RadioLinks.pmAverageSir_17Sum 
    pmAverageSir_18ACCUMULATIONINTEGERThe average SIR on DPCCH physical channel. Measurement is performed on RadioLinkSet not on RadioLink - ie after RadioLink combination in UpLink.ME_NodeBFunction_Carrier_RadioLinks.pmAverageSir_18Sum 
    pmAverageSir_19ACCUMULATIONINTEGERThe average SIR on DPCCH physical channel. Measurement is performed on RadioLinkSet not on RadioLink - ie after RadioLink combination in UpLink.ME_NodeBFunction_Carrier_RadioLinks.pmAverageSir_19Sum 
    pmAverageSir_1ACCUMULATIONINTEGERThe average SIR on DPCCH physical channel. Measurement is performed on RadioLinkSet not on RadioLink - ie after RadioLink combination in UpLink.ME_NodeBFunction_Carrier_RadioLinks.pmAverageSir_1Sum 
    pmAverageSir_20ACCUMULATIONINTEGERThe average SIR on DPCCH physical channel. Measurement is performed on RadioLinkSet not on RadioLink - ie after RadioLink combination in UpLink.ME_NodeBFunction_Carrier_RadioLinks.pmAverageSir_20Sum 
    pmAverageSir_21ACCUMULATIONINTEGERThe average SIR on DPCCH physical channel. Measurement is performed on RadioLinkSet not on RadioLink - ie after RadioLink combination in UpLink.ME_NodeBFunction_Carrier_RadioLinks.pmAverageSir_21Sum 
    pmAverageSir_22ACCUMULATIONINTEGERThe average SIR on DPCCH physical channel. Measurement is performed on RadioLinkSet not on RadioLink - ie after RadioLink combination in UpLink.ME_NodeBFunction_Carrier_RadioLinks.pmAverageSir_22Sum 
    pmAverageSir_23ACCUMULATIONINTEGERThe average SIR on DPCCH physical channel. Measurement is performed on RadioLinkSet not on RadioLink - ie after RadioLink combination in UpLink.ME_NodeBFunction_Carrier_RadioLinks.pmAverageSir_23Sum 
    pmAverageSir_24ACCUMULATIONINTEGERThe average SIR on DPCCH physical channel. Measurement is performed on RadioLinkSet not on RadioLink - ie after RadioLink combination in UpLink.ME_NodeBFunction_Carrier_RadioLinks.pmAverageSir_24Sum 
    pmAverageSir_25ACCUMULATIONINTEGERThe average SIR on DPCCH physical channel. Measurement is performed on RadioLinkSet not on RadioLink - ie after RadioLink combination in UpLink.ME_NodeBFunction_Carrier_RadioLinks.pmAverageSir_25Sum 
    pmAverageSir_26ACCUMULATIONINTEGERThe average SIR on DPCCH physical channel. Measurement is performed on RadioLinkSet not on RadioLink - ie after RadioLink combination in UpLink.ME_NodeBFunction_Carrier_RadioLinks.pmAverageSir_26Sum 
    pmAverageSir_27ACCUMULATIONINTEGERThe average SIR on DPCCH physical channel. Measurement is performed on RadioLinkSet not on RadioLink - ie after RadioLink combination in UpLink.ME_NodeBFunction_Carrier_RadioLinks.pmAverageSir_27Sum 
    pmAverageSir_28ACCUMULATIONINTEGERThe average SIR on DPCCH physical channel. Measurement is performed on RadioLinkSet not on RadioLink - ie after RadioLink combination in UpLink.ME_NodeBFunction_Carrier_RadioLinks.pmAverageSir_28Sum 
    pmAverageSir_29ACCUMULATIONINTEGERThe average SIR on DPCCH physical channel. Measurement is performed on RadioLinkSet not on RadioLink - ie after RadioLink combination in UpLink.ME_NodeBFunction_Carrier_RadioLinks.pmAverageSir_29Sum 
    pmAverageSir_2ACCUMULATIONINTEGERThe average SIR on DPCCH physical channel. Measurement is performed on RadioLinkSet not on RadioLink - ie after RadioLink combination in UpLink.ME_NodeBFunction_Carrier_RadioLinks.pmAverageSir_2Sum 
    pmAverageSir_30ACCUMULATIONINTEGERThe average SIR on DPCCH physical channel. Measurement is performed on RadioLinkSet not on RadioLink - ie after RadioLink combination in UpLink.ME_NodeBFunction_Carrier_RadioLinks.pmAverageSir_30Sum 
    pmAverageSir_31ACCUMULATIONINTEGERThe average SIR on DPCCH physical channel. Measurement is performed on RadioLinkSet not on RadioLink - ie after RadioLink combination in UpLink.ME_NodeBFunction_Carrier_RadioLinks.pmAverageSir_31Sum 
    pmAverageSir_32ACCUMULATIONINTEGERThe average SIR on DPCCH physical channel. Measurement is performed on RadioLinkSet not on RadioLink - ie after RadioLink combination in UpLink.ME_NodeBFunction_Carrier_RadioLinks.pmAverageSir_32Sum 
    pmAverageSir_33ACCUMULATIONINTEGERThe average SIR on DPCCH physical channel. Measurement is performed on RadioLinkSet not on RadioLink - ie after RadioLink combination in UpLink.ME_NodeBFunction_Carrier_RadioLinks.pmAverageSir_33Sum 
    pmAverageSir_34ACCUMULATIONINTEGERThe average SIR on DPCCH physical channel. Measurement is performed on RadioLinkSet not on RadioLink - ie after RadioLink combination in UpLink.ME_NodeBFunction_Carrier_RadioLinks.pmAverageSir_34Sum 
    pmAverageSir_35ACCUMULATIONINTEGERThe average SIR on DPCCH physical channel. Measurement is performed on RadioLinkSet not on RadioLink - ie after RadioLink combination in UpLink.ME_NodeBFunction_Carrier_RadioLinks.pmAverageSir_35Sum 
    pmAverageSir_36ACCUMULATIONINTEGERThe average SIR on DPCCH physical channel. Measurement is performed on RadioLinkSet not on RadioLink - ie after RadioLink combination in UpLink.ME_NodeBFunction_Carrier_RadioLinks.pmAverageSir_36Sum 
    pmAverageSir_37ACCUMULATIONINTEGERThe average SIR on DPCCH physical channel. Measurement is performed on RadioLinkSet not on RadioLink - ie after RadioLink combination in UpLink.ME_NodeBFunction_Carrier_RadioLinks.pmAverageSir_37Sum 
    pmAverageSir_3ACCUMULATIONINTEGERThe average SIR on DPCCH physical channel. Measurement is performed on RadioLinkSet not on RadioLink - ie after RadioLink combination in UpLink.ME_NodeBFunction_Carrier_RadioLinks.pmAverageSir_3Sum 
    pmAverageSir_4ACCUMULATIONINTEGERThe average SIR on DPCCH physical channel. Measurement is performed on RadioLinkSet not on RadioLink - ie after RadioLink combination in UpLink.ME_NodeBFunction_Carrier_RadioLinks.pmAverageSir_4Sum 
    pmAverageSir_5ACCUMULATIONINTEGERThe average SIR on DPCCH physical channel. Measurement is performed on RadioLinkSet not on RadioLink - ie after RadioLink combination in UpLink.ME_NodeBFunction_Carrier_RadioLinks.pmAverageSir_5Sum 
    pmAverageSir_6ACCUMULATIONINTEGERThe average SIR on DPCCH physical channel. Measurement is performed on RadioLinkSet not on RadioLink - ie after RadioLink combination in UpLink.ME_NodeBFunction_Carrier_RadioLinks.pmAverageSir_6Sum 
    pmAverageSir_7ACCUMULATIONINTEGERThe average SIR on DPCCH physical channel. Measurement is performed on RadioLinkSet not on RadioLink - ie after RadioLink combination in UpLink.ME_NodeBFunction_Carrier_RadioLinks.pmAverageSir_7Sum 
    pmAverageSir_8ACCUMULATIONINTEGERThe average SIR on DPCCH physical channel. Measurement is performed on RadioLinkSet not on RadioLink - ie after RadioLink combination in UpLink.ME_NodeBFunction_Carrier_RadioLinks.pmAverageSir_8Sum 
    pmAverageSir_9ACCUMULATIONINTEGERThe average SIR on DPCCH physical channel. Measurement is performed on RadioLinkSet not on RadioLink - ie after RadioLink combination in UpLink.ME_NodeBFunction_Carrier_RadioLinks.pmAverageSir_9Sum 


    Radio_Link.Ericsson.UMTS.PDF_pmBranchDeltaSir

    pmBranchDeltaSir PDF counters

    KPITypeData TypeDescriptionDerivationDefault AggregatorOther Aggregators
    pmBranchDeltaSir_0ACCUMULATIONINTEGERThe difference in SIR per receive branch per connection (DPCCH) per cell. The purpose with the measurement is to detect faulty feeder installations.ME_NodeBFunction_Carrier_RadioLinks.pmBranchDeltaSir_0Sum 
    pmBranchDeltaSir_10ACCUMULATIONINTEGERThe difference in SIR per receive branch per connection (DPCCH) per cell. The purpose with the measurement is to detect faulty feeder installations.ME_NodeBFunction_Carrier_RadioLinks.pmBranchDeltaSir_10Sum 
    pmBranchDeltaSir_11ACCUMULATIONINTEGERThe difference in SIR per receive branch per connection (DPCCH) per cell. The purpose with the measurement is to detect faulty feeder installations.ME_NodeBFunction_Carrier_RadioLinks.pmBranchDeltaSir_11Sum 
    pmBranchDeltaSir_12ACCUMULATIONINTEGERThe difference in SIR per receive branch per connection (DPCCH) per cell. The purpose with the measurement is to detect faulty feeder installations.ME_NodeBFunction_Carrier_RadioLinks.pmBranchDeltaSir_12Sum 
    pmBranchDeltaSir_13ACCUMULATIONINTEGERThe difference in SIR per receive branch per connection (DPCCH) per cell. The purpose with the measurement is to detect faulty feeder installations.ME_NodeBFunction_Carrier_RadioLinks.pmBranchDeltaSir_13Sum 
    pmBranchDeltaSir_14ACCUMULATIONINTEGERThe difference in SIR per receive branch per connection (DPCCH) per cell. The purpose with the measurement is to detect faulty feeder installations.ME_NodeBFunction_Carrier_RadioLinks.pmBranchDeltaSir_14Sum 
    pmBranchDeltaSir_15ACCUMULATIONINTEGERThe difference in SIR per receive branch per connection (DPCCH) per cell. The purpose with the measurement is to detect faulty feeder installations.ME_NodeBFunction_Carrier_RadioLinks.pmBranchDeltaSir_15Sum 
    pmBranchDeltaSir_16ACCUMULATIONINTEGERThe difference in SIR per receive branch per connection (DPCCH) per cell. The purpose with the measurement is to detect faulty feeder installations.ME_NodeBFunction_Carrier_RadioLinks.pmBranchDeltaSir_16Sum 
    pmBranchDeltaSir_17ACCUMULATIONINTEGERThe difference in SIR per receive branch per connection (DPCCH) per cell. The purpose with the measurement is to detect faulty feeder installations.ME_NodeBFunction_Carrier_RadioLinks.pmBranchDeltaSir_17Sum 
    pmBranchDeltaSir_18ACCUMULATIONINTEGERThe difference in SIR per receive branch per connection (DPCCH) per cell. The purpose with the measurement is to detect faulty feeder installations.ME_NodeBFunction_Carrier_RadioLinks.pmBranchDeltaSir_18Sum 
    pmBranchDeltaSir_19ACCUMULATIONINTEGERThe difference in SIR per receive branch per connection (DPCCH) per cell. The purpose with the measurement is to detect faulty feeder installations.ME_NodeBFunction_Carrier_RadioLinks.pmBranchDeltaSir_19Sum 
    pmBranchDeltaSir_1ACCUMULATIONINTEGERThe difference in SIR per receive branch per connection (DPCCH) per cell. The purpose with the measurement is to detect faulty feeder installations.ME_NodeBFunction_Carrier_RadioLinks.pmBranchDeltaSir_1Sum 
    pmBranchDeltaSir_20ACCUMULATIONINTEGERThe difference in SIR per receive branch per connection (DPCCH) per cell. The purpose with the measurement is to detect faulty feeder installations.ME_NodeBFunction_Carrier_RadioLinks.pmBranchDeltaSir_20Sum 
    pmBranchDeltaSir_21ACCUMULATIONINTEGERThe difference in SIR per receive branch per connection (DPCCH) per cell. The purpose with the measurement is to detect faulty feeder installations.ME_NodeBFunction_Carrier_RadioLinks.pmBranchDeltaSir_21Sum 
    pmBranchDeltaSir_22ACCUMULATIONINTEGERThe difference in SIR per receive branch per connection (DPCCH) per cell. The purpose with the measurement is to detect faulty feeder installations.ME_NodeBFunction_Carrier_RadioLinks.pmBranchDeltaSir_22Sum 
    pmBranchDeltaSir_23ACCUMULATIONINTEGERThe difference in SIR per receive branch per connection (DPCCH) per cell. The purpose with the measurement is to detect faulty feeder installations.ME_NodeBFunction_Carrier_RadioLinks.pmBranchDeltaSir_23Sum 
    pmBranchDeltaSir_24ACCUMULATIONINTEGERThe difference in SIR per receive branch per connection (DPCCH) per cell. The purpose with the measurement is to detect faulty feeder installations.ME_NodeBFunction_Carrier_RadioLinks.pmBranchDeltaSir_24Sum 
    pmBranchDeltaSir_25ACCUMULATIONINTEGERThe difference in SIR per receive branch per connection (DPCCH) per cell. The purpose with the measurement is to detect faulty feeder installations.ME_NodeBFunction_Carrier_RadioLinks.pmBranchDeltaSir_25Sum 
    pmBranchDeltaSir_26ACCUMULATIONINTEGERThe difference in SIR per receive branch per connection (DPCCH) per cell. The purpose with the measurement is to detect faulty feeder installations.ME_NodeBFunction_Carrier_RadioLinks.pmBranchDeltaSir_26Sum 
    pmBranchDeltaSir_27ACCUMULATIONINTEGERThe difference in SIR per receive branch per connection (DPCCH) per cell. The purpose with the measurement is to detect faulty feeder installations.ME_NodeBFunction_Carrier_RadioLinks.pmBranchDeltaSir_27Sum 
    pmBranchDeltaSir_28ACCUMULATIONINTEGERThe difference in SIR per receive branch per connection (DPCCH) per cell. The purpose with the measurement is to detect faulty feeder installations.ME_NodeBFunction_Carrier_RadioLinks.pmBranchDeltaSir_28Sum 
    pmBranchDeltaSir_29ACCUMULATIONINTEGERThe difference in SIR per receive branch per connection (DPCCH) per cell. The purpose with the measurement is to detect faulty feeder installations.ME_NodeBFunction_Carrier_RadioLinks.pmBranchDeltaSir_29Sum 
    pmBranchDeltaSir_2ACCUMULATIONINTEGERThe difference in SIR per receive branch per connection (DPCCH) per cell. The purpose with the measurement is to detect faulty feeder installations.ME_NodeBFunction_Carrier_RadioLinks.pmBranchDeltaSir_2Sum 
    pmBranchDeltaSir_30ACCUMULATIONINTEGERThe difference in SIR per receive branch per connection (DPCCH) per cell. The purpose with the measurement is to detect faulty feeder installations.ME_NodeBFunction_Carrier_RadioLinks.pmBranchDeltaSir_30Sum 
    pmBranchDeltaSir_31ACCUMULATIONINTEGERThe difference in SIR per receive branch per connection (DPCCH) per cell. The purpose with the measurement is to detect faulty feeder installations.ME_NodeBFunction_Carrier_RadioLinks.pmBranchDeltaSir_31Sum 
    pmBranchDeltaSir_32ACCUMULATIONINTEGERThe difference in SIR per receive branch per connection (DPCCH) per cell. The purpose with the measurement is to detect faulty feeder installations.ME_NodeBFunction_Carrier_RadioLinks.pmBranchDeltaSir_32Sum 
    pmBranchDeltaSir_33ACCUMULATIONINTEGERThe difference in SIR per receive branch per connection (DPCCH) per cell. The purpose with the measurement is to detect faulty feeder installations.ME_NodeBFunction_Carrier_RadioLinks.pmBranchDeltaSir_33Sum 
    pmBranchDeltaSir_34ACCUMULATIONINTEGERThe difference in SIR per receive branch per connection (DPCCH) per cell. The purpose with the measurement is to detect faulty feeder installations.ME_NodeBFunction_Carrier_RadioLinks.pmBranchDeltaSir_34Sum 
    pmBranchDeltaSir_35ACCUMULATIONINTEGERThe difference in SIR per receive branch per connection (DPCCH) per cell. The purpose with the measurement is to detect faulty feeder installations.ME_NodeBFunction_Carrier_RadioLinks.pmBranchDeltaSir_35Sum 
    pmBranchDeltaSir_36ACCUMULATIONINTEGERThe difference in SIR per receive branch per connection (DPCCH) per cell. The purpose with the measurement is to detect faulty feeder installations.ME_NodeBFunction_Carrier_RadioLinks.pmBranchDeltaSir_36Sum 
    pmBranchDeltaSir_37ACCUMULATIONINTEGERThe difference in SIR per receive branch per connection (DPCCH) per cell. The purpose with the measurement is to detect faulty feeder installations.ME_NodeBFunction_Carrier_RadioLinks.pmBranchDeltaSir_37Sum 
    pmBranchDeltaSir_38ACCUMULATIONINTEGERThe difference in SIR per receive branch per connection (DPCCH) per cell. The purpose with the measurement is to detect faulty feeder installations.ME_NodeBFunction_Carrier_RadioLinks.pmBranchDeltaSir_38Sum 
    pmBranchDeltaSir_39ACCUMULATIONINTEGERThe difference in SIR per receive branch per connection (DPCCH) per cell. The purpose with the measurement is to detect faulty feeder installations.ME_NodeBFunction_Carrier_RadioLinks.pmBranchDeltaSir_39Sum 
    pmBranchDeltaSir_3ACCUMULATIONINTEGERThe difference in SIR per receive branch per connection (DPCCH) per cell. The purpose with the measurement is to detect faulty feeder installations.ME_NodeBFunction_Carrier_RadioLinks.pmBranchDeltaSir_3Sum 
    pmBranchDeltaSir_40ACCUMULATIONINTEGERThe difference in SIR per receive branch per connection (DPCCH) per cell. The purpose with the measurement is to detect faulty feeder installations.ME_NodeBFunction_Carrier_RadioLinks.pmBranchDeltaSir_40Sum 
    pmBranchDeltaSir_41ACCUMULATIONINTEGERThe difference in SIR per receive branch per connection (DPCCH) per cell. The purpose with the measurement is to detect faulty feeder installations.ME_NodeBFunction_Carrier_RadioLinks.pmBranchDeltaSir_41Sum 
    pmBranchDeltaSir_42ACCUMULATIONINTEGERThe difference in SIR per receive branch per connection (DPCCH) per cell. The purpose with the measurement is to detect faulty feeder installations.ME_NodeBFunction_Carrier_RadioLinks.pmBranchDeltaSir_42Sum 
    pmBranchDeltaSir_43ACCUMULATIONINTEGERThe difference in SIR per receive branch per connection (DPCCH) per cell. The purpose with the measurement is to detect faulty feeder installations.ME_NodeBFunction_Carrier_RadioLinks.pmBranchDeltaSir_43Sum 
    pmBranchDeltaSir_44ACCUMULATIONINTEGERThe difference in SIR per receive branch per connection (DPCCH) per cell. The purpose with the measurement is to detect faulty feeder installations.ME_NodeBFunction_Carrier_RadioLinks.pmBranchDeltaSir_44Sum 
    pmBranchDeltaSir_45ACCUMULATIONINTEGERThe difference in SIR per receive branch per connection (DPCCH) per cell. The purpose with the measurement is to detect faulty feeder installations.ME_NodeBFunction_Carrier_RadioLinks.pmBranchDeltaSir_45Sum 
    pmBranchDeltaSir_46ACCUMULATIONINTEGERThe difference in SIR per receive branch per connection (DPCCH) per cell. The purpose with the measurement is to detect faulty feeder installations.ME_NodeBFunction_Carrier_RadioLinks.pmBranchDeltaSir_46Sum 
    pmBranchDeltaSir_47ACCUMULATIONINTEGERThe difference in SIR per receive branch per connection (DPCCH) per cell. The purpose with the measurement is to detect faulty feeder installations.ME_NodeBFunction_Carrier_RadioLinks.pmBranchDeltaSir_47Sum 
    pmBranchDeltaSir_48ACCUMULATIONINTEGERThe difference in SIR per receive branch per connection (DPCCH) per cell. The purpose with the measurement is to detect faulty feeder installations.ME_NodeBFunction_Carrier_RadioLinks.pmBranchDeltaSir_48Sum 
    pmBranchDeltaSir_49ACCUMULATIONINTEGERThe difference in SIR per receive branch per connection (DPCCH) per cell. The purpose with the measurement is to detect faulty feeder installations.ME_NodeBFunction_Carrier_RadioLinks.pmBranchDeltaSir_49Sum 
    pmBranchDeltaSir_4ACCUMULATIONINTEGERThe difference in SIR per receive branch per connection (DPCCH) per cell. The purpose with the measurement is to detect faulty feeder installations.ME_NodeBFunction_Carrier_RadioLinks.pmBranchDeltaSir_4Sum 
    pmBranchDeltaSir_50ACCUMULATIONINTEGERThe difference in SIR per receive branch per connection (DPCCH) per cell. The purpose with the measurement is to detect faulty feeder installations.ME_NodeBFunction_Carrier_RadioLinks.pmBranchDeltaSir_50Sum 
    pmBranchDeltaSir_51ACCUMULATIONINTEGERThe difference in SIR per receive branch per connection (DPCCH) per cell. The purpose with the measurement is to detect faulty feeder installations.ME_NodeBFunction_Carrier_RadioLinks.pmBranchDeltaSir_51Sum 
    pmBranchDeltaSir_52ACCUMULATIONINTEGERThe difference in SIR per receive branch per connection (DPCCH) per cell. The purpose with the measurement is to detect faulty feeder installations.ME_NodeBFunction_Carrier_RadioLinks.pmBranchDeltaSir_52Sum 
    pmBranchDeltaSir_53ACCUMULATIONINTEGERThe difference in SIR per receive branch per connection (DPCCH) per cell. The purpose with the measurement is to detect faulty feeder installations.ME_NodeBFunction_Carrier_RadioLinks.pmBranchDeltaSir_53Sum 
    pmBranchDeltaSir_54ACCUMULATIONINTEGERThe difference in SIR per receive branch per connection (DPCCH) per cell. The purpose with the measurement is to detect faulty feeder installations.ME_NodeBFunction_Carrier_RadioLinks.pmBranchDeltaSir_54Sum 
    pmBranchDeltaSir_55ACCUMULATIONINTEGERThe difference in SIR per receive branch per connection (DPCCH) per cell. The purpose with the measurement is to detect faulty feeder installations.ME_NodeBFunction_Carrier_RadioLinks.pmBranchDeltaSir_55Sum 
    pmBranchDeltaSir_56ACCUMULATIONINTEGERThe difference in SIR per receive branch per connection (DPCCH) per cell. The purpose with the measurement is to detect faulty feeder installations.ME_NodeBFunction_Carrier_RadioLinks.pmBranchDeltaSir_56Sum 
    pmBranchDeltaSir_57ACCUMULATIONINTEGERThe difference in SIR per receive branch per connection (DPCCH) per cell. The purpose with the measurement is to detect faulty feeder installations.ME_NodeBFunction_Carrier_RadioLinks.pmBranchDeltaSir_57Sum 
    pmBranchDeltaSir_58ACCUMULATIONINTEGERThe difference in SIR per receive branch per connection (DPCCH) per cell. The purpose with the measurement is to detect faulty feeder installations.ME_NodeBFunction_Carrier_RadioLinks.pmBranchDeltaSir_58Sum 
    pmBranchDeltaSir_59ACCUMULATIONINTEGERThe difference in SIR per receive branch per connection (DPCCH) per cell. The purpose with the measurement is to detect faulty feeder installations.ME_NodeBFunction_Carrier_RadioLinks.pmBranchDeltaSir_59Sum 
    pmBranchDeltaSir_5ACCUMULATIONINTEGERThe difference in SIR per receive branch per connection (DPCCH) per cell. The purpose with the measurement is to detect faulty feeder installations.ME_NodeBFunction_Carrier_RadioLinks.pmBranchDeltaSir_5Sum 
    pmBranchDeltaSir_60ACCUMULATIONINTEGERThe difference in SIR per receive branch per connection (DPCCH) per cell. The purpose with the measurement is to detect faulty feeder installations.ME_NodeBFunction_Carrier_RadioLinks.pmBranchDeltaSir_60Sum 
    pmBranchDeltaSir_6ACCUMULATIONINTEGERThe difference in SIR per receive branch per connection (DPCCH) per cell. The purpose with the measurement is to detect faulty feeder installations.ME_NodeBFunction_Carrier_RadioLinks.pmBranchDeltaSir_6Sum 
    pmBranchDeltaSir_7ACCUMULATIONINTEGERThe difference in SIR per receive branch per connection (DPCCH) per cell. The purpose with the measurement is to detect faulty feeder installations.ME_NodeBFunction_Carrier_RadioLinks.pmBranchDeltaSir_7Sum 
    pmBranchDeltaSir_8ACCUMULATIONINTEGERThe difference in SIR per receive branch per connection (DPCCH) per cell. The purpose with the measurement is to detect faulty feeder installations.ME_NodeBFunction_Carrier_RadioLinks.pmBranchDeltaSir_8Sum 
    pmBranchDeltaSir_9ACCUMULATIONINTEGERThe difference in SIR per receive branch per connection (DPCCH) per cell. The purpose with the measurement is to detect faulty feeder installations.ME_NodeBFunction_Carrier_RadioLinks.pmBranchDeltaSir_9Sum 


    Radio_Link.Ericsson.UMTS.PDF_pmDpcchBer

    pmDpcchBer PDF counters

    KPITypeData TypeDescriptionDerivationDefault AggregatorOther Aggregators
    pmDpcchBer_0ACCUMULATIONINTEGERThe average BER detected on DPCCH pilot bits.Measurement is performed on RadioLinkSet not on RadioLink - ie after RadioLink combination in UpLink.ME_NodeBFunction_Carrier_RadioLinks.pmDpcchBer_0Sum 
    pmDpcchBer_10ACCUMULATIONINTEGERThe average BER detected on DPCCH pilot bits.Measurement is performed on RadioLinkSet not on RadioLink - ie after RadioLink combination in UpLink.ME_NodeBFunction_Carrier_RadioLinks.pmDpcchBer_10Sum 
    pmDpcchBer_11ACCUMULATIONINTEGERThe average BER detected on DPCCH pilot bits.Measurement is performed on RadioLinkSet not on RadioLink - ie after RadioLink combination in UpLink.ME_NodeBFunction_Carrier_RadioLinks.pmDpcchBer_11Sum 
    pmDpcchBer_12ACCUMULATIONINTEGERThe average BER detected on DPCCH pilot bits.Measurement is performed on RadioLinkSet not on RadioLink - ie after RadioLink combination in UpLink.ME_NodeBFunction_Carrier_RadioLinks.pmDpcchBer_12Sum 
    pmDpcchBer_13ACCUMULATIONINTEGERThe average BER detected on DPCCH pilot bits.Measurement is performed on RadioLinkSet not on RadioLink - ie after RadioLink combination in UpLink.ME_NodeBFunction_Carrier_RadioLinks.pmDpcchBer_13Sum 
    pmDpcchBer_14ACCUMULATIONINTEGERThe average BER detected on DPCCH pilot bits.Measurement is performed on RadioLinkSet not on RadioLink - ie after RadioLink combination in UpLink.ME_NodeBFunction_Carrier_RadioLinks.pmDpcchBer_14Sum 
    pmDpcchBer_15ACCUMULATIONINTEGERThe average BER detected on DPCCH pilot bits.Measurement is performed on RadioLinkSet not on RadioLink - ie after RadioLink combination in UpLink.ME_NodeBFunction_Carrier_RadioLinks.pmDpcchBer_15Sum 
    pmDpcchBer_16ACCUMULATIONINTEGERThe average BER detected on DPCCH pilot bits.Measurement is performed on RadioLinkSet not on RadioLink - ie after RadioLink combination in UpLink.ME_NodeBFunction_Carrier_RadioLinks.pmDpcchBer_16Sum 
    pmDpcchBer_17ACCUMULATIONINTEGERThe average BER detected on DPCCH pilot bits.Measurement is performed on RadioLinkSet not on RadioLink - ie after RadioLink combination in UpLink.ME_NodeBFunction_Carrier_RadioLinks.pmDpcchBer_17Sum 
    pmDpcchBer_18ACCUMULATIONINTEGERThe average BER detected on DPCCH pilot bits.Measurement is performed on RadioLinkSet not on RadioLink - ie after RadioLink combination in UpLink.ME_NodeBFunction_Carrier_RadioLinks.pmDpcchBer_18Sum 
    pmDpcchBer_19ACCUMULATIONINTEGERThe average BER detected on DPCCH pilot bits.Measurement is performed on RadioLinkSet not on RadioLink - ie after RadioLink combination in UpLink.ME_NodeBFunction_Carrier_RadioLinks.pmDpcchBer_19Sum 
    pmDpcchBer_1ACCUMULATIONINTEGERThe average BER detected on DPCCH pilot bits.Measurement is performed on RadioLinkSet not on RadioLink - ie after RadioLink combination in UpLink.ME_NodeBFunction_Carrier_RadioLinks.pmDpcchBer_1Sum 
    pmDpcchBer_20ACCUMULATIONINTEGERThe average BER detected on DPCCH pilot bits.Measurement is performed on RadioLinkSet not on RadioLink - ie after RadioLink combination in UpLink.ME_NodeBFunction_Carrier_RadioLinks.pmDpcchBer_20Sum 
    pmDpcchBer_21ACCUMULATIONINTEGERThe average BER detected on DPCCH pilot bits.Measurement is performed on RadioLinkSet not on RadioLink - ie after RadioLink combination in UpLink.ME_NodeBFunction_Carrier_RadioLinks.pmDpcchBer_21Sum 
    pmDpcchBer_22ACCUMULATIONINTEGERThe average BER detected on DPCCH pilot bits.Measurement is performed on RadioLinkSet not on RadioLink - ie after RadioLink combination in UpLink.ME_NodeBFunction_Carrier_RadioLinks.pmDpcchBer_22Sum 
    pmDpcchBer_23ACCUMULATIONINTEGERThe average BER detected on DPCCH pilot bits.Measurement is performed on RadioLinkSet not on RadioLink - ie after RadioLink combination in UpLink.ME_NodeBFunction_Carrier_RadioLinks.pmDpcchBer_23Sum 
    pmDpcchBer_24ACCUMULATIONINTEGERThe average BER detected on DPCCH pilot bits.Measurement is performed on RadioLinkSet not on RadioLink - ie after RadioLink combination in UpLink.ME_NodeBFunction_Carrier_RadioLinks.pmDpcchBer_24Sum 
    pmDpcchBer_2ACCUMULATIONINTEGERThe average BER detected on DPCCH pilot bits.Measurement is performed on RadioLinkSet not on RadioLink - ie after RadioLink combination in UpLink.ME_NodeBFunction_Carrier_RadioLinks.pmDpcchBer_2Sum 
    pmDpcchBer_3ACCUMULATIONINTEGERThe average BER detected on DPCCH pilot bits.Measurement is performed on RadioLinkSet not on RadioLink - ie after RadioLink combination in UpLink.ME_NodeBFunction_Carrier_RadioLinks.pmDpcchBer_3Sum 
    pmDpcchBer_4ACCUMULATIONINTEGERThe average BER detected on DPCCH pilot bits.Measurement is performed on RadioLinkSet not on RadioLink - ie after RadioLink combination in UpLink.ME_NodeBFunction_Carrier_RadioLinks.pmDpcchBer_4Sum 
    pmDpcchBer_5ACCUMULATIONINTEGERThe average BER detected on DPCCH pilot bits.Measurement is performed on RadioLinkSet not on RadioLink - ie after RadioLink combination in UpLink.ME_NodeBFunction_Carrier_RadioLinks.pmDpcchBer_5Sum 
    pmDpcchBer_6ACCUMULATIONINTEGERThe average BER detected on DPCCH pilot bits.Measurement is performed on RadioLinkSet not on RadioLink - ie after RadioLink combination in UpLink.ME_NodeBFunction_Carrier_RadioLinks.pmDpcchBer_6Sum 
    pmDpcchBer_7ACCUMULATIONINTEGERThe average BER detected on DPCCH pilot bits.Measurement is performed on RadioLinkSet not on RadioLink - ie after RadioLink combination in UpLink.ME_NodeBFunction_Carrier_RadioLinks.pmDpcchBer_7Sum 
    pmDpcchBer_8ACCUMULATIONINTEGERThe average BER detected on DPCCH pilot bits.Measurement is performed on RadioLinkSet not on RadioLink - ie after RadioLink combination in UpLink.ME_NodeBFunction_Carrier_RadioLinks.pmDpcchBer_8Sum 
    pmDpcchBer_9ACCUMULATIONINTEGERThe average BER detected on DPCCH pilot bits.Measurement is performed on RadioLinkSet not on RadioLink - ie after RadioLink combination in UpLink.ME_NodeBFunction_Carrier_RadioLinks.pmDpcchBer_9Sum 


    Radio_Link.Ericsson.UMTS.PDF_pmDpchCodePowerSf128

    pmDpchCodePowerSf128 PDF counters

    KPITypeData TypeDescriptionDerivationDefault AggregatorOther Aggregators
    pmDpchCodePowerSf128_0ACCUMULATIONINTEGERThe average transmitted code power on a DPCH channel for spreading factor 128.ME_NodeBFunction_Carrier_RadioLinks.pmDpchCodePowerSf128_0Sum 
    pmDpchCodePowerSf128_10ACCUMULATIONINTEGERThe average transmitted code power on a DPCH channel for spreading factor 128.ME_NodeBFunction_Carrier_RadioLinks.pmDpchCodePowerSf128_10Sum 
    pmDpchCodePowerSf128_11ACCUMULATIONINTEGERThe average transmitted code power on a DPCH channel for spreading factor 128.ME_NodeBFunction_Carrier_RadioLinks.pmDpchCodePowerSf128_11Sum 
    pmDpchCodePowerSf128_12ACCUMULATIONINTEGERThe average transmitted code power on a DPCH channel for spreading factor 128.ME_NodeBFunction_Carrier_RadioLinks.pmDpchCodePowerSf128_12Sum 
    pmDpchCodePowerSf128_13ACCUMULATIONINTEGERThe average transmitted code power on a DPCH channel for spreading factor 128.ME_NodeBFunction_Carrier_RadioLinks.pmDpchCodePowerSf128_13Sum 
    pmDpchCodePowerSf128_14ACCUMULATIONINTEGERThe average transmitted code power on a DPCH channel for spreading factor 128.ME_NodeBFunction_Carrier_RadioLinks.pmDpchCodePowerSf128_14Sum 
    pmDpchCodePowerSf128_15ACCUMULATIONINTEGERThe average transmitted code power on a DPCH channel for spreading factor 128.ME_NodeBFunction_Carrier_RadioLinks.pmDpchCodePowerSf128_15Sum 
    pmDpchCodePowerSf128_16ACCUMULATIONINTEGERThe average transmitted code power on a DPCH channel for spreading factor 128.ME_NodeBFunction_Carrier_RadioLinks.pmDpchCodePowerSf128_16Sum 
    pmDpchCodePowerSf128_17ACCUMULATIONINTEGERThe average transmitted code power on a DPCH channel for spreading factor 128.ME_NodeBFunction_Carrier_RadioLinks.pmDpchCodePowerSf128_17Sum 
    pmDpchCodePowerSf128_18ACCUMULATIONINTEGERThe average transmitted code power on a DPCH channel for spreading factor 128.ME_NodeBFunction_Carrier_RadioLinks.pmDpchCodePowerSf128_18Sum 
    pmDpchCodePowerSf128_19ACCUMULATIONINTEGERThe average transmitted code power on a DPCH channel for spreading factor 128.ME_NodeBFunction_Carrier_RadioLinks.pmDpchCodePowerSf128_19Sum 
    pmDpchCodePowerSf128_1ACCUMULATIONINTEGERThe average transmitted code power on a DPCH channel for spreading factor 128.ME_NodeBFunction_Carrier_RadioLinks.pmDpchCodePowerSf128_1Sum 
    pmDpchCodePowerSf128_20ACCUMULATIONINTEGERThe average transmitted code power on a DPCH channel for spreading factor 128.ME_NodeBFunction_Carrier_RadioLinks.pmDpchCodePowerSf128_20Sum 
    pmDpchCodePowerSf128_21ACCUMULATIONINTEGERThe average transmitted code power on a DPCH channel for spreading factor 128.ME_NodeBFunction_Carrier_RadioLinks.pmDpchCodePowerSf128_21Sum 
    pmDpchCodePowerSf128_22ACCUMULATIONINTEGERThe average transmitted code power on a DPCH channel for spreading factor 128.ME_NodeBFunction_Carrier_RadioLinks.pmDpchCodePowerSf128_22Sum 
    pmDpchCodePowerSf128_23ACCUMULATIONINTEGERThe average transmitted code power on a DPCH channel for spreading factor 128.ME_NodeBFunction_Carrier_RadioLinks.pmDpchCodePowerSf128_23Sum 
    pmDpchCodePowerSf128_24ACCUMULATIONINTEGERThe average transmitted code power on a DPCH channel for spreading factor 128.ME_NodeBFunction_Carrier_RadioLinks.pmDpchCodePowerSf128_24Sum 
    pmDpchCodePowerSf128_25ACCUMULATIONINTEGERThe average transmitted code power on a DPCH channel for spreading factor 128.ME_NodeBFunction_Carrier_RadioLinks.pmDpchCodePowerSf128_25Sum 
    pmDpchCodePowerSf128_26ACCUMULATIONINTEGERThe average transmitted code power on a DPCH channel for spreading factor 128.ME_NodeBFunction_Carrier_RadioLinks.pmDpchCodePowerSf128_26Sum 
    pmDpchCodePowerSf128_27ACCUMULATIONINTEGERThe average transmitted code power on a DPCH channel for spreading factor 128.ME_NodeBFunction_Carrier_RadioLinks.pmDpchCodePowerSf128_27Sum 
    pmDpchCodePowerSf128_28ACCUMULATIONINTEGERThe average transmitted code power on a DPCH channel for spreading factor 128.ME_NodeBFunction_Carrier_RadioLinks.pmDpchCodePowerSf128_28Sum 
    pmDpchCodePowerSf128_29ACCUMULATIONINTEGERThe average transmitted code power on a DPCH channel for spreading factor 128.ME_NodeBFunction_Carrier_RadioLinks.pmDpchCodePowerSf128_29Sum 
    pmDpchCodePowerSf128_2ACCUMULATIONINTEGERThe average transmitted code power on a DPCH channel for spreading factor 128.ME_NodeBFunction_Carrier_RadioLinks.pmDpchCodePowerSf128_2Sum 
    pmDpchCodePowerSf128_30ACCUMULATIONINTEGERThe average transmitted code power on a DPCH channel for spreading factor 128.ME_NodeBFunction_Carrier_RadioLinks.pmDpchCodePowerSf128_30Sum 
    pmDpchCodePowerSf128_31ACCUMULATIONINTEGERThe average transmitted code power on a DPCH channel for spreading factor 128.ME_NodeBFunction_Carrier_RadioLinks.pmDpchCodePowerSf128_31Sum 
    pmDpchCodePowerSf128_32ACCUMULATIONINTEGERThe average transmitted code power on a DPCH channel for spreading factor 128.ME_NodeBFunction_Carrier_RadioLinks.pmDpchCodePowerSf128_32Sum 
    pmDpchCodePowerSf128_33ACCUMULATIONINTEGERThe average transmitted code power on a DPCH channel for spreading factor 128.ME_NodeBFunction_Carrier_RadioLinks.pmDpchCodePowerSf128_33Sum 
    pmDpchCodePowerSf128_34ACCUMULATIONINTEGERThe average transmitted code power on a DPCH channel for spreading factor 128.ME_NodeBFunction_Carrier_RadioLinks.pmDpchCodePowerSf128_34Sum 
    pmDpchCodePowerSf128_35ACCUMULATIONINTEGERThe average transmitted code power on a DPCH channel for spreading factor 128.ME_NodeBFunction_Carrier_RadioLinks.pmDpchCodePowerSf128_35Sum 
    pmDpchCodePowerSf128_36ACCUMULATIONINTEGERThe average transmitted code power on a DPCH channel for spreading factor 128.ME_NodeBFunction_Carrier_RadioLinks.pmDpchCodePowerSf128_36Sum 
    pmDpchCodePowerSf128_37ACCUMULATIONINTEGERThe average transmitted code power on a DPCH channel for spreading factor 128.ME_NodeBFunction_Carrier_RadioLinks.pmDpchCodePowerSf128_37Sum 
    pmDpchCodePowerSf128_3ACCUMULATIONINTEGERThe average transmitted code power on a DPCH channel for spreading factor 128.ME_NodeBFunction_Carrier_RadioLinks.pmDpchCodePowerSf128_3Sum 
    pmDpchCodePowerSf128_4ACCUMULATIONINTEGERThe average transmitted code power on a DPCH channel for spreading factor 128.ME_NodeBFunction_Carrier_RadioLinks.pmDpchCodePowerSf128_4Sum 
    pmDpchCodePowerSf128_5ACCUMULATIONINTEGERThe average transmitted code power on a DPCH channel for spreading factor 128.ME_NodeBFunction_Carrier_RadioLinks.pmDpchCodePowerSf128_5Sum 
    pmDpchCodePowerSf128_6ACCUMULATIONINTEGERThe average transmitted code power on a DPCH channel for spreading factor 128.ME_NodeBFunction_Carrier_RadioLinks.pmDpchCodePowerSf128_6Sum 
    pmDpchCodePowerSf128_7ACCUMULATIONINTEGERThe average transmitted code power on a DPCH channel for spreading factor 128.ME_NodeBFunction_Carrier_RadioLinks.pmDpchCodePowerSf128_7Sum 
    pmDpchCodePowerSf128_8ACCUMULATIONINTEGERThe average transmitted code power on a DPCH channel for spreading factor 128.ME_NodeBFunction_Carrier_RadioLinks.pmDpchCodePowerSf128_8Sum 
    pmDpchCodePowerSf128_9ACCUMULATIONINTEGERThe average transmitted code power on a DPCH channel for spreading factor 128.ME_NodeBFunction_Carrier_RadioLinks.pmDpchCodePowerSf128_9Sum 


    Radio_Link.Ericsson.UMTS.PDF_pmDpchCodePowerSf16

    pmDpchCodePowerSf16 PDF counters

    KPITypeData TypeDescriptionDerivationDefault AggregatorOther Aggregators
    pmDpchCodePowerSf16_0ACCUMULATIONINTEGERThe average transmitted code power on a DPCH channel for spreading factor 16.ME_NodeBFunction_Carrier_RadioLinks.pmDpchCodePowerSf16_0Sum 
    pmDpchCodePowerSf16_10ACCUMULATIONINTEGERThe average transmitted code power on a DPCH channel for spreading factor 16.ME_NodeBFunction_Carrier_RadioLinks.pmDpchCodePowerSf16_10Sum 
    pmDpchCodePowerSf16_11ACCUMULATIONINTEGERThe average transmitted code power on a DPCH channel for spreading factor 16.ME_NodeBFunction_Carrier_RadioLinks.pmDpchCodePowerSf16_11Sum 
    pmDpchCodePowerSf16_12ACCUMULATIONINTEGERThe average transmitted code power on a DPCH channel for spreading factor 16.ME_NodeBFunction_Carrier_RadioLinks.pmDpchCodePowerSf16_12Sum 
    pmDpchCodePowerSf16_13ACCUMULATIONINTEGERThe average transmitted code power on a DPCH channel for spreading factor 16.ME_NodeBFunction_Carrier_RadioLinks.pmDpchCodePowerSf16_13Sum 
    pmDpchCodePowerSf16_14ACCUMULATIONINTEGERThe average transmitted code power on a DPCH channel for spreading factor 16.ME_NodeBFunction_Carrier_RadioLinks.pmDpchCodePowerSf16_14Sum 
    pmDpchCodePowerSf16_15ACCUMULATIONINTEGERThe average transmitted code power on a DPCH channel for spreading factor 16.ME_NodeBFunction_Carrier_RadioLinks.pmDpchCodePowerSf16_15Sum 
    pmDpchCodePowerSf16_16ACCUMULATIONINTEGERThe average transmitted code power on a DPCH channel for spreading factor 16.ME_NodeBFunction_Carrier_RadioLinks.pmDpchCodePowerSf16_16Sum 
    pmDpchCodePowerSf16_17ACCUMULATIONINTEGERThe average transmitted code power on a DPCH channel for spreading factor 16.ME_NodeBFunction_Carrier_RadioLinks.pmDpchCodePowerSf16_17Sum 
    pmDpchCodePowerSf16_18ACCUMULATIONINTEGERThe average transmitted code power on a DPCH channel for spreading factor 16.ME_NodeBFunction_Carrier_RadioLinks.pmDpchCodePowerSf16_18Sum 
    pmDpchCodePowerSf16_19ACCUMULATIONINTEGERThe average transmitted code power on a DPCH channel for spreading factor 16.ME_NodeBFunction_Carrier_RadioLinks.pmDpchCodePowerSf16_19Sum 
    pmDpchCodePowerSf16_1ACCUMULATIONINTEGERThe average transmitted code power on a DPCH channel for spreading factor 16.ME_NodeBFunction_Carrier_RadioLinks.pmDpchCodePowerSf16_1Sum 
    pmDpchCodePowerSf16_20ACCUMULATIONINTEGERThe average transmitted code power on a DPCH channel for spreading factor 16.ME_NodeBFunction_Carrier_RadioLinks.pmDpchCodePowerSf16_20Sum 
    pmDpchCodePowerSf16_21ACCUMULATIONINTEGERThe average transmitted code power on a DPCH channel for spreading factor 16.ME_NodeBFunction_Carrier_RadioLinks.pmDpchCodePowerSf16_21Sum 
    pmDpchCodePowerSf16_22ACCUMULATIONINTEGERThe average transmitted code power on a DPCH channel for spreading factor 16.ME_NodeBFunction_Carrier_RadioLinks.pmDpchCodePowerSf16_22Sum 
    pmDpchCodePowerSf16_23ACCUMULATIONINTEGERThe average transmitted code power on a DPCH channel for spreading factor 16.ME_NodeBFunction_Carrier_RadioLinks.pmDpchCodePowerSf16_23Sum 
    pmDpchCodePowerSf16_24ACCUMULATIONINTEGERThe average transmitted code power on a DPCH channel for spreading factor 16.ME_NodeBFunction_Carrier_RadioLinks.pmDpchCodePowerSf16_24Sum 
    pmDpchCodePowerSf16_25ACCUMULATIONINTEGERThe average transmitted code power on a DPCH channel for spreading factor 16.ME_NodeBFunction_Carrier_RadioLinks.pmDpchCodePowerSf16_25Sum 
    pmDpchCodePowerSf16_26ACCUMULATIONINTEGERThe average transmitted code power on a DPCH channel for spreading factor 16.ME_NodeBFunction_Carrier_RadioLinks.pmDpchCodePowerSf16_26Sum 
    pmDpchCodePowerSf16_27ACCUMULATIONINTEGERThe average transmitted code power on a DPCH channel for spreading factor 16.ME_NodeBFunction_Carrier_RadioLinks.pmDpchCodePowerSf16_27Sum 
    pmDpchCodePowerSf16_28ACCUMULATIONINTEGERThe average transmitted code power on a DPCH channel for spreading factor 16.ME_NodeBFunction_Carrier_RadioLinks.pmDpchCodePowerSf16_28Sum 
    pmDpchCodePowerSf16_29ACCUMULATIONINTEGERThe average transmitted code power on a DPCH channel for spreading factor 16.ME_NodeBFunction_Carrier_RadioLinks.pmDpchCodePowerSf16_29Sum 
    pmDpchCodePowerSf16_2ACCUMULATIONINTEGERThe average transmitted code power on a DPCH channel for spreading factor 16.ME_NodeBFunction_Carrier_RadioLinks.pmDpchCodePowerSf16_2Sum 
    pmDpchCodePowerSf16_30ACCUMULATIONINTEGERThe average transmitted code power on a DPCH channel for spreading factor 16.ME_NodeBFunction_Carrier_RadioLinks.pmDpchCodePowerSf16_30Sum 
    pmDpchCodePowerSf16_31ACCUMULATIONINTEGERThe average transmitted code power on a DPCH channel for spreading factor 16.ME_NodeBFunction_Carrier_RadioLinks.pmDpchCodePowerSf16_31Sum 
    pmDpchCodePowerSf16_32ACCUMULATIONINTEGERThe average transmitted code power on a DPCH channel for spreading factor 16.ME_NodeBFunction_Carrier_RadioLinks.pmDpchCodePowerSf16_32Sum 
    pmDpchCodePowerSf16_33ACCUMULATIONINTEGERThe average transmitted code power on a DPCH channel for spreading factor 16.ME_NodeBFunction_Carrier_RadioLinks.pmDpchCodePowerSf16_33Sum 
    pmDpchCodePowerSf16_34ACCUMULATIONINTEGERThe average transmitted code power on a DPCH channel for spreading factor 16.ME_NodeBFunction_Carrier_RadioLinks.pmDpchCodePowerSf16_34Sum 
    pmDpchCodePowerSf16_35ACCUMULATIONINTEGERThe average transmitted code power on a DPCH channel for spreading factor 16.ME_NodeBFunction_Carrier_RadioLinks.pmDpchCodePowerSf16_35Sum 
    pmDpchCodePowerSf16_36ACCUMULATIONINTEGERThe average transmitted code power on a DPCH channel for spreading factor 16.ME_NodeBFunction_Carrier_RadioLinks.pmDpchCodePowerSf16_36Sum 
    pmDpchCodePowerSf16_37ACCUMULATIONINTEGERThe average transmitted code power on a DPCH channel for spreading factor 16.ME_NodeBFunction_Carrier_RadioLinks.pmDpchCodePowerSf16_37Sum 
    pmDpchCodePowerSf16_3ACCUMULATIONINTEGERThe average transmitted code power on a DPCH channel for spreading factor 16.ME_NodeBFunction_Carrier_RadioLinks.pmDpchCodePowerSf16_3Sum 
    pmDpchCodePowerSf16_4ACCUMULATIONINTEGERThe average transmitted code power on a DPCH channel for spreading factor 16.ME_NodeBFunction_Carrier_RadioLinks.pmDpchCodePowerSf16_4Sum 
    pmDpchCodePowerSf16_5ACCUMULATIONINTEGERThe average transmitted code power on a DPCH channel for spreading factor 16.ME_NodeBFunction_Carrier_RadioLinks.pmDpchCodePowerSf16_5Sum 
    pmDpchCodePowerSf16_6ACCUMULATIONINTEGERThe average transmitted code power on a DPCH channel for spreading factor 16.ME_NodeBFunction_Carrier_RadioLinks.pmDpchCodePowerSf16_6Sum 
    pmDpchCodePowerSf16_7ACCUMULATIONINTEGERThe average transmitted code power on a DPCH channel for spreading factor 16.ME_NodeBFunction_Carrier_RadioLinks.pmDpchCodePowerSf16_7Sum 
    pmDpchCodePowerSf16_8ACCUMULATIONINTEGERThe average transmitted code power on a DPCH channel for spreading factor 16.ME_NodeBFunction_Carrier_RadioLinks.pmDpchCodePowerSf16_8Sum 
    pmDpchCodePowerSf16_9ACCUMULATIONINTEGERThe average transmitted code power on a DPCH channel for spreading factor 16.ME_NodeBFunction_Carrier_RadioLinks.pmDpchCodePowerSf16_9Sum 


    Radio_Link.Ericsson.UMTS.PDF_pmDpchCodePowerSf256

    pmDpchCodePowerSf256 PDF counters

    KPITypeData TypeDescriptionDerivationDefault AggregatorOther Aggregators
    pmDpchCodePowerSf256_0ACCUMULATIONINTEGERThe average transmitted code power on a DPCH channel for spreading factor 256.ME_NodeBFunction_Carrier_RadioLinks.pmDpchCodePowerSf256_0Sum 
    pmDpchCodePowerSf256_10ACCUMULATIONINTEGERThe average transmitted code power on a DPCH channel for spreading factor 256.ME_NodeBFunction_Carrier_RadioLinks.pmDpchCodePowerSf256_10Sum 
    pmDpchCodePowerSf256_11ACCUMULATIONINTEGERThe average transmitted code power on a DPCH channel for spreading factor 256.ME_NodeBFunction_Carrier_RadioLinks.pmDpchCodePowerSf256_11Sum 
    pmDpchCodePowerSf256_12ACCUMULATIONINTEGERThe average transmitted code power on a DPCH channel for spreading factor 256.ME_NodeBFunction_Carrier_RadioLinks.pmDpchCodePowerSf256_12Sum 
    pmDpchCodePowerSf256_13ACCUMULATIONINTEGERThe average transmitted code power on a DPCH channel for spreading factor 256.ME_NodeBFunction_Carrier_RadioLinks.pmDpchCodePowerSf256_13Sum 
    pmDpchCodePowerSf256_14ACCUMULATIONINTEGERThe average transmitted code power on a DPCH channel for spreading factor 256.ME_NodeBFunction_Carrier_RadioLinks.pmDpchCodePowerSf256_14Sum 
    pmDpchCodePowerSf256_15ACCUMULATIONINTEGERThe average transmitted code power on a DPCH channel for spreading factor 256.ME_NodeBFunction_Carrier_RadioLinks.pmDpchCodePowerSf256_15Sum 
    pmDpchCodePowerSf256_16ACCUMULATIONINTEGERThe average transmitted code power on a DPCH channel for spreading factor 256.ME_NodeBFunction_Carrier_RadioLinks.pmDpchCodePowerSf256_16Sum 
    pmDpchCodePowerSf256_17ACCUMULATIONINTEGERThe average transmitted code power on a DPCH channel for spreading factor 256.ME_NodeBFunction_Carrier_RadioLinks.pmDpchCodePowerSf256_17Sum 
    pmDpchCodePowerSf256_18ACCUMULATIONINTEGERThe average transmitted code power on a DPCH channel for spreading factor 256.ME_NodeBFunction_Carrier_RadioLinks.pmDpchCodePowerSf256_18Sum 
    pmDpchCodePowerSf256_19ACCUMULATIONINTEGERThe average transmitted code power on a DPCH channel for spreading factor 256.ME_NodeBFunction_Carrier_RadioLinks.pmDpchCodePowerSf256_19Sum 
    pmDpchCodePowerSf256_1ACCUMULATIONINTEGERThe average transmitted code power on a DPCH channel for spreading factor 256.ME_NodeBFunction_Carrier_RadioLinks.pmDpchCodePowerSf256_1Sum 
    pmDpchCodePowerSf256_20ACCUMULATIONINTEGERThe average transmitted code power on a DPCH channel for spreading factor 256.ME_NodeBFunction_Carrier_RadioLinks.pmDpchCodePowerSf256_20Sum 
    pmDpchCodePowerSf256_21ACCUMULATIONINTEGERThe average transmitted code power on a DPCH channel for spreading factor 256.ME_NodeBFunction_Carrier_RadioLinks.pmDpchCodePowerSf256_21Sum 
    pmDpchCodePowerSf256_22ACCUMULATIONINTEGERThe average transmitted code power on a DPCH channel for spreading factor 256.ME_NodeBFunction_Carrier_RadioLinks.pmDpchCodePowerSf256_22Sum 
    pmDpchCodePowerSf256_23ACCUMULATIONINTEGERThe average transmitted code power on a DPCH channel for spreading factor 256.ME_NodeBFunction_Carrier_RadioLinks.pmDpchCodePowerSf256_23Sum 
    pmDpchCodePowerSf256_24ACCUMULATIONINTEGERThe average transmitted code power on a DPCH channel for spreading factor 256.ME_NodeBFunction_Carrier_RadioLinks.pmDpchCodePowerSf256_24Sum 
    pmDpchCodePowerSf256_25ACCUMULATIONINTEGERThe average transmitted code power on a DPCH channel for spreading factor 256.ME_NodeBFunction_Carrier_RadioLinks.pmDpchCodePowerSf256_25Sum 
    pmDpchCodePowerSf256_26ACCUMULATIONINTEGERThe average transmitted code power on a DPCH channel for spreading factor 256.ME_NodeBFunction_Carrier_RadioLinks.pmDpchCodePowerSf256_26Sum 
    pmDpchCodePowerSf256_27ACCUMULATIONINTEGERThe average transmitted code power on a DPCH channel for spreading factor 256.ME_NodeBFunction_Carrier_RadioLinks.pmDpchCodePowerSf256_27Sum 
    pmDpchCodePowerSf256_28ACCUMULATIONINTEGERThe average transmitted code power on a DPCH channel for spreading factor 256.ME_NodeBFunction_Carrier_RadioLinks.pmDpchCodePowerSf256_28Sum 
    pmDpchCodePowerSf256_29ACCUMULATIONINTEGERThe average transmitted code power on a DPCH channel for spreading factor 256.ME_NodeBFunction_Carrier_RadioLinks.pmDpchCodePowerSf256_29Sum 
    pmDpchCodePowerSf256_2ACCUMULATIONINTEGERThe average transmitted code power on a DPCH channel for spreading factor 256.ME_NodeBFunction_Carrier_RadioLinks.pmDpchCodePowerSf256_2Sum 
    pmDpchCodePowerSf256_30ACCUMULATIONINTEGERThe average transmitted code power on a DPCH channel for spreading factor 256.ME_NodeBFunction_Carrier_RadioLinks.pmDpchCodePowerSf256_30Sum 
    pmDpchCodePowerSf256_31ACCUMULATIONINTEGERThe average transmitted code power on a DPCH channel for spreading factor 256.ME_NodeBFunction_Carrier_RadioLinks.pmDpchCodePowerSf256_31Sum 
    pmDpchCodePowerSf256_32ACCUMULATIONINTEGERThe average transmitted code power on a DPCH channel for spreading factor 256.ME_NodeBFunction_Carrier_RadioLinks.pmDpchCodePowerSf256_32Sum 
    pmDpchCodePowerSf256_33ACCUMULATIONINTEGERThe average transmitted code power on a DPCH channel for spreading factor 256.ME_NodeBFunction_Carrier_RadioLinks.pmDpchCodePowerSf256_33Sum 
    pmDpchCodePowerSf256_34ACCUMULATIONINTEGERThe average transmitted code power on a DPCH channel for spreading factor 256.ME_NodeBFunction_Carrier_RadioLinks.pmDpchCodePowerSf256_34Sum 
    pmDpchCodePowerSf256_35ACCUMULATIONINTEGERThe average transmitted code power on a DPCH channel for spreading factor 256.ME_NodeBFunction_Carrier_RadioLinks.pmDpchCodePowerSf256_35Sum 
    pmDpchCodePowerSf256_36ACCUMULATIONINTEGERThe average transmitted code power on a DPCH channel for spreading factor 256.ME_NodeBFunction_Carrier_RadioLinks.pmDpchCodePowerSf256_36Sum 
    pmDpchCodePowerSf256_37ACCUMULATIONINTEGERThe average transmitted code power on a DPCH channel for spreading factor 256.ME_NodeBFunction_Carrier_RadioLinks.pmDpchCodePowerSf256_37Sum 
    pmDpchCodePowerSf256_3ACCUMULATIONINTEGERThe average transmitted code power on a DPCH channel for spreading factor 256.ME_NodeBFunction_Carrier_RadioLinks.pmDpchCodePowerSf256_3Sum 
    pmDpchCodePowerSf256_4ACCUMULATIONINTEGERThe average transmitted code power on a DPCH channel for spreading factor 256.ME_NodeBFunction_Carrier_RadioLinks.pmDpchCodePowerSf256_4Sum 
    pmDpchCodePowerSf256_5ACCUMULATIONINTEGERThe average transmitted code power on a DPCH channel for spreading factor 256.ME_NodeBFunction_Carrier_RadioLinks.pmDpchCodePowerSf256_5Sum 
    pmDpchCodePowerSf256_6ACCUMULATIONINTEGERThe average transmitted code power on a DPCH channel for spreading factor 256.ME_NodeBFunction_Carrier_RadioLinks.pmDpchCodePowerSf256_6Sum 
    pmDpchCodePowerSf256_7ACCUMULATIONINTEGERThe average transmitted code power on a DPCH channel for spreading factor 256.ME_NodeBFunction_Carrier_RadioLinks.pmDpchCodePowerSf256_7Sum 
    pmDpchCodePowerSf256_8ACCUMULATIONINTEGERThe average transmitted code power on a DPCH channel for spreading factor 256.ME_NodeBFunction_Carrier_RadioLinks.pmDpchCodePowerSf256_8Sum 
    pmDpchCodePowerSf256_9ACCUMULATIONINTEGERThe average transmitted code power on a DPCH channel for spreading factor 256.ME_NodeBFunction_Carrier_RadioLinks.pmDpchCodePowerSf256_9Sum 


