ericsson wcdmahghdgd

This document is intended for Telsasoft internal use only and subject to the Non Disclosure Agreement. Distribution of this document is strictly prohibited.

Accessibility -- 2013-10-14 to 2013-10-14; Hours 0 to 23; RNC/Node B/Sector; Daily Summary; RNCBAH1/WAC401 (LOVELY_BAY)

Accessibility

RNC Node B.Sector Site Name Date

Report Options

Date Range, Hour Range, Granularity, Report Type, Result Set

Source Column Formula

(((pmTotNoRrcConnectReqCsSucc)/((pmTotNoRrcConnectReqCs - pmNoLoadSharingRrcConnCs)))*((pmNoNormalNasSignReleaseCs)/((pmNoNormalNasSignReleaseCs + pmNoSystemNasSignReleaseCs)))*((pmNoRabEstablishSuccessSpeech)/((pmNoRabEstablishAttemptSpeech - pmNoDirRetryAtt))))*100

((CS RRCCxn Setup Success) / (CS RRC Cxn Setup Attempts)) * 100

pmTotNoRrcConnectReqCs - pmNoLoadSharingRrcConnCs

pmTotNoRrcConnectReqCsSucc

((CS NAS Normal Release) /(CS NAS Total Release)) * 100

(pmNoNormalNasSignReleaseCs + pmNoSystemNasSignReleaseCs)

pmNoNormalNasSignReleaseCs

((CS RAB Establish Success) / (CS RAB Establish Attempts)) * 100

pmNoRabEstablishAttemptSpeech - pmNoDirRetryAtt

pmNoRabEstablishSuccessSpeech

(((pmTotNoRrcConnectReqPsSucc)/((pmTotNoRrcConnectReqPs - pmNoLoadSharingRrcConnPs)))*((pmNoNormalNasSignReleasePs)/((pmNoNormalNasSignReleasePs + pmNoSystemNasSignReleasePs)))*(((pmNoRabEstablishSuccessPacketInteractive + pmNoRabEstablishSuccessPacketStream))/((pmNoRabEstablishAttemptPacketInteractive::int - (pmNoIncomingHsHardHoAttempt - pmNoIncomingHsHardHoSuccess - pmNoHsHardHoReturnOldChTarget) + pmNoRabEstablishAttemptPacketStream))))*100

((PS RRC Cxn SetupSuccess)/((PS RRC Cxn Setup Attempts)))*100

(pmTotNoRrcConnectReqPs - pmNoLoadSharingRrcConnPs)

pmTotNoRrcConnectReqPsSucc

((PS NAS Normal Release) / (PS NAS Total Release)) * 100

(pmNoNormalNasSignReleasePs + pmNoSystemNasSignReleasePs)

pmNoNormalNasSignReleasePs

((PS RAB Establish Success) / (PS RAB Establish Attempts)) * 100

(pmNoRabEstablishAttemptPacketInteractive - (pmNoIncomingHsHardHoAttempt - pmNoIncomingHsHardHoSuccess - pmNoHsHardHoReturnOldChTarget) + pmNoRabEstablishAttemptPacketStream)

(pmNoRabEstablishSuccessPacketInteractive::int + pmNoRabEstablishSuccessPacketStream)

((R99 RAB Establish Success) /(R99 RAB Establish Attempts))*100

pmNoRabEstAttemptPsIntNonHs

pmNoRabEstSuccessPsIntNonHs

((HSDPA RAB Establish Success) / (HSDPA RAB Establish Attempts))*100

(pmNoRabEstablishAttemptPacketInteractiveHs::int + pmNoRabEstAttemptPsStreamHs)

(pmNoRabEstablishSuccessPacketInteractiveHs::int + pmNoRabEstSuccessPsStreamHs)

((EUL RAB Establish Success)/(EUL RAB Establish Attempts))*100


pmNoRabEstablishSuccessPacketInteractiveEul

((RRC Establish Success)/(UE Perceived RRC Establish Attempts))*100

(pmTotNoRrcConnectReq - pmNoLoadSharingRrcConn)

pmTotNoRrcConnectReqSuccess

((Directed Retry Success)/(Directed Retry Attempts))*100

pmNoDirRetryAtt

pmNoDirRetrySuccess

Summary

Provides KPIs for network accessibility on a per sector level.

