#generated from https://wcdma-winnow.rnd.ki.sw.ericsson.se
#Select Scope -> W16A -> Click on the latest delivery package -> Search -> Kpi -> tick "KPI Name", "Description", "KPI Node ID" -> Submit -> Save to file
kpi_name	kpi_node	kpi_descr	
AV	RNC	Cell Availability<br>The length of time in seconds that a cell is available for service is defined as cell availability.<br>UtranCell.pmCellDowntimeAuto measures the length of time in seconds during which a cell is unavailable for service due to an unplanned downtime and UtranCell.pmCellDowntimeMan measures the length of time in seconds during which a cell is unavailable for service due to a planned downtime.	
AV_AUTO	RNC	Cell Unavailability due to Unplanned Down Time<br>The length of time in seconds that a cell is unavailable due to malfunction is called unplanned downtime. This period can be measured by UtranCell.pmCellDowntimeAuto in seconds.<br>This counter actually measures the time that the cell has been unavailable because the system has considered the cell as unlocked but down. Since the cell may take up to 2 seconds to become fully enabled after being unlocked, UtranCell.pmCellDowntimeAuto may also include this extra time which is not due to malfunction, but rather a side-effect of planned downtime.	
AV_CELL	RNC	Accumulated elapsed  time for all existing cells, [sec]. RESOLUTION_SEC is 900=15min*60sec. For the definiton of pm_count, see Section 3.6 in Definitions and Explanations.	
AV_CELL_EUL	RNC	Cell EUL Availability<br>The length of time in seconds that a cell is available for EUL service is defined as cell EUL availability.For the definiton of pm_count, see Section 3.6 in Definitions and Explanations. RESOLUTION_SEC is 900=15min*60sec.	
AV_CELL_HS	RNC	Cell HS Availability<br>The length of time in seconds that a cell is available for Packet Interactive HS service is defined as cell HS availability. For the definiton of pm_count, see Section 3.6 in Definitions and Explanations. RESOLUTION_SEC is 900=15min*60sec.	
AV_DL_Cong	RNC	The ratio of Time cells congested due to power DL.	
AV_MAN	RNC	Cell Unavailability due to Planned Down Time<br>The length of time in seconds that a cell is unavailable due to maintenance is called planned downtime. This period can be measured by UtranCell.pmCellDowntimeMan in seconds.	
AV_TPS	RNC	Cell Unavailability due to Traffic Aware Power Save-triggered Down Time <br>The length of time in seconds that a cell is unavailable due to Traffic Aware Power Save-triggered power lock is called Traffic Aware Power Save downtime or power save downtime. This period can be measured by UtranCell.pmCellDowntimeTps in seconds.	
AV_UL_Cong	RNC	The ratio of Time cells congested due to power UL.	
Av	RNC	Cell Availability<br>The length of time in seconds that a cell is available for service is defined as cell availability.<br>This formula can be used to measure cell availability during 24 hour period.<br>UtranCell.pmCellDowntimeAuto measures the length of time in seconds during which a cell is unavailable for service due to an unplanned downtime and UtranCell.pmCellDowntimeMan measures the length of time in seconds during which a cell is unavailable for service due to a planned downtime.<br>The reported value of UtranCell.pmCellDowntimeAuto and UtranCell.pmCellDowntimeMan for each 15 minute period must be aggregated over the 24 hour observation period.	
Av_Auto	RNC	Cell Unavailability due to Unplanned Down Time<br>The length of time in seconds that a cell is unavailable due to malfunction is called unplanned downtime. This period can be measured by UtranCell.pmCellDowntimeAuto in seconds.<br>This counter actually measures the time that the cell has been unavailable because the system has considered the cell as unlocked but down. Since the cell may take up to 2 seconds to become fully enabled after being unlocked, UtranCell.pmCellDowntimeAuto may also include this extra time which is not due to malfunction, but rather a side-effect of planned downtime.<br>This formula can be used to measure the percentage of unplanned downtime in 24 hour period.<br>The reported value of UtranCell.pmCellDowntimeAuto for each 15 minute period must be aggregated over the 24 hour observation period in the above equation.	
Av_Auto_EUL	RNC	Cell EUL Unavailability due to Unplanned Down Time<br>The length of time in seconds that a cell is unavailable for EUL service due to malfunction is called unplanned EUL downtime. This period can be measured by Eul.pmEulDowntimeAuto in seconds. This counter actually measures the time that the cell has been unavailable for EUL service because the system considers the cell as unlocked but down. Since the cell may take up to 2 seconds to become fully enabled after being unlocked, Eul.pmEulDowntimeAuto may also include this extra time which is not due to malfunction, but rather a side-effect of planned downtime.	
Av_Auto_HS	RNC	Cell HS Unavailability due to Unplanned Down Time<br>The length of time in seconds that a cell is unavailable for HS<br>service due to malfunction is called unplanned HS downtime. This period<br>can be measured by Hsdsch.pHsDowntimeAuto in seconds.<br>This counter actually measures the time that the cell has been unavailable for HS service because the system considers the cell as unlocked but down. Since the cell may take up to 2 seconds to become fully enabled after being unlocked, Hsdsch.pHsDowntimeAuto may also include this extra time which is not due to malfunction, but rather a side-effect of planned downtime.	
Av_Man	RNC	Cell Unavailability due to Planned Down Time<br>The length of time in seconds that a cell is unavailable due to maintenance is called planned downtime. This period can be measured by UtranCell.pmCellDowntimeMan in seconds.<br>This formula can be used to measure the percentage of planned downtime in 24 hour period.<br>The value of UtranCell.pmCellDowntimeMan for each 15 minute period must be aggregated over 24 hour observation period in this equation.	
Av_Man_EUL	RNC	Cell EUL Unavailability due to Planned Down Time<br>The length of time in seconds that a cell is unavailable for EUL service due to maintenance is called planned EUL downtime. This period can be measured by Eul.pmEulDowntimeMan in seconds.	
Av_Man_HS	RNC	Cell HS Unavailability due to Planned Down Time<br>The length of time in seconds that a cell is unavailable for HS service due to maintenance is called planned HS downtime. This period<br>can be measured by Hsdsch.pmHsDowntimeMan in seconds.	
Average_Utilization_CE_DL	RBS	Average channel element utilization DL<br>The LicensedCEsPoolDL is calculated differently depending on if one<br>or two baseband pools are configured in the radio node.<br><br>This KPI is applicable for DU Radio Nodes.	