    Radio_Link.Ericsson.UMTS.PDF_pmDpchCodePowerSf32

    pmDpchCodePowerSf32 PDF counters

    KPITypeData TypeDescriptionDerivationDefault AggregatorOther Aggregators
    pmDpchCodePowerSf32_0ACCUMULATIONINTEGERThe average transmitted code power on a DPCH channel for spreading factor 32.ME_NodeBFunction_Carrier_RadioLinks.pmDpchCodePowerSf32_0Sum 
    pmDpchCodePowerSf32_10ACCUMULATIONINTEGERThe average transmitted code power on a DPCH channel for spreading factor 32.ME_NodeBFunction_Carrier_RadioLinks.pmDpchCodePowerSf32_10Sum 
    pmDpchCodePowerSf32_11ACCUMULATIONINTEGERThe average transmitted code power on a DPCH channel for spreading factor 32.ME_NodeBFunction_Carrier_RadioLinks.pmDpchCodePowerSf32_11Sum 
    pmDpchCodePowerSf32_12ACCUMULATIONINTEGERThe average transmitted code power on a DPCH channel for spreading factor 32.ME_NodeBFunction_Carrier_RadioLinks.pmDpchCodePowerSf32_12Sum 
    pmDpchCodePowerSf32_13ACCUMULATIONINTEGERThe average transmitted code power on a DPCH channel for spreading factor 32.ME_NodeBFunction_Carrier_RadioLinks.pmDpchCodePowerSf32_13Sum 
    pmDpchCodePowerSf32_14ACCUMULATIONINTEGERThe average transmitted code power on a DPCH channel for spreading factor 32.ME_NodeBFunction_Carrier_RadioLinks.pmDpchCodePowerSf32_14Sum 
    pmDpchCodePowerSf32_15ACCUMULATIONINTEGERThe average transmitted code power on a DPCH channel for spreading factor 32.ME_NodeBFunction_Carrier_RadioLinks.pmDpchCodePowerSf32_15Sum 
    pmDpchCodePowerSf32_16ACCUMULATIONINTEGERThe average transmitted code power on a DPCH channel for spreading factor 32.ME_NodeBFunction_Carrier_RadioLinks.pmDpchCodePowerSf32_16Sum 
    pmDpchCodePowerSf32_17ACCUMULATIONINTEGERThe average transmitted code power on a DPCH channel for spreading factor 32.ME_NodeBFunction_Carrier_RadioLinks.pmDpchCodePowerSf32_17Sum 
    pmDpchCodePowerSf32_18ACCUMULATIONINTEGERThe average transmitted code power on a DPCH channel for spreading factor 32.ME_NodeBFunction_Carrier_RadioLinks.pmDpchCodePowerSf32_18Sum 
    pmDpchCodePowerSf32_19ACCUMULATIONINTEGERThe average transmitted code power on a DPCH channel for spreading factor 32.ME_NodeBFunction_Carrier_RadioLinks.pmDpchCodePowerSf32_19Sum 
    pmDpchCodePowerSf32_1ACCUMULATIONINTEGERThe average transmitted code power on a DPCH channel for spreading factor 32.ME_NodeBFunction_Carrier_RadioLinks.pmDpchCodePowerSf32_1Sum 
    pmDpchCodePowerSf32_20ACCUMULATIONINTEGERThe average transmitted code power on a DPCH channel for spreading factor 32.ME_NodeBFunction_Carrier_RadioLinks.pmDpchCodePowerSf32_20Sum 
    pmDpchCodePowerSf32_21ACCUMULATIONINTEGERThe average transmitted code power on a DPCH channel for spreading factor 32.ME_NodeBFunction_Carrier_RadioLinks.pmDpchCodePowerSf32_21Sum 
    pmDpchCodePowerSf32_22ACCUMULATIONINTEGERThe average transmitted code power on a DPCH channel for spreading factor 32.ME_NodeBFunction_Carrier_RadioLinks.pmDpchCodePowerSf32_22Sum 
    pmDpchCodePowerSf32_23ACCUMULATIONINTEGERThe average transmitted code power on a DPCH channel for spreading factor 32.ME_NodeBFunction_Carrier_RadioLinks.pmDpchCodePowerSf32_23Sum 
    pmDpchCodePowerSf32_24ACCUMULATIONINTEGERThe average transmitted code power on a DPCH channel for spreading factor 32.ME_NodeBFunction_Carrier_RadioLinks.pmDpchCodePowerSf32_24Sum 
    pmDpchCodePowerSf32_25ACCUMULATIONINTEGERThe average transmitted code power on a DPCH channel for spreading factor 32.ME_NodeBFunction_Carrier_RadioLinks.pmDpchCodePowerSf32_25Sum 
    pmDpchCodePowerSf32_26ACCUMULATIONINTEGERThe average transmitted code power on a DPCH channel for spreading factor 32.ME_NodeBFunction_Carrier_RadioLinks.pmDpchCodePowerSf32_26Sum 
    pmDpchCodePowerSf32_27ACCUMULATIONINTEGERThe average transmitted code power on a DPCH channel for spreading factor 32.ME_NodeBFunction_Carrier_RadioLinks.pmDpchCodePowerSf32_27Sum 
    pmDpchCodePowerSf32_28ACCUMULATIONINTEGERThe average transmitted code power on a DPCH channel for spreading factor 32.ME_NodeBFunction_Carrier_RadioLinks.pmDpchCodePowerSf32_28Sum 
    pmDpchCodePowerSf32_29ACCUMULATIONINTEGERThe average transmitted code power on a DPCH channel for spreading factor 32.ME_NodeBFunction_Carrier_RadioLinks.pmDpchCodePowerSf32_29Sum 
    pmDpchCodePowerSf32_2ACCUMULATIONINTEGERThe average transmitted code power on a DPCH channel for spreading factor 32.ME_NodeBFunction_Carrier_RadioLinks.pmDpchCodePowerSf32_2Sum 
    pmDpchCodePowerSf32_30ACCUMULATIONINTEGERThe average transmitted code power on a DPCH channel for spreading factor 32.ME_NodeBFunction_Carrier_RadioLinks.pmDpchCodePowerSf32_30Sum 
    pmDpchCodePowerSf32_31ACCUMULATIONINTEGERThe average transmitted code power on a DPCH channel for spreading factor 32.ME_NodeBFunction_Carrier_RadioLinks.pmDpchCodePowerSf32_31Sum 
    pmDpchCodePowerSf32_32ACCUMULATIONINTEGERThe average transmitted code power on a DPCH channel for spreading factor 32.ME_NodeBFunction_Carrier_RadioLinks.pmDpchCodePowerSf32_32Sum 
    pmDpchCodePowerSf32_33ACCUMULATIONINTEGERThe average transmitted code power on a DPCH channel for spreading factor 32.ME_NodeBFunction_Carrier_RadioLinks.pmDpchCodePowerSf32_33Sum 
    pmDpchCodePowerSf32_34ACCUMULATIONINTEGERThe average transmitted code power on a DPCH channel for spreading factor 32.ME_NodeBFunction_Carrier_RadioLinks.pmDpchCodePowerSf32_34Sum 
    pmDpchCodePowerSf32_35ACCUMULATIONINTEGERThe average transmitted code power on a DPCH channel for spreading factor 32.ME_NodeBFunction_Carrier_RadioLinks.pmDpchCodePowerSf32_35Sum 
    pmDpchCodePowerSf32_36ACCUMULATIONINTEGERThe average transmitted code power on a DPCH channel for spreading factor 32.ME_NodeBFunction_Carrier_RadioLinks.pmDpchCodePowerSf32_36Sum 
    pmDpchCodePowerSf32_37ACCUMULATIONINTEGERThe average transmitted code power on a DPCH channel for spreading factor 32.ME_NodeBFunction_Carrier_RadioLinks.pmDpchCodePowerSf32_37Sum 
    pmDpchCodePowerSf32_3ACCUMULATIONINTEGERThe average transmitted code power on a DPCH channel for spreading factor 32.ME_NodeBFunction_Carrier_RadioLinks.pmDpchCodePowerSf32_3Sum 
    pmDpchCodePowerSf32_4ACCUMULATIONINTEGERThe average transmitted code power on a DPCH channel for spreading factor 32.ME_NodeBFunction_Carrier_RadioLinks.pmDpchCodePowerSf32_4Sum 
    pmDpchCodePowerSf32_5ACCUMULATIONINTEGERThe average transmitted code power on a DPCH channel for spreading factor 32.ME_NodeBFunction_Carrier_RadioLinks.pmDpchCodePowerSf32_5Sum 
    pmDpchCodePowerSf32_6ACCUMULATIONINTEGERThe average transmitted code power on a DPCH channel for spreading factor 32.ME_NodeBFunction_Carrier_RadioLinks.pmDpchCodePowerSf32_6Sum 
    pmDpchCodePowerSf32_7ACCUMULATIONINTEGERThe average transmitted code power on a DPCH channel for spreading factor 32.ME_NodeBFunction_Carrier_RadioLinks.pmDpchCodePowerSf32_7Sum 
    pmDpchCodePowerSf32_8ACCUMULATIONINTEGERThe average transmitted code power on a DPCH channel for spreading factor 32.ME_NodeBFunction_Carrier_RadioLinks.pmDpchCodePowerSf32_8Sum 
    pmDpchCodePowerSf32_9ACCUMULATIONINTEGERThe average transmitted code power on a DPCH channel for spreading factor 32.ME_NodeBFunction_Carrier_RadioLinks.pmDpchCodePowerSf32_9Sum 


    Radio_Link.Ericsson.UMTS.PDF_pmDpchCodePowerSf4

    pmDpchCodePowerSf4 PDF counters

    KPITypeData TypeDescriptionDerivationDefault AggregatorOther Aggregators
    pmDpchCodePowerSf4_0ACCUMULATIONINTEGERThe average transmitted code power on a DPCH channel for spreading factor 4.ME_NodeBFunction_Carrier_RadioLinks.pmDpchCodePowerSf4_0Sum 
    pmDpchCodePowerSf4_10ACCUMULATIONINTEGERThe average transmitted code power on a DPCH channel for spreading factor 4.ME_NodeBFunction_Carrier_RadioLinks.pmDpchCodePowerSf4_10Sum 
    pmDpchCodePowerSf4_11ACCUMULATIONINTEGERThe average transmitted code power on a DPCH channel for spreading factor 4.ME_NodeBFunction_Carrier_RadioLinks.pmDpchCodePowerSf4_11Sum 
    pmDpchCodePowerSf4_12ACCUMULATIONINTEGERThe average transmitted code power on a DPCH channel for spreading factor 4.ME_NodeBFunction_Carrier_RadioLinks.pmDpchCodePowerSf4_12Sum 
    pmDpchCodePowerSf4_13ACCUMULATIONINTEGERThe average transmitted code power on a DPCH channel for spreading factor 4.ME_NodeBFunction_Carrier_RadioLinks.pmDpchCodePowerSf4_13Sum 
    pmDpchCodePowerSf4_14ACCUMULATIONINTEGERThe average transmitted code power on a DPCH channel for spreading factor 4.ME_NodeBFunction_Carrier_RadioLinks.pmDpchCodePowerSf4_14Sum 
    pmDpchCodePowerSf4_15ACCUMULATIONINTEGERThe average transmitted code power on a DPCH channel for spreading factor 4.ME_NodeBFunction_Carrier_RadioLinks.pmDpchCodePowerSf4_15Sum 
    pmDpchCodePowerSf4_16ACCUMULATIONINTEGERThe average transmitted code power on a DPCH channel for spreading factor 4.ME_NodeBFunction_Carrier_RadioLinks.pmDpchCodePowerSf4_16Sum 
    pmDpchCodePowerSf4_17ACCUMULATIONINTEGERThe average transmitted code power on a DPCH channel for spreading factor 4.ME_NodeBFunction_Carrier_RadioLinks.pmDpchCodePowerSf4_17Sum 
    pmDpchCodePowerSf4_18ACCUMULATIONINTEGERThe average transmitted code power on a DPCH channel for spreading factor 4.ME_NodeBFunction_Carrier_RadioLinks.pmDpchCodePowerSf4_18Sum 
    pmDpchCodePowerSf4_19ACCUMULATIONINTEGERThe average transmitted code power on a DPCH channel for spreading factor 4.ME_NodeBFunction_Carrier_RadioLinks.pmDpchCodePowerSf4_19Sum 
    pmDpchCodePowerSf4_1ACCUMULATIONINTEGERThe average transmitted code power on a DPCH channel for spreading factor 4.ME_NodeBFunction_Carrier_RadioLinks.pmDpchCodePowerSf4_1Sum 
    pmDpchCodePowerSf4_20ACCUMULATIONINTEGERThe average transmitted code power on a DPCH channel for spreading factor 4.ME_NodeBFunction_Carrier_RadioLinks.pmDpchCodePowerSf4_20Sum 
    pmDpchCodePowerSf4_21ACCUMULATIONINTEGERThe average transmitted code power on a DPCH channel for spreading factor 4.ME_NodeBFunction_Carrier_RadioLinks.pmDpchCodePowerSf4_21Sum 
    pmDpchCodePowerSf4_22ACCUMULATIONINTEGERThe average transmitted code power on a DPCH channel for spreading factor 4.ME_NodeBFunction_Carrier_RadioLinks.pmDpchCodePowerSf4_22Sum 
    pmDpchCodePowerSf4_23ACCUMULATIONINTEGERThe average transmitted code power on a DPCH channel for spreading factor 4.ME_NodeBFunction_Carrier_RadioLinks.pmDpchCodePowerSf4_23Sum 
    pmDpchCodePowerSf4_24ACCUMULATIONINTEGERThe average transmitted code power on a DPCH channel for spreading factor 4.ME_NodeBFunction_Carrier_RadioLinks.pmDpchCodePowerSf4_24Sum 
    pmDpchCodePowerSf4_25ACCUMULATIONINTEGERThe average transmitted code power on a DPCH channel for spreading factor 4.ME_NodeBFunction_Carrier_RadioLinks.pmDpchCodePowerSf4_25Sum 
    pmDpchCodePowerSf4_26ACCUMULATIONINTEGERThe average transmitted code power on a DPCH channel for spreading factor 4.ME_NodeBFunction_Carrier_RadioLinks.pmDpchCodePowerSf4_26Sum 
    pmDpchCodePowerSf4_27ACCUMULATIONINTEGERThe average transmitted code power on a DPCH channel for spreading factor 4.ME_NodeBFunction_Carrier_RadioLinks.pmDpchCodePowerSf4_27Sum 
    pmDpchCodePowerSf4_28ACCUMULATIONINTEGERThe average transmitted code power on a DPCH channel for spreading factor 4.ME_NodeBFunction_Carrier_RadioLinks.pmDpchCodePowerSf4_28Sum 
    pmDpchCodePowerSf4_29ACCUMULATIONINTEGERThe average transmitted code power on a DPCH channel for spreading factor 4.ME_NodeBFunction_Carrier_RadioLinks.pmDpchCodePowerSf4_29Sum 
    pmDpchCodePowerSf4_2ACCUMULATIONINTEGERThe average transmitted code power on a DPCH channel for spreading factor 4.ME_NodeBFunction_Carrier_RadioLinks.pmDpchCodePowerSf4_2Sum 
    pmDpchCodePowerSf4_30ACCUMULATIONINTEGERThe average transmitted code power on a DPCH channel for spreading factor 4.ME_NodeBFunction_Carrier_RadioLinks.pmDpchCodePowerSf4_30Sum 
    pmDpchCodePowerSf4_31ACCUMULATIONINTEGERThe average transmitted code power on a DPCH channel for spreading factor 4.ME_NodeBFunction_Carrier_RadioLinks.pmDpchCodePowerSf4_31Sum 
    pmDpchCodePowerSf4_32ACCUMULATIONINTEGERThe average transmitted code power on a DPCH channel for spreading factor 4.ME_NodeBFunction_Carrier_RadioLinks.pmDpchCodePowerSf4_32Sum 
    pmDpchCodePowerSf4_33ACCUMULATIONINTEGERThe average transmitted code power on a DPCH channel for spreading factor 4.ME_NodeBFunction_Carrier_RadioLinks.pmDpchCodePowerSf4_33Sum 
    pmDpchCodePowerSf4_34ACCUMULATIONINTEGERThe average transmitted code power on a DPCH channel for spreading factor 4.ME_NodeBFunction_Carrier_RadioLinks.pmDpchCodePowerSf4_34Sum 
    pmDpchCodePowerSf4_35ACCUMULATIONINTEGERThe average transmitted code power on a DPCH channel for spreading factor 4.ME_NodeBFunction_Carrier_RadioLinks.pmDpchCodePowerSf4_35Sum 
    pmDpchCodePowerSf4_36ACCUMULATIONINTEGERThe average transmitted code power on a DPCH channel for spreading factor 4.ME_NodeBFunction_Carrier_RadioLinks.pmDpchCodePowerSf4_36Sum 
    pmDpchCodePowerSf4_37ACCUMULATIONINTEGERThe average transmitted code power on a DPCH channel for spreading factor 4.ME_NodeBFunction_Carrier_RadioLinks.pmDpchCodePowerSf4_37Sum 
    pmDpchCodePowerSf4_3ACCUMULATIONINTEGERThe average transmitted code power on a DPCH channel for spreading factor 4.ME_NodeBFunction_Carrier_RadioLinks.pmDpchCodePowerSf4_3Sum 
    pmDpchCodePowerSf4_4ACCUMULATIONINTEGERThe average transmitted code power on a DPCH channel for spreading factor 4.ME_NodeBFunction_Carrier_RadioLinks.pmDpchCodePowerSf4_4Sum 
    pmDpchCodePowerSf4_5ACCUMULATIONINTEGERThe average transmitted code power on a DPCH channel for spreading factor 4.ME_NodeBFunction_Carrier_RadioLinks.pmDpchCodePowerSf4_5Sum 
    pmDpchCodePowerSf4_6ACCUMULATIONINTEGERThe average transmitted code power on a DPCH channel for spreading factor 4.ME_NodeBFunction_Carrier_RadioLinks.pmDpchCodePowerSf4_6Sum 
    pmDpchCodePowerSf4_7ACCUMULATIONINTEGERThe average transmitted code power on a DPCH channel for spreading factor 4.ME_NodeBFunction_Carrier_RadioLinks.pmDpchCodePowerSf4_7Sum 
    pmDpchCodePowerSf4_8ACCUMULATIONINTEGERThe average transmitted code power on a DPCH channel for spreading factor 4.ME_NodeBFunction_Carrier_RadioLinks.pmDpchCodePowerSf4_8Sum 
    pmDpchCodePowerSf4_9ACCUMULATIONINTEGERThe average transmitted code power on a DPCH channel for spreading factor 4.ME_NodeBFunction_Carrier_RadioLinks.pmDpchCodePowerSf4_9Sum 


    Radio_Link.Ericsson.UMTS.PDF_pmDpchCodePowerSf64

    pmDpchCodePowerSf64 PDF counters

    KPITypeData TypeDescriptionDerivationDefault AggregatorOther Aggregators
    pmDpchCodePowerSf64_0ACCUMULATIONINTEGERThe average transmitted code power on a DPCH channel for spreading factor 64.ME_NodeBFunction_Carrier_RadioLinks.pmDpchCodePowerSf64_0Sum 
    pmDpchCodePowerSf64_10ACCUMULATIONINTEGERThe average transmitted code power on a DPCH channel for spreading factor 64.ME_NodeBFunction_Carrier_RadioLinks.pmDpchCodePowerSf64_10Sum 
    pmDpchCodePowerSf64_11ACCUMULATIONINTEGERThe average transmitted code power on a DPCH channel for spreading factor 64.ME_NodeBFunction_Carrier_RadioLinks.pmDpchCodePowerSf64_11Sum 
    pmDpchCodePowerSf64_12ACCUMULATIONINTEGERThe average transmitted code power on a DPCH channel for spreading factor 64.ME_NodeBFunction_Carrier_RadioLinks.pmDpchCodePowerSf64_12Sum 
    pmDpchCodePowerSf64_13ACCUMULATIONINTEGERThe average transmitted code power on a DPCH channel for spreading factor 64.ME_NodeBFunction_Carrier_RadioLinks.pmDpchCodePowerSf64_13Sum 
    pmDpchCodePowerSf64_14ACCUMULATIONINTEGERThe average transmitted code power on a DPCH channel for spreading factor 64.ME_NodeBFunction_Carrier_RadioLinks.pmDpchCodePowerSf64_14Sum 
    pmDpchCodePowerSf64_15ACCUMULATIONINTEGERThe average transmitted code power on a DPCH channel for spreading factor 64.ME_NodeBFunction_Carrier_RadioLinks.pmDpchCodePowerSf64_15Sum 
    pmDpchCodePowerSf64_16ACCUMULATIONINTEGERThe average transmitted code power on a DPCH channel for spreading factor 64.ME_NodeBFunction_Carrier_RadioLinks.pmDpchCodePowerSf64_16Sum 
    pmDpchCodePowerSf64_17ACCUMULATIONINTEGERThe average transmitted code power on a DPCH channel for spreading factor 64.ME_NodeBFunction_Carrier_RadioLinks.pmDpchCodePowerSf64_17Sum 
    pmDpchCodePowerSf64_18ACCUMULATIONINTEGERThe average transmitted code power on a DPCH channel for spreading factor 64.ME_NodeBFunction_Carrier_RadioLinks.pmDpchCodePowerSf64_18Sum 
    pmDpchCodePowerSf64_19ACCUMULATIONINTEGERThe average transmitted code power on a DPCH channel for spreading factor 64.ME_NodeBFunction_Carrier_RadioLinks.pmDpchCodePowerSf64_19Sum 
    pmDpchCodePowerSf64_1ACCUMULATIONINTEGERThe average transmitted code power on a DPCH channel for spreading factor 64.ME_NodeBFunction_Carrier_RadioLinks.pmDpchCodePowerSf64_1Sum 
    pmDpchCodePowerSf64_20ACCUMULATIONINTEGERThe average transmitted code power on a DPCH channel for spreading factor 64.ME_NodeBFunction_Carrier_RadioLinks.pmDpchCodePowerSf64_20Sum 
    pmDpchCodePowerSf64_21ACCUMULATIONINTEGERThe average transmitted code power on a DPCH channel for spreading factor 64.ME_NodeBFunction_Carrier_RadioLinks.pmDpchCodePowerSf64_21Sum 
    pmDpchCodePowerSf64_22ACCUMULATIONINTEGERThe average transmitted code power on a DPCH channel for spreading factor 64.ME_NodeBFunction_Carrier_RadioLinks.pmDpchCodePowerSf64_22Sum 
    pmDpchCodePowerSf64_23ACCUMULATIONINTEGERThe average transmitted code power on a DPCH channel for spreading factor 64.ME_NodeBFunction_Carrier_RadioLinks.pmDpchCodePowerSf64_23Sum 
    pmDpchCodePowerSf64_24ACCUMULATIONINTEGERThe average transmitted code power on a DPCH channel for spreading factor 64.ME_NodeBFunction_Carrier_RadioLinks.pmDpchCodePowerSf64_24Sum 
    pmDpchCodePowerSf64_25ACCUMULATIONINTEGERThe average transmitted code power on a DPCH channel for spreading factor 64.ME_NodeBFunction_Carrier_RadioLinks.pmDpchCodePowerSf64_25Sum 
    pmDpchCodePowerSf64_26ACCUMULATIONINTEGERThe average transmitted code power on a DPCH channel for spreading factor 64.ME_NodeBFunction_Carrier_RadioLinks.pmDpchCodePowerSf64_26Sum 
    pmDpchCodePowerSf64_27ACCUMULATIONINTEGERThe average transmitted code power on a DPCH channel for spreading factor 64.ME_NodeBFunction_Carrier_RadioLinks.pmDpchCodePowerSf64_27Sum 
    pmDpchCodePowerSf64_28ACCUMULATIONINTEGERThe average transmitted code power on a DPCH channel for spreading factor 64.ME_NodeBFunction_Carrier_RadioLinks.pmDpchCodePowerSf64_28Sum 
    pmDpchCodePowerSf64_29ACCUMULATIONINTEGERThe average transmitted code power on a DPCH channel for spreading factor 64.ME_NodeBFunction_Carrier_RadioLinks.pmDpchCodePowerSf64_29Sum 
    pmDpchCodePowerSf64_2ACCUMULATIONINTEGERThe average transmitted code power on a DPCH channel for spreading factor 64.ME_NodeBFunction_Carrier_RadioLinks.pmDpchCodePowerSf64_2Sum 
    pmDpchCodePowerSf64_30ACCUMULATIONINTEGERThe average transmitted code power on a DPCH channel for spreading factor 64.ME_NodeBFunction_Carrier_RadioLinks.pmDpchCodePowerSf64_30Sum 
    pmDpchCodePowerSf64_31ACCUMULATIONINTEGERThe average transmitted code power on a DPCH channel for spreading factor 64.ME_NodeBFunction_Carrier_RadioLinks.pmDpchCodePowerSf64_31Sum 
    pmDpchCodePowerSf64_32ACCUMULATIONINTEGERThe average transmitted code power on a DPCH channel for spreading factor 64.ME_NodeBFunction_Carrier_RadioLinks.pmDpchCodePowerSf64_32Sum 
    pmDpchCodePowerSf64_33ACCUMULATIONINTEGERThe average transmitted code power on a DPCH channel for spreading factor 64.ME_NodeBFunction_Carrier_RadioLinks.pmDpchCodePowerSf64_33Sum 
    pmDpchCodePowerSf64_34ACCUMULATIONINTEGERThe average transmitted code power on a DPCH channel for spreading factor 64.ME_NodeBFunction_Carrier_RadioLinks.pmDpchCodePowerSf64_34Sum 
    pmDpchCodePowerSf64_35ACCUMULATIONINTEGERThe average transmitted code power on a DPCH channel for spreading factor 64.ME_NodeBFunction_Carrier_RadioLinks.pmDpchCodePowerSf64_35Sum 
    pmDpchCodePowerSf64_36ACCUMULATIONINTEGERThe average transmitted code power on a DPCH channel for spreading factor 64.ME_NodeBFunction_Carrier_RadioLinks.pmDpchCodePowerSf64_36Sum 
    pmDpchCodePowerSf64_37ACCUMULATIONINTEGERThe average transmitted code power on a DPCH channel for spreading factor 64.ME_NodeBFunction_Carrier_RadioLinks.pmDpchCodePowerSf64_37Sum 
    pmDpchCodePowerSf64_3ACCUMULATIONINTEGERThe average transmitted code power on a DPCH channel for spreading factor 64.ME_NodeBFunction_Carrier_RadioLinks.pmDpchCodePowerSf64_3Sum 
    pmDpchCodePowerSf64_4ACCUMULATIONINTEGERThe average transmitted code power on a DPCH channel for spreading factor 64.ME_NodeBFunction_Carrier_RadioLinks.pmDpchCodePowerSf64_4Sum 
    pmDpchCodePowerSf64_5ACCUMULATIONINTEGERThe average transmitted code power on a DPCH channel for spreading factor 64.ME_NodeBFunction_Carrier_RadioLinks.pmDpchCodePowerSf64_5Sum 
    pmDpchCodePowerSf64_6ACCUMULATIONINTEGERThe average transmitted code power on a DPCH channel for spreading factor 64.ME_NodeBFunction_Carrier_RadioLinks.pmDpchCodePowerSf64_6Sum 
    pmDpchCodePowerSf64_7ACCUMULATIONINTEGERThe average transmitted code power on a DPCH channel for spreading factor 64.ME_NodeBFunction_Carrier_RadioLinks.pmDpchCodePowerSf64_7Sum 
    pmDpchCodePowerSf64_8ACCUMULATIONINTEGERThe average transmitted code power on a DPCH channel for spreading factor 64.ME_NodeBFunction_Carrier_RadioLinks.pmDpchCodePowerSf64_8Sum 
    pmDpchCodePowerSf64_9ACCUMULATIONINTEGERThe average transmitted code power on a DPCH channel for spreading factor 64.ME_NodeBFunction_Carrier_RadioLinks.pmDpchCodePowerSf64_9Sum 


    Radio_Link.Ericsson.UMTS.PDF_pmDpchCodePowerSf8

    pmDpchCodePowerSf8 PDF counters

    KPITypeData TypeDescriptionDerivationDefault AggregatorOther Aggregators
    pmDpchCodePowerSf8_0ACCUMULATIONINTEGERThe average transmitted code power on a DPCH channel for spreading factor 8.ME_NodeBFunction_Carrier_RadioLinks.pmDpchCodePowerSf8_0Sum 
    pmDpchCodePowerSf8_10ACCUMULATIONINTEGERThe average transmitted code power on a DPCH channel for spreading factor 8.ME_NodeBFunction_Carrier_RadioLinks.pmDpchCodePowerSf8_10Sum 
    pmDpchCodePowerSf8_11ACCUMULATIONINTEGERThe average transmitted code power on a DPCH channel for spreading factor 8.ME_NodeBFunction_Carrier_RadioLinks.pmDpchCodePowerSf8_11Sum 
    pmDpchCodePowerSf8_12ACCUMULATIONINTEGERThe average transmitted code power on a DPCH channel for spreading factor 8.ME_NodeBFunction_Carrier_RadioLinks.pmDpchCodePowerSf8_12Sum 
    pmDpchCodePowerSf8_13ACCUMULATIONINTEGERThe average transmitted code power on a DPCH channel for spreading factor 8.ME_NodeBFunction_Carrier_RadioLinks.pmDpchCodePowerSf8_13Sum 
    pmDpchCodePowerSf8_14ACCUMULATIONINTEGERThe average transmitted code power on a DPCH channel for spreading factor 8.ME_NodeBFunction_Carrier_RadioLinks.pmDpchCodePowerSf8_14Sum 
    pmDpchCodePowerSf8_15ACCUMULATIONINTEGERThe average transmitted code power on a DPCH channel for spreading factor 8.ME_NodeBFunction_Carrier_RadioLinks.pmDpchCodePowerSf8_15Sum 
    pmDpchCodePowerSf8_16ACCUMULATIONINTEGERThe average transmitted code power on a DPCH channel for spreading factor 8.ME_NodeBFunction_Carrier_RadioLinks.pmDpchCodePowerSf8_16Sum 
    pmDpchCodePowerSf8_17ACCUMULATIONINTEGERThe average transmitted code power on a DPCH channel for spreading factor 8.ME_NodeBFunction_Carrier_RadioLinks.pmDpchCodePowerSf8_17Sum 
    pmDpchCodePowerSf8_18ACCUMULATIONINTEGERThe average transmitted code power on a DPCH channel for spreading factor 8.ME_NodeBFunction_Carrier_RadioLinks.pmDpchCodePowerSf8_18Sum 
    pmDpchCodePowerSf8_19ACCUMULATIONINTEGERThe average transmitted code power on a DPCH channel for spreading factor 8.ME_NodeBFunction_Carrier_RadioLinks.pmDpchCodePowerSf8_19Sum 
    pmDpchCodePowerSf8_1ACCUMULATIONINTEGERThe average transmitted code power on a DPCH channel for spreading factor 8.ME_NodeBFunction_Carrier_RadioLinks.pmDpchCodePowerSf8_1Sum 
    pmDpchCodePowerSf8_20ACCUMULATIONINTEGERThe average transmitted code power on a DPCH channel for spreading factor 8.ME_NodeBFunction_Carrier_RadioLinks.pmDpchCodePowerSf8_20Sum 
    pmDpchCodePowerSf8_21ACCUMULATIONINTEGERThe average transmitted code power on a DPCH channel for spreading factor 8.ME_NodeBFunction_Carrier_RadioLinks.pmDpchCodePowerSf8_21Sum 
    pmDpchCodePowerSf8_22ACCUMULATIONINTEGERThe average transmitted code power on a DPCH channel for spreading factor 8.ME_NodeBFunction_Carrier_RadioLinks.pmDpchCodePowerSf8_22Sum 
    pmDpchCodePowerSf8_23ACCUMULATIONINTEGERThe average transmitted code power on a DPCH channel for spreading factor 8.ME_NodeBFunction_Carrier_RadioLinks.pmDpchCodePowerSf8_23Sum 
    pmDpchCodePowerSf8_24ACCUMULATIONINTEGERThe average transmitted code power on a DPCH channel for spreading factor 8.ME_NodeBFunction_Carrier_RadioLinks.pmDpchCodePowerSf8_24Sum 
    pmDpchCodePowerSf8_25ACCUMULATIONINTEGERThe average transmitted code power on a DPCH channel for spreading factor 8.ME_NodeBFunction_Carrier_RadioLinks.pmDpchCodePowerSf8_25Sum 
    pmDpchCodePowerSf8_26ACCUMULATIONINTEGERThe average transmitted code power on a DPCH channel for spreading factor 8.ME_NodeBFunction_Carrier_RadioLinks.pmDpchCodePowerSf8_26Sum 
    pmDpchCodePowerSf8_27ACCUMULATIONINTEGERThe average transmitted code power on a DPCH channel for spreading factor 8.ME_NodeBFunction_Carrier_RadioLinks.pmDpchCodePowerSf8_27Sum 
    pmDpchCodePowerSf8_28ACCUMULATIONINTEGERThe average transmitted code power on a DPCH channel for spreading factor 8.ME_NodeBFunction_Carrier_RadioLinks.pmDpchCodePowerSf8_28Sum 
    pmDpchCodePowerSf8_29ACCUMULATIONINTEGERThe average transmitted code power on a DPCH channel for spreading factor 8.ME_NodeBFunction_Carrier_RadioLinks.pmDpchCodePowerSf8_29Sum 
    pmDpchCodePowerSf8_2ACCUMULATIONINTEGERThe average transmitted code power on a DPCH channel for spreading factor 8.ME_NodeBFunction_Carrier_RadioLinks.pmDpchCodePowerSf8_2Sum 
    pmDpchCodePowerSf8_30ACCUMULATIONINTEGERThe average transmitted code power on a DPCH channel for spreading factor 8.ME_NodeBFunction_Carrier_RadioLinks.pmDpchCodePowerSf8_30Sum 
    pmDpchCodePowerSf8_31ACCUMULATIONINTEGERThe average transmitted code power on a DPCH channel for spreading factor 8.ME_NodeBFunction_Carrier_RadioLinks.pmDpchCodePowerSf8_31Sum 
    pmDpchCodePowerSf8_32ACCUMULATIONINTEGERThe average transmitted code power on a DPCH channel for spreading factor 8.ME_NodeBFunction_Carrier_RadioLinks.pmDpchCodePowerSf8_32Sum 
    pmDpchCodePowerSf8_33ACCUMULATIONINTEGERThe average transmitted code power on a DPCH channel for spreading factor 8.ME_NodeBFunction_Carrier_RadioLinks.pmDpchCodePowerSf8_33Sum 
    pmDpchCodePowerSf8_34ACCUMULATIONINTEGERThe average transmitted code power on a DPCH channel for spreading factor 8.ME_NodeBFunction_Carrier_RadioLinks.pmDpchCodePowerSf8_34Sum 
    pmDpchCodePowerSf8_35ACCUMULATIONINTEGERThe average transmitted code power on a DPCH channel for spreading factor 8.ME_NodeBFunction_Carrier_RadioLinks.pmDpchCodePowerSf8_35Sum 
    pmDpchCodePowerSf8_36ACCUMULATIONINTEGERThe average transmitted code power on a DPCH channel for spreading factor 8.ME_NodeBFunction_Carrier_RadioLinks.pmDpchCodePowerSf8_36Sum 
    pmDpchCodePowerSf8_37ACCUMULATIONINTEGERThe average transmitted code power on a DPCH channel for spreading factor 8.ME_NodeBFunction_Carrier_RadioLinks.pmDpchCodePowerSf8_37Sum 
    pmDpchCodePowerSf8_3ACCUMULATIONINTEGERThe average transmitted code power on a DPCH channel for spreading factor 8.ME_NodeBFunction_Carrier_RadioLinks.pmDpchCodePowerSf8_3Sum 
    pmDpchCodePowerSf8_4ACCUMULATIONINTEGERThe average transmitted code power on a DPCH channel for spreading factor 8.ME_NodeBFunction_Carrier_RadioLinks.pmDpchCodePowerSf8_4Sum 
    pmDpchCodePowerSf8_5ACCUMULATIONINTEGERThe average transmitted code power on a DPCH channel for spreading factor 8.ME_NodeBFunction_Carrier_RadioLinks.pmDpchCodePowerSf8_5Sum 
    pmDpchCodePowerSf8_6ACCUMULATIONINTEGERThe average transmitted code power on a DPCH channel for spreading factor 8.ME_NodeBFunction_Carrier_RadioLinks.pmDpchCodePowerSf8_6Sum 
    pmDpchCodePowerSf8_7ACCUMULATIONINTEGERThe average transmitted code power on a DPCH channel for spreading factor 8.ME_NodeBFunction_Carrier_RadioLinks.pmDpchCodePowerSf8_7Sum 
    pmDpchCodePowerSf8_8ACCUMULATIONINTEGERThe average transmitted code power on a DPCH channel for spreading factor 8.ME_NodeBFunction_Carrier_RadioLinks.pmDpchCodePowerSf8_8Sum 
    pmDpchCodePowerSf8_9ACCUMULATIONINTEGERThe average transmitted code power on a DPCH channel for spreading factor 8.ME_NodeBFunction_Carrier_RadioLinks.pmDpchCodePowerSf8_9Sum 


    Radio_Link.Ericsson.UMTS.PDF_pmDpdchBer

    pmDpdchBer PDF counters

    KPITypeData TypeDescriptionDerivationDefault AggregatorOther Aggregators
    pmDpdchBer_0ACCUMULATIONINTEGERThe average BER for a transport channel carried by a DPDCH physical channel. Note that the values will contain DPCCH BER when it is not possible to measure DPDCH (no data on the TrCH). Measurement is performed on RadioLinkSet not on RadioLink - ie after RadioLink combination in UpLink.ME_NodeBFunction_Carrier_RadioLinks.pmDpdchBer_0Sum 
    pmDpdchBer_10ACCUMULATIONINTEGERThe average BER for a transport channel carried by a DPDCH physical channel. Note that the values will contain DPCCH BER when it is not possible to measure DPDCH (no data on the TrCH). Measurement is performed on RadioLinkSet not on RadioLink - ie after RadioLink combination in UpLink.ME_NodeBFunction_Carrier_RadioLinks.pmDpdchBer_10Sum 
    pmDpdchBer_11ACCUMULATIONINTEGERThe average BER for a transport channel carried by a DPDCH physical channel. Note that the values will contain DPCCH BER when it is not possible to measure DPDCH (no data on the TrCH). Measurement is performed on RadioLinkSet not on RadioLink - ie after RadioLink combination in UpLink.ME_NodeBFunction_Carrier_RadioLinks.pmDpdchBer_11Sum 
    pmDpdchBer_12ACCUMULATIONINTEGERThe average BER for a transport channel carried by a DPDCH physical channel. Note that the values will contain DPCCH BER when it is not possible to measure DPDCH (no data on the TrCH). Measurement is performed on RadioLinkSet not on RadioLink - ie after RadioLink combination in UpLink.ME_NodeBFunction_Carrier_RadioLinks.pmDpdchBer_12Sum 
    pmDpdchBer_13ACCUMULATIONINTEGERThe average BER for a transport channel carried by a DPDCH physical channel. Note that the values will contain DPCCH BER when it is not possible to measure DPDCH (no data on the TrCH). Measurement is performed on RadioLinkSet not on RadioLink - ie after RadioLink combination in UpLink.ME_NodeBFunction_Carrier_RadioLinks.pmDpdchBer_13Sum 
    pmDpdchBer_14ACCUMULATIONINTEGERThe average BER for a transport channel carried by a DPDCH physical channel. Note that the values will contain DPCCH BER when it is not possible to measure DPDCH (no data on the TrCH). Measurement is performed on RadioLinkSet not on RadioLink - ie after RadioLink combination in UpLink.ME_NodeBFunction_Carrier_RadioLinks.pmDpdchBer_14Sum 
    pmDpdchBer_15ACCUMULATIONINTEGERThe average BER for a transport channel carried by a DPDCH physical channel. Note that the values will contain DPCCH BER when it is not possible to measure DPDCH (no data on the TrCH). Measurement is performed on RadioLinkSet not on RadioLink - ie after RadioLink combination in UpLink.ME_NodeBFunction_Carrier_RadioLinks.pmDpdchBer_15Sum 
    pmDpdchBer_16ACCUMULATIONINTEGERThe average BER for a transport channel carried by a DPDCH physical channel. Note that the values will contain DPCCH BER when it is not possible to measure DPDCH (no data on the TrCH). Measurement is performed on RadioLinkSet not on RadioLink - ie after RadioLink combination in UpLink.ME_NodeBFunction_Carrier_RadioLinks.pmDpdchBer_16Sum 
    pmDpdchBer_17ACCUMULATIONINTEGERThe average BER for a transport channel carried by a DPDCH physical channel. Note that the values will contain DPCCH BER when it is not possible to measure DPDCH (no data on the TrCH). Measurement is performed on RadioLinkSet not on RadioLink - ie after RadioLink combination in UpLink.ME_NodeBFunction_Carrier_RadioLinks.pmDpdchBer_17Sum 
    pmDpdchBer_18ACCUMULATIONINTEGERThe average BER for a transport channel carried by a DPDCH physical channel. Note that the values will contain DPCCH BER when it is not possible to measure DPDCH (no data on the TrCH). Measurement is performed on RadioLinkSet not on RadioLink - ie after RadioLink combination in UpLink.ME_NodeBFunction_Carrier_RadioLinks.pmDpdchBer_18Sum 
    pmDpdchBer_19ACCUMULATIONINTEGERThe average BER for a transport channel carried by a DPDCH physical channel. Note that the values will contain DPCCH BER when it is not possible to measure DPDCH (no data on the TrCH). Measurement is performed on RadioLinkSet not on RadioLink - ie after RadioLink combination in UpLink.ME_NodeBFunction_Carrier_RadioLinks.pmDpdchBer_19Sum 
    pmDpdchBer_1ACCUMULATIONINTEGERThe average BER for a transport channel carried by a DPDCH physical channel. Note that the values will contain DPCCH BER when it is not possible to measure DPDCH (no data on the TrCH). Measurement is performed on RadioLinkSet not on RadioLink - ie after RadioLink combination in UpLink.ME_NodeBFunction_Carrier_RadioLinks.pmDpdchBer_1Sum 
    pmDpdchBer_20ACCUMULATIONINTEGERThe average BER for a transport channel carried by a DPDCH physical channel. Note that the values will contain DPCCH BER when it is not possible to measure DPDCH (no data on the TrCH). Measurement is performed on RadioLinkSet not on RadioLink - ie after RadioLink combination in UpLink.ME_NodeBFunction_Carrier_RadioLinks.pmDpdchBer_20Sum 
    pmDpdchBer_21ACCUMULATIONINTEGERThe average BER for a transport channel carried by a DPDCH physical channel. Note that the values will contain DPCCH BER when it is not possible to measure DPDCH (no data on the TrCH). Measurement is performed on RadioLinkSet not on RadioLink - ie after RadioLink combination in UpLink.ME_NodeBFunction_Carrier_RadioLinks.pmDpdchBer_21Sum 
    pmDpdchBer_22ACCUMULATIONINTEGERThe average BER for a transport channel carried by a DPDCH physical channel. Note that the values will contain DPCCH BER when it is not possible to measure DPDCH (no data on the TrCH). Measurement is performed on RadioLinkSet not on RadioLink - ie after RadioLink combination in UpLink.ME_NodeBFunction_Carrier_RadioLinks.pmDpdchBer_22Sum 
    pmDpdchBer_23ACCUMULATIONINTEGERThe average BER for a transport channel carried by a DPDCH physical channel. Note that the values will contain DPCCH BER when it is not possible to measure DPDCH (no data on the TrCH). Measurement is performed on RadioLinkSet not on RadioLink - ie after RadioLink combination in UpLink.ME_NodeBFunction_Carrier_RadioLinks.pmDpdchBer_23Sum 
    pmDpdchBer_24ACCUMULATIONINTEGERThe average BER for a transport channel carried by a DPDCH physical channel. Note that the values will contain DPCCH BER when it is not possible to measure DPDCH (no data on the TrCH). Measurement is performed on RadioLinkSet not on RadioLink - ie after RadioLink combination in UpLink.ME_NodeBFunction_Carrier_RadioLinks.pmDpdchBer_24Sum 
    pmDpdchBer_2ACCUMULATIONINTEGERThe average BER for a transport channel carried by a DPDCH physical channel. Note that the values will contain DPCCH BER when it is not possible to measure DPDCH (no data on the TrCH). Measurement is performed on RadioLinkSet not on RadioLink - ie after RadioLink combination in UpLink.ME_NodeBFunction_Carrier_RadioLinks.pmDpdchBer_2Sum 
    pmDpdchBer_3ACCUMULATIONINTEGERThe average BER for a transport channel carried by a DPDCH physical channel. Note that the values will contain DPCCH BER when it is not possible to measure DPDCH (no data on the TrCH). Measurement is performed on RadioLinkSet not on RadioLink - ie after RadioLink combination in UpLink.ME_NodeBFunction_Carrier_RadioLinks.pmDpdchBer_3Sum 
    pmDpdchBer_4ACCUMULATIONINTEGERThe average BER for a transport channel carried by a DPDCH physical channel. Note that the values will contain DPCCH BER when it is not possible to measure DPDCH (no data on the TrCH). Measurement is performed on RadioLinkSet not on RadioLink - ie after RadioLink combination in UpLink.ME_NodeBFunction_Carrier_RadioLinks.pmDpdchBer_4Sum 
    pmDpdchBer_5ACCUMULATIONINTEGERThe average BER for a transport channel carried by a DPDCH physical channel. Note that the values will contain DPCCH BER when it is not possible to measure DPDCH (no data on the TrCH). Measurement is performed on RadioLinkSet not on RadioLink - ie after RadioLink combination in UpLink.ME_NodeBFunction_Carrier_RadioLinks.pmDpdchBer_5Sum 
    pmDpdchBer_6ACCUMULATIONINTEGERThe average BER for a transport channel carried by a DPDCH physical channel. Note that the values will contain DPCCH BER when it is not possible to measure DPDCH (no data on the TrCH). Measurement is performed on RadioLinkSet not on RadioLink - ie after RadioLink combination in UpLink.ME_NodeBFunction_Carrier_RadioLinks.pmDpdchBer_6Sum 
    pmDpdchBer_7ACCUMULATIONINTEGERThe average BER for a transport channel carried by a DPDCH physical channel. Note that the values will contain DPCCH BER when it is not possible to measure DPDCH (no data on the TrCH). Measurement is performed on RadioLinkSet not on RadioLink - ie after RadioLink combination in UpLink.ME_NodeBFunction_Carrier_RadioLinks.pmDpdchBer_7Sum 
    pmDpdchBer_8ACCUMULATIONINTEGERThe average BER for a transport channel carried by a DPDCH physical channel. Note that the values will contain DPCCH BER when it is not possible to measure DPDCH (no data on the TrCH). Measurement is performed on RadioLinkSet not on RadioLink - ie after RadioLink combination in UpLink.ME_NodeBFunction_Carrier_RadioLinks.pmDpdchBer_8Sum 
    pmDpdchBer_9ACCUMULATIONINTEGERThe average BER for a transport channel carried by a DPDCH physical channel. Note that the values will contain DPCCH BER when it is not possible to measure DPDCH (no data on the TrCH). Measurement is performed on RadioLinkSet not on RadioLink - ie after RadioLink combination in UpLink.ME_NodeBFunction_Carrier_RadioLinks.pmDpdchBer_9Sum 