Average_Utilization_CE_DL_pool1	RBS	Average channel element utilization DL, first base band pool<br>The LicensedCEsPoolDL is calculated differently depending on if one<br>or two baseband pools are configured in the radio node.<br><br>This KPI is applicable for DU Radio Nodes.	
Average_Utilization_CE_DL_pool2	RBS	Average channel element utilization DL, second base band pool<br>The LicensedCEsPoolDL is calculated differently depending on if one<br>or two baseband pools are configured in the radio node.<br><br>This KPI is applicable for DU Radio Nodes.	
Average_Utilization_CE_UL	RBS	Average channel element utilization UL<br>The LicensedCEsPoolDL is calculated differently depending on if one<br>or two base band pools are configured in the radio node.<br><br>This KPI is applicable for DU Radio Nodes.	
Average_Utilization_CE_UL_pool1	RBS	Average channel element utilization UL, first base band pool<br>The LicensedCEsPoolDL is calculated differently depending on if one<br>or two base band pools are configured in the radio node.<br><br>This KPI is applicable for DU Radio Nodes.	
Average_Utilization_CE_UL_pool2	RBS	Average channel element utilization UL, second base band pool<br>The LicensedCEsPoolDL is calculated differently depending on if one<br>or two base band pools are configured in the radio node.<br><br>This KPI is applicable for DU Radio Nodes.	
AvgNoRlPerUser	RNC	Average Number of Radio Links per User per UtranCell<br>This metric measures the soft/softer handover overhead that results in multiple radio link usage to supports calls within the reference UtranCell. It measures the downlink power and channelization code overhead per user per UtranCell.	
AvgNoRlsPerUser	RNC	Average Number of Radio Link Sets per User per UtranCell<br>This metric measures the soft handover overhead that results in multiple Iub and channel element usage to supports calls within the reference UtranCell.	
CBS_BMC_CTCH_I	RNC	CBS message Integrity<br>Failure rate to submit CBS messages per cell.	
CBS_TCP_A	RNC	TCP Connection Accessibility<br>Accessibility success rate per UtranCell for TCP connections established from the RNC to Cell Broadcast Center (CBC).	
CS57_A	RNC	Circuit-Switched Streaming (CS 57) Accessibility<br>Accessibility success rate per UtranCell for CS streaming.	
CS57_C	RNC	Circuit-Switched (CS) 57 CCSR<br>The call completion success rate per UtranCell for CS 57.	
CS57_R_D	RNC	Circuit-Switched Streaming (CS 57) Drop Rate<br>The drop rate per UtranCell for CS Streaming.	
CS57_R_D_Iur	RNC	Circuit-Switched Streaming (CS 57) Drop Rate<br>The drop rate per IurLink for Drifting UEs in neighboring RNCs for CS Streaming.	
CS57_R_MD	RNC	Circuit-Switched Streaming (CS 57) Minutes per Drop<br>The Circuit-Switched Streaming (CS 57) Minutes per Drop per UtranCell.<br>RESOLUTION_MIN is the measurement time in minutes, that is 15 for one ROP.	
CS57_U_Prim	RNC	Circuit-Switched (CS) 57 Erlang<br>The average Circuit-Switched 57 traffic Erlang carried per UtranCell in one hour.	
CS57_U_Tot	RNC	Circuit-Switched (CS) 57 Downlink Code Utilization<br>The average number of downlink code is occupied for CS 57 traffic per UtranCell in a measurement period of 15 minutes.	
CS57_U_User	RNC	Circuit-Switched (CS) 57 Users<br>The average number of CS 57 users per UtranCell.	
CS64_A	RNC	Circuit-Switched 64 Accessibility<br>Accessibility success rate per UtranCell for CS 64.	
CS64_C	RNC	Circuit-Switched (CS) 64 CCSR<br>The call completion success rate per UtranCell for CS 64.	
CS64_R_D	RNC	Circuit-Switched 64 Drop Rate<br>The drop rate per UtranCell for CS 64.	
CS64_R_D_Iur	RNC	Circuit-Switched 64 Drop Rate<br>The drop rate per IurLink for Drifting UEs in neighboring RNCs for CS 64<br>If the feature Drifting RNC Observability, Performance Management in WCDMA, is not in use the total drop rate per RNC including Drifting UEs for CS 64 is given by summarizing all cell level counters up to RNC level together with all Iur level counters for that particular RNC from IurLinks in neighboring RNCs.	
CS64_R_MD	RNC	Circuit-Switched 64 Minutes per Drop<br>The Circuit-Switched 64 Minutes per Drop per UtranCell.<br>RESOLUTION_MIN is the measurement time in minutes, that is 15 for one ROP.	
CS64_U_Prim	RNC	Circuit-Switched (CS) 64 Erlang<br>The average Circuit-Switched 64 traffic Erlang carried per UtranCell in one hour.	
CS64_U_Tot	RNC	Circuit-Switched (CS) 64 Downlink Code Utilization<br>The average number of downlink code is occupied for CS 64 traffic per UtranCell in a measurement period of 15 minutes.	
CS64_U_User	RNC	Circuit-Switched (CS) 64 Users<br>The average number of CS 64 users per UtranCell.	
CSAmrNb_A_Multi_D	RNC	CS Speech (AMR-WB) MultiRAB Accessibility from FACH or DCH<br>Accessibility success rate per UtranCell for CS Speech (AMR-WB) RABs established in MultiRAB connections from FACH or DCH.	
CSAmrNb_A_Multi_U	RNC	CS Speech (AMR-NB) MultiRAB Accessibility from URA_PCH<br>Accessibility success rate per UtranCell for CS Speech (AMR-NB) RABs established in MultiRAB connections from URA_PCH.	
CSAmrWb_A_Multi_U	RNC	CS Speech (AMR-WB) MultiRAB Accessibility from URA_PCH<br>Accessibility success rate per UtranCell for CS Speech (AMR-WB) RABs established in MultiRAB connections from URA_PCH.	
CS_A_GoS	RNC	Grade of Service for Circuit-Switched (CS) 64 and 57<br>The GoS rate for both CS 64 and 57 calls per UtranCell due to RN admission blocking, TN congestion or TN failure.	