    Radio_Link.Ericsson.UMTS.PDF_pmOutOfSynch

    pmOutOfSynch PDF counters

    KPITypeData TypeDescriptionDerivationDefault AggregatorOther Aggregators
    pmOutOfSynch_0ACCUMULATIONINTEGERDuration of out-of-sync. Reported for all Radio Link Sets (RLSs) activated during the granularity period. Measurement is performed on RLS, not on Radio Link (RL) - that is, after RL combination in uplink.ME_NodeBFunction_Carrier_RadioLinks.pmOutOfSynch_0Sum 
    pmOutOfSynch_10ACCUMULATIONINTEGERDuration of out-of-sync. Reported for all Radio Link Sets (RLSs) activated during the granularity period. Measurement is performed on RLS, not on Radio Link (RL) - that is, after RL combination in uplink.ME_NodeBFunction_Carrier_RadioLinks.pmOutOfSynch_10Sum 
    pmOutOfSynch_11ACCUMULATIONINTEGERDuration of out-of-sync. Reported for all Radio Link Sets (RLSs) activated during the granularity period. Measurement is performed on RLS, not on Radio Link (RL) - that is, after RL combination in uplink.ME_NodeBFunction_Carrier_RadioLinks.pmOutOfSynch_11Sum 
    pmOutOfSynch_12ACCUMULATIONINTEGERDuration of out-of-sync. Reported for all Radio Link Sets (RLSs) activated during the granularity period. Measurement is performed on RLS, not on Radio Link (RL) - that is, after RL combination in uplink.ME_NodeBFunction_Carrier_RadioLinks.pmOutOfSynch_12Sum 
    pmOutOfSynch_13ACCUMULATIONINTEGERDuration of out-of-sync. Reported for all Radio Link Sets (RLSs) activated during the granularity period. Measurement is performed on RLS, not on Radio Link (RL) - that is, after RL combination in uplink.ME_NodeBFunction_Carrier_RadioLinks.pmOutOfSynch_13Sum 
    pmOutOfSynch_14ACCUMULATIONINTEGERDuration of out-of-sync. Reported for all Radio Link Sets (RLSs) activated during the granularity period. Measurement is performed on RLS, not on Radio Link (RL) - that is, after RL combination in uplink.ME_NodeBFunction_Carrier_RadioLinks.pmOutOfSynch_14Sum 
    pmOutOfSynch_15ACCUMULATIONINTEGERDuration of out-of-sync. Reported for all Radio Link Sets (RLSs) activated during the granularity period. Measurement is performed on RLS, not on Radio Link (RL) - that is, after RL combination in uplink.ME_NodeBFunction_Carrier_RadioLinks.pmOutOfSynch_15Sum 
    pmOutOfSynch_16ACCUMULATIONINTEGERDuration of out-of-sync. Reported for all Radio Link Sets (RLSs) activated during the granularity period. Measurement is performed on RLS, not on Radio Link (RL) - that is, after RL combination in uplink.ME_NodeBFunction_Carrier_RadioLinks.pmOutOfSynch_16Sum 
    pmOutOfSynch_17ACCUMULATIONINTEGERDuration of out-of-sync. Reported for all Radio Link Sets (RLSs) activated during the granularity period. Measurement is performed on RLS, not on Radio Link (RL) - that is, after RL combination in uplink.ME_NodeBFunction_Carrier_RadioLinks.pmOutOfSynch_17Sum 
    pmOutOfSynch_18ACCUMULATIONINTEGERDuration of out-of-sync. Reported for all Radio Link Sets (RLSs) activated during the granularity period. Measurement is performed on RLS, not on Radio Link (RL) - that is, after RL combination in uplink.ME_NodeBFunction_Carrier_RadioLinks.pmOutOfSynch_18Sum 
    pmOutOfSynch_19ACCUMULATIONINTEGERDuration of out-of-sync. Reported for all Radio Link Sets (RLSs) activated during the granularity period. Measurement is performed on RLS, not on Radio Link (RL) - that is, after RL combination in uplink.ME_NodeBFunction_Carrier_RadioLinks.pmOutOfSynch_19Sum 
    pmOutOfSynch_1ACCUMULATIONINTEGERDuration of out-of-sync. Reported for all Radio Link Sets (RLSs) activated during the granularity period. Measurement is performed on RLS, not on Radio Link (RL) - that is, after RL combination in uplink.ME_NodeBFunction_Carrier_RadioLinks.pmOutOfSynch_1Sum 
    pmOutOfSynch_20ACCUMULATIONINTEGERDuration of out-of-sync. Reported for all Radio Link Sets (RLSs) activated during the granularity period. Measurement is performed on RLS, not on Radio Link (RL) - that is, after RL combination in uplink.ME_NodeBFunction_Carrier_RadioLinks.pmOutOfSynch_20Sum 
    pmOutOfSynch_21ACCUMULATIONINTEGERDuration of out-of-sync. Reported for all Radio Link Sets (RLSs) activated during the granularity period. Measurement is performed on RLS, not on Radio Link (RL) - that is, after RL combination in uplink.ME_NodeBFunction_Carrier_RadioLinks.pmOutOfSynch_21Sum 
    pmOutOfSynch_22ACCUMULATIONINTEGERDuration of out-of-sync. Reported for all Radio Link Sets (RLSs) activated during the granularity period. Measurement is performed on RLS, not on Radio Link (RL) - that is, after RL combination in uplink.ME_NodeBFunction_Carrier_RadioLinks.pmOutOfSynch_22Sum 
    pmOutOfSynch_23ACCUMULATIONINTEGERDuration of out-of-sync. Reported for all Radio Link Sets (RLSs) activated during the granularity period. Measurement is performed on RLS, not on Radio Link (RL) - that is, after RL combination in uplink.ME_NodeBFunction_Carrier_RadioLinks.pmOutOfSynch_23Sum 
    pmOutOfSynch_24ACCUMULATIONINTEGERDuration of out-of-sync. Reported for all Radio Link Sets (RLSs) activated during the granularity period. Measurement is performed on RLS, not on Radio Link (RL) - that is, after RL combination in uplink.ME_NodeBFunction_Carrier_RadioLinks.pmOutOfSynch_24Sum 
    pmOutOfSynch_25ACCUMULATIONINTEGERDuration of out-of-sync. Reported for all Radio Link Sets (RLSs) activated during the granularity period. Measurement is performed on RLS, not on Radio Link (RL) - that is, after RL combination in uplink.ME_NodeBFunction_Carrier_RadioLinks.pmOutOfSynch_25Sum 
    pmOutOfSynch_26ACCUMULATIONINTEGERDuration of out-of-sync. Reported for all Radio Link Sets (RLSs) activated during the granularity period. Measurement is performed on RLS, not on Radio Link (RL) - that is, after RL combination in uplink.ME_NodeBFunction_Carrier_RadioLinks.pmOutOfSynch_26Sum 
    pmOutOfSynch_27ACCUMULATIONINTEGERDuration of out-of-sync. Reported for all Radio Link Sets (RLSs) activated during the granularity period. Measurement is performed on RLS, not on Radio Link (RL) - that is, after RL combination in uplink.ME_NodeBFunction_Carrier_RadioLinks.pmOutOfSynch_27Sum 
    pmOutOfSynch_28ACCUMULATIONINTEGERDuration of out-of-sync. Reported for all Radio Link Sets (RLSs) activated during the granularity period. Measurement is performed on RLS, not on Radio Link (RL) - that is, after RL combination in uplink.ME_NodeBFunction_Carrier_RadioLinks.pmOutOfSynch_28Sum 
    pmOutOfSynch_29ACCUMULATIONINTEGERDuration of out-of-sync. Reported for all Radio Link Sets (RLSs) activated during the granularity period. Measurement is performed on RLS, not on Radio Link (RL) - that is, after RL combination in uplink.ME_NodeBFunction_Carrier_RadioLinks.pmOutOfSynch_29Sum 
    pmOutOfSynch_2ACCUMULATIONINTEGERDuration of out-of-sync. Reported for all Radio Link Sets (RLSs) activated during the granularity period. Measurement is performed on RLS, not on Radio Link (RL) - that is, after RL combination in uplink.ME_NodeBFunction_Carrier_RadioLinks.pmOutOfSynch_2Sum 
    pmOutOfSynch_30ACCUMULATIONINTEGERDuration of out-of-sync. Reported for all Radio Link Sets (RLSs) activated during the granularity period. Measurement is performed on RLS, not on Radio Link (RL) - that is, after RL combination in uplink.ME_NodeBFunction_Carrier_RadioLinks.pmOutOfSynch_30Sum 
    pmOutOfSynch_31ACCUMULATIONINTEGERDuration of out-of-sync. Reported for all Radio Link Sets (RLSs) activated during the granularity period. Measurement is performed on RLS, not on Radio Link (RL) - that is, after RL combination in uplink.ME_NodeBFunction_Carrier_RadioLinks.pmOutOfSynch_31Sum 
    pmOutOfSynch_32ACCUMULATIONINTEGERDuration of out-of-sync. Reported for all Radio Link Sets (RLSs) activated during the granularity period. Measurement is performed on RLS, not on Radio Link (RL) - that is, after RL combination in uplink.ME_NodeBFunction_Carrier_RadioLinks.pmOutOfSynch_32Sum 
    pmOutOfSynch_33ACCUMULATIONINTEGERDuration of out-of-sync. Reported for all Radio Link Sets (RLSs) activated during the granularity period. Measurement is performed on RLS, not on Radio Link (RL) - that is, after RL combination in uplink.ME_NodeBFunction_Carrier_RadioLinks.pmOutOfSynch_33Sum 
    pmOutOfSynch_34ACCUMULATIONINTEGERDuration of out-of-sync. Reported for all Radio Link Sets (RLSs) activated during the granularity period. Measurement is performed on RLS, not on Radio Link (RL) - that is, after RL combination in uplink.ME_NodeBFunction_Carrier_RadioLinks.pmOutOfSynch_34Sum 
    pmOutOfSynch_35ACCUMULATIONINTEGERDuration of out-of-sync. Reported for all Radio Link Sets (RLSs) activated during the granularity period. Measurement is performed on RLS, not on Radio Link (RL) - that is, after RL combination in uplink.ME_NodeBFunction_Carrier_RadioLinks.pmOutOfSynch_35Sum 
    pmOutOfSynch_36ACCUMULATIONINTEGERDuration of out-of-sync. Reported for all Radio Link Sets (RLSs) activated during the granularity period. Measurement is performed on RLS, not on Radio Link (RL) - that is, after RL combination in uplink.ME_NodeBFunction_Carrier_RadioLinks.pmOutOfSynch_36Sum 
    pmOutOfSynch_37ACCUMULATIONINTEGERDuration of out-of-sync. Reported for all Radio Link Sets (RLSs) activated during the granularity period. Measurement is performed on RLS, not on Radio Link (RL) - that is, after RL combination in uplink.ME_NodeBFunction_Carrier_RadioLinks.pmOutOfSynch_37Sum 
    pmOutOfSynch_38ACCUMULATIONINTEGERDuration of out-of-sync. Reported for all Radio Link Sets (RLSs) activated during the granularity period. Measurement is performed on RLS, not on Radio Link (RL) - that is, after RL combination in uplink.ME_NodeBFunction_Carrier_RadioLinks.pmOutOfSynch_38Sum 
    pmOutOfSynch_39ACCUMULATIONINTEGERDuration of out-of-sync. Reported for all Radio Link Sets (RLSs) activated during the granularity period. Measurement is performed on RLS, not on Radio Link (RL) - that is, after RL combination in uplink.ME_NodeBFunction_Carrier_RadioLinks.pmOutOfSynch_39Sum 
    pmOutOfSynch_3ACCUMULATIONINTEGERDuration of out-of-sync. Reported for all Radio Link Sets (RLSs) activated during the granularity period. Measurement is performed on RLS, not on Radio Link (RL) - that is, after RL combination in uplink.ME_NodeBFunction_Carrier_RadioLinks.pmOutOfSynch_3Sum 
    pmOutOfSynch_40ACCUMULATIONINTEGERDuration of out-of-sync. Reported for all Radio Link Sets (RLSs) activated during the granularity period. Measurement is performed on RLS, not on Radio Link (RL) - that is, after RL combination in uplink.ME_NodeBFunction_Carrier_RadioLinks.pmOutOfSynch_40Sum 
    pmOutOfSynch_41ACCUMULATIONINTEGERDuration of out-of-sync. Reported for all Radio Link Sets (RLSs) activated during the granularity period. Measurement is performed on RLS, not on Radio Link (RL) - that is, after RL combination in uplink.ME_NodeBFunction_Carrier_RadioLinks.pmOutOfSynch_41Sum 
    pmOutOfSynch_42ACCUMULATIONINTEGERDuration of out-of-sync. Reported for all Radio Link Sets (RLSs) activated during the granularity period. Measurement is performed on RLS, not on Radio Link (RL) - that is, after RL combination in uplink.ME_NodeBFunction_Carrier_RadioLinks.pmOutOfSynch_42Sum 
    pmOutOfSynch_43ACCUMULATIONINTEGERDuration of out-of-sync. Reported for all Radio Link Sets (RLSs) activated during the granularity period. Measurement is performed on RLS, not on Radio Link (RL) - that is, after RL combination in uplink.ME_NodeBFunction_Carrier_RadioLinks.pmOutOfSynch_43Sum 
    pmOutOfSynch_44ACCUMULATIONINTEGERDuration of out-of-sync. Reported for all Radio Link Sets (RLSs) activated during the granularity period. Measurement is performed on RLS, not on Radio Link (RL) - that is, after RL combination in uplink.ME_NodeBFunction_Carrier_RadioLinks.pmOutOfSynch_44Sum 
    pmOutOfSynch_45ACCUMULATIONINTEGERDuration of out-of-sync. Reported for all Radio Link Sets (RLSs) activated during the granularity period. Measurement is performed on RLS, not on Radio Link (RL) - that is, after RL combination in uplink.ME_NodeBFunction_Carrier_RadioLinks.pmOutOfSynch_45Sum 
    pmOutOfSynch_46ACCUMULATIONINTEGERDuration of out-of-sync. Reported for all Radio Link Sets (RLSs) activated during the granularity period. Measurement is performed on RLS, not on Radio Link (RL) - that is, after RL combination in uplink.ME_NodeBFunction_Carrier_RadioLinks.pmOutOfSynch_46Sum 
    pmOutOfSynch_47ACCUMULATIONINTEGERDuration of out-of-sync. Reported for all Radio Link Sets (RLSs) activated during the granularity period. Measurement is performed on RLS, not on Radio Link (RL) - that is, after RL combination in uplink.ME_NodeBFunction_Carrier_RadioLinks.pmOutOfSynch_47Sum 
    pmOutOfSynch_48ACCUMULATIONINTEGERDuration of out-of-sync. Reported for all Radio Link Sets (RLSs) activated during the granularity period. Measurement is performed on RLS, not on Radio Link (RL) - that is, after RL combination in uplink.ME_NodeBFunction_Carrier_RadioLinks.pmOutOfSynch_48Sum 
    pmOutOfSynch_49ACCUMULATIONINTEGERDuration of out-of-sync. Reported for all Radio Link Sets (RLSs) activated during the granularity period. Measurement is performed on RLS, not on Radio Link (RL) - that is, after RL combination in uplink.ME_NodeBFunction_Carrier_RadioLinks.pmOutOfSynch_49Sum 
    pmOutOfSynch_4ACCUMULATIONINTEGERDuration of out-of-sync. Reported for all Radio Link Sets (RLSs) activated during the granularity period. Measurement is performed on RLS, not on Radio Link (RL) - that is, after RL combination in uplink.ME_NodeBFunction_Carrier_RadioLinks.pmOutOfSynch_4Sum 
    pmOutOfSynch_5ACCUMULATIONINTEGERDuration of out-of-sync. Reported for all Radio Link Sets (RLSs) activated during the granularity period. Measurement is performed on RLS, not on Radio Link (RL) - that is, after RL combination in uplink.ME_NodeBFunction_Carrier_RadioLinks.pmOutOfSynch_5Sum 
    pmOutOfSynch_6ACCUMULATIONINTEGERDuration of out-of-sync. Reported for all Radio Link Sets (RLSs) activated during the granularity period. Measurement is performed on RLS, not on Radio Link (RL) - that is, after RL combination in uplink.ME_NodeBFunction_Carrier_RadioLinks.pmOutOfSynch_6Sum 
    pmOutOfSynch_7ACCUMULATIONINTEGERDuration of out-of-sync. Reported for all Radio Link Sets (RLSs) activated during the granularity period. Measurement is performed on RLS, not on Radio Link (RL) - that is, after RL combination in uplink.ME_NodeBFunction_Carrier_RadioLinks.pmOutOfSynch_7Sum 
    pmOutOfSynch_8ACCUMULATIONINTEGERDuration of out-of-sync. Reported for all Radio Link Sets (RLSs) activated during the granularity period. Measurement is performed on RLS, not on Radio Link (RL) - that is, after RL combination in uplink.ME_NodeBFunction_Carrier_RadioLinks.pmOutOfSynch_8Sum 
    pmOutOfSynch_9ACCUMULATIONINTEGERDuration of out-of-sync. Reported for all Radio Link Sets (RLSs) activated during the granularity period. Measurement is performed on RLS, not on Radio Link (RL) - that is, after RL combination in uplink.ME_NodeBFunction_Carrier_RadioLinks.pmOutOfSynch_9Sum 


    Radio_Link.Ericsson.UMTS.PDF_pmUlSynchTime

    pmUlSynchTime PDF counters

    KPITypeData TypeDescriptionDerivationDefault AggregatorOther Aggregators
    pmUlSynchTime_0ACCUMULATIONINTEGERThe synchronization time between DL TX resource assignment (when AAL2 connection is established over Iub) and achievement of UL synchronization for RL, which belongs to first RLS.ME_NodeBFunction_Carrier_RadioLinks.pmUlSynchTime_0Sum 
    pmUlSynchTime_10ACCUMULATIONINTEGERThe synchronization time between DL TX resource assignment (when AAL2 connection is established over Iub) and achievement of UL synchronization for RL, which belongs to first RLS.ME_NodeBFunction_Carrier_RadioLinks.pmUlSynchTime_10Sum 
    pmUlSynchTime_11ACCUMULATIONINTEGERThe synchronization time between DL TX resource assignment (when AAL2 connection is established over Iub) and achievement of UL synchronization for RL, which belongs to first RLS.ME_NodeBFunction_Carrier_RadioLinks.pmUlSynchTime_11Sum 
    pmUlSynchTime_12ACCUMULATIONINTEGERThe synchronization time between DL TX resource assignment (when AAL2 connection is established over Iub) and achievement of UL synchronization for RL, which belongs to first RLS.ME_NodeBFunction_Carrier_RadioLinks.pmUlSynchTime_12Sum 
    pmUlSynchTime_13ACCUMULATIONINTEGERThe synchronization time between DL TX resource assignment (when AAL2 connection is established over Iub) and achievement of UL synchronization for RL, which belongs to first RLS.ME_NodeBFunction_Carrier_RadioLinks.pmUlSynchTime_13Sum 
    pmUlSynchTime_14ACCUMULATIONINTEGERThe synchronization time between DL TX resource assignment (when AAL2 connection is established over Iub) and achievement of UL synchronization for RL, which belongs to first RLS.ME_NodeBFunction_Carrier_RadioLinks.pmUlSynchTime_14Sum 
    pmUlSynchTime_15ACCUMULATIONINTEGERThe synchronization time between DL TX resource assignment (when AAL2 connection is established over Iub) and achievement of UL synchronization for RL, which belongs to first RLS.ME_NodeBFunction_Carrier_RadioLinks.pmUlSynchTime_15Sum 
    pmUlSynchTime_1ACCUMULATIONINTEGERThe synchronization time between DL TX resource assignment (when AAL2 connection is established over Iub) and achievement of UL synchronization for RL, which belongs to first RLS.ME_NodeBFunction_Carrier_RadioLinks.pmUlSynchTime_1Sum 
    pmUlSynchTime_2ACCUMULATIONINTEGERThe synchronization time between DL TX resource assignment (when AAL2 connection is established over Iub) and achievement of UL synchronization for RL, which belongs to first RLS.ME_NodeBFunction_Carrier_RadioLinks.pmUlSynchTime_2Sum 
    pmUlSynchTime_3ACCUMULATIONINTEGERThe synchronization time between DL TX resource assignment (when AAL2 connection is established over Iub) and achievement of UL synchronization for RL, which belongs to first RLS.ME_NodeBFunction_Carrier_RadioLinks.pmUlSynchTime_3Sum 
    pmUlSynchTime_4ACCUMULATIONINTEGERThe synchronization time between DL TX resource assignment (when AAL2 connection is established over Iub) and achievement of UL synchronization for RL, which belongs to first RLS.ME_NodeBFunction_Carrier_RadioLinks.pmUlSynchTime_4Sum 
    pmUlSynchTime_5ACCUMULATIONINTEGERThe synchronization time between DL TX resource assignment (when AAL2 connection is established over Iub) and achievement of UL synchronization for RL, which belongs to first RLS.ME_NodeBFunction_Carrier_RadioLinks.pmUlSynchTime_5Sum 
    pmUlSynchTime_6ACCUMULATIONINTEGERThe synchronization time between DL TX resource assignment (when AAL2 connection is established over Iub) and achievement of UL synchronization for RL, which belongs to first RLS.ME_NodeBFunction_Carrier_RadioLinks.pmUlSynchTime_6Sum 
    pmUlSynchTime_7ACCUMULATIONINTEGERThe synchronization time between DL TX resource assignment (when AAL2 connection is established over Iub) and achievement of UL synchronization for RL, which belongs to first RLS.ME_NodeBFunction_Carrier_RadioLinks.pmUlSynchTime_7Sum 
    pmUlSynchTime_8ACCUMULATIONINTEGERThe synchronization time between DL TX resource assignment (when AAL2 connection is established over Iub) and achievement of UL synchronization for RL, which belongs to first RLS.ME_NodeBFunction_Carrier_RadioLinks.pmUlSynchTime_8Sum 
    pmUlSynchTime_9ACCUMULATIONINTEGERThe synchronization time between DL TX resource assignment (when AAL2 connection is established over Iub) and achievement of UL synchronization for RL, which belongs to first RLS.ME_NodeBFunction_Carrier_RadioLinks.pmUlSynchTime_9Sum 


    Radio_Link.Ericsson.UMTS.PDF_pmUlSynchTimeSHO

    pmUlSynchTimeSHO PDF counters

    KPITypeData TypeDescriptionDerivationDefault AggregatorOther Aggregators
    pmUlSynchTimeSHO_0ACCUMULATIONINTEGERThe synchronization time between DL Rx resource assignment (when RBS sends RL SETUP RESPONSE over NBAP) and achievement of UL synchronization for RL which does not belong to first RLS.ME_NodeBFunction_Carrier_RadioLinks.pmUlSynchTimeSHO_0Sum 
    pmUlSynchTimeSHO_10ACCUMULATIONINTEGERThe synchronization time between DL Rx resource assignment (when RBS sends RL SETUP RESPONSE over NBAP) and achievement of UL synchronization for RL which does not belong to first RLS.ME_NodeBFunction_Carrier_RadioLinks.pmUlSynchTimeSHO_10Sum 
    pmUlSynchTimeSHO_11ACCUMULATIONINTEGERThe synchronization time between DL Rx resource assignment (when RBS sends RL SETUP RESPONSE over NBAP) and achievement of UL synchronization for RL which does not belong to first RLS.ME_NodeBFunction_Carrier_RadioLinks.pmUlSynchTimeSHO_11Sum 
    pmUlSynchTimeSHO_12ACCUMULATIONINTEGERThe synchronization time between DL Rx resource assignment (when RBS sends RL SETUP RESPONSE over NBAP) and achievement of UL synchronization for RL which does not belong to first RLS.ME_NodeBFunction_Carrier_RadioLinks.pmUlSynchTimeSHO_12Sum 
    pmUlSynchTimeSHO_13ACCUMULATIONINTEGERThe synchronization time between DL Rx resource assignment (when RBS sends RL SETUP RESPONSE over NBAP) and achievement of UL synchronization for RL which does not belong to first RLS.ME_NodeBFunction_Carrier_RadioLinks.pmUlSynchTimeSHO_13Sum 
    pmUlSynchTimeSHO_14ACCUMULATIONINTEGERThe synchronization time between DL Rx resource assignment (when RBS sends RL SETUP RESPONSE over NBAP) and achievement of UL synchronization for RL which does not belong to first RLS.ME_NodeBFunction_Carrier_RadioLinks.pmUlSynchTimeSHO_14Sum 
    pmUlSynchTimeSHO_15ACCUMULATIONINTEGERThe synchronization time between DL Rx resource assignment (when RBS sends RL SETUP RESPONSE over NBAP) and achievement of UL synchronization for RL which does not belong to first RLS.ME_NodeBFunction_Carrier_RadioLinks.pmUlSynchTimeSHO_15Sum 
    pmUlSynchTimeSHO_1ACCUMULATIONINTEGERThe synchronization time between DL Rx resource assignment (when RBS sends RL SETUP RESPONSE over NBAP) and achievement of UL synchronization for RL which does not belong to first RLS.ME_NodeBFunction_Carrier_RadioLinks.pmUlSynchTimeSHO_1Sum 
    pmUlSynchTimeSHO_2ACCUMULATIONINTEGERThe synchronization time between DL Rx resource assignment (when RBS sends RL SETUP RESPONSE over NBAP) and achievement of UL synchronization for RL which does not belong to first RLS.ME_NodeBFunction_Carrier_RadioLinks.pmUlSynchTimeSHO_2Sum 
    pmUlSynchTimeSHO_3ACCUMULATIONINTEGERThe synchronization time between DL Rx resource assignment (when RBS sends RL SETUP RESPONSE over NBAP) and achievement of UL synchronization for RL which does not belong to first RLS.ME_NodeBFunction_Carrier_RadioLinks.pmUlSynchTimeSHO_3Sum 
    pmUlSynchTimeSHO_4ACCUMULATIONINTEGERThe synchronization time between DL Rx resource assignment (when RBS sends RL SETUP RESPONSE over NBAP) and achievement of UL synchronization for RL which does not belong to first RLS.ME_NodeBFunction_Carrier_RadioLinks.pmUlSynchTimeSHO_4Sum 
    pmUlSynchTimeSHO_5ACCUMULATIONINTEGERThe synchronization time between DL Rx resource assignment (when RBS sends RL SETUP RESPONSE over NBAP) and achievement of UL synchronization for RL which does not belong to first RLS.ME_NodeBFunction_Carrier_RadioLinks.pmUlSynchTimeSHO_5Sum 
    pmUlSynchTimeSHO_6ACCUMULATIONINTEGERThe synchronization time between DL Rx resource assignment (when RBS sends RL SETUP RESPONSE over NBAP) and achievement of UL synchronization for RL which does not belong to first RLS.ME_NodeBFunction_Carrier_RadioLinks.pmUlSynchTimeSHO_6Sum 
    pmUlSynchTimeSHO_7ACCUMULATIONINTEGERThe synchronization time between DL Rx resource assignment (when RBS sends RL SETUP RESPONSE over NBAP) and achievement of UL synchronization for RL which does not belong to first RLS.ME_NodeBFunction_Carrier_RadioLinks.pmUlSynchTimeSHO_7Sum 
    pmUlSynchTimeSHO_8ACCUMULATIONINTEGERThe synchronization time between DL Rx resource assignment (when RBS sends RL SETUP RESPONSE over NBAP) and achievement of UL synchronization for RL which does not belong to first RLS.ME_NodeBFunction_Carrier_RadioLinks.pmUlSynchTimeSHO_8Sum 
    pmUlSynchTimeSHO_9ACCUMULATIONINTEGERThe synchronization time between DL Rx resource assignment (when RBS sends RL SETUP RESPONSE over NBAP) and achievement of UL synchronization for RL which does not belong to first RLS.ME_NodeBFunction_Carrier_RadioLinks.pmUlSynchTimeSHO_9Sum 


    Radio_Link.Ericsson.UMTS.Power

    Avg, Min, Max of Radio Link power PDF array statistics.

    KPITypeData TypeDescriptionDerivationDefault AggregatorOther Aggregators
    pmaveragesir_AvgINTENSITYFLOATThe average SIR on DPCCH physical channel. Measured on maximum 2 DPCCHs per RAX board.ME_NodeBFunction_Carrier_RadioLinks.pmaveragesir_AvgAverageAverage, enblbh, Maximum, Minimum, Sum
    pmaveragesir_MaxINTENSITYFLOATThe maximum SIR on DPCCH physical channel. Measured on maximum 2 DPCCHs per RAX board.ME_NodeBFunction_Carrier_RadioLinks.pmaveragesir_MaxAverageAverage, enblbh, Maximum, Minimum, Sum
    pmaveragesir_MinINTENSITYFLOATThe minimum SIR on DPCCH physical channel. Measured on maximum 2 DPCCHs per RAX board.ME_NodeBFunction_Carrier_RadioLinks.pmaveragesir_MinAverageAverage, enblbh, Maximum, Minimum, Sum
    pmAverageSirError_AvgINTENSITYFLOATThe average Signal to Interference (SIR) error for a DPCCH.ME_NodeBFunction_Carrier_RadioLinks.pmAverageSirError_AvgAverageAverage, enblbh, Maximum, Minimum, Sum
    pmAverageSirError_MaxINTENSITYFLOATThe maximum Signal to Interference (SIR) error for a DPCCH.ME_NodeBFunction_Carrier_RadioLinks.pmAverageSirError_MaxAverageAverage, enblbh, Maximum, Minimum, Sum
    pmAverageSirError_MinINTENSITYFLOATThe minimum Signal to Interference (SIR) error for a DPCCH.ME_NodeBFunction_Carrier_RadioLinks.pmAverageSirError_MinAverageAverage, enblbh, Maximum, Minimum, Sum
    pmBranchDeltaSir_AvgINTENSITYFLOATAverage: The difference in SIR per receive branch per connection (DPCCH) per cell. The purpose with the measurement is to detect faulty feeder installations.ME_NodeBFunction_Carrier_RadioLinks.pmBranchDeltaSir_AvgAverageenblbh, Sum, Minimum, Maximum
    pmBranchDeltaSir_MaxINTENSITYINTEGERMaximum: The difference in SIR per receive branch per connection (DPCCH) per cell. The purpose with the measurement is to detect faulty feeder installations.ME_NodeBFunction_Carrier_RadioLinks.pmBranchDeltaSir_MaxAverageenblbh, Sum, Minimum, Maximum
    pmBranchDeltaSir_MinINTENSITYINTEGERMinimum: The difference in SIR per receive branch per connection (DPCCH) per cell. The purpose with the measurement is to detect faulty feeder installations.ME_NodeBFunction_Carrier_RadioLinks.pmBranchDeltaSir_MinAverageenblbh, Sum, Minimum, Maximum
    pmdpcchber_AvgINTENSITYFLOATThe average BER detected on DPCCH pilot bits. Measurement is performed on RadioLinkSet not on RadioLink - ie after RadioLink combination in UpLink.ME_NodeBFunction_Carrier_RadioLinks.pmDpcchBer_AvgAverageAverage, enblbh, Maximum, Minimum, Sum
    pmdpcchber_MaxINTENSITYFLOATThe maximumBER detected on DPCCH pilot bits. Measurement is performed on RadioLinkSet not on RadioLink - ie after RadioLink combination in UpLink.ME_NodeBFunction_Carrier_RadioLinks.pmDpcchBer_MaxAverageAverage, enblbh, Maximum, Minimum, Sum
    pmdpcchber_MinINTENSITYFLOATThe minimum BER detected on DPCCH pilot bits. Measurement is performed on RadioLinkSet not on RadioLink - ie after RadioLink combination in UpLink.ME_NodeBFunction_Carrier_RadioLinks.pmDpcchBer_MinAverageAverage, enblbh, Maximum, Minimum, Sum
    pmdpchcodepowersf128_AvgINTENSITYFLOATThe average transmitted code power on a DPCH channel. Spreading Factor = 128. Measured on maximum 20 DPCHs per TX board.ME_NodeBFunction_Carrier_RadioLinks.pmDpchCodePowerSf128_AvgAverageAverage, enblbh, Maximum, Minimum, Sum
    pmdpchcodepowersf128_MaxINTENSITYFLOATThe maximum transmitted code power on a DPCH channel. Spreading Factor = 128. Measured on maximum 20 DPCHs per TX board.ME_NodeBFunction_Carrier_RadioLinks.pmDpchCodePowerSf128_MaxAverageAverage, enblbh, Maximum, Minimum, Sum
    pmdpchcodepowersf128_MinINTENSITYFLOATThe minimum transmitted code power on a DPCH channel. Spreading Factor = 128. Measured on maximum 20 DPCHs per TX board.ME_NodeBFunction_Carrier_RadioLinks.pmDpchCodePowerSf128_MinAverageAverage, enblbh, Maximum, Minimum, Sum
    pmdpchcodepowersf16_AvgINTENSITYFLOATThe average transmitted code power on a DPCH channel. Spreading Factor = 16. Measured on maximum 20 DPCHs per TX board.ME_NodeBFunction_Carrier_RadioLinks.pmDpchCodePowerSf16_AvgAverageAverage, enblbh, Maximum, Minimum, Sum
    pmdpchcodepowersf16_MaxINTENSITYFLOATThe maximum transmitted code power on a DPCH channel. Spreading Factor = 16. Measured on maximum 20 DPCHs per TX board.ME_NodeBFunction_Carrier_RadioLinks.pmDpchCodePowerSf16_MaxAverageAverage, enblbh, Maximum, Minimum, Sum
    pmdpchcodepowersf16_MinINTENSITYFLOATThe minimum transmitted code power on a DPCH channel. Spreading Factor = 16. Measured on maximum 20 DPCHs per TX board.ME_NodeBFunction_Carrier_RadioLinks.pmDpchCodePowerSf16_MinAverageAverage, enblbh, Maximum, Minimum, Sum
    pmdpchcodepowersf256_AvgINTENSITYFLOATThe average transmitted code power on a DPCH channel. Spreading Factor = 256. Measured on maximum 20 DPCHs per TX board.ME_NodeBFunction_Carrier_RadioLinks.pmDpchCodePowerSf256_AvgAverageAverage, enblbh, Maximum, Minimum, Sum
    pmdpchcodepowersf256_MaxINTENSITYFLOATThe maximum transmitted code power on a DPCH channel. Spreading Factor = 256. Measured on maximum 20 DPCHs per TX board.ME_NodeBFunction_Carrier_RadioLinks.pmDpchCodePowerSf256_MaxAverageAverage, enblbh, Maximum, Minimum, Sum
    pmdpchcodepowersf256_MinINTENSITYFLOATThe minimum transmitted code power on a DPCH channel. Spreading Factor = 256. Measured on maximum 20 DPCHs per TX board.ME_NodeBFunction_Carrier_RadioLinks.pmDpchCodePowerSf256_MinAverageAverage, enblbh, Maximum, Minimum, Sum
    pmdpchcodepowersf32_AvgINTENSITYFLOATThe average transmitted code power on a DPCH channel. Spreading Factor = 32. Measured on maximum 20 DPCHs per TX board.ME_NodeBFunction_Carrier_RadioLinks.pmDpchCodePowerSf32_AvgAverageAverage, enblbh, Maximum, Minimum, Sum
    pmdpchcodepowersf32_MaxINTENSITYFLOATThe maximum transmitted code power on a DPCH channel. Spreading Factor = 32. Measured on maximum 20 DPCHs per TX board.ME_NodeBFunction_Carrier_RadioLinks.pmDpchCodePowerSf32_MaxAverageAverage, enblbh, Maximum, Minimum, Sum
    pmdpchcodepowersf32_MinINTENSITYFLOATThe minimum transmitted code power on a DPCH channel. Spreading Factor = 32. Measured on maximum 20 DPCHs per TX board.ME_NodeBFunction_Carrier_RadioLinks.pmDpchCodePowerSf32_MinAverageAverage, enblbh, Maximum, Minimum, Sum
    pmdpchcodepowersf4_AvgINTENSITYFLOATThe average transmitted code power on a DPCH channel. Spreading Factor = 4. Measured on maximum 20 DPCHs per TX board.ME_NodeBFunction_Carrier_RadioLinks.pmDpchCodePowerSf4_AvgAverageAverage, enblbh, Maximum, Minimum, Sum
    pmdpchcodepowersf4_MaxINTENSITYFLOATThe maximum transmitted code power on a DPCH channel. Spreading Factor = 4. Measured on maximum 20 DPCHs per TX board.ME_NodeBFunction_Carrier_RadioLinks.pmDpchCodePowerSf4_MaxAverageAverage, enblbh, Maximum, Minimum, Sum
    pmdpchcodepowersf4_MinINTENSITYFLOATThe minimum transmitted code power on a DPCH channel. Spreading Factor = 4. Measured on maximum 20 DPCHs per TX board.ME_NodeBFunction_Carrier_RadioLinks.pmDpchCodePowerSf4_MinAverageAverage, enblbh, Maximum, Minimum, Sum
    pmdpchcodepowersf64_AvgINTENSITYFLOATThe average transmitted code power on a DPCH channel. Spreading Factor = 64. Measured on maximum 20 DPCHs per TX board.ME_NodeBFunction_Carrier_RadioLinks.pmDpchCodePowerSf64_AvgAverageAverage, enblbh, Maximum, Minimum, Sum
    pmdpchcodepowersf64_MaxINTENSITYFLOATThe maximum transmitted code power on a DPCH channel. Spreading Factor = 64. Measured on maximum 20 DPCHs per TX board.ME_NodeBFunction_Carrier_RadioLinks.pmDpchCodePowerSf64_MaxAverageAverage, enblbh, Maximum, Minimum, Sum
    pmdpchcodepowersf64_MinINTENSITYFLOATThe minimum transmitted code power on a DPCH channel. Spreading Factor = 64. Measured on maximum 20 DPCHs per TX board.ME_NodeBFunction_Carrier_RadioLinks.pmDpchCodePowerSf64_MinAverageAverage, enblbh, Maximum, Minimum, Sum
    pmdpchcodepowersf8_AvgINTENSITYFLOATThe average transmitted code power on a DPCH channel. Spreading Factor = 8. Measured on maximum 20 DPCHs per TX board.ME_NodeBFunction_Carrier_RadioLinks.pmDpchCodePowerSf8_AvgAverageAverage, enblbh, Maximum, Minimum, Sum
    pmdpchcodepowersf8_MaxINTENSITYFLOATThe maximum transmitted code power on a DPCH channel. Spreading Factor = 8. Measured on maximum 20 DPCHs per TX board.ME_NodeBFunction_Carrier_RadioLinks.pmDpchCodePowerSf8_MaxAverageAverage, enblbh, Maximum, Minimum, Sum
    pmdpchcodepowersf8_MinINTENSITYFLOATThe minimum transmitted code power on a DPCH channel. Spreading Factor = 8. Measured on maximum 20 DPCHs per TX board.ME_NodeBFunction_Carrier_RadioLinks.pmDpchCodePowerSf8_MinAverageAverage, enblbh, Maximum, Minimum, Sum
    pmdpdchber_AvgINTENSITYFLOATThe average BER estimate on DPCCH physical channel. Measured on maximum 2 DPCCHs per RAX board.ME_NodeBFunction_Carrier_RadioLinks.pmDpdchBer_AvgAverageAverage, enblbh, Maximum, Minimum, Sum
    pmdpdchber_MaxINTENSITYFLOATThe maximum BER estimate on DPCCH physical channel. Measured on maximum 2 DPCCHs per RAX board.ME_NodeBFunction_Carrier_RadioLinks.pmDpdchBer_MaxAverageAverage, enblbh, Maximum, Minimum, Sum
    pmdpdchber_MinINTENSITYFLOATThe minimum BER estimate on DPCCH physical channel. Measured on maximum 2 DPCCHs per RAX board.ME_NodeBFunction_Carrier_RadioLinks.pmDpdchBer_MinAverageAverage, enblbh, Maximum, Minimum, Sum


    Radio_Link.Ericsson.UMTS.State_Transitions

    Radio link state transitions statistics.

    KPITypeData TypeDescriptionDerivationDefault AggregatorOther Aggregators
    pmRLSSupSynchToUnsynchACCUMULATIONINT8The number of in-synch to wait state transitions from synchronised to unsynchronised.ME_NodeBFunction_Carrier_RadioLinks.pmRLSSupSynchToUnsynchSumenblbh, Sum
    pmRLSSupWaitToOutOfSynchACCUMULATIONINT8The number of wait to out-of-synch state transitionsME_NodeBFunction_Carrier_RadioLinks.pmRLSSupWaitToOutOfSynchSumenblbh, Sum


    Radio_Link.Ericsson.UMTS.Synchronisation

    Avg, Min, Max of Carrier synchronisation time PDF array statistics.

    KPITypeData TypeDescriptionDerivationDefault AggregatorOther Aggregators
    pmOutOfSynch_AvgINTENSITYFLOATThe average out-of synchronization duration, in ms for the Radio Links (RL) during a GPME_NodeBFunction_Carrier_RadioLinks.pmOutOfSynch_AvgAverageAverage, enblbh, Maximum, Minimum, Sum
    pmOutOfSynch_MaxINTENSITYFLOATThe maximum out-of synchronization duration, in ms for the Radio Links (RL) during a GPME_NodeBFunction_Carrier_RadioLinks.pmOutOfSynch_MaxAverageAverage, enblbh, Maximum, Minimum, Sum
    pmOutOfSynch_MinINTENSITYFLOATThe minimum out-of synchronization duration, in ms for the Radio Links (RL) during a GPME_NodeBFunction_Carrier_RadioLinks.pmOutOfSynch_MinAverageAverage, enblbh, Maximum, Minimum, Sum
    pmUlSynchTime_AvgINTENSITYFLOATThe average time between a Downlink (DL) TX assignment, when an ATM Adaption Layer Type 2 (AAL2) connection is established over Iub, and the achieved Uplink (UL) synchronization for RLs belonging to the first Radio Link Set (RLS)ME_NodeBFunction_Carrier_RadioLinks.pmUlSynchTime_AvgAverageAverage, enblbh, Maximum, Minimum, Sum
    pmUlSynchTime_MaxINTENSITYFLOATThe maximum time between a Downlink (DL) TX assignment, when an ATM Adaption Layer Type 2 (AAL2) connection is established over Iub, and the achieved Uplink (UL) synchronization for RLs belonging to the first Radio Link Set (RLS)ME_NodeBFunction_Carrier_RadioLinks.pmUlSynchTime_MaxAverageAverage, enblbh, Maximum, Minimum, Sum
    pmUlSynchTime_MinINTENSITYFLOATThe minimum time between a Downlink (DL) TX assignment, when an ATM Adaption Layer Type 2 (AAL2) connection is established over Iub, and the achieved Uplink (UL) synchronization for RLs belonging to the first Radio Link Set (RLS)ME_NodeBFunction_Carrier_RadioLinks.pmUlSynchTime_MinAverageAverage, enblbh, Maximum, Minimum, Sum
    pmUlSynchTimeSHO_AvgINTENSITYFLOATThe average time between a DL RX assignment, when an RBS sends an RL SETUP RESPONSE over a Node B Application Part (NBAP), and the achieved UL synchronization for RLs not belonging to the first RLS.ME_NodeBFunction_Carrier_RadioLinks.pmUlSynchTimeSHO_AvgAverageAverage, enblbh, Maximum, Minimum, Sum
    pmUlSynchTimeSHO_MaxINTENSITYFLOATThe maximum time between a DL RX assignment, when an RBS sends an RL SETUP RESPONSE over a Node B Application Part (NBAP), and the achieved UL synchronization for RLs not belonging to the first RLS.ME_NodeBFunction_Carrier_RadioLinks.pmUlSynchTimeSHO_MaxAverageAverage, enblbh, Maximum, Minimum, Sum
    pmUlSynchTimeSHO_MinINTENSITYFLOATThe minimum time between a DL RX assignment, when an RBS sends an RL SETUP RESPONSE over a Node B Application Part (NBAP), and the achieved UL synchronization for RLs not belonging to the first RLS.ME_NodeBFunction_Carrier_RadioLinks.pmUlSynchTimeSHO_MinAverageAverage, enblbh, Maximum, Minimum, Sum


    8.70 RANAP Performance Indicators

    This section shows the key performance indicators and other counters for the RANAP object, divided into the following sub-sections:


    RANAP.Ericsson.UMTS.RANAP

    Ranap statistics

    KPITypeData TypeDescriptionDerivationDefault AggregatorOther Aggregators
    pmNnsfLoadDistributionRoutedACCUMULATIONINTEGERNumber of Ue Initial Direct Transfer messages routed to this Iu interface by the NNSF (Non access stratum Node Selection Function), for which the NRI (Network Resource Identifier) transferred by the Ue does not match the NRI of any configured Iu interface.Incremented by the NNSF (Non Access Stratum Node Selection Function) if the NRI (Network Resource Identifier) transferred by the Ue does not match the NRI of any configured Iu interface with availability status -Enabled-.ManagedElement_RncFunction_CnOperator_IuLink_Ranap.pmNnsfLoadDistributionRoutedSumerttbh, Sum
    pmNnsfNriRoutedACCUMULATIONINTEGERNumber of Ue Initial Direct Transfer messages routed to this Iu interface by the NNSF (Non access stratum Node Selection Function), for which the NRI (Network Resource Identifier) transferred by the Ue matches the NRI of this Iu interface.Incremented by the NNSF (Non access stratum Node Selection Function) if the NRI (Network Resource Identifier) transferred by the Ue matches the NRI of an Iu interface with availability status -Enabled-.ManagedElement_RncFunction_CnOperator_IuLink_Ranap.pmNnsfNriRoutedSumerttbh, Sum


    8.71 RNC Performance Indicators

    This section shows the key performance indicators and other counters for the RNC object, divided into the following sub-sections:


    RNC.Ericsson.UMTS.channel_quality

    Channel quality statistics at RNC level.

    KPITypeData TypeDescriptionDerivationDefault AggregatorOther Aggregators
    _%_CS57_UL_BLERINTENSITYFLOAT(Report) Transport block error rate after combining at RNC in uplink for CS 57.if(ManagedElement_RncFunction_UeRc_8.pmTransportBlocksAcUl =0) then 0 else(pmFaultyTransportBlocksAcUl / pmTransportBlocksAcUl *100)AverageAverage, erttbh, Maximum, Minimum, Sum
    _%_CS64_UL_BLERINTENSITYFLOAT(Report) Transport block error rate after combining at RNC in uplink for CS 64.if(ManagedElement_RncFunction_UeRc_3.pmTransportBlocksAcUl =0) then 0 else(pmFaultyTransportBlocksAcUl / pmTransportBlocksAcUl *100)AverageAverage, erttbh, Maximum, Minimum, Sum
    _%_PS_interactive_UL_BLERINTENSITYFLOAT(Report) Transport block error rate after combining at RNC in uplink for PS interactive.if(ManagedElement_RncFunction_UeRc_CQ.pmTransportBlocksAcUl =0) then 0 else(pmFaultyTransportBlocksAcUl / pmTransportBlocksAcUl*100)AverageAverage, erttbh, Maximum, Minimum, Sum
    _%_PS_streaming_UL_BLERINTENSITYFLOAT(Report) Transport block error rate after combining at RNC in uplink for PS streaming + Packet 8kbps.if(ManagedElement_RncFunction_UeRc_13.pmTransportBlocksAcUl =0) then 0 else(pmFaultyTransportBlocksAcUl / pmTransportBlocksAcUl*100)AverageAverage, erttbh, Maximum, Minimum, Sum
    _%_speech_PS64_UL_BLERINTENSITYFLOAT(Report) Transport block error rate after combining at RNC in uplink for CS 57.if(ManagedElement_RncFunction_UeRc_10.pmTransportBlocksAcUl =0) then 0 else(pmFaultyTransportBlocksAcUl / pmTransportBlocksAcUl *100)AverageAverage, erttbh, Maximum, Minimum, Sum
    _%_speech_UL_BLERINTENSITYFLOAT(Report) Transport block error rate after combining at RNC in uplink for speech.if(ManagedElement_RncFunction_UeRc_2.pmTransportBlocksAcUl =0) then 0 else(pmFaultyTransportBlocksAcUl / pmTransportBlocksAcUl *100)AverageAverage, erttbh, Maximum, Minimum, Sum
    cmavgfaultytransportblocksaculPERCENTAGEFLOATNumber Average faulty RACH transport blocks.100 * {pmfaultytransportblocksacul}/{pmtransportblocksacul}AverageAverage, erttbh
    pmfaultytransportblocksaculACCUMULATIONINT8Number of faulty UL DCH transport blocks.ManagedElement_RncFunction_UeRc_ACCUM.pmFaultyTransportBlocksAcUlSumerttbh, Sum
    pmtransportblocksaculACCUMULATIONINT8Number of UL DCH transport blocks.ManagedElement_RncFunction_UeRc_ACCUM.pmTransportBlocksAcUlSumerttbh, Sum


    RNC.Ericsson.UMTS.CN_Service

    RNC to Core network service statistics.

    KPITypeData TypeDescriptionDerivationDefault AggregatorOther Aggregators
    _%_pmCsCnDowntimePERCENTAGEFLOATPercentage of CS-CN downtime.100 * {pmCsCnDowntime}/{measurement_seconds}AverageAverage, erttbh
    pmCsCnDowntimeACCUMULATIONINTEGERThe CS-CN downtime in seconds.ManagedElement_RncFunction.pmCsCnDowntimeSumerttbh, Sum


    RNC.Ericsson.UMTS.establishments_and_release

    RAB establishment and release statistics.

    KPITypeData TypeDescriptionDerivationDefault AggregatorOther Aggregators
    _%_pmNoRabEstablishSuccessPERCENTAGEFLOATPercentage of successful RAB establishments.100 * {pmNoRabEstablishSuccess}/{pmNoRabEstablishAttempts}AverageAverage, erttbh
    _%_pmNoRabReleaseSuccessPERCENTAGEFLOATPercentage of successful RB releases due to Iu release from CN, aggregated all UeRc types100 * {pmNoRabReleaseSuccess}/{pmNoRabReleaseAttempts}AverageAverage, erttbh
    Avg_pmRabEstablishINTENSITYFLOATAverage of all sample values recorded for number of RABs established, accumulated from all UeRc.thresholddiv({pmSumRabEstablishrabestablish},{pmSamplesRabEstablish},0,0)AverageAverage, erttbh, Maximum, Minimum, Sum
    pmnoinvalidrabestablishattemptsACCUMULATIONINT8Number of invalid RAB establishment attempts.ManagedElement_RncFunction.pmNoInvalidRabEstablishAttemptsSumerttbh, Sum
    pmnoinvalidrabreleaseattemptsACCUMULATIONINT8Number of invalid RAB release attempts.ManagedElement_RncFunction.pmNoInvalidRabReleaseAttemptsSumerttbh, Sum
    pmNoRabEstablishAttemptsACCUMULATIONINT8Accumulated from UeRC:Number of RAB establishment attempts.ManagedElement_RncFunction_UeRc_ACCUM.pmNoRabEstablishAttemptsSumerttbh, Sum
    pmNoRabEstablishFailureUeCapabilityACCUMULATIONINT8Number of failed RAB establishments due to insufficient UE capabilitiesManagedElement_RncFunction.pmNoRabEstablishFailureUeCapabilitySumerttbh, Sum
    pmNoRabEstablishSuccessACCUMULATIONINT8Accumulated from UeRC:Number of successful RAB establishments.ManagedElement_RncFunction_UeRc_ACCUM.pmNoRabEstablishSuccessSumerttbh, Sum
    pmNoRabReleaseAttemptsACCUMULATIONINT8Accumulated from UeRC:Number of RB release attempts due to Iu release from CN (when there is a connection to the other CN as well) or RAB Assignment Request with RABs to release.ManagedElement_RncFunction_UeRc_ACCUM.pmNoRabReleaseAttemptsSumerttbh, Sum
    pmNoRabReleaseSuccessACCUMULATIONINT8Accumulated from UeRC:Number of successful RB releases due to Iu release from CN.ManagedElement_RncFunction_UeRc_ACCUM.pmNoRabReleaseSuccessSumerttbh, Sum
    pmSamplesRabEstablishACCUMULATIONINT8Accumulated from UeRC:Number of samples recorded within the ROP period for number of RABs established.ManagedElement_RncFunction_UeRc_ACCUM.pmSamplesRabEstablishSumerttbh, Sum
    pmSumRabEstablishrabestablishACCUMULATIONINT8Accumulated from UeRC:Sum of all sample values recorded for number of RABs established.ManagedElement_RncFunction_UeRc_ACCUM.pmSumRabEstablishSumerttbh, Sum


    RNC.Ericsson.UMTS.frame_synchronization

    Data frame synchronization statistics. Group marked as obsolete in P7 - counters stored under DchFrameSynch object.

    KPITypeData TypeDescriptionDerivationDefault AggregatorOther Aggregators
    pmnocchdiscardeddataframeseACCUMULATIONINT8"-obsolete from release P7. Number of discarded DL data frames due to too early reception."ManagedElement_RncFunction_CchFrameSynch.pmNoCchDiscardedDataFramesESumerttbh, Sum
    pmnocchdiscardeddataframeslACCUMULATIONINT8"-obsolete from release P7. Number of discarded DL data frames due to too late reception."ManagedElement_RncFunction_CchFrameSynch.pmNoCchDiscardedDataFramesLSumerttbh, Sum
    pmnocchtimingadjcontrframesACCUMULATIONINT8"-obsolete from release P7. Number of received DL timing adjustment control frames for FACH and PCH."ManagedElement_RncFunction_CchFrameSynch.pmNoCchTimingAdjContrFramesSumerttbh, Sum
    pmnodchdltimingadjcontrframesACCUMULATIONINT8"-obsolete from release P7. Number of received DL timing adjustment control frames for Dch."ManagedElement_RncFunction_DchFrameSynch.pmNoDchDlTimingAdjContrFramesSumerttbh, Sum
    pmnodchuldataframesoutsidewindowACCUMULATIONINT8"-obsolete from release P7. Number of UL data frames received outside desired window."ManagedElement_RncFunction_DchFrameSynch.pmNoDchUlDataFramesOutsideWindowSumerttbh, Sum
    pmnodldchdiscardeddataframeseACCUMULATIONINT8"-obsolete from release P7. Number of discarded DL data frames due to too early reception."ManagedElement_RncFunction_DchFrameSynch.pmNoDlDchDiscardedDataFramesESumerttbh, Sum
    pmnodldchdiscardeddataframeslACCUMULATIONINT8"-obsolete from release P7. Number of discarded DL data frames due to too late reception."ManagedElement_RncFunction_DchFrameSynch.pmNoDlDchDiscardedDataFramesLSumerttbh, Sum


    RNC.Ericsson.UMTS.HSDPA_Packet_Data

    HSDPA packet data related statistics.

    KPITypeData TypeDescriptionDerivationDefault AggregatorOther Aggregators
    pmNoOfPacketCallDurationHs1ACCUMULATIONINT8Accumulated number of RAB activity periods for bursts of size between 200 bytes and 1 kbyte for all interactive RABs on HSDPA.ManagedElement_RncFunction.pmNoOfPacketCallDurationHs1Sumerttbh, Sum
    pmNoOfPacketCallDurationHs2ACCUMULATIONINT8Accumulated number of RAB activity periods for bursts of size between 1 kbyte and 10 kbytes for all interactive RABs on HSDPA.ManagedElement_RncFunction.pmNoOfPacketCallDurationHs2Sumerttbh, Sum
    pmNoOfPacketCallDurationHs3ACCUMULATIONINT8Accumulated number of RAB activity periods for bursts of size between 10 kbytes and 100 kbytes for all interactive RABs on HSDPA.ManagedElement_RncFunction.pmNoOfPacketCallDurationHs3Sumerttbh, Sum
    pmNoOfPacketCallDurationHs4ACCUMULATIONINT8Accumulated number of RAB activity periods for bursts of size greater than 100 kbytes for all interactive RABs on HSDPAManagedElement_RncFunction.pmNoOfPacketCallDurationHs4Sumerttbh, Sum
    pmSentPacketDataHs1ACCUMULATIONINT8Accumulated amount (in bytes)of user data transmitted in bursts of size between 200 bytes and 1 kbyte for all Interactive RABs on HSDPA, not including retransmissions.ManagedElement_RncFunction.pmSentPacketDataHs1Sumerttbh, Sum
    pmSentPacketDataHs2ACCUMULATIONINT8Accumulated amount (in bytes) of user data transmitted in bursts of size between 1 kbyte and 10 kbytes for all Interactive RABs on HSDPA, not including retransmissions.ManagedElement_RncFunction.pmSentPacketDataHs2Sumerttbh, Sum
    pmSentPacketDataHs3ACCUMULATIONINT8Accumulated amount (in bytes) of user data transmitted in bursts of size between 10 kbytes and 100 kbytes for all Interactive RABs on HSDPA, not including retransmissions.ManagedElement_RncFunction.pmSentPacketDataHs3Sumerttbh, Sum
    pmSentPacketDataHs4ACCUMULATIONINT8Accumulated amount (in bytes) of user data transmitted in bursts of size greater size than 100 kbytes for all Interactive RABs on HSDPA, not including retransmissions.ManagedElement_RncFunction.pmSentPacketDataHs4Sumerttbh, Sum
    pmSentPacketDataInclRetransHs1ACCUMULATIONINT8Accumulated amount (in bytes)of user data transmitted in bursts of size between 200 bytes and 1 kbyte, for all Interactive RABs on HSDPA, including retransmitted data.ManagedElement_RncFunction.pmSentPacketDataInclRetransHs1Sumerttbh, Sum
    pmSentPacketDataInclRetransHs2ACCUMULATIONINT8Accumulated amount (in bytes) of user data transmitted in bursts of size between 1 kbyte and 10 kbytes, for all Interactive RABs on HSDPA, including retransmitted data.ManagedElement_RncFunction.pmSentPacketDataInclRetransHs2Sumerttbh, Sum
    pmSentPacketDataInclRetransHs3ACCUMULATIONINT8Accumulated amount (in bytes) of user data transmitted in bursts of size between 10 kbytes and 100 kbytes, for all Interactive RABs on HSDPA, including retransmitted data.ManagedElement_RncFunction.pmSentPacketDataInclRetransHs3Sumerttbh, Sum
    pmSentPacketDataInclRetransHs4ACCUMULATIONINT8Accumulated amount (in bytes) of user data transmitted in bursts of size greater size than 100 kbytes, for all Interactive RABs on HSDPA, including retransmitted data.ManagedElement_RncFunction.pmSentPacketDataInclRetransHs4Sumerttbh, Sum
    pmTotalPacketDurationHs1ACCUMULATIONINT8Accumulated time (in ms) that data has been transmitted in bursts of size between 200 bytes and 1 kbyte for all Interactive RABs on HSDPA.ManagedElement_RncFunction.pmTotalPacketDurationHs1Sumerttbh, Sum
    pmTotalPacketDurationHs2ACCUMULATIONINT8Accumulated time (in ms) that data has been transmitted in bursts of size between 1 kbyte and 10 kbytes for all Interactive RABs on HSDPA.ManagedElement_RncFunction.pmTotalPacketDurationHs2Sumerttbh, Sum
    pmTotalPacketDurationHs3ACCUMULATIONINT8Accumulated time (in ms) that data has been transmitted in bursts of size between 10 kbytes and 100 kbytes for all Interactive RABs on HSDPA.ManagedElement_RncFunction.pmTotalPacketDurationHs3Sumerttbh, Sum
    pmTotalPacketDurationHs4ACCUMULATIONINT8Accumulated time (in ms) that data has been transmitted in bursts of size greater size than 100 kbytes for all Interactive RABs on HSDPA.ManagedElement_RncFunction.pmTotalPacketDurationHs4Sumerttbh, Sum
    Tot_pmNoOfPacketCallDurationHsACCUMULATIONINT8Total number of RAB activity periods for bursts of size between 200 bytes and 100 kbytes for all interactive RABs on HSDPA.{pmNoOfPacketCallDurationHs1}+{pmNoOfPacketCallDurationHs2}+{pmNoOfPacketCallDurationHs3}+{pmNoOfPacketCallDurationHs4}Sumerttbh, Sum
    Tot_pmSentPacketDataHsACCUMULATIONINT8Total amount (in bytes)of user data transmitted in bursts of size between 200 bytes and 100 kbytes for all Interactive RABs on HSDPA, not including retransmissions.{pmSentPacketDataHs1}+{pmSentPacketDataHs2}+{pmSentPacketDataHs3}+{pmSentPacketDataHs4}Sumerttbh, Sum
    Tot_pmSentPacketDataInclRetransHsACCUMULATIONINT8Total amount (in bytes) of user data transmitted in bursts of size between 200 bytes and 100 kbytes, for all Interactive RABs on HSDPA, including retransmitted data.{pmSentPacketDataInclRetransHs1}+{pmSentPacketDataInclRetransHs2}+{pmSentPacketDataInclRetransHs3}+{pmSentPacketDataInclRetransHs4}Sumerttbh, Sum


    RNC.Ericsson.UMTS.Inter_Radio_Access_Technology_Handover

    Inter Radio Access Technology handover related statistics.