CS_A_SigSetup	RNC	CS signaling setup success rate<br>In an Shared RAN (MOCN); FAJ 121 974 configuration with several CN operators, one attempt (RRC: Initial Direct Transfer) may lead to several successes (SCCP: Connection Confirmed), since in some cases several CN operators' nodes may be tried for the same attempt. Thus, this KPI shall not be used in this configuration.	
CS_M_CNHHOIn_S	RNC	Core Network Hard Handover success rate CS other than speech, incoming calls<br>The following metric measures the Core Network hard handover success rate<br>for incoming speech calls.	
CS_M_CNHHOOut_S	RNC	Core Network Hard Handover success rate CS other than speech,<br>outgoing calls<br>The following metric measures the Core Network hard handover success rate<br>for outgoing speech calls.	
CS_M_IFHO_S	RNC	Inter Frequency Handover Success Rate for CS Non-speech<br>The following metric measures hard handover success rate between frequencies in UtranRelation for CS non-speech calls.	
CS_M_IRATHO_GSM_S_CR	RNC	Inter Radio Access Technology (GSM) Handover Success Rate for Circuit-Switched Streaming (CS 57)<br>The following metric measures hard handover success rate between UtranCell and target GSM cell for CS streaming calls.	
CsAmrNb_Multi_R_D	RNC	CS Speech (AMR-NB) Drop Rate in MultiRAB Calls<br>The Circuit-Switched Speech (AMR-NB) Drop Rate while in MultiRAB calls for UtranCell.	
CsAmrWb_Multi_R_D	RNC	CS Speech (AMR-WB) Drop Rate in MultiRAB Calls<br>The Circuit-Switched Speech (AMR-WB) Drop Rate while in MultiRAB calls for UtranCell.	
Drop_Source	RNC	Drop Rate on Source UeRc Level<br>The drop rate for source UeRc.	
FACH1_Sign_U	RBS	FACH1 signaling load.<br><br>This KPI is applicable for DU Radio Nodes.	
FACH_U	RBS	Total FACH load.<br><br>This KPI is applicable for DU Radio Nodes.	
IntEUL_M_incIRATHO_LTE_S_CR	RNC	Inter Radio Access Technology (LTE) Handover Success Rate for PS Interactive EUL<br>The following metric measures cell change success rate between LTE and target Utran Cell for PS calls on EUL when the UE successfully returns to UtranCell.	
IntHS_M_incIRATHO_LTE_S_CR	RNC	Inter Radio Access Technology (LTE) Handover Success Rate for PS Interactive HS<br>The following metric measures cell change success rate between LTE and target Utran Cell for PS calls on HS when the UE successfully returns to UtranCell.	
Int_M_incIRATHO_LTE_S_CR	RNC	Inter Radio Access Technology (LTE) Handover Success Rate for PS Interactive<br>This metric measures cell change success rate between LTE and target UtranCell for PS calls when the UE successfully returns to UtranCell	
IntnonHS_M_incIRATHO_LTE_S_CR	RNC	Inter Radio Access Technology (LTE) Handover Success Rate for PS Interactive non-HS<br>The following metric measures cell change success rate between LTE and target UtranCell for PS calls on non-HS when the UE successfully returns to UtranCell	
LicensedCEsPoolDL	RBS	Licensed CEs Pool DL for radio node with one base band pool.<br><br>Applicable for DU Radio Nodes.	
LicensedCEsPoolDL_pool1	RBS	First base band pool of pDUW for radio node with two base band pools.<br>In radio node with two base band pools configured, LicensedCEsPoolDL is calculated per base band pool. The results from the formulas for first and second base band pool should be rounded up.<br><br><br>This KPI is applicable for DU Radio Nodes.	
LicensedCEsPoolDL_pool2	RBS	First base band pool of sDUW for radio node with two base band pools.<br>In radio node with two base band pools configured, LicensedCEsPoolDL is calculated per base band pool. The results from the formulas for first and second base band pool should be rounded up.<br><br><br>This KPI is applicable for DU Radio Nodes.	
LicensedCEsPoolDL_pool3	RBS	Second base band pool of pDUW for radio node with two base band pools.<br>In radio node with two base band pools configured, LicensedCEsPoolDL is calculated per base band pool. The results from the formulas for first and second base band pool should be rounded up.<br><br>This KPI is applicable for DU Radio Nodes.	
LicensedCEsPoolUL	RBS	Licensed CEs Pool DL for radio node with one base band pool.<br><br>This KPI is applicable for DU Radio Nodes.	
LicensedCEsPoolUL_pool1	RBS	First base band pool of pDUW for radio node with two base band pools.<br>In radio node with two base band pools configured, LicensedCEsPoolUL is calculated per base band pool. The results from the formulas for the first and second base band pool need to be rounded up.<br><br>This KPI is applicable for DU Radio Nodes.	
LicensedCEsPoolUL_pool2	RBS	First base band pool of sDUW for radio node with two base band pools.<br>In radio node with two base band pools configured, LicensedCEsPoolUL is calculated per base band pool. The results from the formulas for the first and second base band pool need to be rounded up.<br><br>This KPI is applicable for DU Radio Nodes.	
LicensedCEsPoolUL_pool3	RBS	Second base band pool of pDUW for radio node with two base band pools.<br>In radio node with two base band pools configured, LicensedCEsPoolUL is calculated per base band pool. The results from the formulas for the first and second base band pool need to be rounded up.<br><br>This KPI is applicable for DU Radio Nodes.	
Multi_M_IRATHO_GAN_S	RNC	Inter Radio Access Technology (GAN) Handover Success Rate for Multi-RAB<br>Hard handover success rate per UtranCell for Multi-RAB calls.	
Multi_M_IRATHO_GSM_S_CR	RNC	Inter Radio Access Technology (GSM) Handover Success Rate for Multi-RAB<br>The following metric measures hard handover success rate between UtranCell<br>and target GSM cell for Multi-RAB calls.	
PINTEUL10ms_I_Bler	RNC	EUL BLER on RNC level for EUL10ms users<br>The EUL BLER on RNC level for EUL10ms users. Values of all pmEulHarqTransmTti10PSRabs ranges are added.	
PINTEUL10ms_I_ULTP_L1	RBS	EUL 10 ms TTI Cell Throughput<br>The EUL 10 ms TTI cell throughput in kbps.<br><br>This KPI is applicable for DU Radio Nodes, Baseband Radio Nodes, and RBS 6402.	
PINTEUL10ms_I_ULTP_User_L1	RBS	EUL 10 ms TTI User Throughput<br>The EUL 10 ms TTI user throughput in kbps.<br><br>Applicable for DU Radio Nodes, Baseband Radio Nodes, and RBS 6402.	
PINTEUL2msTd_I_ULTP_Cell_L1	RBS	EUL 2 ms TTI TD Cell Throughput<br>The EUL 2 ms TTI TD cell throughput in kbps.<br><br>This KPI is applicable for DU Radio Nodes.	
PINTEUL2ms_I_Bler	RNC	EUL BLER on RNC level for EUL2ms users<br>The EUL BLER on RNC level for EUL2ms users. Values of all pmEulHarqTransmTti2PSRabs ranges are added.	
PINTEUL2ms_I_ULTP_L1	RBS	EUL 2 ms TTI Cell Throughput<br>The EUL 2 ms TTI cell throughput in kbps.<br><br>This KPI is applicable for DU Radio Nodes, Baseband Radio Nodes, and RBS 6402.	
PINTEUL2ms_I_ULTP_User_L1	RBS	EUL 2 ms TTI User Throughput<br>The EUL 2 ms TTI user throughput in kbps.<br><br>This KPI is applicable for DU Radio Nodes, Baseband Radio Nodes, and RBS 6402.	
PINTEUL_I_ULTP_L1	RBS	EUL Cell Throughput<br>The EUL cell throughput in kbps.<br><br>This KPI is applicable for DU Radio Nodes, Baseband Radio Nodes, and RBS 6402.	
PINTHS3MC_I_DLTP_UserPQ_L1	RBS	HSDPA 3MC User Throughput - Priority Queue<br><br>Applicable for DU Radio Nodes.	
PINTHSMC_I_DLTP_UserPQ_L1	RBS	HSDPA MC User Throughput - Priority Queue<br><br>Applicable for DU Radio Nodes.	
PINTHS_I_Bler	RBS	HSDPA BLER on radio node Level<br>The HSDPA BLER on radio node level.<br><br>This KPI is applicable for DU Radio Nodes, Baseband Radio Nodes, and RBS 6402.	
PINTHS_I_DLTP_L1	RBS	HSDPA Cell Throughput<br>Equation for a single Utran Cell given, the sum equation for RNC is not given, only described in the text.<br><br>This KPI is applicable for DU Radio Nodes, Baseband Radio Nodes, and RBS 6402.	
PINTHS_I_DLTP_UserPQ_L1	RBS	HSDPA User Throughput - Priority Queue<br><br>Applicable for DU Radio Nodes, Baseband Radio Nodes.	
PINTHS_I_DlTP_CqiHigh_Rlim	RBS	HSDPA Cell Throughput for resource limited situations with no user multiplexing. <br>A resource limited situation is that more bits could have been send if more HsDsch codes and/or power were available.<br>This measure is for users with good radio conditions.<br><br>KPI is applicable for DU Radio Nodes.	
PINTHS_I_DlTP_CqiLow_Rlim	RBS	HSDPA Cell Throughput for resource limited situations with no user multiplexing. <br>A resource limited situation is that more bits could have been send if more HsDsch codes and/or power were available.<br><br>This measure is for users with bad radio conditions.<br><br>KPI is applicable for DU Radio Nodes.	
PINTHS_I_DlTP_CqiMed_Rlim	RBS	HSDPA Cell Throughput for resource limited situations with no user multiplexing. <br>A resource limited situation is that more bits could have been send if more HsDsch codes and/or power were available.<br>This measure is for users with medium radio conditions.<br><br>KPI is applicable for DU Radio Nodes.	
PINTHS_I_DlTP_User_L1	RBS	HSDPA User Throughput<br><br>This KPI is applicable for DU Radio Nodes, Baseband Radio Nodes, and RBS 6402.	
PIntDCH_M_IRATCC_GAN_S	RNC	Inter Radio Access Technology (GAN) Cell Change Success Rate for PS Interactive on DCH<br>Cell change success per UtranCell for PS calls on DCH.	
PIntEUL_M_IRATCC_GAN_S	RNC	Inter Radio Access Technology (GAN) Cell Change Success Rate for<br>PS Interactive on EUL<br>Cell change success rate per UtranCell for PS calls on EUL.	
PIntHS_M_IRATCC_GAN_S	RNC	Inter Radio Access Technology (GAN) Cell Change Success Rate for<br>PS Interactive on HS<br>Cell change success rate per UtranCell for PS calls on HS.	
PInt_M_IRATCC_GAN_S	RNC	Inter Radio Access Technology (GAN) Handover Success Rate for PS Interactive<br>Cell change success rate per UtranCell for PS calls.	
PS_A_SigSetup	RNC	PS signaling setup success rate<br>In an Shared RAN (MOCN); FAJ 121 974 configuration with several CN operators, one attempt (RRC: Initial Direct Transfer) may lead to several successes (SCCP: Connection Confirmed), since in some cases several CN operators' nodes may be tried for the same attempt. Thus, this KPI shall not be used in this configuration.	
PS_M_EULCC_S	RNC	PS Interactive EUL Cell Change success rate<br>The following metric measures the success rate for EUL Cell Change in target<br>cell.	
PS_M_EULtoDCHRC_S	RNC	PS Interactive reconfiguration EUL to DCH success rate<br>The following metric measures the success rate for EUL to DCH reconfiguration.	
PStr128_A	RNC	Packet-Switched (PS) Streaming 128 Accessibility<br>Accessibility success rate per UtranCell for PS streaming 128.	
PStr128_C	RNC	Packet-Switched (PS) Streaming 128 CCSR<br>The call completion success rate per UtranCell for PS Streaming 128.	
PStr128_R_D	RNC	Packet-Switched (PS) Streaming 128 Drop Rate<br>The drop rate per UtranCell for PS Streaming 128.	
PStr128_R_MD	RNC	Packet-Switched (PS) Streaming 128 Minutes per Drop<br>The Packet-Switched (PS) Streaming 128 Minutes per Drop per UtranCell.<br>RESOLUTION_MIN is the measurement time in minutes, that is 15 for one ROP.	
PStr128_U_User	RNC	PS Streaming 128 Users<br>The average number of PS Streaming 128 users per UtranCell.	
PStr64_A	RNC	Packet-Switched (PS) Streaming 64 Accessibility<br>Accessibility success rate per UtranCell for PS streaming 64.	