    KPITypeData TypeDescriptionDerivationDefault AggregatorOther Aggregators
    pmNoSbHoMeasStartACCUMULATIONINTEGERTotal number of started Service Based GSM Handover measurements per RNC.ManagedElement_RncFunction_Handover.pmNoSbHoMeasStartSumerttbh, Sum
    pmNoSuccessSbHoACCUMULATIONINTEGERTotal number of successful outgoing Service Based GSM Handover per RNC. Counter is stepped when Iu Release is received from CS CN.ManagedElement_RncFunction_Handover.pmNoSuccessSbHoSumerttbh, Sum
    pmSofterHoAttemptNonIurACCUMULATIONINTEGERNumber of attempted non-Iur softer handovers.ManagedElement_RncFunction_Handover.pmSofterHoAttemptNonIurSumerttbh, Sum
    pmSofterHoSuccessNonIurACCUMULATIONINTEGERNumber of successful non-Iur softer handovers.ManagedElement_RncFunction_Handover.pmSofterHoSuccessNonIurSumerttbh, Sum
    pmSoftHoAttemptNonIurACCUMULATIONINTEGERNumber of attempted non-Iur soft handovers.ManagedElement_RncFunction_Handover.pmSoftHoAttemptNonIurSumerttbh, Sum
    pmSoftHoSuccessNonIurACCUMULATIONINTEGERNumber of successful non-Iur soft handovers.ManagedElement_RncFunction_Handover.pmSoftHoSuccessNonIurSumerttbh, Sum
    pmSoftSofterHoAttemptIurACCUMULATIONINTEGERNumber of attempted soft and softer handovers over Iur.ManagedElement_RncFunction_Handover.pmSoftSofterHoAttemptIurSumerttbh, Sum
    pmSoftSofterHoSuccessIurACCUMULATIONINTEGERNumber of successful soft and softer handovers over Iur.ManagedElement_RncFunction_Handover.pmSoftSofterHoSuccessIurSumerttbh, Sum
    pmTotNoSbHoACCUMULATIONINTEGERTotal number of potential Service Based GSM Handover users per RNC. Counter is stepped at the reception of RAB Assignment Request if the RAB combination is "speech only" and the IE Service Handover has value -Handover to GSM should be performed-.ManagedElement_RncFunction_Handover.pmTotNoSbHoSumerttbh, Sum


    RNC.Ericsson.UMTS.Iu_RANAP_handling

    Iu interface RANAP statistics.

    KPITypeData TypeDescriptionDerivationDefault AggregatorOther Aggregators
    _%_pmNoIuSigEstablishSuccessCsPERCENTAGEFLOATPercentage of number of successful IU signalling connection setups towards the CS CN.Counter is stepped at successful establishment of IU signalling connection towards CS CN.100 * {pmNoIuSigEstablishSuccessCs}/{pmNoIuSigEstablishAttemptCs}AverageAverage, erttbh
    _%_pmNoIuSigEstablishSuccessPsPERCENTAGEFLOATPercentage number of successful IU signalling connection setups towards the PS CN.Counter is stepped at successful establishment of IU signalling connection towards PS CN.100 * {pmNoIuSigEstablishSuccessPs}/{pmNoIuSigEstablishAttemptPs}AverageAverage, erttbh
    pmMocnRedirectionsACCUMULATIONINTEGER-Obsolete in P6- Number of Multi-Operator Core Network (MOCN) Redirection Indications received from Core Network when MOCN is active.This counter is stepped when a Redirection Indication from CN is receivedManagedElement_RncFunction.pmMocnRedirectionsSumerttbh, Sum
    pmNoIuSigEstablishAttemptCsACCUMULATIONINTEGERNumber of IU Ranap Handling setup attempts towards the CS CN.Counter is stepped on reception of RRC Initial Direct Transfer for CS CN from UE when no signalling connection to the CS CN exist.ManagedElement_RncFunction.pmNoIuSigEstablishAttemptCsSumerttbh, Sum
    pmNoIuSigEstablishAttemptPsACCUMULATIONINTEGERNumber of IU signalling connection setup attempts towards the PS CN.Counter is stepped on reception of RRC Initial Direct Transfer for PS CN from UE when no signalling connection to the PS CN exist.ManagedElement_RncFunction.pmNoIuSigEstablishAttemptPsSumerttbh, Sum
    pmNoIuSigEstablishSuccessCsACCUMULATIONINTEGERNumber of successful IU signalling connection setups towards the CS CN.Counter is stepped at successful establishment of IU signalling connection towards CS CN.ManagedElement_RncFunction.pmNoIuSigEstablishSuccessCsSumerttbh, Sum
    pmNoIuSigEstablishSuccessPsACCUMULATIONINTEGERNumber of successful IU signalling connection setups towards the PS CN.Counter is stepped at successful establishment of IU signalling connection towards PS CN.ManagedElement_RncFunction.pmNoIuSigEstablishSuccessPsSumerttbh, Sum


    RNC.Ericsson.UMTS.Iu_Sccp_connection

    Iu Sccp connection data.

    KPITypeData TypeDescriptionDerivationDefault AggregatorOther Aggregators
    pmIuSccpConRate_AvgINTENSITYFLOATAverage: Iu-signaling connection setup rate.ManagedElement_RncFunction.pmIuSccpConRate_AvgAverageerttbh, Sum, Minimum, Maximum
    pmIuSccpConRate_MaxINTENSITYFLOATMaximum: Iu-signaling connection setup rate.ManagedElement_RncFunction.pmIuSccpConRate_MaxAverageerttbh, Sum, Minimum, Maximum
    pmIuSccpConRate_MinINTENSITYFLOATMinimum: Iu-signaling connection setup rate.ManagedElement_RncFunction.pmIuSccpConRate_MinAverageerttbh, Sum, Minimum, Maximum


    RNC.Ericsson.UMTS.Packet_Data

    Packet data (non HS) related statistics.

    KPITypeData TypeDescriptionDerivationDefault AggregatorOther Aggregators
    pmNoOfPacketCallDuration1ACCUMULATIONINT8Accumulated number of RAB activity periods for bursts of size between 200 bytes and 1 kbyte.ManagedElement_RncFunction.pmNoOfPacketCallDuration1Sumerttbh, Sum
    pmNoOfPacketCallDuration2ACCUMULATIONINT8Accumulated number of RAB activity periods for bursts of size between 1 kbyte and 10 kbytes.ManagedElement_RncFunction.pmNoOfPacketCallDuration2Sumerttbh, Sum
    pmNoOfPacketCallDuration3ACCUMULATIONINT8Accumulated number of RAB activity periods for bursts of size between 10 kbyte and 100 kbytesManagedElement_RncFunction.pmNoOfPacketCallDuration3Sumerttbh, Sum
    pmNoOfPacketCallDuration4ACCUMULATIONINT8Accumulated number of RAB activity periods for bursts of size greater than 100 kbytesManagedElement_RncFunction.pmNoOfPacketCallDuration4Sumerttbh, Sum
    pmSentPacketData1ACCUMULATIONINT8Accumulated amount (in bytes) of user data transmitted in bursts of size between 200 bytes and 1 kbyte for all Interactive RABs, not including retransmissions.ManagedElement_RncFunction.pmSentPacketData1Sumerttbh, Sum
    pmSentPacketData2ACCUMULATIONINT8Accumulated amount (in bytes) of user data transmitted in bursts of size between 1 kbyte and 10 kbytes for all Interactive RABs, not including retransmissions.ManagedElement_RncFunction.pmSentPacketData2Sumerttbh, Sum
    pmSentPacketData3ACCUMULATIONINT8Accumulated amount (in bytes) of user data transmitted in bursts of size between 10 kbyte and 100 kbytes for all Interactive RABs, not including retransmissions.ManagedElement_RncFunction.pmSentPacketData3Sumerttbh, Sum
    pmSentPacketData4ACCUMULATIONINT8Accumulated amount (in bytes) of user data transmitted in bursts of size greater than 100 kbytes for all Interactive RABs, not including retransmissionsManagedElement_RncFunction.pmSentPacketData4Sumerttbh, Sum
    pmSentPacketDataInclRetrans1ACCUMULATIONINT8Accumulated amount (in bytes) of user data transmitted in bursts of size between 200 bytes and 1 kbyte for all Interactive RABs, including retransmitted data over the radio.ManagedElement_RncFunction.pmSentPacketDataInclRetrans1Sumerttbh, Sum
    pmSentPacketDataInclRetrans2ACCUMULATIONINT8Accumulated amount (in bytes) of user data transmitted in bursts of size between 1 kbyte and 10 kbytes for all Interactive RABs, including retransmitted data over the radio.ManagedElement_RncFunction.pmSentPacketDataInclRetrans2Sumerttbh, Sum
    pmSentPacketDataInclRetrans3ACCUMULATIONINT8Accumulated amount (in bytes) of user data transmitted in bursts of size between 10 kbyte and 100 kbytes for all Interactive RABs, including retransmitted data over the radioManagedElement_RncFunction.pmSentPacketDataInclRetrans3Sumerttbh, Sum
    pmSentPacketDataInclRetrans4ACCUMULATIONINT8Accumulated amount (in bytes) of user data transmitted in bursts of size greater than 100 kbytes for all Interactive RABs, including retransmitted data over the radioManagedElement_RncFunction.pmSentPacketDataInclRetrans4Sumerttbh, Sum
    pmTotalPacketDuration1ACCUMULATIONINT8Accumulated time (in ms) that data has been transmitted in bursts of size between 200 bytes and 1 kbyte for all Interactive RABsManagedElement_RncFunction.pmTotalPacketDuration1Sumerttbh, Sum
    pmTotalPacketDuration2ACCUMULATIONINT8Accumulated time (in ms) that data has been transmitted in bursts of size between 1 kbyte and 10 kbytes for all Interactive RABs.ManagedElement_RncFunction.pmTotalPacketDuration2Sumerttbh, Sum
    pmTotalPacketDuration3ACCUMULATIONINT8Accumulated time (in ms) that data has been transmitted in bursts of size between 10 kbyte and 100 kbytes for all Interactive RABsManagedElement_RncFunction.pmTotalPacketDuration3Sumerttbh, Sum
    pmTotalPacketDuration4ACCUMULATIONINT8Accumulated time (in ms) that data has been transmitted in bursts of size greater than 100 kbytes for all Interactive RABsManagedElement_RncFunction.pmTotalPacketDuration4Sumerttbh, Sum
    Tot_pmNoOfPacketCallDurationACCUMULATIONINT8Total number of RAB activity periods for bursts of size between 200 bytes and 100 kbytes.{pmNoOfPacketCallDuration1}+{pmNoOfPacketCallDuration2}+{pmNoOfPacketCallDuration3}+{pmNoOfPacketCallDuration4}Sumerttbh, Sum
    Tot_pmSentPacketDataInclRetransACCUMULATIONINT8Total amount (in bytes) of user data transmitted in bursts of size between 200 bytes and 1 kbyte for all Interactive RABs, including retransmitted data over the radio.{pmSentPacketDataInclRetrans1}+{pmSentPacketDataInclRetrans2}+{pmSentPacketDataInclRetrans3}+{pmSentPacketDataInclRetrans4}Sumerttbh, Sum
    Tot_pmSentPacketDataACCUMULATIONINT8Total amount (in bytes) of user data transmitted in bursts of size between 200 bytes and 100 kbytes for all Interactive RABs, not including retransmissions.{pmSentPacketData1}+{pmSentPacketData2}+{pmSentPacketData3}+{pmSentPacketData4}Sumerttbh, Sum


    RNC.Ericsson.UMTS.paging_counters

    UTRAN paging statistics at RNC.

    KPITypeData TypeDescriptionDerivationDefault AggregatorOther Aggregators
    pmcninitpagingtoidleueACCUMULATIONINT8Number of CN-initiated pages without paging area ID sent to idle mode UEs (CS or PS pages).ManagedElement_RncFunction_Paging.pmCnInitPagingToIdleUeSumerttbh, Sum
    pmnopagediscardcmploadcACCUMULATIONINT8Number of pages discarded due to central MP load control.ManagedElement_RncFunction_Paging.pmNoPageDiscardCmpLoadCSumerttbh, Sum


    RNC.Ericsson.UMTS.PDF_pmIuSccpConRate

    pmIuSccpConRate PDF counters

    KPITypeData TypeDescriptionDerivationDefault AggregatorOther Aggregators
    pmIuSccpConRate_0ACCUMULATIONINTEGERIu-signaling connection setup rate.ManagedElement_RncFunction.pmIuSccpConRate_0Sum 
    pmIuSccpConRate_10ACCUMULATIONINTEGERIu-signaling connection setup rate.ManagedElement_RncFunction.pmIuSccpConRate_10Sum 
    pmIuSccpConRate_11ACCUMULATIONINTEGERIu-signaling connection setup rate.ManagedElement_RncFunction.pmIuSccpConRate_11Sum 
    pmIuSccpConRate_12ACCUMULATIONINTEGERIu-signaling connection setup rate.ManagedElement_RncFunction.pmIuSccpConRate_12Sum 
    pmIuSccpConRate_13ACCUMULATIONINTEGERIu-signaling connection setup rate.ManagedElement_RncFunction.pmIuSccpConRate_13Sum 
    pmIuSccpConRate_14ACCUMULATIONINTEGERIu-signaling connection setup rate.ManagedElement_RncFunction.pmIuSccpConRate_14Sum 
    pmIuSccpConRate_15ACCUMULATIONINTEGERIu-signaling connection setup rate.ManagedElement_RncFunction.pmIuSccpConRate_15Sum 
    pmIuSccpConRate_16ACCUMULATIONINTEGERIu-signaling connection setup rate.ManagedElement_RncFunction.pmIuSccpConRate_16Sum 
    pmIuSccpConRate_17ACCUMULATIONINTEGERIu-signaling connection setup rate.ManagedElement_RncFunction.pmIuSccpConRate_17Sum 
    pmIuSccpConRate_18ACCUMULATIONINTEGERIu-signaling connection setup rate.ManagedElement_RncFunction.pmIuSccpConRate_18Sum 
    pmIuSccpConRate_19ACCUMULATIONINTEGERIu-signaling connection setup rate.ManagedElement_RncFunction.pmIuSccpConRate_19Sum 
    pmIuSccpConRate_1ACCUMULATIONINTEGERIu-signaling connection setup rate.ManagedElement_RncFunction.pmIuSccpConRate_1Sum 
    pmIuSccpConRate_20ACCUMULATIONINTEGERIu-signaling connection setup rate.ManagedElement_RncFunction.pmIuSccpConRate_20Sum 
    pmIuSccpConRate_21ACCUMULATIONINTEGERIu-signaling connection setup rate.ManagedElement_RncFunction.pmIuSccpConRate_21Sum 
    pmIuSccpConRate_22ACCUMULATIONINTEGERIu-signaling connection setup rate.ManagedElement_RncFunction.pmIuSccpConRate_22Sum 
    pmIuSccpConRate_23ACCUMULATIONINTEGERIu-signaling connection setup rate.ManagedElement_RncFunction.pmIuSccpConRate_23Sum 
    pmIuSccpConRate_24ACCUMULATIONINTEGERIu-signaling connection setup rate.ManagedElement_RncFunction.pmIuSccpConRate_24Sum 
    pmIuSccpConRate_25ACCUMULATIONINTEGERIu-signaling connection setup rate.ManagedElement_RncFunction.pmIuSccpConRate_25Sum 
    pmIuSccpConRate_26ACCUMULATIONINTEGERIu-signaling connection setup rate.ManagedElement_RncFunction.pmIuSccpConRate_26Sum 
    pmIuSccpConRate_27ACCUMULATIONINTEGERIu-signaling connection setup rate.ManagedElement_RncFunction.pmIuSccpConRate_27Sum 
    pmIuSccpConRate_28ACCUMULATIONINTEGERIu-signaling connection setup rate.ManagedElement_RncFunction.pmIuSccpConRate_28Sum 
    pmIuSccpConRate_29ACCUMULATIONINTEGERIu-signaling connection setup rate.ManagedElement_RncFunction.pmIuSccpConRate_29Sum 
    pmIuSccpConRate_2ACCUMULATIONINTEGERIu-signaling connection setup rate.ManagedElement_RncFunction.pmIuSccpConRate_2Sum 
    pmIuSccpConRate_30ACCUMULATIONINTEGERIu-signaling connection setup rate.ManagedElement_RncFunction.pmIuSccpConRate_30Sum 
    pmIuSccpConRate_31ACCUMULATIONINTEGERIu-signaling connection setup rate.ManagedElement_RncFunction.pmIuSccpConRate_31Sum 
    pmIuSccpConRate_32ACCUMULATIONINTEGERIu-signaling connection setup rate.ManagedElement_RncFunction.pmIuSccpConRate_32Sum 
    pmIuSccpConRate_33ACCUMULATIONINTEGERIu-signaling connection setup rate.ManagedElement_RncFunction.pmIuSccpConRate_33Sum 
    pmIuSccpConRate_34ACCUMULATIONINTEGERIu-signaling connection setup rate.ManagedElement_RncFunction.pmIuSccpConRate_34Sum 
    pmIuSccpConRate_35ACCUMULATIONINTEGERIu-signaling connection setup rate.ManagedElement_RncFunction.pmIuSccpConRate_35Sum 
    pmIuSccpConRate_36ACCUMULATIONINTEGERIu-signaling connection setup rate.ManagedElement_RncFunction.pmIuSccpConRate_36Sum 
    pmIuSccpConRate_37ACCUMULATIONINTEGERIu-signaling connection setup rate.ManagedElement_RncFunction.pmIuSccpConRate_37Sum 
    pmIuSccpConRate_38ACCUMULATIONINTEGERIu-signaling connection setup rate.ManagedElement_RncFunction.pmIuSccpConRate_38Sum 
    pmIuSccpConRate_39ACCUMULATIONINTEGERIu-signaling connection setup rate.ManagedElement_RncFunction.pmIuSccpConRate_39Sum 
    pmIuSccpConRate_3ACCUMULATIONINTEGERIu-signaling connection setup rate.ManagedElement_RncFunction.pmIuSccpConRate_3Sum 
    pmIuSccpConRate_4ACCUMULATIONINTEGERIu-signaling connection setup rate.ManagedElement_RncFunction.pmIuSccpConRate_4Sum 
    pmIuSccpConRate_5ACCUMULATIONINTEGERIu-signaling connection setup rate.ManagedElement_RncFunction.pmIuSccpConRate_5Sum 
    pmIuSccpConRate_6ACCUMULATIONINTEGERIu-signaling connection setup rate.ManagedElement_RncFunction.pmIuSccpConRate_6Sum 
    pmIuSccpConRate_7ACCUMULATIONINTEGERIu-signaling connection setup rate.ManagedElement_RncFunction.pmIuSccpConRate_7Sum 
    pmIuSccpConRate_8ACCUMULATIONINTEGERIu-signaling connection setup rate.ManagedElement_RncFunction.pmIuSccpConRate_8Sum 
    pmIuSccpConRate_9ACCUMULATIONINTEGERIu-signaling connection setup rate.ManagedElement_RncFunction.pmIuSccpConRate_9Sum 


    RNC.Ericsson.UMTS.PDF_pmSamplesHsDlDelayPsCnvUnk

    pmSamplesHsDlDelayPsCnvUnk PDF counters

    KPITypeData TypeDescriptionDerivationDefault AggregatorOther Aggregators
    pmSamplesHsDlDelayPsCnvUnk_0ACCUMULATIONINTEGERNumber of samples recorded within the ROP for pmSumHsDlDelayPsCnvUnk.ManagedElement_RncFunction.pmSamplesHsDlDelayPsCnvUnk_0Sum 
    pmSamplesHsDlDelayPsCnvUnk_1ACCUMULATIONINTEGERNumber of samples recorded within the ROP for pmSumHsDlDelayPsCnvUnk.ManagedElement_RncFunction.pmSamplesHsDlDelayPsCnvUnk_1Sum 
    pmSamplesHsDlDelayPsCnvUnk_2ACCUMULATIONINTEGERNumber of samples recorded within the ROP for pmSumHsDlDelayPsCnvUnk.ManagedElement_RncFunction.pmSamplesHsDlDelayPsCnvUnk_2Sum 


    RNC.Ericsson.UMTS.PDF_pmSamplesHsDlDelayPsSpeech

    pmSamplesHsDlDelayPsSpeech PDF counters

    KPITypeData TypeDescriptionDerivationDefault AggregatorOther Aggregators
    pmSamplesHsDlDelayPsSpeech_0ACCUMULATIONINTEGERNumber of samples recorded within the ROP for pmSumHsDlDelayPsSpeech.ManagedElement_RncFunction.pmSamplesHsDlDelayPsSpeech_0Sum 
    pmSamplesHsDlDelayPsSpeech_1ACCUMULATIONINTEGERNumber of samples recorded within the ROP for pmSumHsDlDelayPsSpeech.ManagedElement_RncFunction.pmSamplesHsDlDelayPsSpeech_1Sum 
    pmSamplesHsDlDelayPsSpeech_2ACCUMULATIONINTEGERNumber of samples recorded within the ROP for pmSumHsDlDelayPsSpeech.ManagedElement_RncFunction.pmSamplesHsDlDelayPsSpeech_2Sum 


    RNC.Ericsson.UMTS.PDF_pmSumHsDlDelayPsCnvUnk

    pmSumHsDlDelayPsCnvUnk PDF counters

    KPITypeData TypeDescriptionDerivationDefault AggregatorOther Aggregators
    pmSumHsDlDelayPsCnvUnk_0ACCUMULATIONINTEGERSum of all sample values recorded during a ROP for RAN SDU delay, for PS Conversational Unknown on HS-DSCH (downlink).ManagedElement_RncFunction.pmSumHsDlDelayPsCnvUnk_0Sum 
    pmSumHsDlDelayPsCnvUnk_1ACCUMULATIONINTEGERSum of all sample values recorded during a ROP for RAN SDU delay, for PS Conversational Unknown on HS-DSCH (downlink).ManagedElement_RncFunction.pmSumHsDlDelayPsCnvUnk_1Sum 
    pmSumHsDlDelayPsCnvUnk_2ACCUMULATIONINTEGERSum of all sample values recorded during a ROP for RAN SDU delay, for PS Conversational Unknown on HS-DSCH (downlink).ManagedElement_RncFunction.pmSumHsDlDelayPsCnvUnk_2Sum 


    RNC.Ericsson.UMTS.PDF_pmSumHsDlDelayPsSpeech

    pmSumHsDlDelayPsSpeech PDF counters

    KPITypeData TypeDescriptionDerivationDefault AggregatorOther Aggregators
    pmSumHsDlDelayPsSpeech_0ACCUMULATIONINTEGERSum of all sample values recorded during a ROP for RAN SDU delay, for PS Conversational Speech on HS-DSCH (downlink).ManagedElement_RncFunction.pmSumHsDlDelayPsSpeech_0Sum 
    pmSumHsDlDelayPsSpeech_1ACCUMULATIONINTEGERSum of all sample values recorded during a ROP for RAN SDU delay, for PS Conversational Speech on HS-DSCH (downlink).ManagedElement_RncFunction.pmSumHsDlDelayPsSpeech_1Sum 
    pmSumHsDlDelayPsSpeech_2ACCUMULATIONINTEGERSum of all sample values recorded during a ROP for RAN SDU delay, for PS Conversational Speech on HS-DSCH (downlink).ManagedElement_RncFunction.pmSumHsDlDelayPsSpeech_2Sum 


    RNC.Ericsson.UMTS.Positioning

    -Obsolete in P6- A-GPS positioning service related statistics.

    KPITypeData TypeDescriptionDerivationDefault AggregatorOther Aggregators
    pmPositioningReqAttAgpsACCUMULATIONINT8-Obsolete in P6- Number of UE positioning attempts for which the UE-based A-GPS method was selected for the initial attempt(reattempts excluded).ManagedElement_RncFunction.pmPositioningReqAttAgpsSumerttbh, Sum
    pmPositioningReqAttCellIdACCUMULATIONINT8-Obsolete in P6- Number of UE positioning attempts for which the Cell ID method was selected for the initial attempt(reattempts excluded).ManagedElement_RncFunction.pmPositioningReqAttCellIdSumerttbh, Sum
    pmPositioningReqAttEsAgpsACCUMULATIONINT8-Obsolete in P6- Number of UE positioning attempts of emergency calls where UE-based A-GPS was selected for the first attempt. Reattempts excluded.ManagedElement_RncFunction.pmPositioningReqAttEsAgpsSumerttbh, Sum
    pmPositioningReqAttEsCellIdACCUMULATIONINT8-Obsolete in P6- Number of UE positioning attempts of emergency calls where Cell ID was selected for the first attempt. Reattempts excluded.ManagedElement_RncFunction.pmPositioningReqAttEsCellIdSumerttbh, Sum
    pmpositioningreqattACCUMULATIONINT8-Obsolete in P6- Number of attempted positioning requests from CN.ManagedElement_RncFunction.pmPositioningReqAttSumerttbh, Sum
    pmPositioningReqReAttCellIdACCUMULATIONINT8-Obsolete in P6- Number of successful UE positioning attempts for which the Cell ID method was selected for the initial attempt (reattempts excluded).ManagedElement_RncFunction.pmPositioningReqReAttCellIdSumerttbh, Sum
    pmPositioningReqReAttEsCellIdACCUMULATIONINT8-Obsolete in P6- Number of successful positioning attempts where the Cell ID positioning method was selected, and where the quality of service was fulfilled. Reattempts excluded.ManagedElement_RncFunction.pmPositioningReqReAttEsCellIdSumerttbh, Sum
    pmPositioningReqReAttSuccCellIdACCUMULATIONINT8-Obsolete in P6- Number of successful emergency positioning attempts where the Cell ID positioning method was selected. Reattempts excluded.ManagedElement_RncFunction.pmPositioningReqReAttSuccCellIdSumerttbh, Sum
    pmPositioningReqSuccAgpsACCUMULATIONINT8-Obsolete in P6- Number of successful UE positioning attempts for which the UE-based A-GPS method was selected for the initial attempt (reattempts excluded).ManagedElement_RncFunction.pmPositioningReqSuccAgpsSumerttbh, Sum
    pmPositioningReqSuccAgpsQosSuccACCUMULATIONINT8-Obsolete in P6- Number of successful positioning attempts where the UE-based A-GPS positioning method was selected, and where the quality of service was fulfilled. Reattempts excluded.ManagedElement_RncFunction.pmPositioningReqSuccAgpsQosSuccSumerttbh, Sum
    pmPositioningReqSuccCellIdACCUMULATIONINT8-Obsolete in P6- Number of successful emergency positioning attempts where the Cell ID positioning method was selected, and where the quality of service was fulfilled. Reattempts excluded.ManagedElement_RncFunction.pmPositioningReqSuccCellIdSumerttbh, Sum
    pmPositioningReqSuccCellIdQosSuccACCUMULATIONINT8-Obsolete in P6- Number of UE positioning attempts for which the Cell ID method was selected for the initial attempt, and the attempt was stopped by the CN, for example,due to a release request from CN, IRAT handover to GSM, or a request from the CN to stop the attempt.ManagedElement_RncFunction.pmPositioningReqSuccCellIdQosSuccSumerttbh, Sum
    pmPositioningReqSuccEsAgpsACCUMULATIONINT8-Obsolete in P6- Number of successful emergency positioning attempts where the UE-based A-GPS positioning method was selected. Reattempts excluded.ManagedElement_RncFunction.pmPositioningReqSuccEsAgpsSumerttbh, Sum
    pmPositioningReqSuccEsAgpsQosSuccACCUMULATIONINT8-Obsolete in P6- Number of successful emergency positioning attempts where the UE-based A-GPS positioning method was selected, and where the quality of service was fulfilled. Reattempts excluded.ManagedElement_RncFunction.pmPositioningReqSuccEsAgpsQosSuccSumerttbh, Sum
    pmpositioningreqsuccACCUMULATIONINT8-Obsolete in P6- Number of successful positioning requests from CN. (The counter is redundant and should be removed in later phases).ManagedElement_RncFunction.pmPositioningReqSuccSumerttbh, Sum
    pmPositioningReqUnsuccAgpsAbortACCUMULATIONINT8-Obsolete in P6- Number of UE positioning attempts for which the A-GPS method was selected for the initial attempt, and the attempt was stopped by the CN, for example, due to a release request from CN, IRAT handover to GSM, or a request from the CN to stop the attempt.ManagedElement_RncFunction.pmPositioningReqUnsuccAgpsAbortSumerttbh, Sum
    positioningreqfailACCUMULATIONINT8-Obsolete in P6- Number of failed positioning requests from CN.{pmpositioningreqatt} - {pmpositioningreqsucc}Sumerttbh, Sum


    RNC.Ericsson.UMTS.radio_connection_supervision

    Radio connection supervision performance statistics.

    KPITypeData TypeDescriptionDerivationDefault AggregatorOther Aggregators
    pmnoreleasecchwaitcutACCUMULATIONINT8Number of overall release triggered by cchWaitCuT expiry.ManagedElement_RncFunction_Rcs.pmNoReleaseCchWaitCuTSumerttbh, Sum
    pmnoreleasedchrclosttACCUMULATIONINT8Number of overall release triggered by dchRcLostT expiry.ManagedElement_RncFunction_Rcs.pmNoReleaseDchRcLostTSumerttbh, Sum
    pmnorlcerrorsACCUMULATIONINT8Number of RLC unrecoverable error (UTRAN) for UEs on FACH or DCH.ManagedElement_RncFunction_Rcs.pmNoRlcErrorsSumerttbh, Sum


    RNC.Ericsson.UMTS.rlc_statistics

    Radio Link Control related statistics.

    KPITypeData TypeDescriptionDerivationDefault AggregatorOther Aggregators
    _%_ul_block_error_ratePERCENTAGEFLOATPercentage UL Block Error Rate.100 * {pmnodiscardsdudtch}/{pmnoreceivedsdudtch}AverageAverage, erttbh
    pmnodiscardsdudcchACCUMULATIONINT8Number of discarded RLC SDUs.ManagedElement_RncFunction.pmNoDiscardSduDcchSumerttbh, Sum
    pmnodiscardsdudtchACCUMULATIONINT8Number of discarded RLC SDUs.ManagedElement_RncFunction.pmNoDiscardSduDtchSumerttbh, Sum
    pmnoreceivedsdudcchACCUMULATIONINT8Number of received RLC SDUs, including discarded SDUs.ManagedElement_RncFunction.pmNoReceivedSduDcchSumerttbh, Sum
    pmnoreceivedsdudtchACCUMULATIONINT8Number of received RLC SDUs, including discarded SDUs.ManagedElement_RncFunction.pmNoReceivedSduDtchSumerttbh, Sum
    pmnoretranspdudcchACCUMULATIONINT8Number of discarded RLC PDUs.ManagedElement_RncFunction.pmNoRetransPduDcchSumerttbh, Sum
    pmnoretranspdudtchACCUMULATIONINT8Number of discarded RLC PDUs.ManagedElement_RncFunction.pmNoRetransPduDtchSumerttbh, Sum
    pmnosentpdudcchACCUMULATIONINT8Number of received RLC PDUs, including discarded SDUs.ManagedElement_RncFunction.pmNoSentPduDcchSumerttbh, Sum
    pmnosentpdudtchACCUMULATIONINT8Number of received RLC PDUs, including discarded SDUs.ManagedElement_RncFunction.pmNoSentPduDtchSumerttbh, Sum


    RNC.Ericsson.UMTS.RNC_Processor_Load

    - kpi group obsolete in P5. UTRAN radio network controller processor load.

    KPITypeData TypeDescriptionDerivationDefault AggregatorOther Aggregators
    pmSamplesMeasuredLoadACCUMULATIONINT8-Obsolete in P5, replaced in Load_Control_Unit-Number of samples of the measured processor load. This counter is incremented by 1 at every sample of the processor load. The processor load is sampled once every 30 seconds.RXI_Plug_In_Unit_GeneralProcessorUnit.pmSamplesMeasuredLoad or NODEB_Plug_In_Unit_GeneralProcessorUnit.pmSamplesMeasuredLoad or RNC_Plug_In_Unit_GeneralProcessorUnit.pmSamplesMeasuredLoadSumerttbh, Sum
    pmSumMeasuredLoadINTENSITYFLOAT-Obsolete in P5, replaced in Load_Control_Unit-The sum of samples of the measured load. The load is measured in percentage. Every time the processor load is sampled, the counter is incremented by the sampled load.RXI_Plug_In_Unit_GeneralProcessorUnit.pmSumMeasuredLoad or NODEB_Plug_In_Unit_GeneralProcessorUnit.pmSumMeasuredLoad or RNC_Plug_In_Unit_GeneralProcessorUnit.pmSumMeasuredLoadAverageAverage, erttbh, Maximum, Minimum, Sum


    RNC.Ericsson.UMTS.rrc_connection_setup_and_release

    Radio Resource Control (RRC) connection setup and release statistics.

    KPITypeData TypeDescriptionDerivationDefault AggregatorOther Aggregators
    pmNoOfRedirectedEmergencyCallsACCUMULATIONINT8Number of rejected RRC connection setups due to emergency calls.ManagedElement_RncFunction.pmNoOfRedirectedEmergencyCallsSumerttbh, Sum


    RNC.Ericsson.UMTS.SDU_Timing

    SDU latency and delay statistics.

    KPITypeData TypeDescriptionDerivationDefault AggregatorOther Aggregators
    pmSamplesDchDchDlRcvDelay_0ACCUMULATIONINTEGERNumber of samples in pmSumDchDchDlRcvDelay (that is, pmSamplesDchDchDlRcvDelay = pmSamplesDchDchDlRcvDelay +1, whenever pmSumDchDchDlRcvDelay is to be updated). Reset at each ROP period. Number of samples according to the respective SDU size (in bytes).ManagedElement_RncFunction.pmSamplesDchDchDlRcvDelay_0Sumerttbh, Sum
    pmSamplesDchDchDlRcvDelay_1ACCUMULATIONINTEGERNumber of samples in pmSumDchDchDlRcvDelay (that is, pmSamplesDchDchDlRcvDelay = pmSamplesDchDchDlRcvDelay +1, whenever pmSumDchDchDlRcvDelay is to be updated). Reset at each ROP period. Number of samples according to the respective SDU size (in bytes).ManagedElement_RncFunction.pmSamplesDchDchDlRcvDelay_1Sumerttbh, Sum
    pmSamplesDchDchDlRcvDelay_2ACCUMULATIONINTEGERNumber of samples in pmSumDchDchDlRcvDelay (that is, pmSamplesDchDchDlRcvDelay = pmSamplesDchDchDlRcvDelay +1, whenever pmSumDchDchDlRcvDelay is to be updated). Reset at each ROP period. Number of samples according to the respective SDU size (in bytes).ManagedElement_RncFunction.pmSamplesDchDchDlRcvDelay_2Sumerttbh, Sum
    pmSamplesDchDchJitterACCUMULATIONINTEGERNumber of samples in pmSumDchDchJitter (that is, pmSamplesDchDchJitter = pmSamplesDchDchJitter +1, whenever pmSumDchDchJitter is to be updated). Reset at each ROP period.ManagedElement_RncFunction.pmSamplesDchDchJitterSumerttbh, Sum
    pmSamplesDchDchLatency_0ACCUMULATIONINTEGERNumber of samples in pmSumDchDchLatency (that is, pmSamplesDchDchLatency = pmSamplesDchDchLatency +1, whenever pmSumDchDchLatency is to be updated). Reset at each ROP period. Number of samples according to the respective SDU size (in bytes).ManagedElement_RncFunction.pmSamplesDchDchLatency_0Sumerttbh, Sum
    pmSamplesDchDchLatency_1ACCUMULATIONINTEGERNumber of samples in pmSumDchDchLatency (that is, pmSamplesDchDchLatency = pmSamplesDchDchLatency +1, whenever pmSumDchDchLatency is to be updated). Reset at each ROP period. Number of samples according to the respective SDU size (in bytes).ManagedElement_RncFunction.pmSamplesDchDchLatency_1Sumerttbh, Sum
    pmSamplesDchDchLatency_2ACCUMULATIONINTEGERNumber of samples in pmSumDchDchLatency (that is, pmSamplesDchDchLatency = pmSamplesDchDchLatency +1, whenever pmSumDchDchLatency is to be updated). Reset at each ROP period. Number of samples according to the respective SDU size (in bytes).ManagedElement_RncFunction.pmSamplesDchDchLatency_2Sumerttbh, Sum
    pmSamplesDchDlDelay_0ACCUMULATIONINTEGERNumber of samples in pmSumDchDlDelay (that is, pmSamplesDchD lDelay = pmSamplesDchDlDelay +1, whenever pmSumDchDlDelay is to be updated). Reset at each ROP period. Number of samples according to the respective SDU size (in bytes).ManagedElement_RncFunction.pmSamplesDchDlDelay_0Sumerttbh, Sum
    pmSamplesDchDlDelay_1ACCUMULATIONINTEGERNumber of samples in pmSumDchDlDelay (that is, pmSamplesDchD lDelay = pmSamplesDchDlDelay +1, whenever pmSumDchDlDelay is to be updated). Reset at each ROP period. Number of samples according to the respective SDU size (in bytes).ManagedElement_RncFunction.pmSamplesDchDlDelay_1Sumerttbh, Sum
    pmSamplesDchDlDelay_2ACCUMULATIONINTEGERNumber of samples in pmSumDchDlDelay (that is, pmSamplesDchD lDelay = pmSamplesDchDlDelay +1, whenever pmSumDchDlDelay is to be updated). Reset at each ROP period. Number of samples according to the respective SDU size (in bytes).ManagedElement_RncFunction.pmSamplesDchDlDelay_2Sumerttbh, Sum
    pmSamplesHsDchDlRcvDelay_0ACCUMULATIONINTEGERNumber of samples in pmSumHsDchDlRcvDelay (that is, pmSamplesHsDchDlRcvDelay = pmSamplesHsDchDlRcvDelay +1, whenever pmSumHsDchDlRcvDelay is to be updated). Reset at each ROP period. Number of samples according to the respective SDU size (in bytes),ManagedElement_RncFunction.pmSamplesHsDchDlRcvDelay_0Sumerttbh, Sum
    pmSamplesHsDchDlRcvDelay_1ACCUMULATIONINTEGERNumber of samples in pmSumHsDchDlRcvDelay (that is, pmSamplesHsDchDlRcvDelay = pmSamplesHsDchDlRcvDelay +1, whenever pmSumHsDchDlRcvDelay is to be updated). Reset at each ROP period. Number of samples according to the respective SDU size (in bytes),ManagedElement_RncFunction.pmSamplesHsDchDlRcvDelay_1Sumerttbh, Sum
    pmSamplesHsDchDlRcvDelay_2ACCUMULATIONINTEGERNumber of samples in pmSumHsDchDlRcvDelay (that is, pmSamplesHsDchDlRcvDelay = pmSamplesHsDchDlRcvDelay +1, whenever pmSumHsDchDlRcvDelay is to be updated). Reset at each ROP period. Number of samples according to the respective SDU size (in bytes),ManagedElement_RncFunction.pmSamplesHsDchDlRcvDelay_2Sumerttbh, Sum
    pmSamplesHsDchJitterACCUMULATIONINTEGERNumber of samples in pmSumHsDchJitter (that is, pmSamplesHsDchJitter = pmSamplesHsDchJitter +1, whenever pmSumHsDchJitter is to be updated). Reset at each ROP period.ManagedElement_RncFunction.pmSamplesHsDchJitterSumerttbh, Sum
    pmSamplesHsDchLatency_0ACCUMULATIONINTEGERNumber of samples in pmSumHsDchLatency (i.e. pmSampl esHsDchLatency = pmSamplesHsDchLatency +1, whenever pmSumHsDchLatency is to be updated). Reset at each ROP period. Number of samples according to the respective SDU size (in bytes).ManagedElement_RncFunction.pmSamplesHsDchLatency_0Sumerttbh, Sum
    pmSamplesHsDchLatency_1ACCUMULATIONINTEGERNumber of samples in pmSumHsDchLatency (i.e. pmSampl esHsDchLatency = pmSamplesHsDchLatency +1, whenever pmSumHsDchLatency is to be updated). Reset at each ROP period. Number of samples according to the respective SDU size (in bytes).ManagedElement_RncFunction.pmSamplesHsDchLatency_1Sumerttbh, Sum
    pmSamplesHsDchLatency_2ACCUMULATIONINTEGERNumber of samples in pmSumHsDchLatency (i.e. pmSampl esHsDchLatency = pmSamplesHsDchLatency +1, whenever pmSumHsDchLatency is to be updated). Reset at each ROP period. Number of samples according to the respective SDU size (in bytes).ManagedElement_RncFunction.pmSamplesHsDchLatency_2Sumerttbh, Sum
    pmSamplesHsDlDelay_0ACCUMULATIONINTEGERNumber of samples in pmSumHsDlDelay (that is, pmSamplesHsDlDel ay = pmSamplesHsDlDelay +1, whenever pmSumHsDlDelay is to be updated). Reset at each ROP period. Number of samples according to the respective SDU size (in bytes).ManagedElement_RncFunction.pmSamplesHsDlDelay_0Sumerttbh, Sum
    pmSamplesHsDlDelay_1ACCUMULATIONINTEGERNumber of samples in pmSumHsDlDelay (that is, pmSamplesHsDlDel ay = pmSamplesHsDlDelay +1, whenever pmSumHsDlDelay is to be updated). Reset at each ROP period. Number of samples according to the respective SDU size (in bytes).ManagedElement_RncFunction.pmSamplesHsDlDelay_1Sumerttbh, Sum
    pmSamplesHsDlDelay_2ACCUMULATIONINTEGERNumber of samples in pmSumHsDlDelay (that is, pmSamplesHsDlDel ay = pmSamplesHsDlDelay +1, whenever pmSumHsDlDelay is to be updated). Reset at each ROP period. Number of samples according to the respective SDU size (in bytes).ManagedElement_RncFunction.pmSamplesHsDlDelay_2Sumerttbh, Sum
    pmSamplesHsEulDlRcvDelay_0ACCUMULATIONINTEGERNumber of samples in pmSumHsEulDlRcvDelay (that is, pmSamplesHsEulDlRcvDelay = pmSamplesHsEulDlRcvDelay +1, whenever pmSumHsEulDlRcvDelay is to be updated). Reset at each ROP period. Number of samples according to the respective SDU size (in bytes).ManagedElement_RncFunction.pmSamplesHsEulDlRcvDelay_0Sumerttbh, Sum
    pmSamplesHsEulDlRcvDelay_1ACCUMULATIONINTEGERNumber of samples in pmSumHsEulDlRcvDelay (that is, pmSamplesHsEulDlRcvDelay = pmSamplesHsEulDlRcvDelay +1, whenever pmSumHsEulDlRcvDelay is to be updated). Reset at each ROP period. Number of samples according to the respective SDU size (in bytes).ManagedElement_RncFunction.pmSamplesHsEulDlRcvDelay_1Sumerttbh, Sum
    pmSamplesHsEulDlRcvDelay_2ACCUMULATIONINTEGERNumber of samples in pmSumHsEulDlRcvDelay (that is, pmSamplesHsEulDlRcvDelay = pmSamplesHsEulDlRcvDelay +1, whenever pmSumHsEulDlRcvDelay is to be updated). Reset at each ROP period. Number of samples according to the respective SDU size (in bytes).ManagedElement_RncFunction.pmSamplesHsEulDlRcvDelay_2Sumerttbh, Sum
    pmSamplesHsEulJitterACCUMULATIONINTEGERNumber of samples in pmSumHsEulJitter (that is, pmSamplesHsEulJitter = pmSamplesHsEulJitter +1, whenever pmSumHsEulJitter is to be updated).ManagedElement_RncFunction.pmSamplesHsEulJitterSumerttbh, Sum
    pmSamplesHsEulLatency_0ACCUMULATIONINTEGERNumber of samples in pmSumHsEulLatency (that is, pmSamplesHsEulLatency = pmSamplesHsEulLatency +1, whenever pmSumHsEulLatency is to be updated). Reset at each ROP period. Number of samples according to the respective SDU size (in bytes)ManagedElement_RncFunction.pmSamplesHsEulLatency_0Sumerttbh, Sum
    pmSamplesHsEulLatency_1ACCUMULATIONINTEGERNumber of samples in pmSumHsEulLatency (that is, pmSamplesHsEulLatency = pmSamplesHsEulLatency +1, whenever pmSumHsEulLatency is to be updated). Reset at each ROP period. Number of samples according to the respective SDU size (in bytes)ManagedElement_RncFunction.pmSamplesHsEulLatency_1Sumerttbh, Sum
    pmSamplesHsEulLatency_2ACCUMULATIONINTEGERNumber of samples in pmSumHsEulLatency (that is, pmSamplesHsEulLatency = pmSamplesHsEulLatency +1, whenever pmSumHsEulLatency is to be updated). Reset at each ROP period. Number of samples according to the respective SDU size (in bytes)ManagedElement_RncFunction.pmSamplesHsEulLatency_2Sumerttbh, Sum
    pmSumDchDchDlRcvDelay_0ACCUMULATIONINTEGERAggregate of RAN SDU receive delay for PS Interactive R99 DCH on downlink, R99 DCH on uplink. Aggregation according to the following SDU size (in bytes).ManagedElement_RncFunction.pmSumDchDchDlRcvDelay_0Sumerttbh, Sum
    pmSumDchDchDlRcvDelay_1ACCUMULATIONINTEGERAggregate of RAN SDU receive delay for PS Interactive R99 DCH on downlink, R99 DCH on uplink. Aggregation according to the following SDU size (in bytes).ManagedElement_RncFunction.pmSumDchDchDlRcvDelay_1Sumerttbh, Sum
    pmSumDchDchDlRcvDelay_2ACCUMULATIONINTEGERAggregate of RAN SDU receive delay for PS Interactive R99 DCH on downlink, R99 DCH on uplink. Aggregation according to the following SDU size (in bytes).ManagedElement_RncFunction.pmSumDchDchDlRcvDelay_2Sumerttbh, Sum
    pmSumDchDchJitterACCUMULATIONINTEGERAggregate of the RAN SDU Jitter for PS Interactive R99 DCH on DL, R99 DCH on UL.ManagedElement_RncFunction.pmSumDchDchJitterSumerttbh, Sum
    pmSumDchDchLatency_0ACCUMULATIONINTEGERAggregate of RAN SDU Latency for R99 PS Interactive DCH on downlink, R99 PS Interactive DCH on uplink. Aggregation according to the following SDU size (in bytes).ManagedElement_RncFunction.pmSumDchDchLatency_0Sumerttbh, Sum
    pmSumDchDchLatency_1ACCUMULATIONINTEGERAggregate of RAN SDU Latency for R99 PS Interactive DCH on downlink, R99 PS Interactive DCH on uplink. Aggregation according to the following SDU size (in bytes).ManagedElement_RncFunction.pmSumDchDchLatency_1Sumerttbh, Sum
    pmSumDchDchLatency_2ACCUMULATIONINTEGERAggregate of RAN SDU Latency for R99 PS Interactive DCH on downlink, R99 PS Interactive DCH on uplink. Aggregation according to the following SDU size (in bytes).ManagedElement_RncFunction.pmSumDchDchLatency_2Sumerttbh, Sum
    pmSumDchDlDelay_0ACCUMULATIONINTEGERAggregate of RAN SDU Latency for R99 PS Interactive DCH on downlink, R99 PS Interactive DCH on uplink. Aggregation according to the following SDU size (in bytes).ManagedElement_RncFunction.pmSumDchDlDelay_0Sumerttbh, Sum
    pmSumDchDlDelay_1ACCUMULATIONINTEGERAggregate of RAN SDU Latency for R99 PS Interactive DCH on downlink, R99 PS Interactive DCH on uplink. Aggregation according to the following SDU size (in bytes).ManagedElement_RncFunction.pmSumDchDlDelay_1Sumerttbh, Sum
    pmSumDchDlDelay_2ACCUMULATIONINTEGERAggregate of RAN SDU Latency for R99 PS Interactive DCH on downlink, R99 PS Interactive DCH on uplink. Aggregation according to the following SDU size (in bytes).ManagedElement_RncFunction.pmSumDchDlDelay_2Sumerttbh, Sum
    pmSumHsDchDlRcvDelay_0ACCUMULATIONINTEGERAggregate of RAN SDU receive delay for PS Interactive HS-DSCH on downlink, R99 DCH on uplink. Aggregation according to the following SDU size (in bytes)ManagedElement_RncFunction.pmSumHsDchDlRcvDelay_0Sumerttbh, Sum
    pmSumHsDchDlRcvDelay_1ACCUMULATIONINTEGERAggregate of RAN SDU receive delay for PS Interactive HS-DSCH on downlink, R99 DCH on uplink. Aggregation according to the following SDU size (in bytes)ManagedElement_RncFunction.pmSumHsDchDlRcvDelay_1Sumerttbh, Sum
    pmSumHsDchDlRcvDelay_2ACCUMULATIONINTEGERAggregate of RAN SDU receive delay for PS Interactive HS-DSCH on downlink, R99 DCH on uplink. Aggregation according to the following SDU size (in bytes)ManagedElement_RncFunction.pmSumHsDchDlRcvDelay_2Sumerttbh, Sum
    pmSumHsDchJitterACCUMULATIONINTEGERAggregate of the RAN SDU jitter for PS Interactive HS-DSCH on downlink, R99 DCH on uplink.ManagedElement_RncFunction.pmSumHsDchJitterSumerttbh, Sum
    pmSumHsDchLatency_0ACCUMULATIONINTEGERAggregate of RAN SDU Latency for PS Interactive HS-DSCH on downlink, R99 DCH on uplink. Aggregation according to the following SDU size (in bytes)ManagedElement_RncFunction.pmSumHsDchLatency_0Sumerttbh, Sum
    pmSumHsDchLatency_1ACCUMULATIONINTEGERAggregate of RAN SDU Latency for PS Interactive HS-DSCH on downlink, R99 DCH on uplink. Aggregation according to the following SDU size (in bytes)ManagedElement_RncFunction.pmSumHsDchLatency_1Sumerttbh, Sum
    pmSumHsDchLatency_2ACCUMULATIONINTEGERAggregate of RAN SDU Latency for PS Interactive HS-DSCH on downlink, R99 DCH on uplink. Aggregation according to the following SDU size (in bytes)ManagedElement_RncFunction.pmSumHsDchLatency_2Sumerttbh, Sum
    pmSumHsDlDelay_0ACCUMULATIONINTEGERAggregate of RAN SDU delay for HS-DSCH on downlink. Aggregation according to the following SDU size (in bytes)ManagedElement_RncFunction.pmSumHsDlDelay_0Sumerttbh, Sum
    pmSumHsDlDelay_1ACCUMULATIONINTEGERAggregate of RAN SDU delay for HS-DSCH on downlink. Aggregation according to the following SDU size (in bytes)ManagedElement_RncFunction.pmSumHsDlDelay_1Sumerttbh, Sum
    pmSumHsDlDelay_2ACCUMULATIONINTEGERAggregate of RAN SDU delay for HS-DSCH on downlink. Aggregation according to the following SDU size (in bytes)ManagedElement_RncFunction.pmSumHsDlDelay_2Sumerttbh, Sum
    pmSumHsEulDlRcvDelay_0ACCUMULATIONINTEGERAggregate of RAN SDU receive delay for PS Interactive HS-DSCH on downlink, EUL on uplink. Aggregation according to the following SDU size (in bytes)ManagedElement_RncFunction.pmSumHsEulDlRcvDelay_0Sumerttbh, Sum
    pmSumHsEulDlRcvDelay_1ACCUMULATIONINTEGERAggregate of RAN SDU receive delay for PS Interactive HS-DSCH on downlink, EUL on uplink. Aggregation according to the following SDU size (in bytes)ManagedElement_RncFunction.pmSumHsEulDlRcvDelay_1Sumerttbh, Sum
    pmSumHsEulDlRcvDelay_2ACCUMULATIONINTEGERAggregate of RAN SDU receive delay for PS Interactive HS-DSCH on downlink, EUL on uplink. Aggregation according to the following SDU size (in bytes)ManagedElement_RncFunction.pmSumHsEulDlRcvDelay_2Sumerttbh, Sum
    pmSumHsEulJitterACCUMULATIONINTEGERAggregate of the RAN SDU Jitter for PS Interactive HS-DSCH on DL, EUL on UL.ManagedElement_RncFunction.pmSumHsEulJitterSumerttbh, Sum
    pmSumHsEulLatency_0ACCUMULATIONINTEGERAggregate of RAN SDU Latency for PS Interactive HS-DSCH on downlink, EUL on uplink. Aggregation according to the following SDU size (in bytes)ManagedElement_RncFunction.pmSumHsEulLatency_0Sumerttbh, Sum
    pmSumHsEulLatency_1ACCUMULATIONINTEGERAggregate of RAN SDU Latency for PS Interactive HS-DSCH on downlink, EUL on uplink. Aggregation according to the following SDU size (in bytes)ManagedElement_RncFunction.pmSumHsEulLatency_1Sumerttbh, Sum
    pmSumHsEulLatency_2ACCUMULATIONINTEGERAggregate of RAN SDU Latency for PS Interactive HS-DSCH on downlink, EUL on uplink. Aggregation according to the following SDU size (in bytes)ManagedElement_RncFunction.pmSumHsEulLatency_2Sumerttbh, Sum


    RNC.Ericsson.UMTS.Security_Handling

    RRC message integrity statistics.

    KPITypeData TypeDescriptionDerivationDefault AggregatorOther Aggregators
    pmIntegrityFailureRrcMsgACCUMULATIONINT8Number of UL RRC messages discarded due to integrity failure.ManagedElement_RncFunction_SecurityHandling.pmIntegrityFailureRrcMsgSumerttbh, Sum


    RNC.Ericsson.UMTS.traffic_volume

    UTRAN traffic volume.

    KPITypeData TypeDescriptionDerivationDefault AggregatorOther Aggregators
    _%_soft_handover_overheadPERCENTAGEFLOAT(Report) Ratio of downlink code channel utilization for speech and the average number speech users served per RNC.100 * {Ericsson.traffic_volume.Ave_DL_code_speech}/{Ericsson.traffic_volume.Ave_speech_users}AverageAverage, erttbh
    Ave_CS64_DL_codeINTENSITYFLOAT(Report) Average number of downlink codes occupied for CS 64 traffic per RNC.if(ManagedElement_RncFunction.pmSamplesCs64RabEstablish =0) then 0 else(pmSumCs64RabEstablish / pmSamplesCs64RabEstablish)AverageAverage, erttbh, Maximum, Minimum, Sum
    Ave_DL_code_speechINTENSITYFLOAT(Report) Average number of downlink code is occupied for speech traffic per RNC.if(ManagedElement_RncFunction.pmSamplesCs12RabEstablish =0) then 0 else(pmSumCs12RabEstablish / pmSamplesCs12RabEstablish)AverageAverage, erttbh, Maximum, Minimum, Sum
    Ave_PS_interactive_DL_calls_DCHINTENSITYFLOAT(Report) Average number of PS interactive calls per RNC.if(ManagedElement_RncFunction_UeRc_TV.pmSamplesRabEstablish =0) then 0 else(pmSumRabEstablish / pmSamplesRabEstablish)AverageAverage, erttbh, Maximum, Minimum, Sum
    Ave_PS_interactive_DL_calls_FACHINTENSITYFLOAT(Report) Average number of PS interactive calls per RNC.if(ManagedElement_RncFunction_UeRc_4.pmSamplesRabEstablish =0) then 0 else(pmSumRabEstablish / pmSamplesRabEstablish)AverageAverage, erttbh, Maximum, Minimum, Sum
    Ave_speech_usersINTENSITYFLOAT(Report) Average number of speech users per RNC.if(ManagedElement_RncFunction.pmSamplesBestCs12Establish=0) then 0 else(pmSumBestCs12Establish / pmSamplesBestCs12Establish)AverageAverage, erttbh, Maximum, Minimum, Sum
    pmdldchtrafficvolumebeforesplitACCUMULATIONINT8Payload traffic DL in Kb on dedicated channels (DCHs) (measured before diversity splitting). Retransmissions are also counted as part of the traffic volume.ManagedElement_RncFunction_UeRc_ACCUM.pmDlDchTrafficVolumeBeforeSplitSumerttbh, Sum
    pmdlfachtrafficvolumeACCUMULATIONINT8Payload traffic DL in Kb on common channels (FACH). Retransmissions are also counted as part of the traffic volume.ManagedElement_RncFunction_UeRc_ACCUM.pmDlFachTrafficVolumeSumerttbh, Sum
    pmSumTransmittedBitsACCUMULATIONINT8-Obsolete in P6- Aggregated to RNC, the number of transmitted bits at MAC-hs, level including retransmissions from CDMA_Channel.ManagedElement_RncFunction_UeRc_ACCUM.pmSumTransmittedBitsSumerttbh, Sum
    pmuldchtrafficvolumeaftercombACCUMULATIONINT8Payload traffic UL in Kb on DCHs (measured after diversity combination). Retransmissions are also counted as part of the traffic volume.ManagedElement_RncFunction_UeRc_ACCUM.pmUlDchTrafficVolumeAfterCombSumerttbh, Sum
    pmulrachtrafficvolumeACCUMULATIONINT8Payload traffic UL in Kb on common channels (RACH). Retransmissions are also counted as part of the traffic volume.ManagedElement_RncFunction_UeRc_ACCUM.pmUlRachTrafficVolumeSumerttbh, Sum
    PS_interactive_DL_payload_DCHINTENSITYFLOAT(Report) The downlink payload in kbits carried on DCH before splitting for PS Interactive per RNC.ManagedElement_RncFunction_UeRc_TV.pmDlDchTrafficVolumeBeforeSplitAverageAverage, erttbh, Maximum, Minimum, Sum
    PS_interactive_DL_payload_FACHINTENSITYFLOAT(Report) The downlink payload in kbits carried on FACH for PS Interactive per RNC.ManagedElement_RncFunction_UeRc_4.pmDlFachTrafficVolumeAverageAverage, erttbh, Maximum, Minimum, Sum
    PS_interactive_UL_payload_DCHINTENSITYFLOAT(Report) The uplink payload in kbits carried on RACH for PS Interactive per RNC.ManagedElement_RncFunction_UeRc_TV.pmUlDchTrafficVolumeAfterCombAverageAverage, erttbh, Maximum, Minimum, Sum
    PS_interactive_UL_payload_RACHINTENSITYFLOAT(Report) The uplink payload in kbits carried on RACH for PS Interactive per RNC.ManagedElement_RncFunction_UeRc_4.pmUlRachTrafficVolumeAverageAverage, erttbh, Maximum, Minimum, Sum
    Tot_pmSumTransmittedBitsSpiACCUMULATIONINT8Aggregated at RNC measurements to observe the total amount of data sent on MAC-hs level per scheduling priority class 00-15.ManagedElement_RncFunction_UeRc_ACCUM.Tot_pmSumTransmittedBitsSpiSumerttbh, Sum
    total_dch_trafficACCUMULATIONINT8Total Dch traffic.{pmdldchtrafficvolumebeforesplit} + {pmuldchtrafficvolumeaftercomb}Sumerttbh, Sum
    total_dl_trafficACCUMULATIONINT8Total DL traffic.{pmdldchtrafficvolumebeforesplit} + {pmdlfachtrafficvolume}Sumerttbh, Sum
    total_trafficACCUMULATIONINT8Total RNC Dch, Fach and Rach traffic volume.ManagedElement_RncFunction_UeRc_ACCUM.pmDlDchTrafficVolumeBeforeSplit + pmDlFachTrafficVolume + pmUlDchTrafficVolumeAfterComb + pmUlRachTrafficVolume + Tot_pmSumTransmittedBitsSpiSumerttbh, Sum
    total_ul_trafficACCUMULATIONINT8Total UL traffic.{pmuldchtrafficvolumeaftercomb} + {pmulrachtrafficvolume}Sumerttbh, Sum


    8.72 RNC_RAB Performance Indicators

    This section shows the key performance indicators and other counters for the RNC_RAB object, divided into the following sub-sections:


    RNC_RAB.Ericsson.UMTS.channel_quality

    UTRAN radio channel quality.