PStr64_C	RNC	Packet-Switched (PS) Streaming 64 CCSR<br>The call completion success rate per UtranCell for PS Streaming 64.	
PStr64_R_D	RNC	Packet-Switched (PS) Streaming 64 Drop Rate<br>The drop rate per UtranCell for PS Streaming 64.	
PStr64_R_MD	RNC	Packet-Switched (PS) Streaming 64 Minutes per Drop<br>The Packet-Switched (PS) Streaming 64 Minutes per Drop per UtranCell. RESOLUTION_MIN is the measurement time in minutes, that is 15 for one ROP.	
PStr64_U_User	RNC	PS Streaming 64 Users<br>The average number of PS Streaming 64 users per UtranCell.	
PStrDCH_A_GoS	RNC	Grade of Service for Packet-Switched Streaming DCH<br>The blocking rate for PS streaming DCH calls per UtranCell due to RN admission blocking, TN congestion or TN failure. The GoS or blocking probability can be used together with Erlang metric to measure the cell capacity for a given service. Since a cell serves a mixed traffic, this measure must be used with respect to the amount of traffic measured for other services.	
PStrHS_A_GoS	RNC	Grade of Service for Packet-Switched Streaming HS<br>The blocking rate for PS streaming HS calls per UtranCell due to RN admission blocking, TN congestion or TN failure. The GoS or blocking probability can be used together with Erlang metric to measure the cell capacity for a given service. Since a cell serves a mixed traffic, this measure must be used with respect to the amount of traffic measured for other services.	
PStrHS_C	RNC	Packet-Switched (PS) Streaming HS CCSR<br>The call completion success rate per UtranCell for PS Streaming HS.	
PStrHS_M_IFHO_S_CR	RNC	Inter Frequency Handover Success Rate for PS Streaming HS<br>The following metric measures hard handover success rate between frequencies in UtranRelation for PS Streaming HS.	
PStrHS_R_D	RNC	Packet-Switched (PS) Streaming HS Drop Rate<br>The drop rate per UtranCell for PS Streaming HS.	
PStrHS_R_MD	RNC	Packet-Switched (PS) Streaming HS Minutes per Drop<br>The Packet-Switched (PS) Streaming Minutes per Drop per UtranCell.	
PStrHS_U_User	RNC	PS Streaming HS Users<br>The average number of PS Streaming HS users per UtranCell.	
PStrHs_A	RNC	Packet-Switched (PS) Streaming HS Accessibility<br>Accessibility success rate per UtranCell for PS streaming HS.	
PStr_R_D_Iur	RNC	Packet-Switched (PS) Streaming Drop Rate per IurLink for Drifting Ues<br>The drop rate per IurLink for Drifting UEs in neighboring RNCs for PS Streaming.	
P_I_ChDSw_S	RNC	Channel Downswitch Success Rate<br>The channel downswitch success rate per UtranCell in a measurement period of 15 minutes.	
P_I_ChUSw_S	RNC	Channel Upswitch Success Rate<br>The channel upswitch success rate per UtranCell in a measurement period of 15 minutes.	
Pint64DCHPlus_M_IFHO_S_CR	RNC	Inter Frequency Handover Success Rate for PS Interactive Greater than 64 on DCH<br>The following metric measures hard handover success rate between frequencies in UtranRelation for PS interactive calls with data rate on DCH larger than 64kbps.	
Pint64EUL_M_IFHO_S_CR	RNC	Inter Frequency Handover Success Rate for PS Interactive EUL<br>The following metric measures hard handover success rate between frequencies in UtranRelation for PS interactive EUL calls.	
Pint64HS_M_IFHO_S_CR	RNC	Inter Frequency Handover Success Rate for PS Interactive HS<br>The following metric measures hard handover success rate between frequencies in UtranRelation for PS interactive HS calls.	
Pint64OrLess_M_IFHO_S_CR	RNC	Inter Frequency Handover Success Rate for PS Interactive Less than or Equal 64<br>The following metric measures hard handover success rate between frequencies in UtranRelation for PS interactive calls with data rate less than or equal 64kbps.	
Pint64Plus_M_IFHO_S_CR	RNC	Inter Frequency Handover Success Rate for PS Interactive Greater than 64<br>The following metric measures hard handover success rate between frequencies in UtranRelation for PS interactive calls with data rate larger than 64kbps.	
PintDCDCH_I_DlLat	RNC	Packet-Switched (PS) Interactive DCH/DCH Downlink Latency.<br>The PS Interactive DCH/DCH DL Latency per RncFunction in a measurement period of 15 minutes.	
PintDCHHS_I_DlLat	RNC	Packet-Switched (PS) Interactive DCH/HS Downlink Latency<br>The PS Interactive DCH/HS DL Latency per RncFunction in a measurement period of 15.	
PintDCH_I_DlTp_User	RNC	Packet-Switched (PS) Interactive DCH/FACH User Throughput, Downlink<br>The PS Interactive DCH/FACH user downlink throughput per UtranCell in a measurement period of 15 minutes. This KPI can be measured for a single UtranCell and for all UtranCells under the RNC.	
PintDCH_I_TP	RNC	Packet-Switched (PS) DCH/FACH Interactive Average Throughput<br>Equation measures the Average Throughput for PS interactive DCH/FACH. Counters for small packets, pmSentPacketData1 and pmTotalPacketDurationHs are not included in the formula as there is a constant one-way delay for each packet affecting latency for the small packets, which gives a worse measured performance than user perceived performance, if these counters are used.	
PintDCH_I_UlTp_User	RNC	Packet-Switched (PS) Interactive DCH/FACH User Throughput, Uplink<br>The PS Interactive DCH/FACH user uplink throughput per UtranCell in a measurement period of 15 minutes. This KPI can be measured for a single UtranCell and for all UtranCells under the RNC.	
PintDCH_M_IRATCC_GSM_S_CR	RNC	Inter Radio Access Technology (GSM) Cell Change Success Rate for PS Interactive on DCH<br>The following metric measures cell change success rate between UtranCell<br>and target GSM cell for PS calls on DCH when the UE successfully returns<br>to UtranCell.	
PintDCH_R_D	RNC	Packet-Switched (PS) Interactive DCH/FACH Drop Rate<br>Packet-Switched (PS) Interactive DCH/FACH drop rate per UtranCell.	
PintDCH_R_MD	RNC	Packet-Switched (PS) Interactive DCH/FACH Minutes per Drop<br>Packet-Switched (PS) Interactive DCH/FACH Minutes per Drop per UtranCell.<br>RESOLUTION_MIN is the measurement time in minutes, that is 15 for one ROP.	
PintDCH_U_User	RNC	PS Interactive DCH Users<br>The average number of PS Data Interactive DCH users per UtranCell.	
PintEULHS_I_DlLat	RNC	Packet-Switched (PS) Interactive EUL/HS Downlink Latency<br>The PS Interactive EUL/HS DL Latency per RncFunction in a measurement period of 15 minutes.	
PintEUL_I_UlTp_User	RNC	Packet-Switched (PS) Interactive EUL User Throughput, Uplink<br>The PS Interactive EUL user uplink throughput per UtranCell in a measurement period of 15 minutes.	
PintEUL_M_IRATCC_GSM_S_CR	RNC	Inter Radio Access Technology (GSM) Cell Change Success Rate for PS Interactive on EUL<br>The following metric measures cell change success rate between UtranCell<br>and target GSM cell for PS calls on EUL when the UE successfully returns<br>to UtranCell.	
PintEUL_R_MD	RNC	Packet-Switched (PS) Interactive EUL Minutes per Drop<br>Packet-Switched (PS) Interactive EUL Minutes per Drop per UtranCell.<br>RESOLUTION_MIN is the measurement time in minutes, that is 15 for one ROP.	
PintEulFach_U_User	RNC	PS Interactive EUL-FACH Users<br>The average number of PS Interactive EUL-FACH users per UtranCell.	
PintEul_U_User	RNC	PS Interactive EUL Users<br>The average number of PS Interactive EUL users per UtranCell.	
PintFach_U_User	RNC	PS Interactive FACH Users<br>The average number of PS Interactive FACH users per UtranCell, excluding HS-FACH users.	
PintHSFach_I_Tp_User	RNC	Packet-Switched (PS) Interactive HS-FACH User Throughput.	
PintHS_I_DlTp_User	RNC	Packet-Switched (PS) Interactive HS User Throughput, Downlink.<br>The PS Interactive HS user downlink throughput per UtranCell in a measurement period of 15 minutes.	
PintHS_I_TP	RNC	Packet-Switched (PS) Interactive HS Average Throughput<br>Equation measures the Average Throughput for PS interactive HS. Counters for small packets, pmSentPacketDataHs1, pmSentPacketDataHs2, pmTotalPacketDurationHs1 and pmTotalPacketDurationHs2 are not included in the formula as there is a constant one-way delay for each packet affecting latency for the small packets, which gives a worse measured performance than user perceived performance, if these counters are used.	
PintHS_M_IRATCC_GSM_S_CR	RNC	Inter Radio Access Technology (GSM) Cell Change Success Rate for PS Interactive on HS<br>The following metric measures cell change success rate between UtranCell<br>and target GSM cell for PS calls on HS when the UE successfully returns<br>to UtranCell.	
PintHS_R_D	RNC	Packet-Switched (PS) Interactive HS Drop Rate<br>Packet-Switched (PS) Interactive HS drop rate per UtranCell.	
PintHS_R_MD	RNC	Packet-Switched (PS) Interactive HS Minutes per Drop<br>Packet-Switched (PS) Interactive HS Minutes per Drop per UtranCell.<br>RESOLUTION_MIN is the measurement time in minutes, that is 15 for one ROP.	
PintHsFach_U_User	RNC	PS Interactive HS-FACH Users<br>The average number of PS Interactive HS-FACH users per UtranCell.	
PintHs_U_User	RNC	PS Interactive HS Users<br>The average number of PS Interactive HS users per UtranCell.	
Pint_A	RNC	Packet-Switched (PS) Data Interactive Accessibility<br>Accessibility success rate per UtranCell for all PS interactive services.	
Pint_A_GoS	RNC	Grade of Service for Packet-Switched Interactive<br>The blocking rate for PS interactive calls per UtranCell due to RN admission blocking, TN congestion or TN failure. The GoS or blocking probability can be used together with Erlang metric to measure the cell capacity for a given service. Since a cell serves a mixed traffic, this measure must be used with respect to the amount of traffic measured for other services. UniSaal congestion will be double counted since it is included in the 2 counters used to measure the RRC blocking.	
Pint_C	RNC	Packet-Switched (PS) Interactive CCSR<br>Since call completion for packet data services from user perspective is<br>completing its service and temporary interruption may be recovered by higher<br>layer due to retransmission, the packet call completion rate per UtranCell could<br>be approximated from user perspective with this equation.	
Pint_DCH_A	RNC	Packet-Switched (PS) Data Interactive DCH/FACH Accessibility<br>Accessibility success rate per UtranCell for PS interactive DCH/FACH.	
Pint_EUL_A	RNC	Packet-Switched (PS) Data Interactive EUL Accessibility<br>Accessibility success rate per UtranCell for PS interactive EUL.	
Pint_HS_A	RNC	Packet-Switched (PS) Data Interactive HS Accessibility<br>Accessibility success rate per UtranCell for PS interactive HS.	
Pint_M_HSCC_S	RNC	PS Interactive HS Cell Change success rate<br>The following metric measures the success rate for HS Cell Change in target<br>cell.	
Pint_M_HStoDCHRC_S	RNC	PS Interactive reconfiguration HS to DCH success rate<br>The following metric measures the success rate for HS to DCH reconfiguration.	
Pint_M_IRATCC_GSM_S_CR	RNC	Inter Radio Access Technology (GSM) Cell Change Success Rate for PS Interactive<br>The following metric measures cell change success rate between UtranCell<br>and target GSM cell for PS calls when the UE successfully returns to UtranCell.	
Pint_R_D	RNC	Packet-Switched (PS) Interactive Drop Rate<br>The Packet-Switched drop rate per UtranCell for all PS interactive services.	
Pint_R_D_Iur	RNC	Packet-Switched (PS) Interactive Drop Rate per IurLink for Drifting Ues<br>The drop rate per IurLink for Drifting UEs in neighboring RNCs for PS Interactive.	
Pint_R_MD	RNC	Packet-Switched (PS) Interactive Minutes per Drop<br>The Packet-Switched (PS) Interactive Minutes per Drop per UtranCell.<br>RESOLUTION_MIN is the measurement time in minutes, that is 15 for one ROP.	