    KPITypeData TypeDescriptionDerivationDefault AggregatorOther Aggregators
    _%_Block_Error_Rate_UL_CS_DataPERCENTAGEFLOATPercentage of Speech Transport Blocks uplink after combining.100 * {pmFaultyTransportBlocksAcUlCS64}/{pmTransportBlocksAcUlCS64}AverageAverage, erttbh
    _%_Block_Error_Rate_UL_PS_DataPERCENTAGEFLOATPercentage of Faulty Packet Transport Blocks uplink after combining.100 * {pmFaultyTransportBlocksAcUlPacket}/{pmTransportBlocksAcUlPacket}AverageAverage, erttbh
    _%_Block_Error_Rate_UL_SpeechPERCENTAGEFLOATPercentage of Faulty Speech Transport Blocks uplink after combining.100 * {pmFaultyTransportBlocksAcUlSpeech}/{pmTransportBlocksAcUlSpeech}AverageAverage, erttbh
    pmFaultyTransportBlocksAcUlCS64ACCUMULATIONINT8Number of Faulty CS64 Transport Blocks uplink after combining.ManagedElement_RncFunction_UeRc.pmFaultyTransportBlocksAcUlCS64Sumerttbh, Sum
    pmfaultytransportblocksaculACCUMULATIONINT8Number of invalid transport blocks.ManagedElement_RncFunction_UeRc.pmFaultyTransportBlocksAcUlSumerttbh, Sum
    pmFaultyTransportBlocksAcUlPacketACCUMULATIONINT8Number of Faulty Packet Transport Blocks uplink after combining.ManagedElement_RncFunction_UeRc.pmFaultyTransportBlocksAcUlPacketSumerttbh, Sum
    pmFaultyTransportBlocksAcUlSpeechACCUMULATIONINT8Number of Faulty Speech Transport Blocks uplink after combining.ManagedElement_RncFunction_UeRc.pmFaultyTransportBlocksAcUlSpeechSumerttbh, Sum
    pmTransportBlocksAcUlCS64ACCUMULATIONINT8Number of CS64 Transport Blocks uplink after combining.ManagedElement_RncFunction_UeRc.pmTransportBlocksAcUlCS64Sumerttbh, Sum
    pmtransportblocksaculACCUMULATIONINT8Number of transport blocks.ManagedElement_RncFunction_UeRc.pmTransportBlocksAcUlSumerttbh, Sum
    pmTransportBlocksAcUlPacketACCUMULATIONINT8Number of Packet Transport Blocks uplink after combining.ManagedElement_RncFunction_UeRc.pmTransportBlocksAcUlPacketSumerttbh, Sum
    pmTransportBlocksAcUlSpeechACCUMULATIONINT8Number of Faulty Speech Transport Blocks uplink after combining.ManagedElement_RncFunction_UeRc.pmTransportBlocksAcUlSpeechSumerttbh, Sum


    RNC_RAB.Ericsson.UMTS.establishments_and_release

    RNC_RAB establishment and release statistics.

    KPITypeData TypeDescriptionDerivationDefault AggregatorOther Aggregators
    cmavgrabestablishPERCENTAGEFLOATAverage of all sample values recorded for number of RABs established.100 * {pmsumrabestablish}/{pmsamplesrabestablish}AverageAverage, erttbh
    cmnorabestablishfailureACCUMULATIONINT8Number of RAB establishment failures.{pmnorabestablishattempts} - {pmnorabestablishsuccess}Sumerttbh, Sum
    pmnorabestablishattemptsACCUMULATIONINT8Number of RAB establishment attempts.ManagedElement_RncFunction_UeRc.pmNoRabEstablishAttemptsSumerttbh, Sum
    pmnorabestablishsuccessACCUMULATIONINT8Number of successful RAB establishments.ManagedElement_RncFunction_UeRc.pmNoRabEstablishSuccessSumerttbh, Sum
    pmnorabreleaseattemptsACCUMULATIONINT8Number of RB release attempts due to Iu release from CN (when there is a connection to the other CN as well) or RAB Assignment Request with RABs to release.ManagedElement_RncFunction_UeRc.pmNoRabReleaseAttemptsSumerttbh, Sum
    pmnorabreleasesuccessACCUMULATIONINT8Number of successful RB releases due to Iu release from CN (when there is a connection to the other CN as well) or RAB Assignment Request with RABs to release.ManagedElement_RncFunction_UeRc.pmNoRabReleaseSuccessSumerttbh, Sum
    pmsamplesrabestablishACCUMULATIONINT8Number of samples recorded within the ROP period for number of RABs established.ManagedElement_RncFunction_UeRc.pmSamplesRabEstablishSumerttbh, Sum
    pmsumrabestablishACCUMULATIONINT8Sum of all sample values recorded for number of RABs established.ManagedElement_RncFunction_UeRc.pmSumRabEstablishSumerttbh, Sum


    RNC_RAB.Ericsson.UMTS.frame_synchronization

    Data frame synchronization statistics.

    KPITypeData TypeDescriptionDerivationDefault AggregatorOther Aggregators
    pmnodchdltimingadjcontrframesACCUMULATIONINT8Number of DCH DL timing adjustment control frames.ManagedElement_RncFunction_UeRc.pmnodchdltimingadjcontrframesSumerttbh, Sum
    pmnodchuldataframesoutsidewindowACCUMULATIONINT8Number of DCH UL timing adjustment control frames.ManagedElement_RncFunction_UeRc.pmnodchuldataframesoutsidewindowSumerttbh, Sum
    pmnodldchdiscardeddataframeseACCUMULATIONINT8Number of DCH DL discarded data frames (E).ManagedElement_RncFunction_UeRc.pmnodldchdiscardeddataframeseSumerttbh, Sum
    pmnodldchdiscardeddataframeslACCUMULATIONINT8Number of DCH DL discarded data frames (L).ManagedElement_RncFunction_UeRc.pmnodldchdiscardeddataframeslSumerttbh, Sum


    RNC_RAB.Ericsson.UMTS.traffic_volume

    UTRAN traffic volume.

    KPITypeData TypeDescriptionDerivationDefault AggregatorOther Aggregators
    DCH_Payload_DataACCUMULATIONINT8Total DCH payload data.{pmulrachtrafficvolume} + {pmuldchtrafficvolumeaftercomb} + {pmdlfachtrafficvolume} + {pmdldchtrafficvolumebeforesplit}Sumerttbh, Sum
    pmdldchtrafficvolumebeforesplitACCUMULATIONINT8DL traffic volume on DCH before Split.ManagedElement_RncFunction_UeRc.pmDlDchTrafficVolumeBeforeSplitSumerttbh, Sum
    pmdlfachtrafficvolumeACCUMULATIONINT8DL traffic volume on FACH.ManagedElement_RncFunction_UeRc.pmDlFachTrafficVolumeSumerttbh, Sum
    pmuldchtrafficvolumeaftercombACCUMULATIONINT8UL traffic volume on DCH before Comb.ManagedElement_RncFunction_UeRc.pmUlDchTrafficVolumeAfterCombSumerttbh, Sum
    pmulrachtrafficvolumeACCUMULATIONINT8UL traffic volume on RACH.ManagedElement_RncFunction_UeRc.pmUlRachTrafficVolumeSumerttbh, Sum


    8.73 RncCapacity Performance Indicators

    This section shows the key performance indicators and other counters for the RncCapacity object, divided into the following sub-sections:


    RncCapacity.Ericsson.UMTS.PDF_pmCapacityUtilization

    pmCapacityUtilization PDF counters

    KPITypeData TypeDescriptionDerivationDefault AggregatorOther Aggregators
    pmCapacityUtilization_0ACCUMULATIONINTEGERDistribution of the resource utilization for this capacity license, as a percentage of currentCapacityLimit (shown by the counter pmCapacityLimit).ManagedElement_RncCapacity.pmCapacityUtilization_0Sum 
    pmCapacityUtilization_1ACCUMULATIONINTEGERDistribution of the resource utilization for this capacity license, as a percentage of currentCapacityLimit (shown by the counter pmCapacityLimit).ManagedElement_RncCapacity.pmCapacityUtilization_1Sum 
    pmCapacityUtilization_2ACCUMULATIONINTEGERDistribution of the resource utilization for this capacity license, as a percentage of currentCapacityLimit (shown by the counter pmCapacityLimit).ManagedElement_RncCapacity.pmCapacityUtilization_2Sum 
    pmCapacityUtilization_3ACCUMULATIONINTEGERDistribution of the resource utilization for this capacity license, as a percentage of currentCapacityLimit (shown by the counter pmCapacityLimit).ManagedElement_RncCapacity.pmCapacityUtilization_3Sum 
    pmCapacityUtilization_4ACCUMULATIONINTEGERDistribution of the resource utilization for this capacity license, as a percentage of currentCapacityLimit (shown by the counter pmCapacityLimit).ManagedElement_RncCapacity.pmCapacityUtilization_4Sum 
    pmCapacityUtilization_5ACCUMULATIONINTEGERDistribution of the resource utilization for this capacity license, as a percentage of currentCapacityLimit (shown by the counter pmCapacityLimit).ManagedElement_RncCapacity.pmCapacityUtilization_5Sum 
    pmCapacityUtilization_6ACCUMULATIONINTEGERDistribution of the resource utilization for this capacity license, as a percentage of currentCapacityLimit (shown by the counter pmCapacityLimit).ManagedElement_RncCapacity.pmCapacityUtilization_6Sum 
    pmCapacityUtilization_7ACCUMULATIONINTEGERDistribution of the resource utilization for this capacity license, as a percentage of currentCapacityLimit (shown by the counter pmCapacityLimit).ManagedElement_RncCapacity.pmCapacityUtilization_7Sum 
    pmCapacityUtilization_8ACCUMULATIONINTEGERDistribution of the resource utilization for this capacity license, as a percentage of currentCapacityLimit (shown by the counter pmCapacityLimit).ManagedElement_RncCapacity.pmCapacityUtilization_8Sum 
    pmCapacityUtilization_9ACCUMULATIONINTEGERDistribution of the resource utilization for this capacity license, as a percentage of currentCapacityLimit (shown by the counter pmCapacityLimit).ManagedElement_RncCapacity.pmCapacityUtilization_9Sum 


    RncCapacity.Ericsson.UMTS.RncCapacity_statistics

    RncCapacity data.

    KPITypeData TypeDescriptionDerivationDefault AggregatorOther Aggregators
    Avg_CapacityINTENSITYFLOATAverage capacity100*({pmSumCapacity} / {pmSamplesCapacity})Averageerttbh, Sum, Minimum, Maximum
    Avg_CapacityRegulationINTENSITYFLOATAverage capacity regulation100*({pmSumCapacityRegulation} / {pmSamplesCapacityRegulation})Averageerttbh, Sum, Minimum, Maximum
    pmCapacityAllocAttACCUMULATIONINTEGERNumber of attempts made during the ROP to allocate the resource regulated by this capacity license.ManagedElement_RncCapacity.pmCapacityAllocAttSumerttbh
    pmCapacityAllocRejACCUMULATIONINTEGERNumber of rejected attempts made during the ROP to allocate the resource regulated by this capacity license.ManagedElement_RncCapacity.pmCapacityAllocRejSumerttbh
    pmCapacityLimitINTENSITYINTEGERValue of the attribute currentCapacityLimit at the end of the ROP. This value is used as the 100% limit for the counter pmCapacityUtilization.ManagedElement_RncCapacity.pmCapacityLimitAverageerttbh, Sum, Minimum, Maximum
    pmSamplesCapacityACCUMULATIONINTEGERNumber of samples recorded within the ROP for pmSumCapacity.ManagedElement_RncCapacity.pmSamplesCapacitySumerttbh
    pmSamplesCapacityRegulationACCUMULATIONINTEGERNumber of samples recorded within the ROP for pmSumCapacityRegulation.ManagedElement_RncCapacity.pmSamplesCapacityRegulationSumerttbh
    pmSumCapacityRegulationACCUMULATIONINTEGERSum of all sample values recorded during a ROP for the current capacity utilization, when the capacity is being regulated.ManagedElement_RncCapacity.pmSumCapacityRegulationSumerttbh
    pmSumCapacityACCUMULATIONINTEGERSum of all sample values recorded during a ROP for the current capacity utilization.ManagedElement_RncCapacity.pmSumCapacitySumerttbh
    pmSumSqrCapacityACCUMULATIONINTEGERSum of the squares of the individual measurements in pmSumCapacityManagedElement_RncCapacity.pmSumSqrCapacitySumerttbh
    pmTotalTimeCapacityRegulatedACCUMULATIONINTEGERTime during which the capacity utilization has been regulated according to the current capacity limit.ManagedElement_RncCapacity.pmTotalTimeCapacityRegulatedSumerttbh


    8.74 Routing_Area Performance Indicators

    This section shows the key performance indicators and other counters for the Routing_Area object, divided into the following sub-sections:


    Routing_Area.Ericsson.UMTS.paging_counters

    UTRAN paging statistics at Routing Area.

    KPITypeData TypeDescriptionDerivationDefault AggregatorOther Aggregators
    pmcninitpagingtoidleueraACCUMULATIONINT8Number of CN-initiated pages sent to idle mode UEs (with CN identity specified in the RRC Paging type 1 message) in specified Routing Area (RA) (packet switched pages).ME_RncFunction_LocationArea_RoutingArea.pmCnInitPagingToIdleUeRaSumAverage, Maximum, Minimum, Sum


    8.75 SasPositioning Performance Indicators

    This section shows the key performance indicators and other counters for the SasPositioning object, divided into the following sub-sections:


    SasPositioning.Ericsson.UMTS.Sas_centric_positioning

    Sas centric positioning measurements.

    KPITypeData TypeDescriptionDerivationDefault AggregatorOther Aggregators
    pmEsIupcCellIdFailQosNokACCUMULATIONINTEGERNumber of failed positioning attempts for emergency services, using the SAScentric Cell ID positioning method, which did not meet the requested QoS level.ME_RncFunction_SasPositioning.pmEsIupcCellIdFailQosNokSumerttbh
    pmEsIupcCellIdFailQosOkACCUMULATIONINTEGERNumber of failed positioning attempts for emergency services, using the SAScentric Cell ID positioning method, which met the requested QoS level.ME_RncFunction_SasPositioning.pmEsIupcCellIdFailQosOkSumerttbh
    pmEsIupcCellIdSuccQosNokACCUMULATIONINTEGERNumber of successful positioning attempts for emergency services, using the SAS-centric Cell ID positioning method, which did not meet the requested QoS level.ME_RncFunction_SasPositioning.pmEsIupcCellIdSuccQosNokSumerttbh
    pmEsIupcCellIdSuccQosOkACCUMULATIONINTEGERNumber of successful positioning attempts for emergency services, using the SAS-centric Cell ID positioning method, which met the requested QoS level.ME_RncFunction_SasPositioning.pmEsIupcCellIdSuccQosOkSumerttbh
    pmEsIupcRttFailQosNokACCUMULATIONINTEGERNumber of failed positioning attempts for emergency services, using the SAScentric RTT positioning method, which did not meet the requested QoS level.ME_RncFunction_SasPositioning.pmEsIupcRttFailQosNokSumerttbh
    pmEsIupcRttFailQosOkACCUMULATIONINTEGERNumber of failed positioning attempts for emergency services, using the SAScentric RTT positioning method, which met the requested QoS level.ME_RncFunction_SasPositioning.pmEsIupcRttFailQosOkSumerttbh
    pmEsIupcRttSuccQosNokACCUMULATIONINTEGERNumber of successful positioning attempts for emergency services, using the SAS-centric RTT positioning method, which did not meet the requested QoS level.ME_RncFunction_SasPositioning.pmEsIupcRttSuccQosNokSumerttbh
    pmEsIupcRttSuccQosOkACCUMULATIONINTEGERNumber of successful positioning attempts for emergency services, using the SAS-centric RTT positioning method, which met the requested QoS level.ME_RncFunction_SasPositioning.pmEsIupcRttSuccQosOkSumerttbh
    pmEsIupcUeaAgpsFailQosNokACCUMULATIONINTEGERNumber of failed positioning attempts for emergency services, using the SAScentric UE-assisted A-GPS positioning method, which did not meet the requested QoS level.ME_RncFunction_SasPositioning.pmEsIupcUeaAgpsFailQosNokSumerttbh
    pmEsIupcUeaAgpsFailQosOkACCUMULATIONINTEGERNumber of failed positioning attempts for emergency services, using the SAScentric UE-assisted A-GPS positioning method, which met the requested QoS level.ME_RncFunction_SasPositioning.pmEsIupcUeaAgpsFailQosOkSumerttbh
    pmEsIupcUeaAgpsSuccQosNokACCUMULATIONINTEGERNumber of successful positioning attempts for emergency services, using the SAS-centric UE-assisted A-GPS positioning method, which did not meet the requested QoS level.ME_RncFunction_SasPositioning.pmEsIupcUeaAgpsSuccQosNokSumerttbh
    pmEsIupcUeaAgpsSuccQosOkACCUMULATIONINTEGERNumber of successful positioning attempts for emergency services, using the SAS-centric UE-assisted A-GPS positioning method, which met the requested QoS level.ME_RncFunction_SasPositioning.pmEsIupcUeaAgpsSuccQosOkSumerttbh
    pmEsIupcUebAgpsFailQosNokACCUMULATIONINTEGERNumber of failed positioning attempts for emergency services, using the SAScentric UE-based A-GPS positioning method, which did not meet the requested QoS level.ME_RncFunction_SasPositioning.pmEsIupcUebAgpsFailQosNokSumerttbh
    pmEsIupcUebAgpsFailQosOkACCUMULATIONINTEGERNumber of failed positioning attempts for emergency services, using the SAScentric UE-based A-GPS positioning method, which met the requested QoS level.ME_RncFunction_SasPositioning.pmEsIupcUebAgpsFailQosOkSumerttbh
    pmEsIupcUebAgpsSuccQosNokACCUMULATIONINTEGERNumber of successful positioning attempts for emergency services, using the SAS-centric UE-based A-GPS positioning method, which did not meet the requested QoS level.ME_RncFunction_SasPositioning.pmEsIupcUebAgpsSuccQosNokSumerttbh
    pmEsIupcUebAgpsSuccQosOkACCUMULATIONINTEGERNumber of successful positioning attempts for emergency services, using the SAS-centric UE-based A-GPS positioning method, which met the requested QoS level.ME_RncFunction_SasPositioning.pmEsIupcUebAgpsSuccQosOkSumerttbh
    pmLcsIupcCellIdFailQosNokACCUMULATIONINTEGERNumber of failed positioning attempts for location commercial services, using the SAS-centric Cell ID positioning method, which did not meet the requested QoS level.ME_RncFunction_SasPositioning.pmLcsIupcCellIdFailQosNokSumerttbh
    pmLcsIupcCellIdFailQosOkACCUMULATIONINTEGERNumber of failed positioning attempts for location commercial services, using the SAS-centric Cell ID positioning method, which met the requested QoS level.ME_RncFunction_SasPositioning.pmLcsIupcCellIdFailQosOkSumerttbh
    pmLcsIupcCellIdSuccQosNokACCUMULATIONINTEGERNumber of successful positioning attempts for location commercial services, using the SAS-centric Cell ID positioning method, which did not meet the requested QoS level.ME_RncFunction_SasPositioning.pmLcsIupcCellIdSuccQosNokSumerttbh
    pmLcsIupcCellIdSuccQosOkACCUMULATIONINTEGERNumber of successful positioning attempts for location commercial services, using the SAS-centric Cell ID positioning method, which met the requested QoS level.ME_RncFunction_SasPositioning.pmLcsIupcCellIdSuccQosOkSumerttbh
    pmLcsIupcRttFailQosNokACCUMULATIONINTEGERNumber of failed positioning attempts for location commercial services, using the SAS-centric RTT positioning method, which did not meet the requested QoS level.ME_RncFunction_SasPositioning.pmLcsIupcRttFailQosNokSumerttbh
    pmLcsIupcRttFailQosOkACCUMULATIONINTEGERNumber of failed positioning attempts for location commercial services, using the SAS-centric RTT positioning method, which met the requested QoS level.ME_RncFunction_SasPositioning.pmLcsIupcRttFailQosOkSumerttbh
    pmLcsIupcRttSuccQosNokACCUMULATIONINTEGERNumber of successful positioning attempts for location commercial services, using the SAS-centric RTT positioning method, which did not meet the requested QoS level.ME_RncFunction_SasPositioning.pmLcsIupcRttSuccQosNokSumerttbh
    pmLcsIupcRttSuccQosOkACCUMULATIONINTEGERNumber of successful positioning attempts for location commercial services, using the SAS-centric RTT positioning method, which met the requested QoS level.ME_RncFunction_SasPositioning.pmLcsIupcRttSuccQosOkSumerttbh
    pmLcsIupcUeaAgpsFailQosNokACCUMULATIONINTEGERNumber of failed positioning attempts for location commercial services, using the SAS-centric UE-assisted A-GPS positioning method, which did not meet the requested QoS level.ME_RncFunction_SasPositioning.pmLcsIupcUeaAgpsFailQosNokSumerttbh
    pmLcsIupcUeaAgpsFailQosOkACCUMULATIONINTEGERNumber of failed positioning attempts for location commercial services, using the SAS-centric UE-assisted A-GPS positioning method, which met the requested QoS level.ME_RncFunction_SasPositioning.pmLcsIupcUeaAgpsFailQosOkSumerttbh
    pmLcsIupcUeaAgpsSuccQosNokACCUMULATIONINTEGERNumber of successful positioning attempts for location commercial services, using the SAS-centric UE-assisted A-GPS positioning method, which did not meet the requested QoS level.ME_RncFunction_SasPositioning.pmLcsIupcUeaAgpsSuccQosNokSumerttbh
    pmLcsIupcUeaAgpsSuccQosOkACCUMULATIONINTEGERNumber of successful positioning attempts for location commercial services, using the SAS-centric UE-assisted A-GPS positioning method, which met the requested QoS level.ME_RncFunction_SasPositioning.pmLcsIupcUeaAgpsSuccQosOkSumerttbh
    pmLcsIupcUebAgpsFailQosNokACCUMULATIONINTEGERNumber of failed positioning attempts for location commercial services, using the SAS-centric UE-based A-GPS positioning method, which did not meet the requested QoS level.ME_RncFunction_SasPositioning.pmLcsIupcUebAgpsFailQosNokSumerttbh
    pmLcsIupcUebAgpsFailQosOkACCUMULATIONINTEGERNumber of failed positioning attempts for location commercial services, using the SAS-centric UE-based A-GPS positioning method, which met the requested QoS level.ME_RncFunction_SasPositioning.pmLcsIupcUebAgpsFailQosOkSumerttbh
    pmLcsIupcUebAgpsSuccQosNokACCUMULATIONINTEGERNumber of successful positioning attempts for location commercial services, using the SAS-centric UE-based A-GPS positioning method, which did not meet the requested QoS level.ME_RncFunction_SasPositioning.pmLcsIupcUebAgpsSuccQosNokSumerttbh
    pmLcsIupcUebAgpsSuccQosOkACCUMULATIONINTEGERNumber of successful positioning attempts for location commercial services, using the SAS-centric UE-based A-GPS positioning method, which met the requested QoS level.ME_RncFunction_SasPositioning.pmLcsIupcUebAgpsSuccQosOkSumerttbh


    8.76 SCCP_Acct_Criteria Performance Indicators

    This section shows the key performance indicators and other counters for the SCCP_Acct_Criteria object, divided into the following sub-sections:


    SCCP_Acct_Criteria.Ericsson.UMTS.SCCP

    SCCP Accounting messages statistics.

    KPITypeData TypeDescriptionDerivationDefault AggregatorOther Aggregators
    pmNoOfMsgACCUMULATIONINT8Number of messages, both incoming and outgoing.RNC_Signaling_Connection_Ctrl_Acc_Criteria.pmNoOfMsgSumerttbh, Sum
    pmNoOfOctetsACCUMULATIONINT8Number of octets, both incoming and outgoing.RNC_Signaling_Connection_Ctrl_Acc_Criteria.pmNoOfOctetsSumerttbh, Sum


    8.77 SCCP_Policing Performance Indicators

    This section shows the key performance indicators and other counters for the SCCP_Policing object, divided into the following sub-sections:


    SCCP_Policing.Ericsson.UMTS.SCCP

    SCCP Policing messages statistics.

    KPITypeData TypeDescriptionDerivationDefault AggregatorOther Aggregators
    pmNoOfRejectMsgACCUMULATIONINT8Number of rejected messages.NODEB_Signaling_Connection_Control_Policing.pmNoOfRejectMsgSumerttbh, Sum


    8.78 SCCP_SCRC Performance Indicators

    This section shows the key performance indicators and other counters for the SCCP_SCRC object, divided into the following sub-sections:


    SCCP_SCRC.Ericsson.UMTS.SCCP

    UTRAN SCCP signaling.

    KPITypeData TypeDescriptionDerivationDefault AggregatorOther Aggregators
    pmNoOfConnectFailureACCUMULATIONINT8Number of connect failures.RNC_Signaling_Connection_Control.pmNoOfConnectFailureSumerttbh, Sum
    pmNoOfHopCounterViolationACCUMULATIONINT8Number of Hop counter violations.RNC_Signaling_Connection_Control.pmNoOfHopCounterViolationSumerttbh, Sum
    pmNoOfRoutingFailNetworkCongestACCUMULATIONINT8Number of routing failures due to network congestion.RNC_Signaling_Connection_Control.pmNoOfRoutingFailNetworkCongestSumerttbh, Sum
    pmNoOfRoutingFailNoTransAddrOfSuchNatureACCUMULATIONINT8Number of routing failures due to no translation for Nature of Address field.RNC_Signaling_Connection_Control.pmNoOfRoutingFailNoTransAddrOfSuchNatureSumerttbh, Sum
    pmNoOfRoutingFailNoTransSpecificAddrACCUMULATIONINT8Number of routing failures due to no translation of specific address.RNC_Signaling_Connection_Control.pmNoOfRoutingFailNoTransSpecificAddrSumerttbh, Sum
    pmNoOfRoutingFailReasonUnknownACCUMULATIONINT8Performance monitoring counter for number of routing failures due to unknown reason.RNC_Signaling_Connection_Control.pmNoOfRoutingFailReasonUnknownSumerttbh, Sum
    pmNoOfRoutingFailSubsysUnavailACCUMULATIONINT8Number of routing failures due to destination subsystem unavailable.RNC_Signaling_Connection_Control.pmNoOfRoutingFailSubsysUnavailSumerttbh, Sum
    pmNoOfRoutingFailUnequippedSubsysACCUMULATIONINT8Performance monitoring counter for number of routing failures due to unequipped subsystem.RNC_Signaling_Connection_Control.pmNoOfRoutingFailUnequippedSubsysSumerttbh, Sum
    pmNoOfRoutingFailureACCUMULATIONINT8Number of routing failures.RNC_Signaling_Connection_Control.pmNoOfRoutingFailureSumerttbh, Sum
    pmNoOfRoutingFailurePointCodeUnAvailACCUMULATIONINT8Number of routing failures due to destination point code not available.RNC_Signaling_Connection_Control.pmNoOfRoutingFailurePointCodeUnAvailSumerttbh, Sum


    8.79 SCCP_SP Performance Indicators

    This section shows the key performance indicators and other counters for the SCCP_SP object, divided into the following sub-sections:


    SCCP_SP.Ericsson.UMTS.SCCP

    SCCP Signalling Point messages statistics.

    KPITypeData TypeDescriptionDerivationDefault AggregatorOther Aggregators
    pmNoOfConInUseExceedHighWaterMarkINTENSITYINT8Number of connections in use that exceeded the high watermark threshold.RNC_Signaling_Connection_Control_SccpSp.pmNoOfConInUseExceedHighWaterMarkAverageAverage, erttbh, Maximum, Minimum, Sum
    pmNoOfConInUseReceededLowWaterMarkINTENSITYINT8Number of connections in use that receded the low watermark threshold.RNC_Signaling_Connection_Control_SccpSp.pmNoOfConInUseReceededLowWaterMarkAverageAverage, erttbh, Maximum, Minimum, Sum
    pmNoOfCREFRecFromNLACCUMULATIONINT8Number of Connection Refused (CREF) messages received from the Network Layer (NL). A CREF message indicates to the calling Signalling Connection Control Part (SCCP) that the setup of the signalling connection has been refused.RNC_Signaling_Connection_Control_SccpSp.pmNoOfCREFRecFromNLSumerttbh, Sum
    pmNoOfCREFSentToNLACCUMULATIONINT8Number of Connection Refused (CREF) messages sent to the Network Layer (NL). A CREF message indicates to the calling Signalling Connection Control Part (SCCP) that the setup of the signalling connection has been refused.RNC_Signaling_Connection_Control_SccpSp.pmNoOfCREFSentToNLSumerttbh, Sum
    pmNoOfCRRecACCUMULATIONINT8Number of received Connection Requests (CR).RNC_Signaling_Connection_Control_SccpSp.pmNoOfCRRecSumerttbh, Sum
    pmNoOfCRSentACCUMULATIONINT8Number of sent Connection Requests (CR).RNC_Signaling_Connection_Control_SccpSp.pmNoOfCRSentSumerttbh, Sum
    pmNoOfDT1RecACCUMULATIONINT8Number of received Data Form 1 message (DT1).RNC_Signaling_Connection_Control_SccpSp.pmNoOfDT1RecSumerttbh, Sum
    pmNoOfDT1SentACCUMULATIONINT8Number of sent Data Form 1 message (DT1).RNC_Signaling_Connection_Control_SccpSp.pmNoOfDT1SentSumerttbh, Sum
    pmNoOfERRRecACCUMULATIONINT8Performance monitoring counter for number of received Protocol Data Unit Errors (ERR).RNC_Signaling_Connection_Control_SccpSp.pmNoOfERRRecSumerttbh, Sum
    pmNoOfERRSentACCUMULATIONINT8Number of sent Protocol Data Unit Errors (ERR).RNC_Signaling_Connection_Control_SccpSp.pmNoOfERRSentSumerttbh, Sum
    pmNoOfLUDTRecACCUMULATIONINT8Number of received Long Unitdata Message (LUDT) messages.RNC_Signaling_Connection_Control_SccpSp.pmNoOfLUDTRecSumerttbh, Sum
    pmNoOfLUDTSSentACCUMULATIONINT8Number of sent Long Unitdata Message (LUDT) messages.RNC_Signaling_Connection_Control_SccpSp.pmNoOfLUDTSSentSumerttbh, Sum
    pmNoOfRLSDRecFromNLACCUMULATIONINT8Number of Released (RLSD) messages received from the Network Layer (NL).RNC_Signaling_Connection_Control_SccpSp.pmNoOfRLSDRecFromNLSumerttbh, Sum
    pmNoOfRLSDSentToNLACCUMULATIONINT8Number of Released (RLSD) messages sent to the Network Layer (NL).RNC_Signaling_Connection_Control_SccpSp.pmNoOfRLSDSentToNLSumerttbh, Sum
    pmNoOfSubsysAllowedSentACCUMULATIONINT8Number of sent Subsystem-allowed messages, (SSA).RNC_Signaling_Connection_Control_SccpSp.pmNoOfSubsysAllowedSentSumerttbh, Sum
    pmNoOfUDTRecACCUMULATIONINT8Number of received UNIDATA messages (UDT).RNC_Signaling_Connection_Control_SccpSp.pmNoOfUDTRecSumerttbh, Sum
    pmNoOfUDTSentACCUMULATIONINT8Number of sent UNIDATA messages (UDT).RNC_Signaling_Connection_Control_SccpSp.pmNoOfUDTSentSumerttbh, Sum
    pmNoOfUDTSRecACCUMULATIONINT8Number of received UNIDATA SERVICE messages (UDTS).RNC_Signaling_Connection_Control_SccpSp.pmNoOfUDTSRecSumerttbh, Sum
    pmNoOfUDTSSentACCUMULATIONINT8Number of sent UNIDATA SERVICE messages (UDTS).RNC_Signaling_Connection_Control_SccpSp.pmNoOfUDTSSentSumerttbh, Sum
    pmNoOfXUDTRecACCUMULATIONINT8Number of received extended UNIDATA messages (XUDT).RNC_Signaling_Connection_Control_SccpSp.pmNoOfXUDTRecSumerttbh, Sum
    pmNoOfXUDTSentACCUMULATIONINT8Number of sent extended UNIDATA messages (XUDT).RNC_Signaling_Connection_Control_SccpSp.pmNoOfXUDTSentSumerttbh, Sum
    pmNoOfXUDTSRecACCUMULATIONINT8Number of received extended UNIDATA SERVICE messages (XUDTS).RNC_Signaling_Connection_Control_SccpSp.pmNoOfXUDTSRecSumerttbh, Sum
    pmNoOfXUDTSSentACCUMULATIONINT8Number of sent extended UNIDATA SERVICE messages (XUDTS).RNC_Signaling_Connection_Control_SccpSp.pmNoOfXUDTSSentSumerttbh, Sum


    8.80 SCTP Performance Indicators

    This section shows the key performance indicators and other counters for the SCTP object, divided into the following sub-sections:


    SCTP.Ericsson.UMTS.SCTP

    Sigtran - Stream Control Transmission Protocol statistics.

    KPITypeData TypeDescriptionDerivationDefault AggregatorOther Aggregators
    pmSctpAbortedACCUMULATIONINTEGERNumber of times that Stream Control Transmission Protocol (SCTP) associations have made a direct transition to the CLOSED state from any state, using the primitive ABORTRNC_SCTP.pmSctpAborted or NODEB_SCTP.pmSctpAbortedSumerttbh, Sum
    pmSctpActiveEstabACCUMULATIONINTEGERNumber of times that Stream Control Transmission Protocol (SCTP) associations have made a direct transition to the ESTABLISHED state from the COOKIE-ECHOED state.RNC_SCTP.pmSctpActiveEstab or NODEB_SCTP.pmSctpActiveEstabSumerttbh, Sum
    pmSctpCurrEstabACCUMULATIONINTEGERNumber of Stream Control Transmission Protocol (SCTP) associations, for which the current state is either ESTABLISHED, SHUTDOWN-PENDING, or SHUTDOWN-RECEIVED.RNC_SCTP.pmSctpCurrEstab or NODEB_SCTP.pmSctpCurrEstabSumerttbh, Sum
    pmSctpInErrorsACCUMULATIONINTEGERDescription: The number of received SCTP datagrams that could not be delivered for reasons other than lack of a user application at the destination port.NODEB_SCTP.pmSctpInErrors or RNC_SCTP.pmSctpInErrorsSumerttbh
    pmSctpInNoPortsACCUMULATIONINTEGERDescription: The number of received SCTP datagrams for which there was no user application at the destination port.NODEB_SCTP.pmSctpInNoPorts or RNC_SCTP.pmSctpInNoPortsSumerttbh
    pmSctpPassiveEstabACCUMULATIONINTEGERNumber of times that Stream Control Transmission Protocol (SCTP) associations have made a direct transition to the ESTABLISHED state from the CLOSED state.RNC_SCTP.pmSctpPassiveEstab or NODEB_SCTP.pmSctpPassiveEstabSumerttbh, Sum
    pmSctpShutdownsACCUMULATIONINTEGERNumber of times that Stream Control Transmission Protocol (SCTP) associations have made a direct transition to the CLOSED state from either the SHUTDOWN-SENT state or the SHUTDOWN-ACK-SENT state.RNC_SCTP.pmSctpShutdowns or NODEB_SCTP.pmSctpShutdownsSumerttbh, Sum
    pmSctpStatAssocOutOfBlueACCUMULATIONINTEGERNumber of out-of-the-blue packets that are received by the host. These are Stream Control Transmission Protocol (SCTP) packets that are correctly formed (with a correct checksum), but there the receiver is not able to identify the association to which this packet belongs.RNC_SCTP.pmSctpStatAssocOutOfBlue or NODEB_SCTP.pmSctpStatAssocOutOfBlueSumerttbh, Sum
    pmSctpStatChecksumErrorCounterACCUMULATIONINTEGERNumber of SCTP packets received from the peers, with an invalid checksum.RNC_SCTP.pmSctpStatChecksumErrorCounter or NODEB_SCTP.pmSctpStatChecksumErrorCounterSumerttbh, Sum
    pmSctpStatCommResumeACCUMULATIONINTEGERNumber of times SCTP has sent a communication resume indication to the user.RNC_SCTP.pmSctpStatCommResume or NODEB_SCTP.pmSctpStatCommResumeSumerttbh, Sum
    pmSctpStatCommStopACCUMULATIONINTEGERNumber of times SCTP has sent a communication stop indication to the user.RNC_SCTP.pmSctpStatCommStop or NODEB_SCTP.pmSctpStatCommStopSumerttbh, Sum
    pmSctpStatFragmentedUserMsgACCUMULATIONINTEGERNumber of fragmented user messages, incremented when the first data chunk of fragmented message is sent.RNC_SCTP.pmSctpStatFragmentedUserMsg or NODEB_SCTP.pmSctpStatFragmentedUserMsgSumerttbh, Sum
    pmSctpStatOutOfOrderRecChunksACCUMULATIONINTEGERNumber of unordered chunks received from the peers.RNC_SCTP.pmSctpStatOutOfOrderRecChunks or NODEB_SCTP.pmSctpStatOutOfOrderRecChunksSumerttbh, Sum
    pmSctpStatOutOfOrderSendChunksACCUMULATIONINTEGERNumber of unordered chunks sent to the peers.RNC_SCTP.pmSctpStatOutOfOrderSendChunks or NODEB_SCTP.pmSctpStatOutOfOrderSendChunksSumerttbh, Sum
    pmSctpStatReassembledUserMsgACCUMULATIONINTEGERNumber of reassembled user messages, incremented when the first data chunk of a fragmented message is received.RNC_SCTP.pmSctpStatReassembledUserMsg or NODEB_SCTP.pmSctpStatReassembledUserMsgSumerttbh, Sum
    pmSctpStatRecChunksDroppedACCUMULATIONINTEGERNumber of sent chunks dropped, when the sending buffer overflows.RNC_SCTP.pmSctpStatRecChunksDropped or NODEB_SCTP.pmSctpStatRecChunksDroppedSumerttbh, Sum
    pmSctpStatRecChunksACCUMULATIONINTEGERNumber of complete data chunks received from the peers (no retransmissions included).RNC_SCTP.pmSctpStatRecChunks or NODEB_SCTP.pmSctpStatRecChunksSumerttbh, Sum
    pmSctpStatReceivedControlChunksACCUMULATIONINTEGERNumber of received control chunks.RNC_SCTP.pmSctpStatReceivedControlChunks or NODEB_SCTP.pmSctpStatReceivedControlChunksSumerttbh, Sum
    pmSctpStatReceivedPackagesACCUMULATIONINTEGERNumber of SCTP packages Received.RNC_SCTP.pmSctpStatReceivedPackages or NODEB_SCTP.pmSctpStatReceivedPackagesSumerttbh, Sum
    pmSctpStatRetransChunksACCUMULATIONINTEGERNumber of data chunks retransmitted to the peers.RNC_SCTP.pmSctpStatRetransChunks or NODEB_SCTP.pmSctpStatRetransChunksSumerttbh, Sum
    pmSctpStatSentChunksDroppedACCUMULATIONINTEGERNumber of received chunks dropped, when the receiving buffer overflows.RNC_SCTP.pmSctpStatSentChunksDropped or NODEB_SCTP.pmSctpStatSentChunksDroppedSumerttbh, Sum
    pmSctpStatSentChunksACCUMULATIONINTEGERNumber of complete data chunks sent to the peers (no retransmissions included).RNC_SCTP.pmSctpStatSentChunks or NODEB_SCTP.pmSctpStatSentChunksSumerttbh, Sum
    pmSctpStatSentControlChunksACCUMULATIONINTEGERNumber of sent control chunks.RNC_SCTP.pmSctpStatSentControlChunks or NODEB_SCTP.pmSctpStatSentControlChunksSumerttbh, Sum
    pmSctpStatSentPackagesACCUMULATIONINTEGERNumber of SCTP packages sent.RNC_SCTP.pmSctpStatSentPackages or NODEB_SCTP.pmSctpStatSentPackagesSumerttbh, Sum


    8.81 SONET_STS1 Performance Indicators

    This section shows the key performance indicators and other counters for the SONET_STS1 object, divided into the following sub-sections:


    SONET_STS1.Ericsson.UMTS.Physical_Link

    SONET STS1 physical link statistics.

    KPITypeData TypeDescriptionDerivationDefault AggregatorOther Aggregators
    pmEspACCUMULATIONINT8Number of errored seconds path.RNC_STS1_TP.pmEsp or NODEB_STS1_TP.pmEsp or RXI_STS1_TP.pmEspSumerttbh, Sum
    pmSespACCUMULATIONINT8Number of severely errored seconds path.RNC_STS1_TP.pmSesp or NODEB_STS1_TP.pmSesp or RXI_STS1_TP.pmSespSumerttbh, Sum
    pmUaspACCUMULATIONINTEGERTransmission Unavailable Seconds (SES). The accumulated unavailable time in seconds during the interval. Unavailable time starts when 10 consecutive SES are detected (them being part of the unavailable time) and ends when 10 consecutive non-SES are detected. This counter is incremented for each second of unavailable time.RNC_STS1_TP.pmUasp or NODEB_STS1_TP.pmUasp or RXI_STS1_TP.pmUaspSumerttbh, Sum


    8.82 SONET_STS3 Performance Indicators

    This section shows the key performance indicators and other counters for the SONET_STS3 object, divided into the following sub-sections:


    SONET_STS3.Ericsson.UMTS.Physical_Link

    SONET STS3 physical link statistics.

    KPITypeData TypeDescriptionDerivationDefault AggregatorOther Aggregators
    pmEspACCUMULATIONINT8Number of severely errored seconds path.RNC_STS3_TP.pmEsp or NODEB_STS3_TP.pmEsp or RXI_STS3_TP.pmEspSumerttbh, Sum
    pmSespACCUMULATIONINT8Number of severely errored seconds path.RNC_STS3_TP.pmSesp or NODEB_STS3_TP.pmSesp or RXI_STS3_TP.pmSespSumerttbh, Sum
    pmUaspACCUMULATIONINTEGERTransmission Unavailable Seconds (SES). The accumulated unavailable time in seconds during the interval. Unavailable time starts when 10 consecutive SES are detected (them being part of the unavailable time) and ends when 10 consecutive non-SES are detected. This counter is incremented for each second of unavailable time.RNC_STS3_TP.pmUasp or NODEB_STS3_TP.pmUasp or RXI_STS3_TP.pmUaspSumerttbh, Sum


    8.83 SwitchPortStp Performance Indicators

    This section shows the key performance indicators and other counters for the SwitchPortStp object, divided into the following sub-sections:


    SwitchPortStp.Ericsson.UMTS.Port_Statistics

    Port statistics.

    KPITypeData TypeDescriptionDerivationDefault AggregatorOther Aggregators
    pmReceivedBpduACCUMULATIONINTEGERThe number of received RSTP and STP BPDUs.RNC_SwitchPortStp.pmReceivedBpdu or NODEB_SwitchPortStp.pmReceivedBpdu or RXI_SwitchPortStp.pmReceivedBpduSumerttbh, Sum
    pmTransmittedBpduACCUMULATIONINTEGERThe number of transmitted RSTP and STP BPDUs.RNC_SwitchPortStp.pmTransmittedBpdu or NODEB_SwitchPortStp.pmTransmittedBpdu or RXI_SwitchPortStp.pmTransmittedBpduSumerttbh, Sum


    8.84 SwitchStp Performance Indicators

    This section shows the key performance indicators and other counters for the SwitchStp object, divided into the following sub-sections:


    SwitchStp.Ericsson.UMTS.Switch_Stp_Statistics

    Switch STP statistics

    KPITypeData TypeDescriptionDerivationDefault AggregatorOther Aggregators
    pmTopologyChangesACCUMULATIONINTEGERNumber of topology changes.RNC_SwitchStp.pmTopologyChanges or NODEB_SwitchStp.pmTopologyChanges or RXI_SwitchStp.pmTopologyChangesSumerttbh, Sum


    8.85 Synchronization Performance Indicators

    This section shows the key performance indicators and other counters for the Synchronization object, divided into the following sub-sections:


    Synchronization.Ericsson.UMTS.Synchronisation_Statistics

    Delay and sychronization statistics.

    KPITypeData TypeDescriptionDerivationDefault AggregatorOther Aggregators
    pmHDelayVarBest10PctINTENSITYINTEGERThis counter shows the Highest Delay Variation (see ITU-T Y.1540 for definition of the delay variation) of the best 10% synchronization frames (with the lowest delay) experienced by the active IP synchronization reference during the PM interval.RNC_Synchronization.pmHDelayVarBest10Pct or NODEB_Synchronization.pmHDelayVarBest10Pct or RXI_Synchronization.pmHDelayVarBest10PctAverageAverage, erttbh, Maximum, Minimum, Sum
    pmHDelayVarBest1PctINTENSITYINTEGERThis counter shows the Highest Delay Variation (see ITU-T Y.1540 for definition of the delay variation) of the best 1% synchronization frames (with the lowest delay) experienced by the active IP synchronization reference during the PM interval.RNC_Synchronization.pmHDelayVarBest1Pct or NODEB_Synchronization.pmHDelayVarBest1Pct or RXI_Synchronization.pmHDelayVarBest1PctAverageAverage, erttbh, Maximum, Minimum, Sum
    pmHDelayVarBest50PctINTENSITYINTEGERThis counter shows the Highest Delay Variation (see ITU-T Y.1540 for definition of the delay variation) of the best 50% synchronization frames (with the lowest delay) experienced by the active IP synchronization reference during the PM interval.RNC_Synchronization.pmHDelayVarBest50Pct or NODEB_Synchronization.pmHDelayVarBest50Pct or RXI_Synchronization.pmHDelayVarBest50PctAverageAverage, erttbh, Maximum, Minimum, Sum
    pmMaxDelayVariationINTENSITYINTEGERThis counter shows the Maximum Delay Variation (see ITU-T Y.1540 for definition of the delay variation) experienced by the active IP synchronization reference during the PM interval.RNC_Synchronization.pmMaxDelayVariation or NODEB_Synchronization.pmMaxDelayVariation or RXI_Synchronization.pmMaxDelayVariationAverageAverage, erttbh, Maximum, Minimum, Sum


    8.86 T1Ttp Performance Indicators

    This section shows the key performance indicators and other counters for the T1Ttp object, divided into the following sub-sections:


    T1Ttp.Ericsson.UMTS.Physical_Link

    T1 terminal termination point physical link statistics

    KPITypeData TypeDescriptionDerivationDefault AggregatorOther Aggregators
    pmEsACCUMULATIONINT8Number of errored seconds.RNC_T1Ttp.pmEs or NODEB_T1Ttp.pmEs or RXI_T1Ttp.pmEsSumerttbh, Sum
    pmSesACCUMULATIONINT8Number of severely errored seconds.RNC_T1Ttp.pmSes or NODEB_T1Ttp.pmSes or RXI_T1Ttp.pmSesSumerttbh, Sum
    pmUasACCUMULATIONINTEGERTransmission Unavailable Seconds (SES). The accumulated unavailable time in seconds during the interval. Unavailable time starts when 10 consecutive SES are detected (them being part of the unavailable time) and ends when 10 consecutive non-SES are detected. This counter is incremented for each second of unavailable time.RNC_T1Ttp.pmUas or NODEB_T1Ttp.pmUas or RXI_T1Ttp.pmUasSumerttbh, Sum


    8.87 Uni_SAAL_Tp Performance Indicators

    This section shows the key performance indicators and other counters for the Uni_SAAL_Tp object, divided into the following sub-sections:


    Uni_SAAL_Tp.Ericsson.UMTS.UNI_SAAL

    UTRAN UNI_SAAL signaling.

    KPITypeData TypeDescriptionDerivationDefault AggregatorOther Aggregators
    FailNoOfSLACCUMULATIONINT8Number of NBAP signalling link failures.RNC_UniSAalTp_Signaling.KPI_FailNoOfSL or NODEB_UniSAalTp_Signaling.KPI_FailNoOfSL or RXI_UniSAalTp_Signaling.KPI_FailNoOfSLSumerttbh, Sum
    NoOfLocalCongestionsACCUMULATIONINT8Number of NBAP local congestions.{pmNoOfLocalCongestions}Sumerttbh, Sum
    NoOfRemoteCongestionsACCUMULATIONINT8Total Number of NBAP congestions.{pmNoOfRemoteCongestions}Sumerttbh, Sum
    pmLinkInServiceTimeACCUMULATIONINT8Accumulated time (in seconds) the signalling link has been in service (in assured data transfer mode) since it was created. If the link is down the value 0 is returned.RNC_UniSAalTp_Signaling.pmLinkInServiceTime or NODEB_UniSAalTp_Signaling.pmLinkInServiceTime or RXI_UniSAalTp_Signaling.pmLinkInServiceTimeSumerttbh, Sum
    pmNoOfAlignmentFailuresACCUMULATIONINT8Number of alignment or proving failures This counter is increased when alignment not successful. The counter is reset when the link is created or the counter overflows.RNC_UniSAalTp_Signaling.pmNoOfAlignmentFailures or NODEB_UniSAalTp_Signaling.pmNoOfAlignmentFailures or RXI_UniSAalTp_Signaling.pmNoOfAlignmentFailuresSumerttbh, Sum
    pmNoOfAllSLFailuresACCUMULATIONINT8Number of all Signalling Link failures. Is a total sum of the error counters: - Number of protocol errors - Number of unsuccessfully retransmissions - Number of No Response - Number of other errors.RNC_UniSAalTp_Signaling.pmNoOfAllSLFailures or NODEB_UniSAalTp_Signaling.pmNoOfAllSLFailures or RXI_UniSAalTp_Signaling.pmNoOfAllSLFailuresSumerttbh, Sum
    pmNoOfLocalCongestionsACCUMULATIONINT8Number of local congestions This counter is increased when the sum of SAaL send and retransmission buffers are filled to more than 90 percent.RNC_UniSAalTp_Signaling.pmNoOfLocalCongestions or NODEB_UniSAalTp_Signaling.pmNoOfLocalCongestions or RXI_UniSAalTp_Signaling.pmNoOfLocalCongestionsSumerttbh, Sum
    pmNoOfNoResponsesACCUMULATIONINT8Number of no response The counter counts the number of no responses detected the last 30 minutes.RNC_UniSAalTp_Signaling.pmNoOfNoResponses or NODEB_UniSAalTp_Signaling.pmNoOfNoResponses or RXI_UniSAalTp_Signaling.pmNoOfNoResponsesSumerttbh, Sum
    pmNoOfOtherErrorsACCUMULATIONINT8Number of other list element errors The counter counts the number of other errors detected the last 30 minutes.RNC_UniSAalTp_Signaling.pmNoOfOtherErrors or NODEB_UniSAalTp_Signaling.pmNoOfOtherErrors or RXI_UniSAalTp_Signaling.pmNoOfOtherErrorsSumerttbh, Sum
    pmNoOfProtocolErrorsACCUMULATIONINT8Number of unsolicited or inappropriate PDUs The counter counts the number of protocol errors detected the last 30 minutes.RNC_UniSAalTp_Signaling.pmNoOfProtocolErrors or NODEB_UniSAalTp_Signaling.pmNoOfProtocolErrors or RXI_UniSAalTp_Signaling.pmNoOfProtocolErrorsSumerttbh, Sum
    pmNoOfReceivedSDUsACCUMULATIONINT8Number of successfully received SDUs The counter counts the number of successfully received messages from the application using SAaL. Reset when the link goes InService or the counter overflows.RNC_UniSAalTp_Signaling.pmNoOfReceivedSDUs or NODEB_UniSAalTp_Signaling.pmNoOfReceivedSDUs or RXI_UniSAalTp_Signaling.pmNoOfReceivedSDUsSumerttbh, Sum
    pmNoOfRemoteCongestionsACCUMULATIONINT8Number of remote congestions This counter is increased when the remote side gives SAaL no credit. Reset when the link goes InService or the counter overflows.RNC_UniSAalTp_Signaling.pmNoOfRemoteCongestions or NODEB_UniSAalTp_Signaling.pmNoOfRemoteCongestions or RXI_UniSAalTp_Signaling.pmNoOfRemoteCongestionsSumerttbh, Sum
    pmNoOfSentSDUsACCUMULATIONINT8Number of successfully sent SDUs The counter counts the number of successfully sent messages to the application using SAaL. Reset when the link goes InService or the counter overflows.RNC_UniSAalTp_Signaling.pmNoOfSentSDUs or NODEB_UniSAalTp_Signaling.pmNoOfSentSDUs or RXI_UniSAalTp_Signaling.pmNoOfSentSDUsSumerttbh, Sum
    pmNoOfSequenceDataLossesACCUMULATIONINT8Number of sequences data loss The counter counts the number of SD loss detected the last 30 minutes.RNC_UniSAalTp_Signaling.pmNoOfSequenceDataLosses or NODEB_UniSAalTp_Signaling.pmNoOfSequenceDataLosses or RXI_UniSAalTp_Signaling.pmNoOfSequenceDataLossesSumerttbh, Sum
    pmNoOfUnsuccReTransmissionsACCUMULATIONINT8Number of unsuccessful retransmissions The counter counts the number of unsuccessfully retransmissions detected the last 30 minutes.RNC_UniSAalTp_Signaling.pmNoOfUnsuccReTransmissions or NODEB_UniSAalTp_Signaling.pmNoOfUnsuccReTransmissions or RXI_UniSAalTp_Signaling.pmNoOfUnsuccReTransmissionsSumerttbh, Sum
    TotNoOfCongestionsACCUMULATIONINT8Number of NBAP remote congestions.({pmNoOfLocalCongestions} + {pmNoOfRemoteCongestions})Sumerttbh, Sum
    TotNoOfSDUsACCUMULATIONINT8Total number of received SDUs.({pmNoOfSentSDUs} + {pmNoOfReceivedSDUs})Sumerttbh, Sum


    8.88 UpLink_Baseband_Pool Performance Indicators

    This section shows the key performance indicators and other counters for the UpLink_Baseband_Pool object, divided into the following sub-sections:


    UpLink_Baseband_Pool.Ericsson.UMTS.hardware_usage_statistics

    Baseband Pool resource usage statistics for uplink connection.