Pint_U_User	RNC	PS Interactive Users<br>The average number of PS Interactive users, excluding URA_PCH, per UtranCell.	
PsInt_A_Multi_D	RNC	PS Interactive MultiRAB Accessibility from FACH or DCH<br>Accessibility success rate per UtranCell for PS Interactive RABs established in MultiRAB connections from FACH or DCH	
PsInt_Multi_R_D	RNC	PS Interactive RAB Drop Rate in MultiRAB Calls<br>The Packet-Switched Interactive RAB Drop Rate while in MultiRAB calls for UtranCell.	
Pstr128_I_DlTp_User	RNC	Packet-Switched (PS) Streaming DCH 128 User Throughput, Downlink<br>The PS Streaming DCH 128 user downlink throughput per UtranCell in a measurement period of 15 minutes.	
Pstr128_I_UlTp_User	RNC	Packet-Switched (PS) Streaming DCH 128 User Throughput, Uplink<br>The PS Streaming DCH 128 user uplink throughput per UtranCell in a measurement period of 15 minutes.	
Pstr16_I_UlTp_User	RNC	Packet-Switched (PS) Streaming DCH 16 User Throughput, Uplink<br>The PS Streaming DCH 16 user uplink throughput per UtranCell in a measurement period of 15 minutes.	
Pstr32_I_UlTp_User	RNC	Packet-Switched (PS) Streaming DCH 32 User Throughput, Uplink<br>The PS Streaming DCH 32 user uplink throughput per UtranCell in a measurement period of 15 minutes.	
Pstr64_I_DlTp_User	RNC	Packet-Switched (PS) Streaming DCH 64 User Throughput, Downlink<br>The PS Streaming DCH 64 user downlink throughput per UtranCell in a measurement period of 15 minutes.	
PstrHS_I_DlTp_User	RNC	Packet-Switched (PS) Streaming HS User Throughput, Downlink<br>The PS Streaming HS user downlink throughput per UtranCell in a measurement period of 15 minutes.	
Pstr_M_HSCC_S	RNC	PS Streaming HS Cell Change success rate<br>The following metric measures the success rate for HS Cell Change in target<br>cell.	
Pstr_M_HStoDCHRC_S	RNC	PS Streaming reconfiguration HS to DCH success rate<br>The following metric measures the success rate for HS to DCH reconfiguration.	
RACH_U_NegativeAich	RBS	Preamble nack rate R99. An indirect method to monitor R99 RACH load. A lack of RACH decoding resources is strongly correlated with NACK messages on AICH.<br><br>This KPI is applicable for DU Radio Nodes.	
RESOLUTION_MIN		RESOLUTION_MIN denotes the measurement time in minutes. It is determined when defining the scanner profile. It can be found in the ROP file.	
RESOLUTION_SEC		RESOLUTION_SEC denotes the measurement time in seconds. It is determined when defining the scanner profile. It can be found in the ROP file.	
Rab_Blocking_CS	RNC	RAB Blocking CS<br>The GoS or blocking probability can be used together with Erlang metric to measure the cell capacity for a given service. Since a cell serves a mixed traffic, this measure must be used with respect to the amount of traffic measured for other services. UniSaal congestion will be double counted since it is included in the 2 counters used to measure the RRC blocking.	
Rab_Blocking_PsInt	RNC	Rab Blocking PsInt<br>The GoS or blocking probability can be used together with Erlang metric to measure the cell capacity for a given service. Since a cell serves a mixed traffic, this measure must be used with respect to the amount of traffic measured for other services. UniSaal congestion will be double counted since it is included in the 2 counters used to measure the RRC blocking.	
Rab_Blocking_Speech	RNC	RAB Blocking Speech	
Reconf_Drop_Source	RNC	Reconfiguration Drop Rate on Source UeRc Level<br>The UeRc reconfiguration drop rate on source UeRc level.	
Reconf_Drop_Target	RNC	Reconfiguration Drop Rate on Source UeRc Level<br>The UeRc reconfiguration drop rate on target UeRc level.	
Rrc_Blocking_CS	RNC	Rrc Blocking CS<br>The GoS or blocking probability can be used together with Erlang metric to measure the cell capacity for a given service. Since a cell serves a mixed traffic, this measure must be used with respect to the amount of traffic measured for other services. UniSaal congestion will be double counted since it is included in the 2 counters used to measure the RRC blocking.	
Rrc_Blocking_PsInt	RNC	Rrc Blocking PsInt<br>The GoS or blocking probability can be used together with Erlang metric to measure the cell capacity for a given service. Since a cell serves a mixed traffic, this measure must be used with respect to the amount of traffic measured for other services. UniSaal congestion will be double counted since it is included in the 2 counters used to measure the RRC blocking.	
Rrc_Blocking_Speech	RNC	Rrc Blocking Speech<br>The GoS or blocking probability can be used together with Erlang metric to measure the cell capacity for a given service. Since a cell serves a mixed traffic, this measure must be used with respect to the amount of traffic measured for other services. UniSaal congestion will be double counted since it is included in the 2 counters used to measure the RRC blocking.	
SP_I_UL	RNC	BLER<br>BLER for both uplink and downlink for the different services can be measured on cell level using RES. See Radio Environment Statistics for more information on RES and the formulas to use.<br>It is possible to calculate uplink BLER on RNC level using certain Transport Block counters. Formula can be used to calculate the uplink BLER for different services, using different UeRc State numbers. UeRc State numbering is described in General Performance Event Handling.	
SRBOnly136_U_Prim	RNC	SRB Only 13.6 Erlang<br>The average SRB only 13.6 Erlang carried per UtranCell in one hour.	
SRBOnly136_U_Tot	RNC	SRB Only 13.6 Downlink Code Utilization<br>The average number of downlink code is occupied for SRB only 13.6 per UtranCell in a measurement period of 15 minutes.	
SRBOnly136_U_User	RNC	SRB Only 13.6 Users<br>The average number of SRB only 13.6 users per UtranCell.	
SRBOnly34_U_Prim	RNC	SRB Only 3.4 Erlang<br>The average SRB only 3.4 Erlang carried per UtranCell in one hour.	
SRBOnly34_U_Tot	RNC	SRB Only 3.4 Downlink Code Utilization<br>The average number of downlink code is occupied for SRB only 3.4 per UtranCell in a measurement period of 15 minutes.	
SRBOnly34_U_User	RNC	SRB Only 3.4 Users<br>The average number of SRB only 3.4 users per UtranCell.	