    KPITypeData TypeDescriptionDerivationDefault AggregatorOther Aggregators
    _%_Failed_CapacityAllocAttUlCePERCENTAGEFLOATPercentage failed attempts to allocate UL Channel Elements.100 * {pmCapacityAllocRejUlCe}/{pmCapacityAllocAttUlCe}Averageenblbh
    pmApomcOfRachCapACCUMULATIONINTEGERThe average RACH usage of the maximum UL capacity, in percent. The maximum UL capacity is the sum of all CEs of the configured RAX boards in the RBS.NodeB_ULBasebandPool.pmApomcOfRachCapSumenblbh, Sum
    pmApomcOfRakeRecUsedINTENSITYFLOAT- Obsolete in P7: The average percentage of maximum capacity for Number of Rake Receivers used on the Uplink base band pool during a 15 minutes period.NodeB_ULBasebandPool.pmApomcOfRakeRecUsedAverageAverage, enblbh, Maximum, Minimum, Sum
    pmApomcOfUlLinkCapINTENSITYFLOAT- Obsolete in P7: The average used percentage of maximum capacity for Uplink Link Capacity on the Uplink base band pool during a 15 minutes period.NodeB_ULBasebandPool.pmApomcOfUlLinkCapAverageAverage, enblbh, Maximum, Minimum, Sum
    pmApomcOfUlRachCapINTENSITYFLOAT- Obsolete in P7: The average used percentage of maximum capacity for Uplink Random Access Capacity on the Uplink base band pool during a 15 minutes period.NodeB_ULBasebandPool.pmApomcOfUlRachCapAverageAverage, enblbh, Maximum, Minimum, Sum
    pmCapacityAllocAttUlCeACCUMULATIONINTEGERThe number of attempts to allocate UL Channel Elements.NodeB_ULBasebandPool.pmCapacityAllocAttUlCeSumenblbh
    pmCapacityAllocRejUlCeACCUMULATIONINTEGERThe number of attempts to allocate UL Channel Elements that are rejected (related to bin [0] of pmCapacityUlCe).NodeB_ULBasebandPool.pmCapacityAllocRejUlCeSumenblbh
    pmCapacityUlCe_AvgINTENSITYFLOATAverage: The distribution of the UL Channel Element utilization, as percentages of the license limit for the UplinkBaseBandPool. If two baseband pools are used, the licensed capacity of UL Channel Elements is distributed between the two baseband pools according to the parameter NodeBFunction::ulLicFractBBPool2. The licensed capacity is not distributed when Delayed Activation is active, at Emergency Unlock, at 9999, and at No License Key.NodeB_ULBasebandPool.pmCapacityUlCe_AvgAverageenblbh, Sum, Minimum, Maximum
    pmCapacityUlCe_MaxINTENSITYINTEGERMaximum: The distribution of the UL Channel Element utilization, as percentages of the license limit for the UplinkBaseBandPool. If two baseband pools are used, the licensed capacity of UL Channel Elements is distributed between the two baseband pools according to the parameter NodeBFunction::ulLicFractBBPool2. The licensed capacity is not distributed when Delayed Activation is active, at Emergency Unlock, at 9999, and at No License Key.NodeB_ULBasebandPool.pmCapacityUlCe_MaxAverageenblbh, Sum, Minimum, Maximum
    pmCapacityUlCe_MinINTENSITYINTEGERMinimum: The distribution of the UL Channel Element utilization, as percentages of the license limit for the UplinkBaseBandPool. If two baseband pools are used, the licensed capacity of UL Channel Elements is distributed between the two baseband pools according to the parameter NodeBFunction::ulLicFractBBPool2. The licensed capacity is not distributed when Delayed Activation is active, at Emergency Unlock, at 9999, and at No License Key.NodeB_ULBasebandPool.pmCapacityUlCe_MinAverageenblbh, Sum, Minimum, Maximum
    pmHwCePoolEul_AvgINTENSITYFLOATAverage:Total sum of CEs allocated on the UL hardware by the E-UL scheduler.NodeB_ULBasebandPool.pmHwCePoolEul_AvgAverageAverage, enblbh, Maximum, Minimum, Sum
    pmHwCePoolEul_MaxINTENSITYINTEGERMaximum:Total sum of CEs allocated on the UL hardware by the E-UL scheduler.NodeB_ULBasebandPool.pmHwCePoolEul_MaxAverageAverage, enblbh, Maximum, Minimum, Sum
    pmHwCePoolEul_MinINTENSITYINTEGERMinimum:Total sum of CEs allocated on the UL hardware by the E-UL scheduler.NodeB_ULBasebandPool.pmHwCePoolEul_MinAverageAverage, enblbh, Maximum, Minimum, Sum
    pmNoOfIbhoACCUMULATIONINT8The number of redistributions of Radio Link (RL) between RAX boards in the RBS during a 15 minutes period. This occurs if there is insufficient capacity in the UL baseband pool when setting up a new RAB.NodeB_ULBasebandPool.pmNoOfIbhoSumenblbh, Sum
    pmNoOfRadioLinksSf128INTENSITYFLOATThe number of radio links used on the Uplink base band pool, with minimum spreading factor = 128.NodeB_ULBasebandPool.pmNoOfRadioLinksSf128AverageAverage, enblbh, Maximum, Minimum, Sum
    pmNoOfRadioLinksSf16INTENSITYFLOATThe number of radio links used on the Uplink base band pool, with minimum spreading factor = 16.NodeB_ULBasebandPool.pmNoOfRadioLinksSf16AverageAverage, enblbh, Maximum, Minimum, Sum
    pmNoOfRadioLinksSf256INTENSITYFLOATThe number of radio links used on the Uplink base band pool, with minimum spreading factor = 256.NodeB_ULBasebandPool.pmNoOfRadioLinksSf256AverageAverage, enblbh, Maximum, Minimum, Sum
    pmNoOfRadioLinksSf32INTENSITYFLOATThe number of radio links used on the Uplink base band pool, with minimum spreading factor = 32.NodeB_ULBasebandPool.pmNoOfRadioLinksSf32AverageAverage, enblbh, Maximum, Minimum, Sum
    pmNoOfRadioLinksSf4INTENSITYFLOATThe number of radio links used on the Uplink base band pool, with minimum spreading factor = 4.NodeB_ULBasebandPool.pmNoOfRadioLinksSf4AverageAverage, enblbh, Maximum, Minimum, Sum
    pmNoOfRadioLinksSf64INTENSITYFLOATThe number of radio links used on the Uplink base band pool, with minimum spreading factor = 64.NodeB_ULBasebandPool.pmNoOfRadioLinksSf64AverageAverage, enblbh, Maximum, Minimum, Sum
    pmNoOfRadioLinksSf8INTENSITYFLOATThe number of radio links used on the Uplink base band pool, with minimum spreading factor = 8.NodeB_ULBasebandPool.pmNoOfRadioLinksSf8AverageAverage, enblbh, Maximum, Minimum, Sum
    pmNoUlHwLimitEulACCUMULATIONINTEGERNumber of times a scheduling decision is taken to increase the hardware rate of an E-DCH user and there is a need to decrease the hardware rate for another E-DCH user owing to UL hardware resource limitations.NodeB_ULBasebandPool.pmNoUlHwLimitEulSumenblbh, Sum
    pmSamplesCapacityUlCeACCUMULATIONINTEGERNumber of samples in pmSumCapacityUlCe (that is, pmSamplesCapacityUlCe = pmSamplesCapacityUlCe + 1, whenever pmSumCapacityUlCe is to be updated).NodeB_ULBasebandPool.pmSamplesCapacityUlCeSumenblbh
    pmSetupAttemptsSf128ACCUMULATIONINT8The number of setup attempts (SF = 128) on the Uplink base band pool during a 15 minutes period (not the total sum).NodeB_ULBasebandPool.pmSetupAttemptsSf128Sumenblbh, Sum
    pmSetupAttemptsSf16ACCUMULATIONINT8The number of setup attempts (SF = 16) on the Uplink base band pool during a 15 minutes period (not the total sum).NodeB_ULBasebandPool.pmSetupAttemptsSf16Sumenblbh, Sum
    pmSetupAttemptsSf256ACCUMULATIONINT8The number of setup attempts (SF = 256) on the Uplink base band pool during a 15 minutes period (not the total sum).NodeB_ULBasebandPool.pmSetupAttemptsSf256Sumenblbh, Sum
    pmSetupAttemptsSf32ACCUMULATIONINT8The number of setup attempts (SF = 32) on the Uplink base band pool during a 15 minutes period (not the total sum).NodeB_ULBasebandPool.pmSetupAttemptsSf32Sumenblbh, Sum
    pmSetupAttemptsSf4ACCUMULATIONINT8The number of setup attempts (SF = 4) on the Uplink base band pool during a 15 minutes period (not the total sum).NodeB_ULBasebandPool.pmSetupAttemptsSf4Sumenblbh, Sum
    pmSetupAttemptsSf64ACCUMULATIONINT8The number of setup attempts (SF = 64) on the Uplink base band pool during a 15 minutes period (not the total sum).NodeB_ULBasebandPool.pmSetupAttemptsSf64Sumenblbh, Sum
    pmSetupAttemptsSf8ACCUMULATIONINT8The number of setup attempts (SF = 8) on the Uplink base band pool during a 15 minutes period (not the total sum).NodeB_ULBasebandPool.pmSetupAttemptsSf8Sumenblbh, Sum
    pmSetupFailuresSf128ACCUMULATIONINT8The number of setup failures (SF = 128) due to RAXB congestion on the Uplink base band pool during a 15 minutes period (not the total sum).NodeB_ULBasebandPool.pmSetupFailuresSf128Sumenblbh, Sum
    pmSetupFailuresSf16ACCUMULATIONINT8The number of setup failures (SF = 16) due to RAXB congestion on the Uplink base band pool during a 15 minutes period (not the total sum).NodeB_ULBasebandPool.pmSetupFailuresSf16Sumenblbh, Sum
    pmSetupFailuresSf256ACCUMULATIONINT8The number of setup failures (SF = 256) due to RAXB congestion on the Uplink base band pool during a 15 minutes period (not the total sum).NodeB_ULBasebandPool.pmSetupFailuresSf256Sumenblbh, Sum
    pmSetupFailuresSf32ACCUMULATIONINT8The number of setup failures (SF = 32) due to RAXB congestion on the Uplink base band pool during a 15 minutes period (not the total sum).NodeB_ULBasebandPool.pmSetupFailuresSf32Sumenblbh, Sum
    pmSetupFailuresSf4ACCUMULATIONINT8The number of setup failures (SF = 4) due to RAXB congestion on the Uplink base band pool during a 15 minutes period (not the total sum).NodeB_ULBasebandPool.pmSetupFailuresSf4Sumenblbh, Sum
    pmSetupFailuresSf64ACCUMULATIONINT8The number of setup failures (SF = 64) due to RAXB congestion on the Uplink base band pool during a 15 minutes period (not the total sum).NodeB_ULBasebandPool.pmSetupFailuresSf64Sumenblbh, Sum
    pmSetupFailuresSf8ACCUMULATIONINT8The number of setup failures (SF = 8) due to RAXB congestion on the Uplink base band pool during a 15 minutes period (not the total sum).NodeB_ULBasebandPool.pmSetupFailuresSf8Sumenblbh, Sum
    pmSumCapacityUlCeACCUMULATIONINTEGERAggregate of all sample values (measurement_value) recorded within the ROP for number of used UL Channel Elements.NodeB_ULBasebandPool.pmSumCapacityUlCeSumenblbh
    pmSumSqrCapacityUlCeACCUMULATIONINTEGERAggregate of the squares of the sample values (measurement_value) in pmSumCapacityUlCe, that is, pmSumSqrCapacityUlCe = pmSumSqrCapacityUlCe + sqr (measurement_value).NodeB_ULBasebandPool.pmSumSqrCapacityUlCeSumenblbh
    setupattemptsACCUMULATIONINT8The number of setup attempts on the Uplink base band pool during a 15 minutes period.{pmSetupAttemptsSf4}+{pmSetupAttemptsSf8}+{pmSetupAttemptsSf16}+{pmSetupAttemptsSf32}+{pmSetupAttemptsSf64}+{pmSetupAttemptsSf128}+{pmSetupAttemptsSf256}Sumenblbh, Sum
    setupfailuresACCUMULATIONINT8The number of setup failures due to RAXB congestion on the Uplink base band pool during a 15 minutes period.{pmSetupFailuresSf4}+{pmSetupFailuresSf8}+{pmSetupFailuresSf16}+{pmSetupFailuresSf32}+{pmSetupFailuresSf64}+{pmSetupFailuresSf128}+{pmSetupFailuresSf256}Sumenblbh, Sum
    setupsuccessACCUMULATIONINT8The number of setup success on the Uplink base band pool during a 15 minutes period.{setupattempts} - {setupfailures}Sumenblbh, Sum


    UpLink_Baseband_Pool.Ericsson.UMTS.PDF_pmCapacityUlCe

    pmCapacityUlCe PDF counters

    KPITypeData TypeDescriptionDerivationDefault AggregatorOther Aggregators
    pmCapacityUlCe_0ACCUMULATIONINTEGERThe distribution of the UL Channel Element utilization, as percentages of the license limit for the UplinkBaseBandPool. If two baseband pools are used, the licensed capacity of UL Channel Elements is distributed between the two baseband pools according to the parameter NodeBFunction::ulLicFractBBPool2. The licensed capacity is not distributed at delayed activation of license key, at emergency unlock, when license key value is 9999, and when license key is invalid/missing.NodeB_ULBasebandPool.pmCapacityUlCe_0Sum 
    pmCapacityUlCe_10ACCUMULATIONINTEGERThe distribution of the UL Channel Element utilization, as percentages of the license limit for the UplinkBaseBandPool. If two baseband pools are used, the licensed capacity of UL Channel Elements is distributed between the two baseband pools according to the parameter NodeBFunction::ulLicFractBBPool2. The licensed capacity is not distributed at delayed activation of license key, at emergency unlock, when license key value is 9999, and when license key is invalid/missing.NodeB_ULBasebandPool.pmCapacityUlCe_10Sum 
    pmCapacityUlCe_1ACCUMULATIONINTEGERThe distribution of the UL Channel Element utilization, as percentages of the license limit for the UplinkBaseBandPool. If two baseband pools are used, the licensed capacity of UL Channel Elements is distributed between the two baseband pools according to the parameter NodeBFunction::ulLicFractBBPool2. The licensed capacity is not distributed at delayed activation of license key, at emergency unlock, when license key value is 9999, and when license key is invalid/missing.NodeB_ULBasebandPool.pmCapacityUlCe_1Sum 
    pmCapacityUlCe_2ACCUMULATIONINTEGERThe distribution of the UL Channel Element utilization, as percentages of the license limit for the UplinkBaseBandPool. If two baseband pools are used, the licensed capacity of UL Channel Elements is distributed between the two baseband pools according to the parameter NodeBFunction::ulLicFractBBPool2. The licensed capacity is not distributed at delayed activation of license key, at emergency unlock, when license key value is 9999, and when license key is invalid/missing.NodeB_ULBasebandPool.pmCapacityUlCe_2Sum 
    pmCapacityUlCe_3ACCUMULATIONINTEGERThe distribution of the UL Channel Element utilization, as percentages of the license limit for the UplinkBaseBandPool. If two baseband pools are used, the licensed capacity of UL Channel Elements is distributed between the two baseband pools according to the parameter NodeBFunction::ulLicFractBBPool2. The licensed capacity is not distributed at delayed activation of license key, at emergency unlock, when license key value is 9999, and when license key is invalid/missing.NodeB_ULBasebandPool.pmCapacityUlCe_3Sum 
    pmCapacityUlCe_4ACCUMULATIONINTEGERThe distribution of the UL Channel Element utilization, as percentages of the license limit for the UplinkBaseBandPool. If two baseband pools are used, the licensed capacity of UL Channel Elements is distributed between the two baseband pools according to the parameter NodeBFunction::ulLicFractBBPool2. The licensed capacity is not distributed at delayed activation of license key, at emergency unlock, when license key value is 9999, and when license key is invalid/missing.NodeB_ULBasebandPool.pmCapacityUlCe_4Sum 
    pmCapacityUlCe_5ACCUMULATIONINTEGERThe distribution of the UL Channel Element utilization, as percentages of the license limit for the UplinkBaseBandPool. If two baseband pools are used, the licensed capacity of UL Channel Elements is distributed between the two baseband pools according to the parameter NodeBFunction::ulLicFractBBPool2. The licensed capacity is not distributed at delayed activation of license key, at emergency unlock, when license key value is 9999, and when license key is invalid/missing.NodeB_ULBasebandPool.pmCapacityUlCe_5Sum 
    pmCapacityUlCe_6ACCUMULATIONINTEGERThe distribution of the UL Channel Element utilization, as percentages of the license limit for the UplinkBaseBandPool. If two baseband pools are used, the licensed capacity of UL Channel Elements is distributed between the two baseband pools according to the parameter NodeBFunction::ulLicFractBBPool2. The licensed capacity is not distributed at delayed activation of license key, at emergency unlock, when license key value is 9999, and when license key is invalid/missing.NodeB_ULBasebandPool.pmCapacityUlCe_6Sum 
    pmCapacityUlCe_7ACCUMULATIONINTEGERThe distribution of the UL Channel Element utilization, as percentages of the license limit for the UplinkBaseBandPool. If two baseband pools are used, the licensed capacity of UL Channel Elements is distributed between the two baseband pools according to the parameter NodeBFunction::ulLicFractBBPool2. The licensed capacity is not distributed at delayed activation of license key, at emergency unlock, when license key value is 9999, and when license key is invalid/missing.NodeB_ULBasebandPool.pmCapacityUlCe_7Sum 
    pmCapacityUlCe_8ACCUMULATIONINTEGERThe distribution of the UL Channel Element utilization, as percentages of the license limit for the UplinkBaseBandPool. If two baseband pools are used, the licensed capacity of UL Channel Elements is distributed between the two baseband pools according to the parameter NodeBFunction::ulLicFractBBPool2. The licensed capacity is not distributed at delayed activation of license key, at emergency unlock, when license key value is 9999, and when license key is invalid/missing.NodeB_ULBasebandPool.pmCapacityUlCe_8Sum 
    pmCapacityUlCe_9ACCUMULATIONINTEGERThe distribution of the UL Channel Element utilization, as percentages of the license limit for the UplinkBaseBandPool. If two baseband pools are used, the licensed capacity of UL Channel Elements is distributed between the two baseband pools according to the parameter NodeBFunction::ulLicFractBBPool2. The licensed capacity is not distributed at delayed activation of license key, at emergency unlock, when license key value is 9999, and when license key is invalid/missing.NodeB_ULBasebandPool.pmCapacityUlCe_9Sum 


    UpLink_Baseband_Pool.Ericsson.UMTS.PDF_pmHwCePoolEul

    pmHwCePoolEul PDF counters

    KPITypeData TypeDescriptionDerivationDefault AggregatorOther Aggregators
    pmHwCePoolEul_0ACCUMULATIONINTEGERCounter for the total sum of CEs allocated on the UL hardware. The counter should always apply hardware cost according to the current E-DCH licensed ladder in the RBS when reporting CE consumption for EUL.NodeB_ULBasebandPool.pmHwCePoolEul_0Sum 
    pmHwCePoolEul_10ACCUMULATIONINTEGERCounter for the total sum of CEs allocated on the UL hardware. The counter should always apply hardware cost according to the current E-DCH licensed ladder in the RBS when reporting CE consumption for EUL.NodeB_ULBasebandPool.pmHwCePoolEul_10Sum 
    pmHwCePoolEul_11ACCUMULATIONINTEGERCounter for the total sum of CEs allocated on the UL hardware. The counter should always apply hardware cost according to the current E-DCH licensed ladder in the RBS when reporting CE consumption for EUL.NodeB_ULBasebandPool.pmHwCePoolEul_11Sum 
    pmHwCePoolEul_12ACCUMULATIONINTEGERCounter for the total sum of CEs allocated on the UL hardware. The counter should always apply hardware cost according to the current E-DCH licensed ladder in the RBS when reporting CE consumption for EUL.NodeB_ULBasebandPool.pmHwCePoolEul_12Sum 
    pmHwCePoolEul_13ACCUMULATIONINTEGERCounter for the total sum of CEs allocated on the UL hardware. The counter should always apply hardware cost according to the current E-DCH licensed ladder in the RBS when reporting CE consumption for EUL.NodeB_ULBasebandPool.pmHwCePoolEul_13Sum 
    pmHwCePoolEul_14ACCUMULATIONINTEGERCounter for the total sum of CEs allocated on the UL hardware. The counter should always apply hardware cost according to the current E-DCH licensed ladder in the RBS when reporting CE consumption for EUL.NodeB_ULBasebandPool.pmHwCePoolEul_14Sum 
    pmHwCePoolEul_15ACCUMULATIONINTEGERCounter for the total sum of CEs allocated on the UL hardware. The counter should always apply hardware cost according to the current E-DCH licensed ladder in the RBS when reporting CE consumption for EUL.NodeB_ULBasebandPool.pmHwCePoolEul_15Sum 
    pmHwCePoolEul_16ACCUMULATIONINTEGERCounter for the total sum of CEs allocated on the UL hardware. The counter should always apply hardware cost according to the current E-DCH licensed ladder in the RBS when reporting CE consumption for EUL.NodeB_ULBasebandPool.pmHwCePoolEul_16Sum 
    pmHwCePoolEul_17ACCUMULATIONINTEGERCounter for the total sum of CEs allocated on the UL hardware. The counter should always apply hardware cost according to the current E-DCH licensed ladder in the RBS when reporting CE consumption for EUL.NodeB_ULBasebandPool.pmHwCePoolEul_17Sum 
    pmHwCePoolEul_18ACCUMULATIONINTEGERCounter for the total sum of CEs allocated on the UL hardware. The counter should always apply hardware cost according to the current E-DCH licensed ladder in the RBS when reporting CE consumption for EUL.NodeB_ULBasebandPool.pmHwCePoolEul_18Sum 
    pmHwCePoolEul_19ACCUMULATIONINTEGERCounter for the total sum of CEs allocated on the UL hardware. The counter should always apply hardware cost according to the current E-DCH licensed ladder in the RBS when reporting CE consumption for EUL.NodeB_ULBasebandPool.pmHwCePoolEul_19Sum 
    pmHwCePoolEul_1ACCUMULATIONINTEGERCounter for the total sum of CEs allocated on the UL hardware. The counter should always apply hardware cost according to the current E-DCH licensed ladder in the RBS when reporting CE consumption for EUL.NodeB_ULBasebandPool.pmHwCePoolEul_1Sum 
    pmHwCePoolEul_20ACCUMULATIONINTEGERCounter for the total sum of CEs allocated on the UL hardware. The counter should always apply hardware cost according to the current E-DCH licensed ladder in the RBS when reporting CE consumption for EUL.NodeB_ULBasebandPool.pmHwCePoolEul_20Sum 
    pmHwCePoolEul_21ACCUMULATIONINTEGERCounter for the total sum of CEs allocated on the UL hardware. The counter should always apply hardware cost according to the current E-DCH licensed ladder in the RBS when reporting CE consumption for EUL.NodeB_ULBasebandPool.pmHwCePoolEul_21Sum 
    pmHwCePoolEul_22ACCUMULATIONINTEGERCounter for the total sum of CEs allocated on the UL hardware. The counter should always apply hardware cost according to the current E-DCH licensed ladder in the RBS when reporting CE consumption for EUL.NodeB_ULBasebandPool.pmHwCePoolEul_22Sum 
    pmHwCePoolEul_23ACCUMULATIONINTEGERCounter for the total sum of CEs allocated on the UL hardware. The counter should always apply hardware cost according to the current E-DCH licensed ladder in the RBS when reporting CE consumption for EUL.NodeB_ULBasebandPool.pmHwCePoolEul_23Sum 
    pmHwCePoolEul_24ACCUMULATIONINTEGERCounter for the total sum of CEs allocated on the UL hardware. The counter should always apply hardware cost according to the current E-DCH licensed ladder in the RBS when reporting CE consumption for EUL.NodeB_ULBasebandPool.pmHwCePoolEul_24Sum 
    pmHwCePoolEul_25ACCUMULATIONINTEGERCounter for the total sum of CEs allocated on the UL hardware. The counter should always apply hardware cost according to the current E-DCH licensed ladder in the RBS when reporting CE consumption for EUL.NodeB_ULBasebandPool.pmHwCePoolEul_25Sum 
    pmHwCePoolEul_26ACCUMULATIONINTEGERCounter for the total sum of CEs allocated on the UL hardware. The counter should always apply hardware cost according to the current E-DCH licensed ladder in the RBS when reporting CE consumption for EUL.NodeB_ULBasebandPool.pmHwCePoolEul_26Sum 
    pmHwCePoolEul_27ACCUMULATIONINTEGERCounter for the total sum of CEs allocated on the UL hardware. The counter should always apply hardware cost according to the current E-DCH licensed ladder in the RBS when reporting CE consumption for EUL.NodeB_ULBasebandPool.pmHwCePoolEul_27Sum 
    pmHwCePoolEul_28ACCUMULATIONINTEGERCounter for the total sum of CEs allocated on the UL hardware. The counter should always apply hardware cost according to the current E-DCH licensed ladder in the RBS when reporting CE consumption for EUL.NodeB_ULBasebandPool.pmHwCePoolEul_28Sum 
    pmHwCePoolEul_29ACCUMULATIONINTEGERCounter for the total sum of CEs allocated on the UL hardware. The counter should always apply hardware cost according to the current E-DCH licensed ladder in the RBS when reporting CE consumption for EUL.NodeB_ULBasebandPool.pmHwCePoolEul_29Sum 
    pmHwCePoolEul_2ACCUMULATIONINTEGERCounter for the total sum of CEs allocated on the UL hardware. The counter should always apply hardware cost according to the current E-DCH licensed ladder in the RBS when reporting CE consumption for EUL.NodeB_ULBasebandPool.pmHwCePoolEul_2Sum 
    pmHwCePoolEul_30ACCUMULATIONINTEGERCounter for the total sum of CEs allocated on the UL hardware. The counter should always apply hardware cost according to the current E-DCH licensed ladder in the RBS when reporting CE consumption for EUL.NodeB_ULBasebandPool.pmHwCePoolEul_30Sum 
    pmHwCePoolEul_31ACCUMULATIONINTEGERCounter for the total sum of CEs allocated on the UL hardware. The counter should always apply hardware cost according to the current E-DCH licensed ladder in the RBS when reporting CE consumption for EUL.NodeB_ULBasebandPool.pmHwCePoolEul_31Sum 
    pmHwCePoolEul_32ACCUMULATIONINTEGERCounter for the total sum of CEs allocated on the UL hardware. The counter should always apply hardware cost according to the current E-DCH licensed ladder in the RBS when reporting CE consumption for EUL.NodeB_ULBasebandPool.pmHwCePoolEul_32Sum 
    pmHwCePoolEul_33ACCUMULATIONINTEGERCounter for the total sum of CEs allocated on the UL hardware. The counter should always apply hardware cost according to the current E-DCH licensed ladder in the RBS when reporting CE consumption for EUL.NodeB_ULBasebandPool.pmHwCePoolEul_33Sum 
    pmHwCePoolEul_34ACCUMULATIONINTEGERCounter for the total sum of CEs allocated on the UL hardware. The counter should always apply hardware cost according to the current E-DCH licensed ladder in the RBS when reporting CE consumption for EUL.NodeB_ULBasebandPool.pmHwCePoolEul_34Sum 
    pmHwCePoolEul_35ACCUMULATIONINTEGERCounter for the total sum of CEs allocated on the UL hardware. The counter should always apply hardware cost according to the current E-DCH licensed ladder in the RBS when reporting CE consumption for EUL.NodeB_ULBasebandPool.pmHwCePoolEul_35Sum 
    pmHwCePoolEul_36ACCUMULATIONINTEGERCounter for the total sum of CEs allocated on the UL hardware. The counter should always apply hardware cost according to the current E-DCH licensed ladder in the RBS when reporting CE consumption for EUL.NodeB_ULBasebandPool.pmHwCePoolEul_36Sum 
    pmHwCePoolEul_37ACCUMULATIONINTEGERCounter for the total sum of CEs allocated on the UL hardware. The counter should always apply hardware cost according to the current E-DCH licensed ladder in the RBS when reporting CE consumption for EUL.NodeB_ULBasebandPool.pmHwCePoolEul_37Sum 
    pmHwCePoolEul_38ACCUMULATIONINTEGERCounter for the total sum of CEs allocated on the UL hardware. The counter should always apply hardware cost according to the current E-DCH licensed ladder in the RBS when reporting CE consumption for EUL.NodeB_ULBasebandPool.pmHwCePoolEul_38Sum 
    pmHwCePoolEul_39ACCUMULATIONINTEGERCounter for the total sum of CEs allocated on the UL hardware. The counter should always apply hardware cost according to the current E-DCH licensed ladder in the RBS when reporting CE consumption for EUL.NodeB_ULBasebandPool.pmHwCePoolEul_39Sum 
    pmHwCePoolEul_3ACCUMULATIONINTEGERCounter for the total sum of CEs allocated on the UL hardware. The counter should always apply hardware cost according to the current E-DCH licensed ladder in the RBS when reporting CE consumption for EUL.NodeB_ULBasebandPool.pmHwCePoolEul_3Sum 
    pmHwCePoolEul_40ACCUMULATIONINTEGERCounter for the total sum of CEs allocated on the UL hardware. The counter should always apply hardware cost according to the current E-DCH licensed ladder in the RBS when reporting CE consumption for EUL.NodeB_ULBasebandPool.pmHwCePoolEul_40Sum 
    pmHwCePoolEul_41ACCUMULATIONINTEGERCounter for the total sum of CEs allocated on the UL hardware. The counter should always apply hardware cost according to the current E-DCH licensed ladder in the RBS when reporting CE consumption for EUL.NodeB_ULBasebandPool.pmHwCePoolEul_41Sum 
    pmHwCePoolEul_42ACCUMULATIONINTEGERCounter for the total sum of CEs allocated on the UL hardware. The counter should always apply hardware cost according to the current E-DCH licensed ladder in the RBS when reporting CE consumption for EUL.NodeB_ULBasebandPool.pmHwCePoolEul_42Sum 
    pmHwCePoolEul_43ACCUMULATIONINTEGERCounter for the total sum of CEs allocated on the UL hardware. The counter should always apply hardware cost according to the current E-DCH licensed ladder in the RBS when reporting CE consumption for EUL.NodeB_ULBasebandPool.pmHwCePoolEul_43Sum 
    pmHwCePoolEul_44ACCUMULATIONINTEGERCounter for the total sum of CEs allocated on the UL hardware. The counter should always apply hardware cost according to the current E-DCH licensed ladder in the RBS when reporting CE consumption for EUL.NodeB_ULBasebandPool.pmHwCePoolEul_44Sum 
    pmHwCePoolEul_45ACCUMULATIONINTEGERCounter for the total sum of CEs allocated on the UL hardware. The counter should always apply hardware cost according to the current E-DCH licensed ladder in the RBS when reporting CE consumption for EUL.NodeB_ULBasebandPool.pmHwCePoolEul_45Sum 
    pmHwCePoolEul_46ACCUMULATIONINTEGERCounter for the total sum of CEs allocated on the UL hardware. The counter should always apply hardware cost according to the current E-DCH licensed ladder in the RBS when reporting CE consumption for EUL.NodeB_ULBasebandPool.pmHwCePoolEul_46Sum 
    pmHwCePoolEul_47ACCUMULATIONINTEGERCounter for the total sum of CEs allocated on the UL hardware. The counter should always apply hardware cost according to the current E-DCH licensed ladder in the RBS when reporting CE consumption for EUL.NodeB_ULBasebandPool.pmHwCePoolEul_47Sum 
    pmHwCePoolEul_48ACCUMULATIONINTEGERCounter for the total sum of CEs allocated on the UL hardware. The counter should always apply hardware cost according to the current E-DCH licensed ladder in the RBS when reporting CE consumption for EUL.NodeB_ULBasebandPool.pmHwCePoolEul_48Sum 
    pmHwCePoolEul_49ACCUMULATIONINTEGERCounter for the total sum of CEs allocated on the UL hardware. The counter should always apply hardware cost according to the current E-DCH licensed ladder in the RBS when reporting CE consumption for EUL.NodeB_ULBasebandPool.pmHwCePoolEul_49Sum 
    pmHwCePoolEul_4ACCUMULATIONINTEGERCounter for the total sum of CEs allocated on the UL hardware. The counter should always apply hardware cost according to the current E-DCH licensed ladder in the RBS when reporting CE consumption for EUL.NodeB_ULBasebandPool.pmHwCePoolEul_4Sum 
    pmHwCePoolEul_50ACCUMULATIONINTEGERCounter for the total sum of CEs allocated on the UL hardware. The counter should always apply hardware cost according to the current E-DCH licensed ladder in the RBS when reporting CE consumption for EUL.NodeB_ULBasebandPool.pmHwCePoolEul_50Sum 
    pmHwCePoolEul_51ACCUMULATIONINTEGERCounter for the total sum of CEs allocated on the UL hardware. The counter should always apply hardware cost according to the current E-DCH licensed ladder in the RBS when reporting CE consumption for EUL.NodeB_ULBasebandPool.pmHwCePoolEul_51Sum 
    pmHwCePoolEul_52ACCUMULATIONINTEGERCounter for the total sum of CEs allocated on the UL hardware. The counter should always apply hardware cost according to the current E-DCH licensed ladder in the RBS when reporting CE consumption for EUL.NodeB_ULBasebandPool.pmHwCePoolEul_52Sum 
    pmHwCePoolEul_53ACCUMULATIONINTEGERCounter for the total sum of CEs allocated on the UL hardware. The counter should always apply hardware cost according to the current E-DCH licensed ladder in the RBS when reporting CE consumption for EUL.NodeB_ULBasebandPool.pmHwCePoolEul_53Sum 
    pmHwCePoolEul_54ACCUMULATIONINTEGERCounter for the total sum of CEs allocated on the UL hardware. The counter should always apply hardware cost according to the current E-DCH licensed ladder in the RBS when reporting CE consumption for EUL.NodeB_ULBasebandPool.pmHwCePoolEul_54Sum 
    pmHwCePoolEul_55ACCUMULATIONINTEGERCounter for the total sum of CEs allocated on the UL hardware. The counter should always apply hardware cost according to the current E-DCH licensed ladder in the RBS when reporting CE consumption for EUL.NodeB_ULBasebandPool.pmHwCePoolEul_55Sum 
    pmHwCePoolEul_5ACCUMULATIONINTEGERCounter for the total sum of CEs allocated on the UL hardware. The counter should always apply hardware cost according to the current E-DCH licensed ladder in the RBS when reporting CE consumption for EUL.NodeB_ULBasebandPool.pmHwCePoolEul_5Sum 
    pmHwCePoolEul_6ACCUMULATIONINTEGERCounter for the total sum of CEs allocated on the UL hardware. The counter should always apply hardware cost according to the current E-DCH licensed ladder in the RBS when reporting CE consumption for EUL.NodeB_ULBasebandPool.pmHwCePoolEul_6Sum 
    pmHwCePoolEul_7ACCUMULATIONINTEGERCounter for the total sum of CEs allocated on the UL hardware. The counter should always apply hardware cost according to the current E-DCH licensed ladder in the RBS when reporting CE consumption for EUL.NodeB_ULBasebandPool.pmHwCePoolEul_7Sum 
    pmHwCePoolEul_8ACCUMULATIONINTEGERCounter for the total sum of CEs allocated on the UL hardware. The counter should always apply hardware cost according to the current E-DCH licensed ladder in the RBS when reporting CE consumption for EUL.NodeB_ULBasebandPool.pmHwCePoolEul_8Sum 
    pmHwCePoolEul_9ACCUMULATIONINTEGERCounter for the total sum of CEs allocated on the UL hardware. The counter should always apply hardware cost according to the current E-DCH licensed ladder in the RBS when reporting CE consumption for EUL.NodeB_ULBasebandPool.pmHwCePoolEul_9Sum 


    8.89 URA Performance Indicators

    This section shows the key performance indicators and other counters for the URA object, divided into the following sub-sections:


    URA.Ericsson.UMTS.Paging_Counters

    URA update paging statistics.

    KPITypeData TypeDescriptionDerivationDefault AggregatorOther Aggregators
    pmCnInitPagingToUraUeACCUMULATIONINTEGERNumber of Cn initiated pages attempted for UEs in URA_PCH state.Increased for every Cn initiated page attempted for UEs in URA_PCH state.ME_RNC_URA.pmCnInitPagingToUraUeSumerttbh, Sum
    pmSamplesRabUraACCUMULATIONINTEGERNumber of samples recorded within the ROP period for number of PS Interactive RABs in URA_PCH, sampled once every 30 seconds.Increased or decreased according to the number of samples recorded within the ROP period for number of PS Interactive RABs in URA_PCH, sampled once every 30th second.ME_RNC_URA.pmSamplesRabUraSumerttbh, Sum
    pmSumRabUraACCUMULATIONINTEGERSum of all sample values recorded for number of PS Interactive RABs in URA_PCH, sampled once every 30 seconds.Increased or decreased when measuring the number of PS Interactive RABs in URA_PCH changes, sampled once every 30th second.ME_RNC_URA.pmSumRabUraSumerttbh, Sum
    pmUtranInitPagingToUraUeACCUMULATIONINTEGERNumber of Utran initiated pages attempted for UEs in URA_PCH state.Increased for every UTRAN initiated page attempted for UEs in URA_PCH state.ME_RNC_URA.pmUtranInitPagingToUraUeSumerttbh, Sum


    8.90 VC12_TP Performance Indicators

    This section shows the key performance indicators and other counters for the VC12_TP object, divided into the following sub-sections:


    VC12_TP.Ericsson.UMTS.Physical_Link

    SDH VC12 termination point physical link statistics.

    KPITypeData TypeDescriptionDerivationDefault AggregatorOther Aggregators
    pmVcBbeACCUMULATIONINTEGERTransmission Background Block Errors (BBE).Number of errored blocks not being part of a SES.RNC_VC12.pmVcBbe or NODEB_VC12.pmVcBbe or RXI_VC12.pmVcBbeSumerttbh, Sum
    pmVcEsACCUMULATIONINT8Number of errored seconds.RNC_VC12.pmVcEs or NODEB_VC12.pmVcEs or RXI_VC12.pmVcEsSumerttbh, Sum
    pmVcSesACCUMULATIONINT8Number of severely errored seconds.RNC_VC12.pmVcSes or NODEB_VC12.pmVcSes or RXI_VC12.pmVcSesSumerttbh, Sum
    pmVcUasACCUMULATIONINTEGERTransmission Unavailable Seconds (UAS). The accumulated unavailable time in seconds during the interval. Unavailable time starts when 10 consecutive Severely Errored Seconds (SES) are detected (them being part of the unavailable time) and ends when 10 consecutive non SES are detected.RNC_VC12.pmVcUas or NODEB_VC12.pmVcUas or RXI_VC12.pmVcUasSumerttbh, Sum


    8.91 VC4_TP Performance Indicators

    This section shows the key performance indicators and other counters for the VC4_TP object, divided into the following sub-sections:


    VC4_TP.Ericsson.UMTS.Physical_Link

    SDH VC4 termination point physical link statistics.

    KPITypeData TypeDescriptionDerivationDefault AggregatorOther Aggregators
    pmVcBbeACCUMULATIONINTEGERTransmission Background Block Errors (BBE).Number of errored blocks not being part of a SES.RNC_VC4.pmVcBbe or NODEB_VC4.pmVcBbe or RXI_VC4.pmVcBbeSumerttbh, Sum
    pmVcEsACCUMULATIONINT8Number of errored seconds.RNC_VC4.pmVcEs or NODEB_VC4.pmVcEs or RXI_VC4.pmVcEsSumerttbh, Sum
    pmVcSesACCUMULATIONINT8Number of severely errored seconds.RNC_VC4.pmVcSes or NODEB_VC4.pmVcSes or RXI_VC4.pmVcSesSumerttbh, Sum
    pmVcUasACCUMULATIONINTEGERTransmission Unavailable Seconds (UAS). The accumulated unavailable time in seconds during the interval. Unavailable time starts when 10 consecutive Severely Errored Seconds (SES) are detected (them being part of the unavailable time) and ends when 10 consecutive non SES are detected.RNC_VC4.pmVcUas or NODEB_VC4.pmVcUas or RXI_VC4.pmVcUasSumerttbh, Sum


    8.92 VCL_TP Performance Indicators

    This section shows the key performance indicators and other counters for the VCL_TP object, divided into the following sub-sections:


    VCL_TP.Ericsson.UMTS.ATM

    UTRAN ATM link.

    KPITypeData TypeDescriptionDerivationDefault AggregatorOther Aggregators
    _%_VCL_Utilization_EgressPERCENTAGEFLOATWhen more details are needed utilization at the VC level between nodes can be performed.100 * {pmTransmittedAtmCells}/({EgressAtmPcr} * 15 * 60)AverageAverage, eatmrbh, eatmtbh
    Block_sizeINTENSITYINT8AAL2VCL Block Size.RNC_Virtual_Channel_Link.Block_Size or NODEB_Virtual_Channel_Link.Block_Size or RXI_Virtual_Channel_Link.Block_SizeAverageAverage, eatmrbh, eatmtbh, Maximum, Minimum, Sum
    EgressAtmPcrINTENSITYINT8ATM Traffic Descriptor ID.RNC_Virtual_Channel_Link.EgressAtmPcr or NODEB_Virtual_Channel_Link.EgressAtmPcr or RXI_Virtual_Channel_Link.EgressAtmPcrAverageAverage, eatmrbh, eatmtbh, Maximum, Minimum, Sum
    NoOfBlocks_AaL2VCLPERCENTAGEFLOATNumber of AAL2 Blocks.100 * ({pmReceivedAtmCells} + {pmTransmittedAtmCells})/{Block_size}AverageAverage, eatmrbh, eatmtbh
    pmBwUtilizationRx_AvgINTENSITYFLOATThe counter shows the average utilization of the virtual connection in the receiving direction represented by a histogram, consisting of a list of 21 numbers. The first number is Peak Cell Rate (PCR) and the next 20 numbers are different load ranges (range counters) for the VclTp MO. The load is sampled every 10s and depending on the sampled value, the corresponding range counter is increased.RNC_Virtual_Channel_Link.pmBwUtilizationRx_Avg or NODEB_Virtual_Channel_Link.pmBwUtilizationRx_Avg or RXI_Virtual_Channel_Link.pmBwUtilizationRx_AvgAverageAverage, eatmrbh, eatmtbh, Maximum, Minimum, Sum
    pmBwUtilizationRx_MaxINTENSITYFLOATThe counter shows the maximum utilization of the virtual connection in the receiving direction represented by a histogram, consisting of a list of 21 numbers. The first number is Peak Cell Rate (PCR) and the next 20 numbers are different load ranges (range counters) for the VclTp MO. The load is sampled every 10s and depending on the sampled value, the corresponding range counter is increased.RNC_Virtual_Channel_Link.pmBwUtilizationRx_Max or NODEB_Virtual_Channel_Link.pmBwUtilizationRx_Max or RXI_Virtual_Channel_Link.pmBwUtilizationRx_MaxConstantAverage, eatmrbh, eatmtbh, Maximum, Minimum, Sum
    pmBwUtilizationRx_MinINTENSITYFLOATThe counter shows the minimum utilization of the virtual connection in the receiving direction represented by a histogram, consisting of a list of 21 numbers. The first number is Peak Cell Rate (PCR) and the next 20 numbers are different load ranges (range counters) for the VclTp MO. The load is sampled every 10s and depending on the sampled value, the corresponding range counter is increased.RNC_Virtual_Channel_Link.pmBwUtilizationRx_Min or NODEB_Virtual_Channel_Link.pmBwUtilizationRx_Min or RXI_Virtual_Channel_Link.pmBwUtilizationRx_MinMinimumAverage, eatmrbh, eatmtbh, Maximum, Minimum, Sum
    pmBwUtilizationRx_PCRINTENSITYFLOATThe counter shows the PCR of the virtual connection in the receiving directionRNC_Virtual_Channel_Link.pmBwUtilizationRx_PCR or NODEB_Virtual_Channel_Link.pmBwUtilizationRx_PCR or RXI_Virtual_Channel_Link.pmBwUtilizationRx_PCRAverageAverage, eatmrbh, eatmtbh, Maximum, Minimum, Sum
    pmBwUtilizationTx_AvgINTENSITYFLOATThe counter shows the average utilization of the virtual connection in the transmitting direction represented by a histogram, consisting of a list of 21 numbers, indexed from zero. The first number is Peak Cell Rate (PCR) and the next 20 numbers are different load ranges (range counters) for the VclTp MO. The load is sampled every 10s and depending on the sampled value, the corresponding range counter is increased.RNC_Virtual_Channel_Link.pmBwUtilizationTx_Avg or NODEB_Virtual_Channel_Link.pmBwUtilizationTx_Avg or RXI_Virtual_Channel_Link.pmBwUtilizationTx_AvgAverageAverage, eatmrbh, eatmtbh, Maximum, Minimum, Sum
    pmBwUtilizationTx_MaxINTENSITYFLOATThe counter shows the maximum utilization of the virtual connection in the transmitting direction represented by a histogram, consisting of a list of 21 numbers, indexed from zero. The first number is Peak Cell Rate (PCR) and the next 20 numbers are different load ranges (range counters) for the VclTp MO. The load is sampled every 10s and depending on the sampled value, the corresponding range counter is increased.RNC_Virtual_Channel_Link.pmBwUtilizationTx_Max or NODEB_Virtual_Channel_Link.pmBwUtilizationTx_Max or RXI_Virtual_Channel_Link.pmBwUtilizationTx_MaxConstantAverage, eatmrbh, eatmtbh, Maximum, Minimum, Sum
    pmBwUtilizationTx_MinINTENSITYFLOATThe counter shows the minimum utilization of the virtual connection in the transmitting direction represented by a histogram, consisting of a list of 21 numbers, indexed from zero. The first number is Peak Cell Rate (PCR) and the next 20 numbers are different load ranges (range counters) for the VclTp MO. The load is sampled every 10s and depending on the sampled value, the corresponding range counter is increased.RNC_Virtual_Channel_Link.pmBwUtilizationTx_Min or NODEB_Virtual_Channel_Link.pmBwUtilizationTx_Min or RXI_Virtual_Channel_Link.pmBwUtilizationTx_MinMinimumAverage, eatmrbh, eatmtbh, Maximum, Minimum, Sum
    pmBwUtilizationTx_PCRINTENSITYFLOATThe counter shows the PCR of the virtual connection in the transmitting direction.RNC_Virtual_Channel_Link.pmBwUtilizationTx_PCR or NODEB_Virtual_Channel_Link.pmBwUtilizationTx_PCR or RXI_Virtual_Channel_Link.pmBwUtilizationTx_PCRAverageAverage, eatmrbh, eatmtbh, Maximum, Minimum, Sum
    pmReceivedAtmCellsACCUMULATIONINT8Number of received ATM cells through the ATM port.RNC_Virtual_Channel_Link.pmReceivedAtmCells or NODEB_Virtual_Channel_Link.pmReceivedAtmCells or RXI_Virtual_Channel_Link.pmReceivedAtmCellsSumeatmrbh, eatmtbh, Sum
    pmTransmittedAtmCellsACCUMULATIONINT8Number of transmitted ATM cells through the ATM port.RNC_Virtual_Channel_Link.pmTransmittedAtmCells or NODEB_Virtual_Channel_Link.pmTransmittedAtmCells or RXI_Virtual_Channel_Link.pmTransmittedAtmCellsSumeatmrbh, eatmtbh, Sum


    VCL_TP.Ericsson.UMTS.PDF_pmBwUtilizationRx

    pmBwUtilizationRx PDF counters

    KPITypeData TypeDescriptionDerivationDefault AggregatorOther Aggregators
    pmBwUtilizationRx_0ACCUMULATIONINTEGERThe counter shows the utilization of the virtual connection in the receiving direction represented by a histogram, consisting of a list of 21 numbers. The first number is Peak Cell Rate (PCR) and the next 20 numbers are different load ranges (range counters) for the VclTp MO. The load is sampled every 10s and depending on the sampled value, the corresponding range counter is increased.RNC_Virtual_Channel_Link.pmBwUtilizationRx_0 or NODEB_Virtual_Channel_Link.pmBwUtilizationRx_0 or RXI_Virtual_Channel_Link.pmBwUtilizationRx_0Sum 
    pmBwUtilizationRx_10ACCUMULATIONINTEGERThe counter shows the utilization of the virtual connection in the receiving direction represented by a histogram, consisting of a list of 21 numbers. The first number is Peak Cell Rate (PCR) and the next 20 numbers are different load ranges (range counters) for the VclTp MO. The load is sampled every 10s and depending on the sampled value, the corresponding range counter is increased.RNC_Virtual_Channel_Link.pmBwUtilizationRx_10 or NODEB_Virtual_Channel_Link.pmBwUtilizationRx_10 or RXI_Virtual_Channel_Link.pmBwUtilizationRx_10Sum 
    pmBwUtilizationRx_11ACCUMULATIONINTEGERThe counter shows the utilization of the virtual connection in the receiving direction represented by a histogram, consisting of a list of 21 numbers. The first number is Peak Cell Rate (PCR) and the next 20 numbers are different load ranges (range counters) for the VclTp MO. The load is sampled every 10s and depending on the sampled value, the corresponding range counter is increased.RNC_Virtual_Channel_Link.pmBwUtilizationRx_11 or NODEB_Virtual_Channel_Link.pmBwUtilizationRx_11 or RXI_Virtual_Channel_Link.pmBwUtilizationRx_11Sum 
    pmBwUtilizationRx_12ACCUMULATIONINTEGERThe counter shows the utilization of the virtual connection in the receiving direction represented by a histogram, consisting of a list of 21 numbers. The first number is Peak Cell Rate (PCR) and the next 20 numbers are different load ranges (range counters) for the VclTp MO. The load is sampled every 10s and depending on the sampled value, the corresponding range counter is increased.RNC_Virtual_Channel_Link.pmBwUtilizationRx_12 or NODEB_Virtual_Channel_Link.pmBwUtilizationRx_12 or RXI_Virtual_Channel_Link.pmBwUtilizationRx_12Sum 
    pmBwUtilizationRx_13ACCUMULATIONINTEGERThe counter shows the utilization of the virtual connection in the receiving direction represented by a histogram, consisting of a list of 21 numbers. The first number is Peak Cell Rate (PCR) and the next 20 numbers are different load ranges (range counters) for the VclTp MO. The load is sampled every 10s and depending on the sampled value, the corresponding range counter is increased.RNC_Virtual_Channel_Link.pmBwUtilizationRx_13 or NODEB_Virtual_Channel_Link.pmBwUtilizationRx_13 or RXI_Virtual_Channel_Link.pmBwUtilizationRx_13Sum 
    pmBwUtilizationRx_14ACCUMULATIONINTEGERThe counter shows the utilization of the virtual connection in the receiving direction represented by a histogram, consisting of a list of 21 numbers. The first number is Peak Cell Rate (PCR) and the next 20 numbers are different load ranges (range counters) for the VclTp MO. The load is sampled every 10s and depending on the sampled value, the corresponding range counter is increased.RNC_Virtual_Channel_Link.pmBwUtilizationRx_14 or NODEB_Virtual_Channel_Link.pmBwUtilizationRx_14 or RXI_Virtual_Channel_Link.pmBwUtilizationRx_14Sum 
    pmBwUtilizationRx_15ACCUMULATIONINTEGERThe counter shows the utilization of the virtual connection in the receiving direction represented by a histogram, consisting of a list of 21 numbers. The first number is Peak Cell Rate (PCR) and the next 20 numbers are different load ranges (range counters) for the VclTp MO. The load is sampled every 10s and depending on the sampled value, the corresponding range counter is increased.RNC_Virtual_Channel_Link.pmBwUtilizationRx_15 or NODEB_Virtual_Channel_Link.pmBwUtilizationRx_15 or RXI_Virtual_Channel_Link.pmBwUtilizationRx_15Sum 
    pmBwUtilizationRx_16ACCUMULATIONINTEGERThe counter shows the utilization of the virtual connection in the receiving direction represented by a histogram, consisting of a list of 21 numbers. The first number is Peak Cell Rate (PCR) and the next 20 numbers are different load ranges (range counters) for the VclTp MO. The load is sampled every 10s and depending on the sampled value, the corresponding range counter is increased.RNC_Virtual_Channel_Link.pmBwUtilizationRx_16 or NODEB_Virtual_Channel_Link.pmBwUtilizationRx_16 or RXI_Virtual_Channel_Link.pmBwUtilizationRx_16Sum 
    pmBwUtilizationRx_17ACCUMULATIONINTEGERThe counter shows the utilization of the virtual connection in the receiving direction represented by a histogram, consisting of a list of 21 numbers. The first number is Peak Cell Rate (PCR) and the next 20 numbers are different load ranges (range counters) for the VclTp MO. The load is sampled every 10s and depending on the sampled value, the corresponding range counter is increased.RNC_Virtual_Channel_Link.pmBwUtilizationRx_17 or NODEB_Virtual_Channel_Link.pmBwUtilizationRx_17 or RXI_Virtual_Channel_Link.pmBwUtilizationRx_17Sum 
    pmBwUtilizationRx_18ACCUMULATIONINTEGERThe counter shows the utilization of the virtual connection in the receiving direction represented by a histogram, consisting of a list of 21 numbers. The first number is Peak Cell Rate (PCR) and the next 20 numbers are different load ranges (range counters) for the VclTp MO. The load is sampled every 10s and depending on the sampled value, the corresponding range counter is increased.RNC_Virtual_Channel_Link.pmBwUtilizationRx_18 or NODEB_Virtual_Channel_Link.pmBwUtilizationRx_18 or RXI_Virtual_Channel_Link.pmBwUtilizationRx_18Sum 
    pmBwUtilizationRx_19ACCUMULATIONINTEGERThe counter shows the utilization of the virtual connection in the receiving direction represented by a histogram, consisting of a list of 21 numbers. The first number is Peak Cell Rate (PCR) and the next 20 numbers are different load ranges (range counters) for the VclTp MO. The load is sampled every 10s and depending on the sampled value, the corresponding range counter is increased.RNC_Virtual_Channel_Link.pmBwUtilizationRx_19 or NODEB_Virtual_Channel_Link.pmBwUtilizationRx_19 or RXI_Virtual_Channel_Link.pmBwUtilizationRx_19Sum 
    pmBwUtilizationRx_1ACCUMULATIONINTEGERThe counter shows the utilization of the virtual connection in the receiving direction represented by a histogram, consisting of a list of 21 numbers. The first number is Peak Cell Rate (PCR) and the next 20 numbers are different load ranges (range counters) for the VclTp MO. The load is sampled every 10s and depending on the sampled value, the corresponding range counter is increased.RNC_Virtual_Channel_Link.pmBwUtilizationRx_1 or NODEB_Virtual_Channel_Link.pmBwUtilizationRx_1 or RXI_Virtual_Channel_Link.pmBwUtilizationRx_1Sum 
    pmBwUtilizationRx_20ACCUMULATIONINTEGERThe counter shows the utilization of the virtual connection in the receiving direction represented by a histogram, consisting of a list of 21 numbers. The first number is Peak Cell Rate (PCR) and the next 20 numbers are different load ranges (range counters) for the VclTp MO. The load is sampled every 10s and depending on the sampled value, the corresponding range counter is increased.RNC_Virtual_Channel_Link.pmBwUtilizationRx_20 or NODEB_Virtual_Channel_Link.pmBwUtilizationRx_20 or RXI_Virtual_Channel_Link.pmBwUtilizationRx_20Sum 
    pmBwUtilizationRx_2ACCUMULATIONINTEGERThe counter shows the utilization of the virtual connection in the receiving direction represented by a histogram, consisting of a list of 21 numbers. The first number is Peak Cell Rate (PCR) and the next 20 numbers are different load ranges (range counters) for the VclTp MO. The load is sampled every 10s and depending on the sampled value, the corresponding range counter is increased.RNC_Virtual_Channel_Link.pmBwUtilizationRx_2 or NODEB_Virtual_Channel_Link.pmBwUtilizationRx_2 or RXI_Virtual_Channel_Link.pmBwUtilizationRx_2Sum 
    pmBwUtilizationRx_3ACCUMULATIONINTEGERThe counter shows the utilization of the virtual connection in the receiving direction represented by a histogram, consisting of a list of 21 numbers. The first number is Peak Cell Rate (PCR) and the next 20 numbers are different load ranges (range counters) for the VclTp MO. The load is sampled every 10s and depending on the sampled value, the corresponding range counter is increased.RNC_Virtual_Channel_Link.pmBwUtilizationRx_3 or NODEB_Virtual_Channel_Link.pmBwUtilizationRx_3 or RXI_Virtual_Channel_Link.pmBwUtilizationRx_3Sum 
    pmBwUtilizationRx_4ACCUMULATIONINTEGERThe counter shows the utilization of the virtual connection in the receiving direction represented by a histogram, consisting of a list of 21 numbers. The first number is Peak Cell Rate (PCR) and the next 20 numbers are different load ranges (range counters) for the VclTp MO. The load is sampled every 10s and depending on the sampled value, the corresponding range counter is increased.RNC_Virtual_Channel_Link.pmBwUtilizationRx_4 or NODEB_Virtual_Channel_Link.pmBwUtilizationRx_4 or RXI_Virtual_Channel_Link.pmBwUtilizationRx_4Sum 
    pmBwUtilizationRx_5ACCUMULATIONINTEGERThe counter shows the utilization of the virtual connection in the receiving direction represented by a histogram, consisting of a list of 21 numbers. The first number is Peak Cell Rate (PCR) and the next 20 numbers are different load ranges (range counters) for the VclTp MO. The load is sampled every 10s and depending on the sampled value, the corresponding range counter is increased.RNC_Virtual_Channel_Link.pmBwUtilizationRx_5 or NODEB_Virtual_Channel_Link.pmBwUtilizationRx_5 or RXI_Virtual_Channel_Link.pmBwUtilizationRx_5Sum 
    pmBwUtilizationRx_6ACCUMULATIONINTEGERThe counter shows the utilization of the virtual connection in the receiving direction represented by a histogram, consisting of a list of 21 numbers. The first number is Peak Cell Rate (PCR) and the next 20 numbers are different load ranges (range counters) for the VclTp MO. The load is sampled every 10s and depending on the sampled value, the corresponding range counter is increased.RNC_Virtual_Channel_Link.pmBwUtilizationRx_6 or NODEB_Virtual_Channel_Link.pmBwUtilizationRx_6 or RXI_Virtual_Channel_Link.pmBwUtilizationRx_6Sum 
    pmBwUtilizationRx_7ACCUMULATIONINTEGERThe counter shows the utilization of the virtual connection in the receiving direction represented by a histogram, consisting of a list of 21 numbers. The first number is Peak Cell Rate (PCR) and the next 20 numbers are different load ranges (range counters) for the VclTp MO. The load is sampled every 10s and depending on the sampled value, the corresponding range counter is increased.RNC_Virtual_Channel_Link.pmBwUtilizationRx_7 or NODEB_Virtual_Channel_Link.pmBwUtilizationRx_7 or RXI_Virtual_Channel_Link.pmBwUtilizationRx_7Sum 
    pmBwUtilizationRx_8ACCUMULATIONINTEGERThe counter shows the utilization of the virtual connection in the receiving direction represented by a histogram, consisting of a list of 21 numbers. The first number is Peak Cell Rate (PCR) and the next 20 numbers are different load ranges (range counters) for the VclTp MO. The load is sampled every 10s and depending on the sampled value, the corresponding range counter is increased.RNC_Virtual_Channel_Link.pmBwUtilizationRx_8 or NODEB_Virtual_Channel_Link.pmBwUtilizationRx_8 or RXI_Virtual_Channel_Link.pmBwUtilizationRx_8Sum 
    pmBwUtilizationRx_9ACCUMULATIONINTEGERThe counter shows the utilization of the virtual connection in the receiving direction represented by a histogram, consisting of a list of 21 numbers. The first number is Peak Cell Rate (PCR) and the next 20 numbers are different load ranges (range counters) for the VclTp MO. The load is sampled every 10s and depending on the sampled value, the corresponding range counter is increased.RNC_Virtual_Channel_Link.pmBwUtilizationRx_9 or NODEB_Virtual_Channel_Link.pmBwUtilizationRx_9 or RXI_Virtual_Channel_Link.pmBwUtilizationRx_9Sum 