SRBOnlyEUL_U_User	RNC	SRB Only EUL Users<br>The average number of SRB only EUL users per UtranCell.	
SRBOnlyHS_U_User	RNC	SRB Only HS Users<br>The average number of SRB only HS users per UtranCell.	
SRBonly136_R_D	RNC	SRB only 13.6 Drop Rate<br>The drop rate per UtranCell for SRB only 13.6.	
SRBonly34_R_D	RNC	SRB only 3.4 Drop Rate<br>The drop rate per UtranCell for SRB only 3.4.	
SRBonlyEUL_R_D	RNC	SRB only EUL Drop Rate<br>The drop rate per UtranCell for SRB only EUL.	
SRBonlyHS_R_D	RNC	SRB only HS Drop Rate<br>The drop rate per UtranCell for SRB only HS.	
Sp_A	RNC	Circuit-Switched (CS) Speech Accessibility<br>Accessibility success rate per UtranCell.	
Sp_A_Csfb	RNC	Accessibility success rate per UtranCell for speech established at CS Voice Fallback from LTE, excluding RRC accesses subject to<br>inter-frequency load sharing redirections. This KPI depends on a UE population in the network utilizing both types of CSFB determination methods. If that is not the case, revise the KPI to only be based on the applicable type of CSFB detected or CSFB indicated counters. For further explanation of the CSFB counters see Release with Redirect to LTE.	
Sp_A_GoS	RNC	Grade of Service for Circuit-Switched (CS) Speech<br>The GoS rate for Speech per UtranCell due to RN admission blocking, TN congestion or TN failure. The GoS or blocking probability can be used together with Erlang metric to measure the cell capacity for a given service. Since a cell serves a mixed traffic, this measure must be used with respect to the amount of traffic measured for other services. UniSaal congestion will be double counted since it is included in the 2 counters used to measure the RRC blocking.	
Sp_A_Multi_D	RNC	CS Speech MultiRAB Accessibility from FACH or DCH<br>Accessibility success rate per UtranCell for CS Speech (Including AMR Single-mode 12.2, AMR-NB Multi-mode single- and multi-rate, and AMR-WB) RABs established in MultiRAB connections from FACH or DCH.	
Sp_A_Multi_U	RNC	CS Speech MultiRAB Accessibility from URA_PCH<br>Accessibility success rate per UtranCell for CS Speech (Including AMR Single-mode 12.2, AMR-NB Multi-mode single- and multi-rate, and AMR-WB) RABs established in MultiRAB connections from URA_PCH.	
Sp_A_W	RNC	Circuit-Switched (CS) Speech Accessibility Weighted<br>Weighted speech accessibility for call establishment from Idle, URA_PCH, CELL_FACH and CELL_DCH.	
Sp_C	RNC	Circuit-Switched (CS) Speech CCSR<br>The call completion success rate per UtranCell for speech.	
Sp_M_CNHHOIn_S	RNC	Core Network Hard Handover success rate speech, incoming calls<br>The following metric measures the Core Network hard handover success rate<br>for incoming speech calls.	
Sp_M_CNHHOOut_S	RNC	Core Network Hard Handover success rate speech, outgoing calls<br>The following metric measures the Core Network hard handover success rate<br>for outgoing speech calls.	
Sp_M_IFHO_S	RNC	Inter Frequency Handover Success Rate for Speech<br>The following metric measures hard handover success rate between frequencies in UtranRelation for speech calls.	
Sp_M_IRATHO_GAN_S	RNC	Inter Radio Access Technology (GAN) Handover Success Rate for Speech<br>Hard handover success rate per UtranCell for speech calls.	
Sp_M_IRATHO_GSM_S_CR	RNC	Inter Radio Access Technology (GSM) Handover Success Rate for Speech<br>The following metric measures hard handover success rate between UtranCell<br>and target GSM cell for speech calls.	
Sp_Multi_R_D	RNC	CS Speech Drop Rate in MultiRAB Calls<br>The Circuit-Switched Speech Drop Rate while in MultiRAB calls for UtranCell.	
Sp_R_D	RNC	Circuit-Switched (CS) Speech Drop Rate<br>The drop rate per UtranCell for speech.	
Sp_R_D_Iur	RNC	Circuit-Switched (CS) Speech Drop Rate<br>The drop rate per IurLink for Drifting UEs in neighboring RNCs for speech.<br>If the feature Drifting RNC Observability, Performance Management in WCDMA, is not in use the total drop rate per RNC including Drifting UEs for speech is given by summarizing all cell level counters up to RNC level together with all Iur level counters for that particular RNC from IurLinks in neighboring RNCs.	
Sp_R_MD	RNC	Circuit-Switched (CS) Speech Minutes per Drop<br>The Speech Minutes per Drop per UtranCell. <br>RESOLUTION_MIN is the measurement time in minutes, that is 15 for one ROP.	
Sp_U_Tot	RNC	Circuit-Switched (CS) Speech Downlink Code Utilization<br>The average number of downlink code is occupied for speech traffic per UtranCell in a measurement period of 15 minutes.	
Sp_U_User	RNC	Average Number of Circuit-Switched (CS) Speech Users<br>The average number of speech users per UtranCell in a measurement period of 15 minutes.	
Str128_M_incIRATHO_LTE_S_CR	RNC	Inter Radio Access Technology (LTE) Handover Success Rate for PS Streaming 128<br>This metric measures hard handover success rate between LTE and target UtranCell for PS streaming 128.	
StrHS_M_incIRATHO_LTE_S_CR	RNC	Inter Radio Access Technology (LTE) Handover Success Rate for PS Streaming HS<br>This metric measures hard handover success rate between LTE and target UtranCell for PS streaming HS	
Str_M_IFHO_S_CR	RNC	Inter Frequency Handover Success Rate for Streaming<br>The following metric measures hard handover success rate between<br>frequencies in UtranRelation for Streaming.	
Str_M_incIRATHO_LTE_S_CR	RNC	Inter Radio Access Technology (LTE) Handover Success Rate for PS Streaming<br>This metric measures hard handover success rate between LTE and target Utran Cell for PS streaming.	
Ura_M_Upd_S	RNC	URA Update success rate<br>The following metric measures the URA Update success rate.	
Ura_U_User	RNC	URA_PCH Users<br>The average number of URA_PCH Users per URA.	