    VCL_TP.Ericsson.UMTS.PDF_pmBwUtilizationTx

    pmBwUtilizationTx PDF counters

    KPITypeData TypeDescriptionDerivationDefault AggregatorOther Aggregators
    pmBwUtilizationTx_0ACCUMULATIONINTEGERThe counter shows the utilization of the virtual connection in the transmitting direction represented by a histogram, consisting of a list of 21 numbers, indexed from zero. The first number is Peak Cell Rate (PCR) and the next 20 numbers are different load ranges (range counters) for the VclTp MO. The load is sampled every 10s and depending on the sampled value, the corresponding range counter is increased.RNC_Virtual_Channel_Link.pmBwUtilizationTx_0 or NODEB_Virtual_Channel_Link.pmBwUtilizationTx_0 or RXI_Virtual_Channel_Link.pmBwUtilizationTx_0Sum 
    pmBwUtilizationTx_10ACCUMULATIONINTEGERThe counter shows the utilization of the virtual connection in the transmitting direction represented by a histogram, consisting of a list of 21 numbers, indexed from zero. The first number is Peak Cell Rate (PCR) and the next 20 numbers are different load ranges (range counters) for the VclTp MO. The load is sampled every 10s and depending on the sampled value, the corresponding range counter is increased.RNC_Virtual_Channel_Link.pmBwUtilizationTx_10 or NODEB_Virtual_Channel_Link.pmBwUtilizationTx_10 or RXI_Virtual_Channel_Link.pmBwUtilizationTx_10Sum 
    pmBwUtilizationTx_11ACCUMULATIONINTEGERThe counter shows the utilization of the virtual connection in the transmitting direction represented by a histogram, consisting of a list of 21 numbers, indexed from zero. The first number is Peak Cell Rate (PCR) and the next 20 numbers are different load ranges (range counters) for the VclTp MO. The load is sampled every 10s and depending on the sampled value, the corresponding range counter is increased.RNC_Virtual_Channel_Link.pmBwUtilizationTx_11 or NODEB_Virtual_Channel_Link.pmBwUtilizationTx_11 or RXI_Virtual_Channel_Link.pmBwUtilizationTx_11Sum 
    pmBwUtilizationTx_12ACCUMULATIONINTEGERThe counter shows the utilization of the virtual connection in the transmitting direction represented by a histogram, consisting of a list of 21 numbers, indexed from zero. The first number is Peak Cell Rate (PCR) and the next 20 numbers are different load ranges (range counters) for the VclTp MO. The load is sampled every 10s and depending on the sampled value, the corresponding range counter is increased.RNC_Virtual_Channel_Link.pmBwUtilizationTx_12 or NODEB_Virtual_Channel_Link.pmBwUtilizationTx_12 or RXI_Virtual_Channel_Link.pmBwUtilizationTx_12Sum 
    pmBwUtilizationTx_13ACCUMULATIONINTEGERThe counter shows the utilization of the virtual connection in the transmitting direction represented by a histogram, consisting of a list of 21 numbers, indexed from zero. The first number is Peak Cell Rate (PCR) and the next 20 numbers are different load ranges (range counters) for the VclTp MO. The load is sampled every 10s and depending on the sampled value, the corresponding range counter is increased.RNC_Virtual_Channel_Link.pmBwUtilizationTx_13 or NODEB_Virtual_Channel_Link.pmBwUtilizationTx_13 or RXI_Virtual_Channel_Link.pmBwUtilizationTx_13Sum 
    pmBwUtilizationTx_14ACCUMULATIONINTEGERThe counter shows the utilization of the virtual connection in the transmitting direction represented by a histogram, consisting of a list of 21 numbers, indexed from zero. The first number is Peak Cell Rate (PCR) and the next 20 numbers are different load ranges (range counters) for the VclTp MO. The load is sampled every 10s and depending on the sampled value, the corresponding range counter is increased.RNC_Virtual_Channel_Link.pmBwUtilizationTx_14 or NODEB_Virtual_Channel_Link.pmBwUtilizationTx_14 or RXI_Virtual_Channel_Link.pmBwUtilizationTx_14Sum 
    pmBwUtilizationTx_15ACCUMULATIONINTEGERThe counter shows the utilization of the virtual connection in the transmitting direction represented by a histogram, consisting of a list of 21 numbers, indexed from zero. The first number is Peak Cell Rate (PCR) and the next 20 numbers are different load ranges (range counters) for the VclTp MO. The load is sampled every 10s and depending on the sampled value, the corresponding range counter is increased.RNC_Virtual_Channel_Link.pmBwUtilizationTx_15 or NODEB_Virtual_Channel_Link.pmBwUtilizationTx_15 or RXI_Virtual_Channel_Link.pmBwUtilizationTx_15Sum 
    pmBwUtilizationTx_16ACCUMULATIONINTEGERThe counter shows the utilization of the virtual connection in the transmitting direction represented by a histogram, consisting of a list of 21 numbers, indexed from zero. The first number is Peak Cell Rate (PCR) and the next 20 numbers are different load ranges (range counters) for the VclTp MO. The load is sampled every 10s and depending on the sampled value, the corresponding range counter is increased.RNC_Virtual_Channel_Link.pmBwUtilizationTx_16 or NODEB_Virtual_Channel_Link.pmBwUtilizationTx_16 or RXI_Virtual_Channel_Link.pmBwUtilizationTx_16Sum 
    pmBwUtilizationTx_17ACCUMULATIONINTEGERThe counter shows the utilization of the virtual connection in the transmitting direction represented by a histogram, consisting of a list of 21 numbers, indexed from zero. The first number is Peak Cell Rate (PCR) and the next 20 numbers are different load ranges (range counters) for the VclTp MO. The load is sampled every 10s and depending on the sampled value, the corresponding range counter is increased.RNC_Virtual_Channel_Link.pmBwUtilizationTx_17 or NODEB_Virtual_Channel_Link.pmBwUtilizationTx_17 or RXI_Virtual_Channel_Link.pmBwUtilizationTx_17Sum 
    pmBwUtilizationTx_18ACCUMULATIONINTEGERThe counter shows the utilization of the virtual connection in the transmitting direction represented by a histogram, consisting of a list of 21 numbers, indexed from zero. The first number is Peak Cell Rate (PCR) and the next 20 numbers are different load ranges (range counters) for the VclTp MO. The load is sampled every 10s and depending on the sampled value, the corresponding range counter is increased.RNC_Virtual_Channel_Link.pmBwUtilizationTx_18 or NODEB_Virtual_Channel_Link.pmBwUtilizationTx_18 or RXI_Virtual_Channel_Link.pmBwUtilizationTx_18Sum 
    pmBwUtilizationTx_19ACCUMULATIONINTEGERThe counter shows the utilization of the virtual connection in the transmitting direction represented by a histogram, consisting of a list of 21 numbers, indexed from zero. The first number is Peak Cell Rate (PCR) and the next 20 numbers are different load ranges (range counters) for the VclTp MO. The load is sampled every 10s and depending on the sampled value, the corresponding range counter is increased.RNC_Virtual_Channel_Link.pmBwUtilizationTx_19 or NODEB_Virtual_Channel_Link.pmBwUtilizationTx_19 or RXI_Virtual_Channel_Link.pmBwUtilizationTx_19Sum 
    pmBwUtilizationTx_1ACCUMULATIONINTEGERThe counter shows the utilization of the virtual connection in the transmitting direction represented by a histogram, consisting of a list of 21 numbers, indexed from zero. The first number is Peak Cell Rate (PCR) and the next 20 numbers are different load ranges (range counters) for the VclTp MO. The load is sampled every 10s and depending on the sampled value, the corresponding range counter is increased.RNC_Virtual_Channel_Link.pmBwUtilizationTx_1 or NODEB_Virtual_Channel_Link.pmBwUtilizationTx_1 or RXI_Virtual_Channel_Link.pmBwUtilizationTx_1Sum 
    pmBwUtilizationTx_20ACCUMULATIONINTEGERThe counter shows the utilization of the virtual connection in the transmitting direction represented by a histogram, consisting of a list of 21 numbers, indexed from zero. The first number is Peak Cell Rate (PCR) and the next 20 numbers are different load ranges (range counters) for the VclTp MO. The load is sampled every 10s and depending on the sampled value, the corresponding range counter is increased.RNC_Virtual_Channel_Link.pmBwUtilizationTx_20 or NODEB_Virtual_Channel_Link.pmBwUtilizationTx_20 or RXI_Virtual_Channel_Link.pmBwUtilizationTx_20Sum 
    pmBwUtilizationTx_2ACCUMULATIONINTEGERThe counter shows the utilization of the virtual connection in the transmitting direction represented by a histogram, consisting of a list of 21 numbers, indexed from zero. The first number is Peak Cell Rate (PCR) and the next 20 numbers are different load ranges (range counters) for the VclTp MO. The load is sampled every 10s and depending on the sampled value, the corresponding range counter is increased.RNC_Virtual_Channel_Link.pmBwUtilizationTx_2 or NODEB_Virtual_Channel_Link.pmBwUtilizationTx_2 or RXI_Virtual_Channel_Link.pmBwUtilizationTx_2Sum 
    pmBwUtilizationTx_3ACCUMULATIONINTEGERThe counter shows the utilization of the virtual connection in the transmitting direction represented by a histogram, consisting of a list of 21 numbers, indexed from zero. The first number is Peak Cell Rate (PCR) and the next 20 numbers are different load ranges (range counters) for the VclTp MO. The load is sampled every 10s and depending on the sampled value, the corresponding range counter is increased.RNC_Virtual_Channel_Link.pmBwUtilizationTx_3 or NODEB_Virtual_Channel_Link.pmBwUtilizationTx_3 or RXI_Virtual_Channel_Link.pmBwUtilizationTx_3Sum 
    pmBwUtilizationTx_4ACCUMULATIONINTEGERThe counter shows the utilization of the virtual connection in the transmitting direction represented by a histogram, consisting of a list of 21 numbers, indexed from zero. The first number is Peak Cell Rate (PCR) and the next 20 numbers are different load ranges (range counters) for the VclTp MO. The load is sampled every 10s and depending on the sampled value, the corresponding range counter is increased.RNC_Virtual_Channel_Link.pmBwUtilizationTx_4 or NODEB_Virtual_Channel_Link.pmBwUtilizationTx_4 or RXI_Virtual_Channel_Link.pmBwUtilizationTx_4Sum 
    pmBwUtilizationTx_5ACCUMULATIONINTEGERThe counter shows the utilization of the virtual connection in the transmitting direction represented by a histogram, consisting of a list of 21 numbers, indexed from zero. The first number is Peak Cell Rate (PCR) and the next 20 numbers are different load ranges (range counters) for the VclTp MO. The load is sampled every 10s and depending on the sampled value, the corresponding range counter is increased.RNC_Virtual_Channel_Link.pmBwUtilizationTx_5 or NODEB_Virtual_Channel_Link.pmBwUtilizationTx_5 or RXI_Virtual_Channel_Link.pmBwUtilizationTx_5Sum 
    pmBwUtilizationTx_6ACCUMULATIONINTEGERThe counter shows the utilization of the virtual connection in the transmitting direction represented by a histogram, consisting of a list of 21 numbers, indexed from zero. The first number is Peak Cell Rate (PCR) and the next 20 numbers are different load ranges (range counters) for the VclTp MO. The load is sampled every 10s and depending on the sampled value, the corresponding range counter is increased.RNC_Virtual_Channel_Link.pmBwUtilizationTx_6 or NODEB_Virtual_Channel_Link.pmBwUtilizationTx_6 or RXI_Virtual_Channel_Link.pmBwUtilizationTx_6Sum 
    pmBwUtilizationTx_7ACCUMULATIONINTEGERThe counter shows the utilization of the virtual connection in the transmitting direction represented by a histogram, consisting of a list of 21 numbers, indexed from zero. The first number is Peak Cell Rate (PCR) and the next 20 numbers are different load ranges (range counters) for the VclTp MO. The load is sampled every 10s and depending on the sampled value, the corresponding range counter is increased.RNC_Virtual_Channel_Link.pmBwUtilizationTx_7 or NODEB_Virtual_Channel_Link.pmBwUtilizationTx_7 or RXI_Virtual_Channel_Link.pmBwUtilizationTx_7Sum 
    pmBwUtilizationTx_8ACCUMULATIONINTEGERThe counter shows the utilization of the virtual connection in the transmitting direction represented by a histogram, consisting of a list of 21 numbers, indexed from zero. The first number is Peak Cell Rate (PCR) and the next 20 numbers are different load ranges (range counters) for the VclTp MO. The load is sampled every 10s and depending on the sampled value, the corresponding range counter is increased.RNC_Virtual_Channel_Link.pmBwUtilizationTx_8 or NODEB_Virtual_Channel_Link.pmBwUtilizationTx_8 or RXI_Virtual_Channel_Link.pmBwUtilizationTx_8Sum 
    pmBwUtilizationTx_9ACCUMULATIONINTEGERThe counter shows the utilization of the virtual connection in the transmitting direction represented by a histogram, consisting of a list of 21 numbers, indexed from zero. The first number is Peak Cell Rate (PCR) and the next 20 numbers are different load ranges (range counters) for the VclTp MO. The load is sampled every 10s and depending on the sampled value, the corresponding range counter is increased.RNC_Virtual_Channel_Link.pmBwUtilizationTx_9 or NODEB_Virtual_Channel_Link.pmBwUtilizationTx_9 or RXI_Virtual_Channel_Link.pmBwUtilizationTx_9Sum 


    8.93 VPC_TP Performance Indicators

    This section shows the key performance indicators and other counters for the VPC_TP object, divided into the following sub-sections:


    VPC_TP.Ericsson.UMTS.ATM

    UTRAN ATM link.

    KPITypeData TypeDescriptionDerivationDefault AggregatorOther Aggregators
    pmBwErrBlocksACCUMULATIONINT8Number of backward error blocks.RNC_Virtual_Path_Connection.pmBwErrBlocks or NODEB_Virtual_Path_Connection.pmBwErrBlocks or RXI_Virtual_Path_Connection.pmBwErrBlocksSumeatmrbh, eatmtbh, Sum
    pmBwLostCellsACCUMULATIONINT8Number of lost backward cells.RNC_Virtual_Path_Connection.pmBwLostCells or NODEB_Virtual_Path_Connection.pmBwLostCells or RXI_Virtual_Path_Connection.pmBwLostCellsSumeatmrbh, eatmtbh, Sum
    pmBwMissinsCellsACCUMULATIONINT8Number of backward mis-inserted cells.RNC_Virtual_Path_Connection.pmBwMissinsCells or NODEB_Virtual_Path_Connection.pmBwMissinsCells or RXI_Virtual_Path_Connection.pmBwMissinsCellsSumeatmrbh, eatmtbh, Sum
    pmFwErrBlocksACCUMULATIONINT8Number of forward errored blocks.RNC_Virtual_Path_Connection.pmFwErrBlocks or NODEB_Virtual_Path_Connection.pmFwErrBlocks or RXI_Virtual_Path_Connection.pmFwErrBlocksSumeatmrbh, eatmtbh, Sum
    pmFwLostCellsACCUMULATIONINT8Number of forwarded lost cells.RNC_Virtual_Path_Connection.pmFwLostCells or NODEB_Virtual_Path_Connection.pmFwLostCells or RXI_Virtual_Path_Connection.pmFwLostCellsSumeatmrbh, eatmtbh, Sum
    pmFwMissinsCellsACCUMULATIONINT8Number of forward mis-inserted cells.RNC_Virtual_Path_Connection.pmFwMissinsCells or NODEB_Virtual_Path_Connection.pmFwMissinsCells or RXI_Virtual_Path_Connection.pmFwMissinsCellsSumeatmrbh, eatmtbh, Sum
    pmLostBrCellsACCUMULATIONINT8Number of lost Backward Reporting, BR, cells.RNC_Virtual_Path_Connection.pmLostBrCells or NODEB_Virtual_Path_Connection.pmLostBrCells or RXI_Virtual_Path_Connection.pmLostBrCellsSumeatmrbh, eatmtbh, Sum
    pmLostFpmCellsACCUMULATIONINT8Number of lost Forward Performance Monitoring, FPM, cells.RNC_Virtual_Path_Connection.pmLostFpmCells or NODEB_Virtual_Path_Connection.pmLostFpmCells or RXI_Virtual_Path_Connection.pmLostFpmCellsSumeatmrbh, eatmtbh, Sum


    8.94 VPL_TP Performance Indicators

    This section shows the key performance indicators and other counters for the VPL_TP object, divided into the following sub-sections:


    VPL_TP.Ericsson.UMTS.ATM

    UTRAN ATM link.

    KPITypeData TypeDescriptionDerivationDefault AggregatorOther Aggregators
    _%_Vpl_utilization_egressPERCENTAGEFLOATThe measurement is based upon transmitted cells in the end-points of a VPC. To achieve this - counters in the VplTp are used.100 * {pmTransmittedAtmCells}/({EgressAtmPcr} * 15 * 60)AverageAverage, eatmrbh, eatmtbh
    EgressAtmPcrINTENSITYINT8ATM Traffic Descriptor ID.RNC_Virtual_Path_Link.EgressAtmPcr or NODEB_Virtual_Path_Link.EgressAtmPcr or RXI_Virtual_Path_Link.EgressAtmPcrAverageAverage, eatmrbh, eatmtbh, Maximum, Minimum, Sum
    pmReceivedAtmCellsACCUMULATIONINT8Number of received ATM cells through the ATM port.RNC_Virtual_Path_Link.pmReceivedAtmCells or NODEB_Virtual_Path_Link.pmReceivedAtmCells or RXI_Virtual_Path_Link.pmReceivedAtmCellsSumeatmrbh, eatmtbh, Sum
    pmTransmittedAtmCellsACCUMULATIONINT8Number of transmitted ATM cells through the ATM port.RNC_Virtual_Path_Link.pmTransmittedAtmCells or NODEB_Virtual_Path_Link.pmTransmittedAtmCells or RXI_Virtual_Path_Link.pmTransmittedAtmCellsSumeatmrbh, eatmtbh, Sum


    8.95 VT1_5_TP Performance Indicators

    This section shows the key performance indicators and other counters for the VT1_5_TP object, divided into the following sub-sections:


    VT1_5_TP.Ericsson.UMTS.Physical_Link

    SONET VT1.5 termination point physical link statistics.

    KPITypeData TypeDescriptionDerivationDefault AggregatorOther Aggregators
    pmEsACCUMULATIONINT8Number of errored seconds.RNC_VT15.pmEs or NODEB_VT15.pmEs or RXI_VT15.pmEsSumerttbh, Sum
    pmSesACCUMULATIONINT8Number of severely errored seconds.RNC_VT15.pmSes or NODEB_VT15.pmSes or RXI_VT15.pmSesSumerttbh, Sum
    pmUasACCUMULATIONINTEGERTransmission Unavailable Seconds (SES). The accumulated unavailable time in seconds during the interval. Unavailable time starts when 10 consecutive SES are detected (them being part of the unavailable time) and ends when 10 consecutive non-SES are detected. This counter is incremented for each second of unavailable time.RNC_VT15.pmUas or NODEB_VT15.pmUas or RXI_VT15.pmUasSumerttbh, Sum



    9. Performance Alarms

    This section shows details of the alarms that are defined in this technology pack module:

    None.

    10. Reports

    This section shows details of the reports that are defined in this technology pack module.

    All reports can be run as raw, daily, weekly or monthly reports.

    Where a KPI is marked (DA), it means Data Availability is to be reported upon it.

  • 10.1 ATM_Port Reports.
  • 10.2 BS_Carrier Reports.
  • 10.3 CDMA_Channel Reports.
  • 10.4 Cell Reports.
  • 10.5 Downlink_Baseband_Pool Reports.
  • 10.6 EthernetSwitchModulePort Reports.
  • 10.7 EthernetSwitchPort Reports.
  • 10.8 InternalEthernetPort Reports.
  • 10.9 IuBcLink Reports.
  • 10.10 Iub Reports.
  • 10.11 Neighbour Reports.
  • 10.12 NodeB Reports.
  • 10.13 RNC Reports.
  • 10.14 RNC_RAB Reports.
  • 10.15 Radio_Link Reports.
  • 10.16 RncCapacity Reports.
  • 10.17 UpLink_Baseband_Pool Reports.


  • 10.1 ATM_Port Reports.

    This section shows reports for the ATM_Port object.


    ATM

    This report displays ATM

    Report FeatureDetails
    Report Tree BranchSystem.UMTS.Engineering.UTRAN.Ericsson.ATM_Port
    Primary ObjectATM_Port
    ATM Cell traffic.ATM_Port.Ericsson.ATM.PmTransmittedAtmCells, ATM_Port.Ericsson.ATM.pmReceivedAtmCells
    % ATM utilisation.ATM_Port.Ericsson.ATM._%_Vpl_utilization_egress
    Data table for ATM.ATM_Port.Ericsson.ATM._%_Vpl_utilization_egress, ATM_Port.Ericsson.ATM.pmReceivedAtmCells, ATM_Port.Ericsson.ATM.PmTransmittedAtmCells, ATM_Port.ATM_Port_Id, ATM_Port.ATM_Port_Name, ATM_Port.Node_Id, ATM_Port.Node_Name, ATM_Port.Node_Type


    10.2 BS_Carrier Reports.

    This section shows reports for the BS_Carrier object.


    BS Carrier RSSI Power

    This report displays NodeB Rx Carrier RSSI statistics.

    Report FeatureDetails
    Report Tree BranchSystem.UMTS.Engineering.UTRAN.Ericsson.BS_Carrier
    Primary ObjectBS_Carrier
    Data table for Rx powerRNC.RNC_Name, BS_Carrier.BS_Carrier_Name, BS_Carrier.BS_Carrier_Id, BS_Carrier.RNC_Id, BS_Carrier.NodeB_Id, BS_Carrier.Ericsson.Carrier.pmAverageRssi_Avg, BS_Carrier.Ericsson.Carrier.pmAverageRssi_Max, BS_Carrier.Ericsson.Carrier.pmAverageRssi_Min


    BS Carrier Tx Carrier Power

    This report displays the NodeB Transmitted Carrier Power.

    Report FeatureDetails
    Report Tree BranchSystem.UMTS.Engineering.UTRAN.Ericsson.BS_Carrier
    Primary ObjectBS_Carrier
    Data table for Tx powerNodeB.NodeB_Name, RNC.RNC_Name, BS_Carrier.RNC_Id, BS_Carrier.NodeB_Id, BS_Carrier.BS_Carrier_Name, BS_Carrier.BS_Carrier_Id, BS_Carrier.Ericsson.Carrier.pmTransmittedCarrierPower_Avg, BS_Carrier.Ericsson.Carrier.pmTransmittedCarrierPower_Max, BS_Carrier.Ericsson.Carrier.pmTransmittedCarrierPower_Min


    Carrier Power

    This report displays Node B carrier power.

    Report FeatureDetails
    Report Tree BranchSystem.UMTS.Engineering.UTRAN.Ericsson.BS_Carrier
    Primary ObjectBS_Carrier
    Transmitted Carrier PowerBS_Carrier.Ericsson.Carrier.pmTransmittedCarrierPower_Avg, BS_Carrier.Ericsson.Carrier.pmTransmittedCarrierPower_Min, BS_Carrier.Ericsson.Carrier.pmTransmittedCarrierPower_Max
    Receive Power.BS_Carrier.Ericsson.Carrier.pmAverageRssi_Avg, BS_Carrier.Ericsson.Carrier.pmAverageRssi_Min, BS_Carrier.Ericsson.Carrier.pmAverageRssi_Max
    Data table for Carrier Power.BS_Carrier.RNC_Id, BS_Carrier.NodeB_Id, BS_Carrier.BS_Carrier_Id, BS_Carrier.Ericsson.Carrier.pmTransmittedCarrierPower_Avg, BS_Carrier.Ericsson.Carrier.pmTransmittedCarrierPower_Min, BS_Carrier.Ericsson.Carrier.pmTransmittedCarrierPower_Max, BS_Carrier.Ericsson.Carrier.pmAverageRssi_Avg, BS_Carrier.Ericsson.Carrier.pmAverageRssi_Min, BS_Carrier.Ericsson.Carrier.pmAverageRssi_Max, BS_Carrier.BS_Carrier_Name, NodeB.NodeB_Name, RNC.RNC_Name


    10.3 CDMA_Channel Reports.

    This section shows reports for the CDMA_Channel object.


    CDMA Channel Average User Rate HSDSCH

    This report displays the HSDSCH carrier quality statistics on average user rate distribution allocated to HSDPA service.

    Report FeatureDetails
    Report Tree BranchSystem.UMTS.Engineering.UTRAN.Ericsson.CDMA_Channel
    Primary ObjectCDMA_Channel
    Table for HSDSCH Resource Quality - User RateCDMA_Channel.CDMA_Channel_Name, RNC.RNC_Name, NodeB.NodeB_Name, CDMA_Channel.RNC_Id, CDMA_Channel.NodeB_Id, CDMA_Channel.CDMA_Channel_Id, CDMA_Channel.Ericsson.HSDSCH_Resource.pmAverageUserRate_Avg, CDMA_Channel.Ericsson.HSDSCH_Resource.pmAverageUserRate_Max, CDMA_Channel.Ericsson.HSDSCH_Resource.pmAverageUserRate_Min


    CDMA Channel CQI Resource Quality

    This report displays the HSDSCH carrier quality statistics on Channel Quality Indicator (CQI).

    Report FeatureDetails
    Report Tree BranchSystem.UMTS.Engineering.UTRAN.Ericsson.CDMA_Channel
    Primary ObjectCDMA_Channel
    Table for HSDSCH Resource Quality - CQICDMA_Channel.CDMA_Channel_Name, RNC.RNC_Name, NodeB.NodeB_Name, CDMA_Channel.RNC_Id, CDMA_Channel.NodeB_Id, CDMA_Channel.CDMA_Channel_Id, CDMA_Channel.Ericsson.HSDSCH_Resource.pmReportedCqi_Avg, CDMA_Channel.Ericsson.HSDSCH_Resource.pmReportedCqi_Max, CDMA_Channel.Ericsson.HSDSCH_Resource.pmReportedCqi_Min, CDMA_Channel.Ericsson.HSDSCH_Resource.pmReportedInvalid_Cqi, CDMA_Channel.Ericsson.HSDSCH_Resource.pmReportedCqi_0, CDMA_Channel.Ericsson.HSDSCH_Resource.pmUsedCqi_Avg, CDMA_Channel.Ericsson.HSDSCH_Resource.pmUsedCqi_Max, CDMA_Channel.Ericsson.HSDSCH_Resource.pmUsedCqi_Min, CDMA_Channel.Ericsson.HSDSCH_Resource.pmUsedCqi_0


    CDMA Channel EulDCh Assigned User Bit Rate

    This report describes the average bit rates assigned to each E-DCH users in kbps.

    Report FeatureDetails
    Report Tree BranchSystem.UMTS.Engineering.UTRAN.Ericsson.CDMA_Channel
    Primary ObjectCDMA_Channel
    Table for EulDch User BitRateCDMA_Channel.CDMA_Channel_Name, RNC.RNC_Name, NodeB.NodeB_Name, CDMA_Channel.RNC_Id, CDMA_Channel.NodeB_Id, CDMA_Channel.CDMA_Channel_Id, CDMA_Channel.Ericsson.EDCH_Resource.pmNoSchEdchEul_Avg, CDMA_Channel.Ericsson.EDCH_Resource.pmNoSchEdchEul_Max, CDMA_Channel.Ericsson.EDCH_Resource.pmNoSchEdchEul_Min


    CDMA Channel EulDCh Channel Power

    This report describes the total DL power measurement used for the common channel in Eul (E-AGCH, E-RGCH and E-HICH) in the cell. Measurement is in dBm.

    Report FeatureDetails
    Report Tree BranchSystem.UMTS.Engineering.UTRAN.Ericsson.CDMA_Channel
    Primary ObjectCDMA_Channel
    Table for EulDCh Common Channel PowerCDMA_Channel.CDMA_Channel_Name, RNC.RNC_Name, NodeB.NodeB_Name, CDMA_Channel.RNC_Id, CDMA_Channel.NodeB_Id, CDMA_Channel.CDMA_Channel_Id, CDMA_Channel.Ericsson.EDCH_Resource.pmCommonChPowerEul_Avg, CDMA_Channel.Ericsson.EDCH_Resource.pmCommonChPowerEul_Max, CDMA_Channel.Ericsson.EDCH_Resource.pmCommonChPowerEul_Min


    CDMA Channel EulDCh Noise Floor

    This report describes the thermal noise level value in the RoT measurement in dBm.

    Report FeatureDetails
    Report Tree BranchSystem.UMTS.Engineering.UTRAN.Ericsson.CDMA_Channel
    Primary ObjectCDMA_Channel
    Table for EulCh Noise FloorCDMA_Channel.CDMA_Channel_Name, RNC.RNC_Name, NodeB.NodeB_Name, CDMA_Channel.RNC_Id, CDMA_Channel.NodeB_Id, CDMA_Channel.CDMA_Channel_Id, CDMA_Channel.Ericsson.EDCH_Resource.pmNoiseFloor_Avg, CDMA_Channel.Ericsson.EDCH_Resource.pmNoiseFloor_Max, CDMA_Channel.Ericsson.EDCH_Resource.pmNoiseFloor_Min


    CDMA Channel EulDCh PC Noise Raised

    This report describes the measurement of the power-controlled noise rise caused by the intra-cell interference that affects the Uu load.

    Report FeatureDetails
    Report Tree BranchSystem.UMTS.Engineering.UTRAN.Ericsson.CDMA_Channel
    Primary ObjectCDMA_Channel
    Table for PC Noise MeasureCDMA_Channel.CDMA_Channel_Name, RNC.RNC_Name, NodeB.NodeB_Name, CDMA_Channel.RNC_Id, CDMA_Channel.NodeB_Id, CDMA_Channel.CDMA_Channel_Id, CDMA_Channel.Ericsson.EDCH_Resource.pmOwnUuLoad_Avg, CDMA_Channel.Ericsson.EDCH_Resource.pmOwnUuLoad_Max, CDMA_Channel.Ericsson.EDCH_Resource.pmTotalRotCoverage_Min


    CDMA Channel EulDCh RoT Effect dB Coverage

    This report describes the total Rise over Thermal (RoT) (including all uplink traffic and external interference) that affects the Cell coverage in dB.

    Report FeatureDetails
    Report Tree BranchSystem.UMTS.Engineering.UTRAN.Ericsson.CDMA_Channel
    Primary ObjectCDMA_Channel
    Table for RoT Effect CoverageCDMA_Channel.CDMA_Channel_Name, RNC.RNC_Name, NodeB.NodeB_Name, CDMA_Channel.RNC_Id, CDMA_Channel.NodeB_Id, CDMA_Channel.CDMA_Channel_Id, CDMA_Channel.Ericsson.EDCH_Resource.pmTotalRotCoverage_Avg, CDMA_Channel.Ericsson.EDCH_Resource.pmTotalRotCoverage_Max, CDMA_Channel.Ericsson.EDCH_Resource.pmTotalRotCoverage_Min


    CDMA Channel EulDCh Total Granted Uu Rate

    This report describes the total granted Uu rate, for all E-DCH users including soft/softer handover by the scheduler per cell.

    Report FeatureDetails
    Report Tree BranchSystem.UMTS.Engineering.UTRAN.Ericsson.CDMA_Channel
    Primary ObjectCDMA_Channel
    Table for Total Grant Uu RateCDMA_Channel.CDMA_Channel_Name, RNC.RNC_Name, NodeB.NodeB_Name, CDMA_Channel.RNC_Id, CDMA_Channel.NodeB_Id, CDMA_Channel.CDMA_Channel_Id, CDMA_Channel.Ericsson.EDCH_Resource.pmTotRateGrantedEul_Avg, CDMA_Channel.Ericsson.EDCH_Resource.pmTotRateGrantedEul_Max, CDMA_Channel.Ericsson.EDCH_Resource.pmTotRateGrantedEul_Min


    CDMA Channel EulDCh WaitTime

    This report describes the waiting time in ms for an E-DCH user from when a rate increase request is received when the scheduled grant = 0.

    Report FeatureDetails
    Report Tree BranchSystem.UMTS.Engineering.UTRAN.Ericsson.CDMA_Channel
    Primary ObjectCDMA_Channel
    Table for Wait Time For Rate IncreaseCDMA_Channel.CDMA_Channel_Name, RNC.RNC_Name, NodeB.NodeB_Name, CDMA_Channel.RNC_Id, CDMA_Channel.NodeB_Id, CDMA_Channel.CDMA_Channel_Id, CDMA_Channel.Ericsson.EDCH_Resource.pmWaitingTimeEul_Avg, CDMA_Channel.Ericsson.EDCH_Resource.pmWaitingTimeEul_Max, CDMA_Channel.Ericsson.EDCH_Resource.pmWaitingTimeEul_Min


    CDMA Channel HSDSCH Request Denied Reason

    This report describes the number of occurrence per reason code where a user was denied of high speed access due to shortage of HS-PDSCH.

    Report FeatureDetails
    Report Tree BranchSystem.UMTS.Engineering.UTRAN.Ericsson.CDMA_Channel
    Primary ObjectCDMA_Channel
    Table for Reason Code BreakdownCDMA_Channel.CDMA_Channel_Name, RNC.RNC_Name, NodeB.NodeB_Name, CDMA_Channel.RNC_Id, CDMA_Channel.NodeB_Id, CDMA_Channel.CDMA_Channel_Id, CDMA_Channel.Ericsson.HSDSCH_Resource.pmRemainingResourceCheck_0, CDMA_Channel.Ericsson.HSDSCH_Resource.pmRemainingResourceCheck_1, CDMA_Channel.Ericsson.HSDSCH_Resource.pmRemainingResourceCheck_2


    CDMA Channel HSDSCH Users Per TTI

    This report shows the breakdown of number of X users per each 2ms Tti.

    Report FeatureDetails
    Report Tree BranchSystem.UMTS.Engineering.UTRAN.Ericsson.CDMA_Channel
    Primary ObjectCDMA_Channel
    Table for HSDSCH Users per TTICDMA_Channel.CDMA_Channel_Name, RNC.RNC_Name, NodeB.NodeB_Name, CDMA_Channel.RNC_Id, CDMA_Channel.NodeB_Id, CDMA_Channel.CDMA_Channel_Id, CDMA_Channel.Ericsson.HSDSCH_Resource.pmNoOfHsUsersPerTti_0, CDMA_Channel.Ericsson.HSDSCH_Resource.pmNoOfHsUsersPerTti_1, CDMA_Channel.Ericsson.HSDSCH_Resource.pmNoOfHsUsersPerTti_2, CDMA_Channel.Ericsson.HSDSCH_Resource.pmNoOfHsUsersPerTti_3, CDMA_Channel.Ericsson.HSDSCH_Resource.pmNoOfHsUsersPerTti_4, CDMA_Channel.Ericsson.HSDSCH_Resource.pmNoOfHsUsersPerTti_Avg


    HSDSCH NonHS Carrier Power

    This report describes the average transmitted power for all codes not used for physical downlink channels in dBm.

    Report FeatureDetails
    Report Tree BranchSystem.UMTS.Engineering.UTRAN.Ericsson.CDMA_Channel
    Primary ObjectCDMA_Channel
    Table for Carrier Power Array HSDSCH - Non Carrier PowerCDMA_Channel.CDMA_Channel_Name, RNC.RNC_Name, NodeB.NodeB_Name, CDMA_Channel.RNC_Id, CDMA_Channel.NodeB_Id, CDMA_Channel.CDMA_Channel_Id, CDMA_Channel.Ericsson.HSDSCH_Resource.pmTransmittedCarrierPowerNonHs_Avg, CDMA_Channel.Ericsson.HSDSCH_Resource.pmTransmittedCarrierPowerNonHs_Max, CDMA_Channel.Ericsson.HSDSCH_Resource.pmTransmittedCarrierPowerNonHs_Min


    10.4 Cell Reports.

    This section shows reports for the Cell object.


    Cell Accessibility

    This report displays the cell accessibility. i.e. the ability of the user to obtain the requested service. This metric is calculated using the probability of a successful RRC connection together with the probability of a successful RAB establishment success.

    Report FeatureDetails
    Report Tree BranchSystem.UMTS.Engineering.UTRAN.Ericsson.Cell
    Primary ObjectCell
    % Cell accessibility.Cell.Ericsson.accessibility_and_call_completion._%_CS_speech_accessibility_1, Cell.Ericsson.accessibility_and_call_completion._%_CS_speech_accessibility_2, Cell.Ericsson.accessibility_and_call_completion._%_PS_interactive_accessibility, Cell.Ericsson.accessibility_and_call_completion._%_PS_streaming_accessibility, Cell.Ericsson.accessibility_and_call_completion._%_CS64_accessibility, Cell.Ericsson.accessibility_and_call_completion._%_CS57_accessibility
    Data table for cell accessibility.BSC.BSC_Id, BSC.BSC_Name, Cell.Ericsson.traffic_volume.total_traffic, Cell.Ericsson.accessibility_and_call_completion._%_CS_speech_accessibility_2, Cell.Ericsson.accessibility_and_call_completion._%_CS_speech_accessibility_1, Cell.Ericsson.accessibility_and_call_completion._%_CS64_accessibility, Cell.Ericsson.accessibility_and_call_completion._%_CS57_accessibility, Cell.Ericsson.accessibility_and_call_completion._%_PS_streaming_accessibility, Cell.Ericsson.accessibility_and_call_completion._%_PS_interactive_accessibility, Cell.Cell_Id, Cell.Cell_Name


    Cell Availability

    This report displays the cell availability of service. i.e. the time that the cell is available.

    Report FeatureDetails
    Report Tree BranchSystem.UMTS.Engineering.UTRAN.Ericsson.Cell
    Primary ObjectCell
    Cell availability.Cell.Ericsson.cell_availability.pmcelldowntimeauto, Cell.Ericsson.cell_availability.pmcelldowntimeman
    Data table for cell availability.Cell.Cell_Name, BSC.BSC_Id, BSC.BSC_Name, Cell.Cell_Id, Cell.Ericsson.cell_availability.pmcelldowntimeauto, Cell.Ericsson.cell_availability.pmcelldowntimeman


    Cell Call Completion

    This report displays cell call completion rates. It displays the ability of a user to obtain a desired service and continue receiving the service for a desired time. The metric is calculated using the product of cell accessibility and call drop rate.

    Report FeatureDetails
    Report Tree BranchSystem.UMTS.Engineering.UTRAN.Ericsson.Cell
    Primary ObjectCell
    % Call completion.Cell.Ericsson.accessibility_and_call_completion._%_CS_speech_call_completion, Cell.Ericsson.accessibility_and_call_completion._%_CS57_call_completion, Cell.Ericsson.accessibility_and_call_completion._%_PS_streaming_call_completion, Cell.Ericsson.accessibility_and_call_completion._%_CS64_call_completion
    Data reports for call completion.BSC.BSC_Id, BSC.BSC_Name, Cell.Ericsson.traffic_volume.total_traffic, Cell.Ericsson.accessibility_and_call_completion._%_PS_streaming_call_completion, Cell.Ericsson.accessibility_and_call_completion._%_CS64_call_completion, Cell.Ericsson.accessibility_and_call_completion._%_CS57_call_completion, Cell.Ericsson.accessibility_and_call_completion._%_CS_speech_call_completion, Cell.Cell_Id, Cell.Cell_Name


    Cell Calls Dropped 1

    This report displays cell dropped calls which have not been completed successfully.

    Report FeatureDetails
    Report Tree BranchSystem.UMTS.Engineering.UTRAN.Ericsson.Cell
    Primary ObjectCell
    % Dropped calls.Cell.Ericsson.accessibility_and_call_completion._%_CS_speech_dropped, Cell.Ericsson.accessibility_and_call_completion._%_CS57_dropped, Cell.Ericsson.rab_establishments_and_release._%_HS_Dropped, Cell.Ericsson.accessibility_and_call_completion._%_CS64_dropped, Cell.Ericsson.accessibility_and_call_completion._%_PS_streaming_dropped
    Data table for dropped calls.RNC.RNC_Id, RNC.RNC_Name, Cell.Cell_Id, Cell.Ericsson.accessibility_and_call_completion._%_PS_streaming_dropped, Cell.Ericsson.accessibility_and_call_completion._%_CS_speech_dropped, Cell.Ericsson.accessibility_and_call_completion._%_CS57_dropped, Cell.Ericsson.accessibility_and_call_completion._%_CS64_dropped, Cell.Ericsson.rab_establishments_and_release._%_HS_Dropped, Cell.Cell_Name


    Cell Calls Dropped 2

    This second part of the report displays cell dropped calls which have not been completed successfully.

    Report FeatureDetails
    Report Tree BranchSystem.UMTS.Engineering.UTRAN.Ericsson.Cell
    Primary ObjectCell
    Total dropped calls.Cell.Ericsson.rab_establishments_and_release.pmNoSystemRabReleaseSpeech, Cell.Ericsson.rab_establishments_and_release.pmNoSystemRabReleaseCsStream, Cell.Ericsson.rab_establishments_and_release.pmNoSystemRbReleaseHs, Cell.Ericsson.rab_establishments_and_release.pmNoSystemRabReleasePacket, Cell.Ericsson.rab_establishments_and_release.pmNoSystemRabReleasePacketStream, Cell.Ericsson.rab_establishments_and_release.pmNoSystemRabReleaseCs64
    Data table for dropped calls.RNC.RNC_Id, RNC.RNC_Name, Cell.Cell_Id, Cell.Ericsson.rab_establishments_and_release.pmNoSystemRabReleasePacket, Cell.Ericsson.rab_establishments_and_release.pmNoSystemRabReleasePacketStream, Cell.Ericsson.rab_establishments_and_release.pmNoSystemRabReleaseSpeech, Cell.Ericsson.rab_establishments_and_release.pmNoSystemRabReleaseCsStream, Cell.Ericsson.rab_establishments_and_release.pmNoSystemRabReleaseCs64, Cell.Ericsson.rab_establishments_and_release.pmNoSystemRbReleaseHs, Cell.Ericsson.traffic_volume.total_traffic, Cell.Cell_Name


    Cell Channel Quality

    This report displays cell channel quality of transport blocks.

    Report FeatureDetails
    Report Tree BranchSystem.UMTS.Engineering.UTRAN.Ericsson.Cell
    Primary ObjectCell
    Faulty transport blocks.Cell.Ericsson.channel_quality.cmavgfaultytransportblocksbcul, Cell.Ericsson.channel_quality.cmavgfaultyrachtransportblocks
    Data table for channel qualityBSC.BSC_Id, BSC.BSC_Name, Cell.Ericsson.channel_quality.cmavgfaultytransportblocksbcul, Cell.Ericsson.channel_quality.cmavgfaultyrachtransportblocks, Cell.Cell_Id, Cell.Cell_Name


    Cell Channel Switching

    -Obsolete in P6- This report displays cell channel switching ( include counters for the number of switches between CCH and DCH, the number downgrading switches for PS RABs due to congestion control and failed channel switches.

    Report FeatureDetails
    Report Tree BranchSystem.UMTS.Engineering.UTRAN.Ericsson.Cell
    Primary ObjectCell
    Data table for channel switching.BSC.BSC_Id, BSC.BSC_Name, Cell.Cell_Id, Cell.Ericsson.channel_switching.pmchswitchfachdch, Cell.Ericsson.channel_switching.pmchswitchdch64fach, Cell.Ericsson.channel_switching.pmchswitchdch128fach, Cell.Ericsson.channel_switching.pmchswitchdch384fach, Cell.Ericsson.channel_switching.pmchswitchp64p128, Cell.Ericsson.channel_switching.pmchswitchp128p64, Cell.Ericsson.channel_switching.pmchswitchp128p384, Cell.Ericsson.channel_switching.pmchswitchp384p128, Cell.Ericsson.channel_switching.pmfailedchswitch, Cell.Cell_Name


    Cell Code Control Report 1

    -Obsolete in P5, due to counters obsolete- This report displays cell code control (include counters for the number of attempted, failed, successful DL channelization code allocations per spreading factor, for normal transmission mode)

    Report FeatureDetails
    Report Tree BranchSystem.UMTS.Engineering.UTRAN.Ericsson.Cell
    Primary ObjectCell
    % SF8 SF16 SF32 Success.Cell.Ericsson.code_control._%_sf8success, Cell.Ericsson.code_control._%_sf16success, Cell.Ericsson.code_control._%_sf32success
    % SF64 SF128 SF256 Success.Cell.Ericsson.code_control._%_sf64success, Cell.Ericsson.code_control._%_sf128success, Cell.Ericsson.code_control._%_sf256success
    Data table for code controlCell.BSC_Id, RNC.RNC_Name, Cell.Ericsson.code_control.totalsuccess, Cell.Ericsson.code_control.totalfailure, Cell.Ericsson.code_control.totalattempts, Cell.Ericsson.code_control._%_sf256success, Cell.Ericsson.code_control._%_sf128success, Cell.Ericsson.code_control._%_sf64success, Cell.Ericsson.code_control._%_sf32success, Cell.Ericsson.code_control._%_sf16success, Cell.Ericsson.code_control._%_sf8success, Cell.Cell_Id, Cell.Cell_Name
    Total SFCell.Ericsson.code_control.totalattempts, Cell.Ericsson.code_control.totalfailure, Cell.Ericsson.code_control.totalsuccess


    Cell Code Control Report 2

    -Obsolete in P5, due to counters obsolete- This report displays cell code control (include counters for the number of attempted, failed, successful DL channelization code allocations per spreading factor, for normal transmission mode)

    Report FeatureDetails
    Report Tree BranchSystem.UMTS.Engineering.UTRAN.Ericsson.Cell
    Primary ObjectCell
    Data Table for Code ControlCell.BSC_Id, RNC.RNC_Name, Cell.Cell_Id, Cell.Ericsson.code_control.pmnodlchcodeallocattemptsf8, Cell.Ericsson.code_control.pmnodlchcodeallocfailuresf8, Cell.Ericsson.code_control.cmnodlchcodeallocsuccesssf8, Cell.Ericsson.code_control.pmnodlchcodeallocattemptsf16, Cell.Ericsson.code_control.pmnodlchcodeallocfailuresf16, Cell.Ericsson.code_control.cmnodlchcodeallocsuccesssf16, Cell.Ericsson.code_control.pmnodlchcodeallocattemptsf32, Cell.Ericsson.code_control.pmnodlchcodeallocfailuresf32, Cell.Ericsson.code_control.cmnodlchcodeallocsuccesssf32, Cell.Cell_Name


    Cell Code Control Report 3

    -Obsolete in P5, due to counters obsolete- This report displays cell code control (include counters for the number of attempted, failed, successful DL channelization code allocations per spreading factor, for normal transmission mode)

    Report FeatureDetails
    Report Tree BranchSystem.UMTS.Engineering.UTRAN.Ericsson.Cell
    Primary ObjectCell
    Data Table for Code ControlCell.BSC_Id, RNC.RNC_Name, Cell.Cell_Id, Cell.Ericsson.code_control.pmnodlchcodeallocattemptsf64, Cell.Ericsson.code_control.pmnodlchcodeallocfailuresf64, Cell.Ericsson.code_control.cmnodlchcodeallocsuccesssf64, Cell.Ericsson.code_control.pmnodlchcodeallocattemptsf128, Cell.Ericsson.code_control.pmnodlchcodeallocfailuresf128, Cell.Ericsson.code_control.cmnodlchcodeallocsuccesssf128, Cell.Ericsson.code_control.pmnodlchcodeallocattemptsf256, Cell.Ericsson.code_control.pmnodlchcodeallocfailuresf256, Cell.Ericsson.code_control.cmnodlchcodeallocsuccesssf256, Cell.Cell_Name


    Cell Congestion

    This report displays cell congestion (includes speech, CS data and UL/DL congestion time)

    Report FeatureDetails
    Report Tree BranchSystem.UMTS.Engineering.UTRAN.Ericsson.Cell
    Primary ObjectCell
    Connections terminated.Cell.Ericsson.congestion.pmnooftermcscong, Cell.Ericsson.congestion.pmnooftermspeechcong
    Data table for congestion.BSC.BSC_Id, BSC.BSC_Name, Cell.Cell_Id, Cell.Ericsson.congestion.pmnooftermcscong, Cell.Ericsson.congestion.pmnooftermspeechcong, Cell.Ericsson.congestion.pmTotalTimeUlCellCong, Cell.Ericsson.congestion.pmTotalTimeDlCellCong, Cell.Cell_Name


    Cell EulDCh Service Availability

    This report displays the EulDCH service availability in a Cell, I.e. the time that the enhanced uplink service in the cell is available.

    Report FeatureDetails
    Report Tree BranchSystem.UMTS.Engineering.UTRAN.Ericsson.Cell
    Primary ObjectCell
    Graph for EulDCh AvailabilityCell.Ericsson.Enhanced_Uplink_service_availability.pmEulDowntimeAuto, Cell.Ericsson.Enhanced_Uplink_service_availability.pmEulDowntimeMan, Cell.Ericsson.Enhanced_Uplink_service_availability._%_EulUptime
    Table for EulDCh AvailabilityCell.Cell_Name, Cell.BSC_Id, RNC.RNC_Name, Cell.Cell_Id, Cell.Ericsson.Enhanced_Uplink_service_availability.pmEulDowntimeMan, Cell.Ericsson.Enhanced_Uplink_service_availability.pmEulDowntimeAuto, Cell.Ericsson.Enhanced_Uplink_service_availability._%_EulUptime


    Cell Eul Service Throughput

    This report displays average Eul Service Throughput (Total and User) based on the related throughput counters.

    Report FeatureDetails
    Report Tree BranchSystem.UMTS.Engineering.UTRAN.Ericsson.Cell
    Primary ObjectCell
    Average ThroughputCell.Ericsson.Enhanced_Uplink_service_throughput.Avg_pmEulRlcUserPacketThp, Cell.Ericsson.Enhanced_Uplink_service_throughput.Avg_pmEulRlcTotPacketThp, Cell.Ericsson.Enhanced_Uplink_service_throughput.pmEulRlcUserPacketThp_Avg
    Data table for average throughputCell.Cell_Name, BSC.BSC_Id, BSC.BSC_Name, Cell.Cell_Id, Cell.Ericsson.Enhanced_Uplink_service_throughput.Avg_pmEulRlcUserPacketThp, Cell.Ericsson.Enhanced_Uplink_service_throughput.Avg_pmEulRlcTotPacketThp, Cell.Ericsson.Enhanced_Uplink_service_throughput.pmEulRlcUserPacketThp_Avg


    Cell Grade of Service

    This report displays grade of service (GoS) i.e. the blocking rate for speech calls per cell due to admission based on downlink power, downlink channelization code, DL/UL Average Speech Equivalent (ASE).

    Report FeatureDetails
    Report Tree BranchSystem.UMTS.Engineering.UTRAN.Ericsson.Cell
    Primary ObjectCell
    Total RRC successful connections.Cell.Ericsson.admission.pmNoOfNonHoReqDeniedSpeech, Cell.Ericsson.rrc_connection_setup_and_release.pmtotnorrcconnectreqcs, Cell.Ericsson.admission.pmNoOfNonHoReqDeniedInteractive, Cell.Ericsson.admission.pmNoOfNonHoReqDeniedPsStreaming, Cell.Ericsson.admission.pmNoOfNonHoReqDeniedCs
    % blocked.Cell.Ericsson.admission.CS_speech_GoS, Cell.Ericsson.admission.CS_speech_GoS2, Cell.Ericsson.admission.CS_57_64_GoS, Cell.Ericsson.admission.PS_streamimg_GoS, Cell.Ericsson.admission.PS_interactive_GoS
    Data table for grade of service.BSC.BSC_Id, BSC.BSC_Name, Cell.Ericsson.traffic_volume.total_traffic, Cell.Ericsson.admission.PS_interactive_GoS, Cell.Ericsson.admission.pmNoOfNonHoReqDeniedInteractive, Cell.Ericsson.admission.PS_streamimg_GoS, Cell.Ericsson.admission.pmNoOfNonHoReqDeniedPsStreaming, Cell.Ericsson.admission.CS_57_64_GoS, Cell.Ericsson.admission.pmNoOfNonHoReqDeniedCs, Cell.Ericsson.admission.CS_speech_GoS2, Cell.Ericsson.rrc_connection_setup_and_release.pmtotnorrcconnectreqcs, Cell.Ericsson.admission.CS_speech_GoS, Cell.Ericsson.admission.pmNoOfNonHoReqDeniedSpeech, Cell.Cell_Id, Cell.Cell_Name


    Cell Handover

    This report displays handover RL link additions.

    Report FeatureDetails
    Report Tree BranchSystem.UMTS.Engineering.UTRAN.Ericsson.Cell
    Primary ObjectCell
    RL additions.Cell.Ericsson.handover_statistics._%_Cells_Active_Set_Success
    Data table for RL additions.BSC.BSC_Id, BSC.BSC_Name, Cell.Cell_Id, Cell.Ericsson.handover_statistics.link_addition_attempts, Cell.Ericsson.handover_statistics.link_addition_failures, Cell.Ericsson.handover_statistics.link_addition_success, Cell.Ericsson.handover_statistics._%_Cells_Active_Set_Success, Cell.Ericsson.traffic_volume.total_traffic, Cell.Cell_Name


    Cell Handover IRAT

    This report displays IRAT handover (Inter Radio Access Technology) (includes cell reselection and cell change)

    Report FeatureDetails
    Report Tree BranchSystem.UMTS.Engineering.UTRAN.Ericsson.Cell
    Primary ObjectCell
    % Success IRAT handover.Cell.Ericsson.inter_radio_access_technology_cell_change_incoming._%_incoming_irat_cell_reselection_success, Cell.Ericsson.inter_radio_access_technology_cell_change_incoming._%_incoming_irat_cell_change_success
    Data table for cell IRAT handover.BSC.BSC_Id, BSC.BSC_Name, Cell.Ericsson.traffic_volume.total_traffic, Cell.Ericsson.inter_radio_access_technology_cell_change_incoming._%_incoming_irat_cell_reselection_success, Cell.Ericsson.inter_radio_access_technology_cell_change_incoming.pmtotnorrcconnectsuccessiratcellresel, Cell.Ericsson.inter_radio_access_technology_cell_change_incoming.pmtotnorrcconnectfailcongiratcellresel, Cell.Ericsson.inter_radio_access_technology_cell_change_incoming.pmtotnorrcconnectattiratcellresel, Cell.Ericsson.inter_radio_access_technology_cell_change_incoming._%_incoming_irat_cell_change_success, Cell.Ericsson.inter_radio_access_technology_cell_change_incoming.pmtotnorrcconnectsuccessiratccorder, Cell.Ericsson.inter_radio_access_technology_cell_change_incoming.pmtotnorrcconnectfailcongiratccorder, Cell.Ericsson.inter_radio_access_technology_cell_change_incoming.pmtotnorrcconnectattiratccorder, Cell.Cell_Id, Cell.Cell_Name


    Cell Handover Soft Softer

    This report defines soft/softer handover

    Report FeatureDetails
    Report Tree BranchSystem.UMTS.Engineering.UTRAN.Ericsson.Cell
    Primary ObjectCell
    Average 2 RLs active set.Cell.Ericsson.soft_softer_handover.cmavgueswith2rls2rlinactset, Cell.Ericsson.soft_softer_handover.cmavgueswith2rls3rlinactset, Cell.Ericsson.soft_softer_handover.cmavgueswith2rls4rlinactset
    Average 3 RLs active set.Cell.Ericsson.soft_softer_handover.cmavgueswith3rls3rlinactset, Cell.Ericsson.soft_softer_handover.cmavgueswith3rls4rlinactset, Cell.Ericsson.soft_softer_handover.cmavgueswith4rls4rlinactset
    Average 1 RLs active set.Cell.Ericsson.soft_softer_handover.cmavgueswith1rls1rlinactset, Cell.Ericsson.soft_softer_handover.cmavgueswith1rls2rlinactset, Cell.Ericsson.soft_softer_handover.cmavgueswith1rls3rlinactset
    Soft handover overhead.Cell.Ericsson.soft_softer_handover._%_soft_handover_overhead
    Data table for soft/softer handover.RNC.RNC_Id, RNC.RNC_Name, Cell.Cell_Id, Cell.Ericsson.soft_softer_handover.cmavgueswith1rls1rlinactset, Cell.Ericsson.soft_softer_handover.cmavgueswith1rls2rlinactset, Cell.Ericsson.soft_softer_handover.cmavgueswith1rls3rlinactset, Cell.Ericsson.soft_softer_handover.cmavgueswith2rls2rlinactset, Cell.Ericsson.soft_softer_handover.cmavgueswith2rls3rlinactset, Cell.Ericsson.soft_softer_handover.cmavgueswith2rls4rlinactset, Cell.Ericsson.soft_softer_handover.cmavgueswith3rls3rlinactset, Cell.Ericsson.soft_softer_handover.cmavgueswith3rls4rlinactset, Cell.Ericsson.soft_softer_handover.cmavgueswith4rls4rlinactset, Cell.Ericsson.soft_softer_handover._%_soft_handover_overhead, Cell.Ericsson.traffic_volume.total_traffic, Cell.Cell_Name


    Cell HSDSCH Service Availability

    This report displays the HSDSCH service availability in a Cell, i.e. the time that the cell is available

    Report FeatureDetails
    Report Tree BranchSystem.UMTS.Engineering.UTRAN.Ericsson.Cell
    Primary ObjectCell
    Graph for HSDSCH AvailabilityCell.Ericsson.HSDSCH_service_availability.pmHsDowntimeAuto, Cell.Ericsson.HSDSCH_service_availability.pmHsDowntimeMan, Cell.Ericsson.HSDSCH_service_availability._%_HsUptime
    Data table for HSDSCH AvailabilityCell.Cell_Name, BSC.BSC_Id, BSC.BSC_Name, Cell.Cell_Id, Cell.Ericsson.HSDSCH_service_availability.pmHsDowntimeMan, Cell.Ericsson.HSDSCH_service_availability.pmHsDowntimeAuto, Cell.Ericsson.HSDSCH_service_availability._%_HsUptime


    Cell HSDSCH Service Overload

    This report displays the cell HSDSCH service undergoing overload.

    Report FeatureDetails
    Report Tree BranchSystem.UMTS.Engineering.UTRAN.Ericsson.Cell
    Primary ObjectCell
    Data table for cell HSDSCH service overload.Cell.Cell_Name, BSC.BSC_Id, BSC.BSC_Name, Cell.Cell_Id, Cell.Ericsson.HSDSCH_Overload.pmHsdschOverloadDetection, Cell.Ericsson.HSDSCH_Overload.pmTotalTimeHsdschOverload


    Cell HSDSCH Service Throughput

    This report displays average HSDSCH Service Throughput (Total and User) based on the related throughput counters.

    Report FeatureDetails
    Report Tree BranchSystem.UMTS.Engineering.UTRAN.Ericsson.Cell
    Primary ObjectCell
    Average ThroughputCell.Ericsson.HSDSCH_service_throughput.Avg_pmHsDlRlcUserPacketThp, Cell.Ericsson.HSDSCH_service_throughput.Avg_pmHsDlRlcTotPacketThp, Cell.Ericsson.HSDSCH_service_throughput.pmHsDlRlcUserPacketThp_Avg
    Data table for average throughputCell.Cell_Name, BSC.BSC_Id, BSC.BSC_Name, Cell.Cell_Id, Cell.Ericsson.HSDSCH_service_throughput.Avg_pmHsDlRlcUserPacketThp, Cell.Ericsson.HSDSCH_service_throughput.Avg_pmHsDlRlcTotPacketThp, Cell.Ericsson.HSDSCH_service_throughput.pmHsDlRlcUserPacketThp_Avg


    Cell MBMS Service Availability

    This report displays the cell MBMS service availability. i.e. the time that the MBMS service within the cell is available.

    Report FeatureDetails
    Report Tree BranchSystem.UMTS.Engineering.UTRAN.Ericsson.Cell
    Primary ObjectCell
    Cell MBMS availability.Cell.Ericsson.Cell_MBMS_availability.pmMbmsDowntimeAuto, Cell.Ericsson.Cell_MBMS_availability.pmMbmsDowntimeMan
    Data table for Cell MBMS availability.Cell.Cell_Name, BSC.BSC_Id, BSC.BSC_Name, Cell.Cell_Id, Cell.Ericsson.Cell_MBMS_availability.pmMbmsDowntimeAuto, Cell.Ericsson.Cell_MBMS_availability.pmMbmsDowntimeMan, Cell.Ericsson.Cell_MBMS_availability._%_Ave_Mbmscell_availability


    Cell Paging

    This report displays cell paging.

    Report FeatureDetails
    Report Tree BranchSystem.UMTS.Engineering.UTRAN.Ericsson.Cell
    Primary ObjectCell
    Paging.Cell.Ericsson.paging_counters.pmnopagingattemptcninitdcch, Cell.Ericsson.paging_counters.pmnopagingattemptutranrejected
    Data report for paging.BSC.BSC_Id, BSC.BSC_Name, Cell.Ericsson.paging_counters.pmnopagingattemptutranrejected, Cell.Ericsson.paging_counters.pmnopagingattemptcninitdcch, Cell.Cell_Id, Cell.Cell_Name


    Cell RAB Establishment and Release

    This report displays cell RAB establishment and release.(RAB establishment success)

    Report FeatureDetails
    Report Tree BranchSystem.UMTS.Engineering.UTRAN.Ericsson.Cell
    Primary ObjectCell
    % RAB establishment successful.Cell.Ericsson.rab_establishments_and_release._%_RAB_Establishment_Success_Speech, Cell.Ericsson.rab_establishments_and_release._%_RAB_Establishment_Success_CS_Data, Cell.Ericsson.rab_establishments_and_release._%_RAB_Establishment_Success_PS_Data
    RAB establishment successful.Cell.Ericsson.rab_establishments_and_release.pmNoRabEstablishSuccessSpeech, Cell.Ericsson.rab_establishments_and_release.pmNoRabEstablishSuccessCs57, Cell.Ericsson.rab_establishments_and_release.pmNoRabEstablishSuccessPacketInteractive, Cell.Ericsson.rab_establishments_and_release.pmNoRabEstablishSuccessPacketStream, Cell.Ericsson.rab_establishments_and_release.pmNoRabEstablishSuccessCS64
    Data table for RAB establishment and releaseBSC.BSC_Id, BSC.BSC_Name, Cell.Cell_Id, Cell.Ericsson.rab_establishments_and_release._%_RAB_Establishment_Success_Speech, Cell.Ericsson.rab_establishments_and_release._%_RAB_Establishment_Success_CS_Data, Cell.Ericsson.rab_establishments_and_release._%_RAB_Establishment_Success_PS_Data, Cell.Ericsson.rab_establishments_and_release.pmNoRabEstablishSuccessCs57, Cell.Ericsson.rab_establishments_and_release.pmNoRabEstablishSuccessCS64, Cell.Ericsson.rab_establishments_and_release.pmNoRabEstablishSuccessSpeech, Cell.Ericsson.rab_establishments_and_release.pmNoRabEstablishSuccessPacketInteractive, Cell.Ericsson.rab_establishments_and_release.pmNoRabEstablishSuccessPacketStream, Cell.Cell_Name


    Cell RRC Connections

    This report displays RRC connections (include counters for the number of RRC connection setup attempts, successes,failures and those abnormally disconnected).

    Report FeatureDetails
    Report Tree BranchSystem.UMTS.Engineering.UTRAN.Ericsson.Cell
    Primary ObjectCell
    Data table for RRC connectionsBSC.BSC_Id, BSC.BSC_Name, Cell.Cell_Id, Cell.Ericsson.rrc_connection_setup_and_release._%_RRC_Connection_Setup_Success_PS, Cell.Ericsson.rrc_connection_setup_and_release._%_RRC_Connection_Setup_SuccessCS, Cell.Ericsson.rrc_connection_setup_and_release._%_abnormal_disconnection_dch, Cell.Ericsson.rrc_connection_setup_and_release._%_abnormal_disconnection_cch, Cell.Ericsson.rrc_connection_setup_and_release.pmtotnorrcconnectreq, Cell.Ericsson.rrc_connection_setup_and_release.pmtotnorrcconnectreqsuccess, Cell.Cell_Name
    % RRC connections.Cell.Ericsson.rrc_connection_setup_and_release._%_RRC_Connection_Setup_SuccessCS, Cell.Ericsson.rrc_connection_setup_and_release._%_RRC_Connection_Setup_Success_PS
    % Abnormal RCC disconnects.Cell.Ericsson.rrc_connection_setup_and_release._%_abnormal_disconnection_cch, Cell.Ericsson.rrc_connection_setup_and_release._%_abnormal_disconnection_dch
    Total RRC connections.Cell.Ericsson.rrc_connection_setup_and_release.pmtotnorrcconnectreq, Cell.Ericsson.rrc_connection_setup_and_release.pmtotnorrcconnectreqsuccess


    Cell Servicing HSDSCH Cell Handover

    This report displays the statistics for handover that occurred in the Servicing HSDSCH Cell. This excludes the hard handover which will be monitored in another report.

    Report FeatureDetails
    Report Tree BranchSystem.UMTS.Engineering.UTRAN.Ericsson.Cell
    Primary ObjectCell
    Graph for Servicing HSDSCH Cell HandoverCell.Ericsson.Handover_HSDSCH.pmNoHsCcAttempt, Cell.Ericsson.Handover_HSDSCH.pmNoHsCcSuccess, Cell.Ericsson.Handover_HSDSCH._%_HsCCSuccess
    Data table for Servicing HSDSCH Cell HandoverBSC.BSC_Id, BSC.BSC_Name, Cell.Ericsson.Handover_HSDSCH._%_HsCCSuccess, Cell.Ericsson.Handover_HSDSCH.pmNoHsCcSuccess, Cell.Ericsson.Handover_HSDSCH.pmNoHsCcAttempt, Cell.Cell_Id, Cell.Cell_Name


    Cell Servicing HSDSCH Cell Hard HO

    This report displays the statistics for hard handover that occurred in the Servicing HSDSCH Cell.

    Report FeatureDetails
    Report Tree BranchSystem.UMTS.Engineering.UTRAN.Ericsson.Cell
    Primary ObjectCell
    Graph for Servicing HSDSCH Cell Hard HandoverCell.Ericsson.Hard_Handover_HSDSCH._%_IncomingHsHardHoSuccess_Src, Cell.Ericsson.Hard_Handover_HSDSCH._%_OutgoingHsHardHoSuccess_Tgt
    Data table for Servicing HSDSCH Cell Hard HandoverBSC.BSC_Id, BSC.BSC_Name, Cell.Cell_Id, Cell.Ericsson.Hard_Handover_HSDSCH.pmNoIncomingHsHardHoAttempt, Cell.Ericsson.Hard_Handover_HSDSCH.pmNoHsHardHoReturnOldChTarget, Cell.Ericsson.Hard_Handover_HSDSCH.pmNoIncomingHsHardHoSuccess, Cell.Ericsson.Hard_Handover_HSDSCH._%_IncomingHsHardHoSuccess_Src, Cell.Ericsson.Hard_Handover_HSDSCH.pmNoOutgoingHsHardHoAttempt, Cell.Ericsson.Hard_Handover_HSDSCH.pmNoHsHardHoReturnOldChSource, Cell.Ericsson.Hard_Handover_HSDSCH.pmNoOutgoingHsHardHoSuccess, Cell.Ericsson.Hard_Handover_HSDSCH._%_OutgoingHsHardHoSuccess_Tgt, Cell.Cell_Name


    Cell Traffic DL bearer traffic

    This report displays cell traffic - DL bearer traffic

    Report FeatureDetails
    Report Tree BranchSystem.UMTS.Engineering.UTRAN.Ericsson.Cell
    Primary ObjectCell
    DL bearer PS traffic.Cell.Ericsson.traffic_volume.pmdltrafficvolumepscommon, Cell.Ericsson.traffic_volume.pmDlTrafficVolumePsStr64Ps8, Cell.Ericsson.traffic_volume.pmdltrafficvolumeps384, Cell.Ericsson.traffic_volume.pmdltrafficvolumeps128, Cell.Ericsson.traffic_volume.pmdltrafficvolumeps64
    DL bearer CS traffic.Cell.Ericsson.traffic_volume.pmdltrafficvolumecs12, Cell.Ericsson.traffic_volume.pmdltrafficvolumecs57, Cell.Ericsson.traffic_volume.pmdltrafficvolumecs12ps64, Cell.Ericsson.traffic_volume.pmdltrafficvolumecs12ps0, Cell.Ericsson.traffic_volume.pmdltrafficvolumecs64
    DL bearer traffic.BSC.BSC_Name, Cell.Ericsson.traffic_volume.pmdltrafficvolumepscommon, Cell.Ericsson.traffic_volume.pmDlTrafficVolumePsStr64Ps8, Cell.Ericsson.traffic_volume.pmdltrafficvolumeps384, Cell.Ericsson.traffic_volume.pmdltrafficvolumeps128, Cell.Ericsson.traffic_volume.pmdltrafficvolumeps64, Cell.Ericsson.traffic_volume.pmdltrafficvolumecs12ps64, Cell.Ericsson.traffic_volume.pmdltrafficvolumecs12ps0, Cell.Ericsson.traffic_volume.pmdltrafficvolumecs64, Cell.Ericsson.traffic_volume.pmdltrafficvolumecs57, Cell.Ericsson.traffic_volume.pmdltrafficvolumecs12, Cell.Cell_Id, Cell.Cell_Name


    Cell Traffic Total Traffic

    This report displays cell traffic - Total traffic

    Report FeatureDetails
    Report Tree BranchSystem.UMTS.Engineering.UTRAN.Ericsson.Cell
    Primary ObjectCell
    Total traffic.Cell.Ericsson.traffic_volume.total_cs_traffic, Cell.Ericsson.traffic_volume.total_ps_traffic, Cell.Ericsson.traffic_volume.total_dl_traffic, Cell.Ericsson.traffic_volume.total_ul_traffic
    Total traffic tableCell.BSC_Id, RNC.RNC_Name, Cell.Cell_Id, Cell.Ericsson.traffic_volume.total_cs_traffic, Cell.Ericsson.traffic_volume.total_ps_traffic, Cell.Ericsson.traffic_volume.total_ul_traffic, Cell.Ericsson.traffic_volume.total_dl_traffic, Cell.Ericsson.traffic_volume.total_cs_ul_traffic, Cell.Ericsson.traffic_volume.total_cs_dl_traffic, Cell.Ericsson.traffic_volume.total_ps_ul_traffic, Cell.Ericsson.traffic_volume.total_ps_dl_traffic, Cell.Ericsson.traffic_volume.total_traffic, Cell.Cell_Name


    Cell Traffic UL bearer traffic

    This report displays cell traffic - UL bearer traffic

    Report FeatureDetails
    Report Tree BranchSystem.UMTS.Engineering.UTRAN.Ericsson.Cell
    Primary ObjectCell
    UL bearer PS traffic.Cell.Ericsson.traffic_volume.pmultrafficvolumepscommon, Cell.Ericsson.traffic_volume.pmUlTrafficVolumePsStr64Ps8, Cell.Ericsson.traffic_volume.pmultrafficvolumeps384, Cell.Ericsson.traffic_volume.pmultrafficvolumeps128, Cell.Ericsson.traffic_volume.pmultrafficvolumeps64
    UL bearer CS traffic.Cell.Ericsson.traffic_volume.pmultrafficvolumecs12, Cell.Ericsson.traffic_volume.pmultrafficvolumecs57, Cell.Ericsson.traffic_volume.pmultrafficvolumecs12ps64, Cell.Ericsson.traffic_volume.pmultrafficvolumecs12ps0, Cell.Ericsson.traffic_volume.pmultrafficvolumecs64
    UL bearer traffic.Cell.BSC_Id, RNC.RNC_Name, Cell.Cell_Id, Cell.Ericsson.traffic_volume.pmultrafficvolumecs12, Cell.Ericsson.traffic_volume.pmultrafficvolumecs57, Cell.Ericsson.traffic_volume.pmultrafficvolumecs64, Cell.Ericsson.traffic_volume.pmultrafficvolumecs12ps0, Cell.Ericsson.traffic_volume.pmultrafficvolumecs12ps64, Cell.Ericsson.traffic_volume.pmultrafficvolumeps64, Cell.Ericsson.traffic_volume.pmultrafficvolumeps128, Cell.Ericsson.traffic_volume.pmultrafficvolumeps384, Cell.Ericsson.traffic_volume.pmUlTrafficVolumePsStr64Ps8, Cell.Ericsson.traffic_volume.pmultrafficvolumepscommon, Cell.Cell_Name


    Cell Updating

    This report displays cell updating (periodic and cell reselection, RRC cell update message received with cell update cause = cell reselection or periodic cell update)

    Report FeatureDetails
    Report Tree BranchSystem.UMTS.Engineering.UTRAN.Ericsson.Cell
    Primary ObjectCell
    % Cell update.Cell.Ericsson.cell_updating._%_Cell_Update_Success
    Data table for cell updating.BSC.BSC_Id, BSC.BSC_Name, Cell.Ericsson.cell_updating._%_Cell_Update_Success, Cell.Ericsson.cell_updating.pmnocellupdsuccess, Cell.Ericsson.cell_updating.cmtotnocellupdfailed, Cell.Ericsson.cell_updating.pmnocellupdattempt, Cell.Cell_Id, Cell.Cell_Name


    10.5 Downlink_Baseband_Pool Reports.

    This section shows reports for the Downlink_Baseband_Pool object.


    Downlink Baseband Pool capacity

    Report showing capacity information for the downlink baseband pool

    Report FeatureDetails
    Report Tree BranchSystem.UMTS.Engineering.UTRAN.Ericsson.Downlink_Baseband_Pool
    Primary ObjectDownlink_Baseband_Pool
    Failed channel allocationDownlink_Baseband_Pool.Ericsson.hardware_usage_statistics._%_Failed_CapacityAllocAttDlCe
    CapacityDownlink_Baseband_Pool.DownlinkBB_Pool_Id, Downlink_Baseband_Pool.DownlinkBB_Pool_Name, Downlink_Baseband_Pool.NodeB_Id, Downlink_Baseband_Pool.RNC_Id, Downlink_Baseband_Pool.Ericsson.hardware_usage_statistics._%_Failed_CapacityAllocAttDlCe, Downlink_Baseband_Pool.Ericsson.hardware_usage_statistics.pmCapacityAllocAttDlCe, Downlink_Baseband_Pool.Ericsson.hardware_usage_statistics.pmCapacityAllocRejDlCe, Downlink_Baseband_Pool.Ericsson.hardware_usage_statistics.pmCapacityDlCe_Avg, Downlink_Baseband_Pool.Ericsson.hardware_usage_statistics.pmCapacityDlCe_Max, Downlink_Baseband_Pool.Ericsson.hardware_usage_statistics.pmCapacityDlCe_Min, NodeB.NodeB_Name, RNC.RNC_Name


    DownLink BaseBand Pool Hardware Usage Report

    This report displays the DownLink BaseBand Pool Hardware resource usage

    Report FeatureDetails
    Report Tree BranchSystem.UMTS.Engineering.UTRAN.Ericsson.DownLink_Baseband_Pool
    Primary ObjectDownlink_Baseband_Pool
    Usage per SF4 SF8 SF16 SF32Downlink_Baseband_Pool.Ericsson.hardware_usage_statistics.pmNoOfRadioLinksSf4, Downlink_Baseband_Pool.Ericsson.hardware_usage_statistics.pmNoOfRadioLinksSf8, Downlink_Baseband_Pool.Ericsson.hardware_usage_statistics.pmNoOfRadioLinksSf16, Downlink_Baseband_Pool.Ericsson.hardware_usage_statistics.pmNoOfRadioLinksSf32
    Usage per SF64 SF128 SF256Downlink_Baseband_Pool.Ericsson.hardware_usage_statistics.pmNoOfRadioLinksSf64, Downlink_Baseband_Pool.Ericsson.hardware_usage_statistics.pmNoOfRadioLinksSf128, Downlink_Baseband_Pool.Ericsson.hardware_usage_statistics.pmNoOfRadioLinksSf256
    Data table for Pool Hardware UsageDownlink_Baseband_Pool.DownlinkBB_Pool_Id, Downlink_Baseband_Pool.NodeB_Id, Downlink_Baseband_Pool.Ericsson.hardware_usage_statistics.pmNoOfRadioLinksSf256, Downlink_Baseband_Pool.Ericsson.hardware_usage_statistics.pmNoOfRadioLinksSf128, Downlink_Baseband_Pool.Ericsson.hardware_usage_statistics.pmNoOfRadioLinksSf64, Downlink_Baseband_Pool.Ericsson.hardware_usage_statistics.pmNoOfRadioLinksSf32, Downlink_Baseband_Pool.Ericsson.hardware_usage_statistics.pmNoOfRadioLinksSf16, Downlink_Baseband_Pool.Ericsson.hardware_usage_statistics.pmNoOfRadioLinksSf8, Downlink_Baseband_Pool.Ericsson.hardware_usage_statistics.pmNoOfRadioLinksSf4, NodeB.NodeB_Name


    10.6 EthernetSwitchModulePort Reports.

    This section shows reports for the EthernetSwitchModulePort object.


    EthernetSwitchModulePort traffic

    EthernetSwitchModulePort traffic report.

    Report FeatureDetails
    Report Tree BranchSystem.UMTS.Engineering.UTRAN.Ericsson.EthernetSwitchModulePort
    Primary ObjectEthernetSwitchModulePort
    Incoming octet trafficEthernetSwitchModulePort.Ericsson.EthernetSwitchModulePort.pmIfInOctetsHi, EthernetSwitchModulePort.Ericsson.EthernetSwitchModulePort.pmIfInOctetsLo
    Outgoing octet trafficEthernetSwitchModulePort.Ericsson.EthernetSwitchModulePort.pmIfOutOctetsHi, EthernetSwitchModulePort.Ericsson.EthernetSwitchModulePort.pmIfOutOctetsLo
    Traffic dataEthernetSwitchModulePort.EthernetSwitchModulePort_Id, EthernetSwitchModulePort.EthSwModPort_Name, EthernetSwitchModulePort.NodeB_Id, EthernetSwitchModulePort.RNC_Id, EthernetSwitchModulePort.Ericsson.EthernetSwitchModulePort.pmIfInOctetsHi, EthernetSwitchModulePort.Ericsson.EthernetSwitchModulePort.pmIfInOctetsLo, EthernetSwitchModulePort.Ericsson.EthernetSwitchModulePort.pmIfOutOctetsHi, EthernetSwitchModulePort.Ericsson.EthernetSwitchModulePort.pmIfOutOctetsLo


    10.7 EthernetSwitchPort Reports.

    This section shows reports for the EthernetSwitchPort object.


    EthernetSwitchPort IP Traffic Report

    This report displays the EthernetSwitchPort ingress and egress octets through the switch.

    Report FeatureDetails
    Report Tree BranchSystem.UMTS.Engineering.UTRAN.Ericsson.EthernetSwitchPort
    Primary ObjectEthernetSwitchPort
    Data table for In Out Octet TrafficPlug_In_Unit.Plug_In_Unit_Name, EthernetSwitchPort.EthernetSwitchPort_Name, RNC.RNC_Id, RNC.RNC_Name, Plug_In_Unit.Plug_In_Unit_Id, EthernetSwitchPort.EthernetSwitchPort_Id, EthernetSwitchPort.Ericsson.SwitchPort_Statistics.pmIfInOctets, EthernetSwitchPort.Ericsson.SwitchPort_Statistics.pmIfOutOctets, EthernetSwitchPort.Ericsson.SwitchPort_Statistics.Tot_pmIfInOutOctets
    In Out Octet TrafficEthernetSwitchPort.Ericsson.SwitchPort_Statistics.pmIfInOctets, EthernetSwitchPort.Ericsson.SwitchPort_Statistics.pmIfOutOctets


    10.8 InternalEthernetPort Reports.

    This section shows reports for the InternalEthernetPort object.


    Internal Ethernet Port Interface Traffic Report

    This report displays the InternalEthernetPort ingress and egress octets through the interface.

    Report FeatureDetails
    Report Tree BranchSystem.UMTS.Engineering.UTRAN.Ericsson.InternalEthernetPort
    Primary ObjectInternalEthernetPort
    In Out Octet TrafficInternalEthernetPort.Ericsson.InternalEthernetPort_Stat.pmIfInOctets, InternalEthernetPort.Ericsson.InternalEthernetPort_Stat.pmIfOutOctets
    Data table for In Out Octet TrafficPlug_In_Unit.Plug_In_Unit_Name, InternalEthernetPort.InternalEthernetPort_Name, RNC.RNC_Id, RNC.RNC_Name, Plug_In_Unit.Plug_In_Unit_Id, InternalEthernetPort.InternalEthernetPort_Id, InternalEthernetPort.Ericsson.InternalEthernetPort_Stat.pmIfInOctets, InternalEthernetPort.Ericsson.InternalEthernetPort_Stat.pmIfOutOctets


    10.9 IuBcLink Reports.

    This section shows reports for the IuBcLink object.


    IuBcLink Sabp messages

    IuBcLink sabp messages

    Report FeatureDetails
    Report Tree BranchSystem.UMTS.Engineering.UTRAN.Ericsson.IuBcLink
    Primary ObjectIuBcLink
    Message trafficIuBcLink.Ericsson.SABP.pmNoSentSabpMsgs, IuBcLink.Ericsson.SABP.pmNoReceivedSabpMsgs
    Message dataIuBcLink.IuBcLink_Id, IuBcLink.IuBcLink_Name, IuBcLink.RNC_Id, IuBcLink.Ericsson.SABP.pmNoReceivedSabpMsgs, IuBcLink.Ericsson.SABP.pmNoSentSabpMsgs


    10.10 Iub Reports.

    This section shows reports for the Iub object.


    Iub Congestion Report

    This report displays Iub link congestion times and number of occurences.

    Report FeatureDetails
    Report Tree BranchSystem.UMTS.Engineering.UTRAN.Ericsson.Iub
    Primary ObjectIub
    Data table for Iur CongestionRNC.RNC_Id, RNC.RNC_Name, Iub.Iub_Id, Iub.Ericsson.Link_Availability.pmTotalTimeIubLinkUnavail, Iub.Ericsson.Link_Availability.pmTotalTimeIubLinkCongestedDl, Iub.Ericsson.Link_Availability.pmHsSevereCong


    10.11 Neighbour Reports.

    This section shows reports for the Neighbour object.


    Neighbour Inter Frequency Hard Handover

    This report displays inter frequency hard handover

    Report FeatureDetails
    Report Tree BranchSystem.UMTS.Engineering.UTRAN.Ericsson.Neighbour
    Primary ObjectNeighbour
    % HHO success.Neighbour.Ericsson.Inter_frequency_handover.Succ_CS_speech_interfreq_HHO, Neighbour.Ericsson.Inter_frequency_handover.Succ_CS_non_speech_interfreq_HHO, Neighbour.Ericsson.Inter_frequency_handover.Succ_others_interfreq_HHO, Neighbour.Ericsson.Inter_frequency_handover.Succ_PS_interactive_interfreq_HHO_less_64, Neighbour.Ericsson.Inter_frequency_handover.Succ_PS_interactive_interfreq_HHO_greater_64
    Data table for % hard handover success.Neighbour.Neighbour_Id, Neighbour.Ericsson.Inter_frequency_handover.Succ_CS_speech_interfreq_HHO, Neighbour.Ericsson.Inter_frequency_handover.Succ_others_interfreq_HHO, Neighbour.Ericsson.Inter_frequency_handover.Succ_PS_interactive_interfreq_HHO_less_64, Neighbour.Ericsson.Inter_frequency_handover.Succ_PS_interactive_interfreq_HHO_greater_64, Neighbour.Ericsson.Inter_frequency_handover.Succ_CS_non_speech_interfreq_HHO, Neighbour.Neighbour_Name


    Neighbour IRAT Handover

    This report displays neighbour IRAT handover

    Report FeatureDetails
    Report Tree BranchSystem.UMTS.Engineering.UTRAN.Ericsson.Neighbour
    Primary ObjectNeighbour
    Data table for IRATNeighbour.Neighbour_Id, Neighbour.Source_Cell_Id, Neighbour.Target_Cell_Id, Neighbour.Ericsson.inter_radio_access_technology_handover_outgoing.pmNoAttOutIratHoSpeech, Neighbour.Ericsson.inter_radio_access_technology_handover_outgoing.pmNoSuccessOutIratHoSpeech, Neighbour.Ericsson.inter_radio_access_technology_handover_outgoing.pmNoAttOutIratHoCs57, Neighbour.Ericsson.inter_radio_access_technology_handover_outgoing.pmNoSuccessOutIratHoCs57, Neighbour.Ericsson.inter_radio_access_technology_handover_outgoing.pmNoAttOutIratHoStandalone, Neighbour.Ericsson.inter_radio_access_technology_handover_outgoing.pmNoSuccessOutIratHoStandalone, Neighbour.Ericsson.inter_radio_access_technology_handover_outgoing.pmNoAttOutIratHoMulti, Neighbour.Ericsson.inter_radio_access_technology_handover_outgoing.pmNoSuccessOutIratHoMulti, Neighbour.Neighbour_Name, Cell.Cell_Name
    Speech.Neighbour.Ericsson.inter_radio_access_technology_handover_outgoing.pmNoAttOutIratHoSpeech, Neighbour.Ericsson.inter_radio_access_technology_handover_outgoing.pmNoSuccessOutIratHoSpeech
    Multi RAB.Neighbour.Ericsson.inter_radio_access_technology_handover_outgoing.pmNoAttOutIratHoMulti, Neighbour.Ericsson.inter_radio_access_technology_handover_outgoing.pmNoSuccessOutIratHoMulti
    Standalone.Neighbour.Ericsson.inter_radio_access_technology_handover_outgoing.pmNoAttOutIratHoStandalone, Neighbour.Ericsson.inter_radio_access_technology_handover_outgoing.pmNoSuccessOutIratHoStandalone
    CS57.Neighbour.Ericsson.inter_radio_access_technology_handover_outgoing.pmNoAttOutIratHoCs57, Neighbour.Ericsson.inter_radio_access_technology_handover_outgoing.pmNoSuccessOutIratHoCs57


    Neighbour Soft Softer Handover

    This report displays neighbour soft/softer handover

    Report FeatureDetails
    Report Tree BranchSystem.UMTS.Engineering.UTRAN.Ericsson.Neighbour
    Primary ObjectNeighbour
    Data report for soft/softer handover.Neighbour.Neighbour_Id, Neighbour.Source_Cell_Id, Neighbour.Ericsson.soft_softer_handover.pmRlAddSuccessBestCellCsConvers, Neighbour.Ericsson.soft_softer_handover.pmRlAddAttemptsBestCellCsConvers, Neighbour.Ericsson.soft_softer_handover.pmRlAddSuccessBestCellPacketHigh, Neighbour.Ericsson.soft_softer_handover.pmRlAddAttemptsBestCellPacketHigh, Neighbour.Ericsson.soft_softer_handover.pmRlAddSuccessBestCellPacketLow, Neighbour.Ericsson.soft_softer_handover.pmRlAddAttemptsBestCellPacketLow, Neighbour.Ericsson.soft_softer_handover.pmRlAddSuccessBestCellSpeech, Neighbour.Ericsson.soft_softer_handover.pmRlAddAttemptsBestCellSpeech, Neighbour.Ericsson.soft_softer_handover.pmRlAddSuccessBestCellStandAlone, Neighbour.Ericsson.soft_softer_handover.pmRlAddAttemptsBestCellStandAlone, Neighbour.Ericsson.soft_softer_handover.pmRlAddSuccessBestCellStream, Neighbour.Ericsson.soft_softer_handover.pmRlAddAttemptsBestCellStream, Neighbour.Target_Cell_Id, Cell.Cell_Name


    10.12 NodeB Reports.

    This section shows reports for the NodeB object.


    NodeB EDCh Bit Rate through Iub

    This report describes the measurement of the E-DCH Iub bit rate sent by the RBS in uplink over Iub in bits.

    Report FeatureDetails
    Report Tree BranchSystem.UMTS.Engineering.UTRAN.Ericsson.NodeB
    Primary ObjectNodeB
    Table for EDCh Iub Bit RateNodeB.NodeB_Name, NodeB.NodeB_Id, NodeB.Ericsson.IubDataStreams.Hardware_usage.pmEdchIubMeasRate_Avg, NodeB.Ericsson.IubDataStreams.Hardware_usage.pmEdchIubMeasRate_Max, NodeB.Ericsson.IubDataStreams.Hardware_usage.pmEdchIubMeasRate_Min


    NodeB IubDatastreams Dataframe Report

    This report displays the high-speed data frames statistics over Iub in the RBS.

    Report FeatureDetails
    Report Tree BranchSystem.UMTS.Engineering.UTRAN.Ericsson.NodeB
    Primary ObjectNodeB
    Graph for Dataframe statisticsNodeB.Ericsson.IubDataStreams.Hardware_usage.pmHsDataFramesLost, NodeB.Ericsson.IubDataStreams.Hardware_usage.pmHsDataFramesReceived
    Table for Dataframe statisticsNodeB.NodeB_Id, NodeB.NodeB_Name, NodeB.Ericsson.IubDataStreams.Hardware_usage.pmHsDataFramesLost, NodeB.Ericsson.IubDataStreams.Hardware_usage.pmHsDataFramesReceived


    NodeB IuB Received MACPDU

    This report displays the Received numbers of Iub Media Access Control dedicated Power Distribution Unit (MAC-d PDU) bits every second.

    Report FeatureDetails
    Report Tree BranchSystem.UMTS.Engineering.UTRAN.Ericsson.NodeB
    Primary ObjectNodeB
    Graph for Received MACPDUNodeB.Ericsson.IubDataStreams.Hardware_usage.pmIubMacdPduRbsReceivedBits_Avg
    Table for Received MACPDUNodeB.NodeB_Name, NodeB.NodeB_Id, NodeB.Ericsson.IubDataStreams.Hardware_usage.pmIubMacdPduRbsReceivedBits_Avg, NodeB.Ericsson.IubDataStreams.Hardware_usage.pmIubMacdPduRbsReceivedBits_Max, NodeB.Ericsson.IubDataStreams.Hardware_usage.pmIubMacdPduRbsReceivedBits_Min


    NodeB Target HS Rate

    This report displays Target high-speed rate as percentage of the value of the maxHsRate parameter.

    Report FeatureDetails
    Report Tree BranchSystem.UMTS.Engineering.UTRAN.Ericsson.NodeB
    Primary ObjectNodeB
    Graph for Target HS RateNodeB.Ericsson.IubDataStreams.Hardware_usage.pmTargetHsRate_Avg
    Table for Target HS RateRNC.RNC_Name, NodeB.RNC_Id, NodeB.Ericsson.IubDataStreams.Hardware_usage.pmTargetHsRate_Avg, NodeB.Ericsson.IubDataStreams.Hardware_usage.pmTargetHsRate_Max, NodeB.Ericsson.IubDataStreams.Hardware_usage.pmTargetHsRate_Min


    10.13 RNC Reports.

    This section shows reports for the RNC object.


    RNC Channel Quality

    This report displays RNC channel quality

    Report FeatureDetails
    Report Tree BranchSystem.UMTS.Engineering.UTRAN.Ericsson.RNC
    Primary ObjectRNC
    Data table for channel qualityRNC.RNC_Id, RNC.RNC_Name, RNC.Ericsson.channel_quality._%_CS57_UL_BLER (DA), RNC.Ericsson.channel_quality._%_CS64_UL_BLER (DA), RNC.Ericsson.channel_quality._%_speech_PS64_UL_BLER (DA), RNC.Ericsson.channel_quality._%_PS_interactive_UL_BLER (DA), RNC.Ericsson.channel_quality._%_PS_streaming_UL_BLER (DA), RNC.Ericsson.channel_quality._%_speech_UL_BLER (DA), RNC.Ericsson.traffic_volume.total_traffic (DA)
    % UL BLER PS.RNC.Ericsson.channel_quality._%_PS_interactive_UL_BLER, RNC.Ericsson.channel_quality._%_PS_streaming_UL_BLER, RNC.Ericsson.channel_quality._%_speech_PS64_UL_BLER
    % UL BLER CS.RNC.Ericsson.channel_quality._%_speech_UL_BLER, RNC.Ericsson.channel_quality._%_CS57_UL_BLER, RNC.Ericsson.channel_quality._%_CS64_UL_BLER


    RNC CS-CN Availability

    This report displays RNC CS-CN service downtime.

    Report FeatureDetails
    Report Tree BranchSystem.UMTS.Engineering.UTRAN.Ericsson.RNC
    Primary ObjectRNC
    % CS-CN DowntimeRNC.Ericsson.CN_Service._%_pmCsCnDowntime
    Data table for CS-CN DowntimeRNC.RNC_Id, RNC.RNC_Name, RNC.Ericsson.CN_Service._%_pmCsCnDowntime, RNC.Ericsson.CN_Service.pmCsCnDowntime


    RNC HSDPA Tx Burst on Interactive RAB

    This reports displays the HSDPA transmission traffic statistics on Interactive RABs

    Report FeatureDetails
    Report Tree BranchSystem.UMTS.Engineering.UTRAN.Ericsson.RNC
    Primary ObjectRNC
    Graph for HSDDPA Transmission on Interactive RABRNC.Ericsson.HSDPA_Packet_Data.Tot_pmNoOfPacketCallDurationHs, RNC.Ericsson.HSDPA_Packet_Data.Tot_pmSentPacketDataHs, RNC.Ericsson.HSDPA_Packet_Data.Tot_pmSentPacketDataInclRetransHs
    Data table for HSDPA Transmission on Interactive RABRNC.RNC_Id, RNC.RNC_Name, RNC.Ericsson.HSDPA_Packet_Data.Tot_pmSentPacketDataInclRetransHs, RNC.Ericsson.HSDPA_Packet_Data.Tot_pmSentPacketDataHs, RNC.Ericsson.HSDPA_Packet_Data.Tot_pmNoOfPacketCallDurationHs


    RNC NonHSDPA Transmission Burst on RABs

    This reports displays the non-HSDPA transmission traffic statistics on Interactive RABs

    Report FeatureDetails
    Report Tree BranchSystem.UMTS.Engineering.UTRAN.Ericsson.RNC
    Primary ObjectRNC
    Graph for non-HSDDPA Transmission on RABRNC.Ericsson.Packet_Data.Tot_pmNoOfPacketCallDuration, RNC.Ericsson.Packet_Data.Tot_pmSentPacketData, RNC.Ericsson.Packet_Data.Tot_pmSentPacketDataInclRetrans
    Data table for non-HSDPA Transmission on RABRNC.RNC_Id, RNC.RNC_Name, RNC.Ericsson.Packet_Data.Tot_pmSentPacketDataInclRetrans, RNC.Ericsson.Packet_Data.Tot_pmSentPacketData, RNC.Ericsson.Packet_Data.Tot_pmNoOfPacketCallDuration


    RNC Processor Load

    This report defines RNC processor load

    Report FeatureDetails
    Report Tree BranchSystem.UMTS.Engineering.UTRAN.Ericsson.RNC
    Primary ObjectRNC
    Processor load.Plug_In_Unit.Ericsson.RNC_Processor_Load.pmProcessorLoad
    Data table for processor load.RNC.RNC_Id, RNC.RNC_Name, Plug_In_Unit.Ericsson.RNC_Processor_Load.pmProcessorLoad (DA), RNC.Ericsson.traffic_volume.total_traffic


    RNC Traffic

    This report displays RNC traffic

    Report FeatureDetails
    Report Tree BranchSystem.UMTS.Engineering.UTRAN.Ericsson.RNC
    Primary ObjectRNC
    Total traffic.RNC.Ericsson.traffic_volume.total_dl_traffic, RNC.Ericsson.traffic_volume.total_ul_traffic, RNC.Ericsson.traffic_volume.total_traffic
    PS interactive traffic.RNC.Ericsson.traffic_volume.PS_interactive_DL_payload_FACH, RNC.Ericsson.traffic_volume.PS_interactive_DL_payload_DCH, RNC.Ericsson.traffic_volume.PS_interactive_UL_payload_DCH, RNC.Ericsson.traffic_volume.PS_interactive_UL_payload_RACH
    Data table for RNC traffic.RNC.RNC_Id, RNC.RNC_Name, RNC.Ericsson.traffic_volume.Ave_speech_users (DA), RNC.Ericsson.traffic_volume.PS_interactive_UL_payload_DCH (DA), RNC.Ericsson.traffic_volume.PS_interactive_UL_payload_RACH (DA), RNC.Ericsson.traffic_volume.PS_interactive_DL_payload_DCH (DA), RNC.Ericsson.traffic_volume.PS_interactive_DL_payload_FACH (DA), RNC.Ericsson.traffic_volume.total_dl_traffic (DA), RNC.Ericsson.traffic_volume.total_ul_traffic (DA), RNC.Ericsson.traffic_volume.total_traffic (DA)
    Speech user.RNC.Ericsson.traffic_volume.Ave_speech_users


    10.14 RNC_RAB Reports.

    This section shows reports for the RNC_RAB object.


    RAB Channel Quality

    This report displays RAB channel quality

    Report FeatureDetails
    Report Tree BranchSystem.UMTS.Engineering.UTRAN.Ericsson.RNC_RAB
    Primary ObjectRNC_RAB
    % BER.RNC_RAB.Ericsson.channel_quality._%_Block_Error_Rate_UL_Speech, RNC_RAB.Ericsson.channel_quality._%_Block_Error_Rate_UL_CS_Data, RNC_RAB.Ericsson.channel_quality._%_Block_Error_Rate_UL_PS_Data
    Data table for RAB channel quality.RNC.RNC_Id, RNC.RNC_Name, RNC_RAB.Ericsson.channel_quality._%_Block_Error_Rate_UL_Speech, RNC_RAB.Ericsson.channel_quality._%_Block_Error_Rate_UL_CS_Data, RNC_RAB.Ericsson.channel_quality._%_Block_Error_Rate_UL_PS_Data, RNC_RAB.BSC_RAB_Id


    RAB Establishment and Release

    This report displays RAB establishment release

    Report FeatureDetails
    Report Tree BranchSystem.UMTS.Engineering.UTRAN.Ericsson.RNC_RAB
    Primary ObjectRNC_RAB
    RAB Establishment and release.RNC_RAB.Ericsson.establishments_and_release.pmnorabestablishattempts, RNC_RAB.Ericsson.establishments_and_release.pmnorabestablishsuccess, RNC_RAB.Ericsson.establishments_and_release.pmnorabreleaseattempts, RNC_RAB.Ericsson.establishments_and_release.pmnorabreleasesuccess
    Data table for RAB establishment and release.RNC.RNC_Id, RNC.RNC_Name, RNC_RAB.Ericsson.establishments_and_release.pmnorabreleasesuccess, RNC_RAB.Ericsson.establishments_and_release.pmnorabreleaseattempts, RNC_RAB.Ericsson.establishments_and_release.pmnorabestablishsuccess, RNC_RAB.Ericsson.establishments_and_release.pmnorabestablishattempts, RNC_RAB.BSC_RAB_Id


    RAB Traffic

    This report displays RAB traffic

    Report FeatureDetails
    Report Tree BranchSystem.UMTS.Engineering.UTRAN.Ericsson.RNC_RAB
    Primary ObjectRNC_RAB
    RAB Traffic.RNC_RAB.Ericsson.traffic_volume.pmulrachtrafficvolume, RNC_RAB.Ericsson.traffic_volume.pmdlfachtrafficvolume, RNC_RAB.Ericsson.traffic_volume.pmuldchtrafficvolumeaftercomb, RNC_RAB.Ericsson.traffic_volume.pmdldchtrafficvolumebeforesplit, RNC_RAB.Ericsson.traffic_volume.DCH_Payload_Data
    Data table for RAB traffic.RNC.RNC_Id, RNC.RNC_Name, RNC_RAB.BSC_RAB_Id, RNC_RAB.Ericsson.traffic_volume.pmdldchtrafficvolumebeforesplit, RNC_RAB.Ericsson.traffic_volume.pmuldchtrafficvolumeaftercomb, RNC_RAB.Ericsson.traffic_volume.pmdlfachtrafficvolume, RNC_RAB.Ericsson.traffic_volume.pmulrachtrafficvolume, RNC_RAB.Ericsson.traffic_volume.DCH_Payload_Data


    10.15 Radio_Link Reports.

    This section shows reports for the Radio_Link object.


    Radio Link Average Synchronisation Time

    This report displays NodeB radio link synchronisation time

    Report FeatureDetails
    Report Tree BranchSystem.UMTS.Engineering.UTRAN.Ericsson.Radio_Link
    Primary ObjectRadio_Link
    Out of synch time.Radio_Link.Ericsson.Synchronisation.pmOutOfSynch_Avg
    UL synch time.Radio_Link.Ericsson.Synchronisation.pmUlSynchTime_Avg
    Data table for synch time.Radio_Link.RNC_Id, Radio_Link.NodeB_Id, Radio_Link.Radio_Link_Id, Radio_Link.Ericsson.Synchronisation.pmOutOfSynch_Avg, Radio_Link.Ericsson.Synchronisation.pmUlSynchTime_Avg, Radio_Link.Ericsson.Synchronisation.pmUlSynchTimeSHO_Avg, RNC.RNC_Name, NodeB.NodeB_Name, Radio_Link.Radio_Link_Name
    UL synch time Soft HO.Radio_Link.Ericsson.Synchronisation.pmUlSynchTimeSHO_Avg


    Radio Link BER Statistics

    This report displays BER power statistics for both Dedicated Physical Control Channel (DPCCh) and Dedicated Physical Data Channel (DPDCh).

    Report FeatureDetails
    Report Tree BranchSystem.UMTS.Engineering.UTRAN.Ericsson.Radio_Link
    Primary ObjectRadio_Link
    Data table for radio link power.RNC.RNC_Name, NodeB.NodeB_Name, Radio_Link.Radio_Link_Name, Radio_Link.RNC_Id, Radio_Link.NodeB_Id, Radio_Link.Radio_Link_Id, Radio_Link.Ericsson.Power.pmdpcchber_Avg, Radio_Link.Ericsson.Power.pmdpcchber_Min, Radio_Link.Ericsson.Power.pmdpcchber_Max, Radio_Link.Ericsson.Power.pmdpdchber_Avg, Radio_Link.Ericsson.Power.pmdpdchber_Min, Radio_Link.Ericsson.Power.pmdpdchber_Max


    Radio Link Power

    This report displays Node B power control per Radio link

    Report FeatureDetails
    Report Tree BranchSystem.UMTS.Engineering.UTRAN.Ericsson.Radio_Link
    Primary ObjectRadio_Link
    SIRRadio_Link.Ericsson.Power.pmaveragesir_Avg, Radio_Link.Ericsson.Power.pmaveragesir_Min, Radio_Link.Ericsson.Power.pmaveragesir_Max
    Data table for radio link powerRadio_Link.RNC_Id, Radio_Link.NodeB_Id, Radio_Link.Ericsson.Power.pmAverageSirError_Min, Radio_Link.Ericsson.Power.pmAverageSirError_Max, Radio_Link.Ericsson.Power.pmAverageSirError_Avg, Radio_Link.Ericsson.Power.pmaveragesir_Max, Radio_Link.Ericsson.Power.pmaveragesir_Min, Radio_Link.Ericsson.Power.pmaveragesir_Avg, Radio_Link.Ericsson.Power.pmdpcchber_Max, Radio_Link.Ericsson.Power.pmdpcchber_Min, Radio_Link.Ericsson.Power.pmdpcchber_Avg, Radio_Link.Ericsson.Power.pmdpdchber_Max, Radio_Link.Ericsson.Power.pmdpdchber_Min, Radio_Link.Ericsson.Power.pmdpdchber_Avg, Radio_Link.Radio_Link_Id, Radio_Link.Radio_Link_Name, RNC.RNC_Name, NodeB.NodeB_Name
    SIR ErrorRadio_Link.Ericsson.Power.pmAverageSirError_Avg, Radio_Link.Ericsson.Power.pmAverageSirError_Min, Radio_Link.Ericsson.Power.pmAverageSirError_Max
    CCH BERRadio_Link.Ericsson.Power.pmdpcchber_Avg, Radio_Link.Ericsson.Power.pmdpcchber_Min, Radio_Link.Ericsson.Power.pmdpcchber_Max
    DCH BERRadio_Link.Ericsson.Power.pmdpdchber_Avg, Radio_Link.Ericsson.Power.pmdpdchber_Min, Radio_Link.Ericsson.Power.pmdpdchber_Max


    Radio Link Transmitted Code Power Array

    This report displays NodeB Radio Link Transmitted power per spreading factor.

    Report FeatureDetails
    Report Tree BranchSystem.UMTS.Engineering.UTRAN.Ericsson.Radio_Link
    Primary ObjectRadio_Link
    Data table for code powerNodeB.NodeB_Name, RNC.RNC_Name, Radio_Link.Radio_Link_Name, Radio_Link.RNC_Id, Radio_Link.NodeB_Id, Radio_Link.Radio_Link_Id, Radio_Link.Ericsson.Power.pmdpchcodepowersf4_Avg, Radio_Link.Ericsson.Power.pmdpchcodepowersf8_Avg, Radio_Link.Ericsson.Power.pmdpchcodepowersf16_Avg, Radio_Link.Ericsson.Power.pmdpchcodepowersf32_Avg, Radio_Link.Ericsson.Power.pmdpchcodepowersf64_Avg, Radio_Link.Ericsson.Power.pmdpchcodepowersf128_Avg, Radio_Link.Ericsson.Power.pmdpchcodepowersf256_Avg


    10.16 RncCapacity Reports.

    This section shows reports for the RncCapacity object.


    RncCapacity

    report showing RncCapacity data

    Report FeatureDetails
    Report Tree BranchSystem.UMTS.Engineering.UTRAN.Ericsson.RncCapacity
    Primary ObjectRncCapacity
    Average CapacityRncCapacity.Ericsson.RncCapacity_statistics.Avg_Capacity, RncCapacity.Ericsson.RncCapacity_statistics.Avg_CapacityRegulation
    CapacityRncCapacity.RncCapacity_Id, RncCapacity.RncCapcity_name, RncCapacity.RNC_Id, RncCapacity.Ericsson.RncCapacity_statistics.Avg_Capacity, RncCapacity.Ericsson.RncCapacity_statistics.Avg_CapacityRegulation, RncCapacity.Ericsson.RncCapacity_statistics.pmSumCapacity, RncCapacity.Ericsson.RncCapacity_statistics.pmSamplesCapacity, RncCapacity.Ericsson.RncCapacity_statistics.pmSumCapacityRegulation, RncCapacity.Ericsson.RncCapacity_statistics.pmSamplesCapacityRegulation, RncCapacity.Ericsson.RncCapacity_statistics.pmTotalTimeCapacityRegulated


    10.17 UpLink_Baseband_Pool Reports.

    This section shows reports for the UpLink_Baseband_Pool object.


    Uplink Baseband Pool capacity

    Uplink Baseband Pool capacity data

    Report FeatureDetails
    Report Tree BranchSystem.UMTS.Engineering.UTRAN.Ericsson.UpLink_Baseband_Pool
    Primary ObjectUpLink_Baseband_Pool
    %_failed_allocationsUpLink_Baseband_Pool.Ericsson.hardware_usage_statistics._%_Failed_CapacityAllocAttUlCe
    Capacity dataUpLink_Baseband_Pool.UplinkBB_Pool_Id, UpLink_Baseband_Pool.UplinkBB_Pool_Name, UpLink_Baseband_Pool.NodeB_Id, UpLink_Baseband_Pool.RNC_Id, UpLink_Baseband_Pool.Ericsson.hardware_usage_statistics._%_Failed_CapacityAllocAttUlCe, UpLink_Baseband_Pool.Ericsson.hardware_usage_statistics.pmCapacityAllocAttUlCe, UpLink_Baseband_Pool.Ericsson.hardware_usage_statistics.pmCapacityAllocRejUlCe, UpLink_Baseband_Pool.Ericsson.hardware_usage_statistics.pmCapacityUlCe_Avg, UpLink_Baseband_Pool.Ericsson.hardware_usage_statistics.pmCapacityUlCe_Max, UpLink_Baseband_Pool.Ericsson.hardware_usage_statistics.pmCapacityUlCe_Min, NodeB.NodeB_Name, RNC.RNC_Name


    UplinkBaseBandPool EUlDCh Resource Allocation

    This report describes the amount of channel element resources allocated for Enhanced Uplink services.

    Report FeatureDetails
    Report Tree BranchSystem.UMTS.Engineering.UTRAN.Ericsson.UpLink_Baseband_Pool
    Primary ObjectUpLink_Baseband_Pool
    Table for EUlDch ResourceNodeB.NodeB_Name, UpLink_Baseband_Pool.NodeB_Id, UpLink_Baseband_Pool.UplinkBB_Pool_Id, UpLink_Baseband_Pool.Ericsson.hardware_usage_statistics.pmHwCePoolEul_Avg, UpLink_Baseband_Pool.Ericsson.hardware_usage_statistics.pmHwCePoolEul_Max, UpLink_Baseband_Pool.Ericsson.hardware_usage_statistics.pmHwCePoolEul_Min


    UpLink BaseBand Pool Hardware Usage Report

    This report displays the UpLink BaseBand Pool Hardware resource usage

    Report FeatureDetails
    Report Tree BranchSystem.UMTS.Engineering.UTRAN.Ericsson.UpLink_Baseband_Pool
    Primary ObjectUpLink_Baseband_Pool
    Usage per SF4 SF8 SF16 SF32UpLink_Baseband_Pool.Ericsson.hardware_usage_statistics.pmNoOfRadioLinksSf4, UpLink_Baseband_Pool.Ericsson.hardware_usage_statistics.pmNoOfRadioLinksSf8, UpLink_Baseband_Pool.Ericsson.hardware_usage_statistics.pmNoOfRadioLinksSf32, UpLink_Baseband_Pool.Ericsson.hardware_usage_statistics.pmNoOfRadioLinksSf16
    Usage per SF64 SF128 SF256UpLink_Baseband_Pool.Ericsson.hardware_usage_statistics.pmNoOfRadioLinksSf64, UpLink_Baseband_Pool.Ericsson.hardware_usage_statistics.pmNoOfRadioLinksSf128, UpLink_Baseband_Pool.Ericsson.hardware_usage_statistics.pmNoOfRadioLinksSf256
    Data table for Pool Hardware UsageUpLink_Baseband_Pool.UplinkBB_Pool_Id, UpLink_Baseband_Pool.NodeB_Id, UpLink_Baseband_Pool.Ericsson.hardware_usage_statistics.pmNoOfRadioLinksSf4, UpLink_Baseband_Pool.Ericsson.hardware_usage_statistics.pmNoOfRadioLinksSf8, UpLink_Baseband_Pool.Ericsson.hardware_usage_statistics.pmNoOfRadioLinksSf16, UpLink_Baseband_Pool.Ericsson.hardware_usage_statistics.pmNoOfRadioLinksSf32, UpLink_Baseband_Pool.Ericsson.hardware_usage_statistics.pmNoOfRadioLinksSf64, UpLink_Baseband_Pool.Ericsson.hardware_usage_statistics.pmNoOfRadioLinksSf128, UpLink_Baseband_Pool.Ericsson.hardware_usage_statistics.pmNoOfRadioLinksSf256, NodeB.NodeB_Name