CS SpeechCall

Success %

CS RRCCxn SetupSuccess %

CS RRCCxn SetupAttempts

CS RRCCxn Setup

Success

CallSuccess %Cxn SetupSuccess %Cxn SetupAttemptsCxn SetupSuccessNormalRelease %TotalReleaseNormalReleaseEstablishSuccess %EstablishAttemptsEstablishSuccessCallSuccess %Cxn SetupSuccess %Cxn SetupAttemptsCxn SetupSuccessNormalRelease %TotalReleaseNormalReleaseEstablishSuccess %EstablishAttemptsEstablishSuccessEstablishSuccess %EstablishAttemptsEstablishSuccessEstablishSuccess %EstablishAttemptsEstablishSuccessEstablishSuccess %EstablishAttemptsEstablishSuccessRRC EstablishSuccess %RRC EstablishAttemptsRRC EstablishSuccessRetrySuccess %RetryAttemptsRetrySuccess


Columns

CS Speech Call Success %

This KPI provides the percentage for successful access to UTRAN resources for CS voice services.

CS RRC Cxn Setup Success % * CS NAS Normal Release % * CS RAB Establish Success %

CSSR_SPEECH

CS RRC Cxn Setup Success %

This KPI provides the percentage of successful CS established RRC connection setups per RRC connection attempt procedure.

CS RRC Cxn Setup Success / CS RRC Cxn Setup Attempts

CS_RRCSUCCRATE

CS NAS Normal Release %

This KPI defines the success rate of CS NAS Signaling procedure during call setup. Incremented in best cell of the active set.

CS_NAS_SIGREL_SUCC_RATE

CS RAB Establish Success %

This KPI provides the percentage of successful RAB establishments for speech calls.

CS RAB Establish Success / CS RAB Establish Attempts

SPEECH_RABSUCCRATE

PS Call Success %

This KPI provides the percentage for successful access to UTRAN resources for PS services.

PS RRC Cxn Setup Success % * PS NAS Normal Release % * PS RAB Establish Success %

CSSR_PS and includes PSSTR_HS_RABSUCCRATE

PS RRC Cxn Setup Success %

This KPI provides the percentage of successful PS established RRC connection setups per RRC connection attempt procedure.

PS RRC Cxn Setup Success / PS RRC Cxn Setup Attempts

PS_RRCSUCCRATE

PS NAS Normal Release %

This KPI defines the success rate of PS NAS Signaling procedure during call setup. Incremented in best cell of the active set.

PS_NAS_SIGREL_SUCC_RATE

PS RAB Establish Success %

This KPI provides the percentage of RAB attempts for any PS call independent of DCH/HSDSCH usage and datarate, which succeed based on RAB assignment procedure.

PS RAB Establish Success / PS RAB Establish Attempts

PSSTREAMING_RABSUCCRATE and PS_RABSUCCRATE

R99 RAB Establish Success %

This KPI provides the percentage of RAB attempts mapped on DCH transport channel in DL and UL, which succeed based on RAB assignment procedure.

R99 RAB Establish Success / R99 RAB Establish Attempts

PS_NON_HS_RABSUCCRATE

HSDPA RAB Establish Success %

This KPI provides the percentage of RAB attempts mapped on HSDSCH transport channel in DL, which succeed based on RAB assignment procedure.

HSDPA RAB Establish Success / HSDPA RAB Establish Attempts

PS_HS_RABSUCCRATE and PSSTR_HS_RABSUCCRATE

EUL RAB Establish Success %

This KPI provides the percentage of RAB attempts mapped on E-DCH in DL, which succeed based on RAB assignment procedure.

EUL RAB Establish Success / EUL RAB Establish Attempts

PS_EUL_RABSUCCRATE

UE Perceived RRC Establish Success %

This KPI provides the percentage of successful established RRC connections per RRC connection attempt procedure.

RRC Establish Success / UE Perceived RRC Establish Attempts


GLOBAL_RRCSUCCRATE

Notes

For the Site Group granularity, keep in mind that a site can belong to multiple Site Groups.




(pmNoRabEstablishAttemptPacketInteractive - (pmNoIncomingHsHardHoAttempt - pmNoIncomingHsHardHoSuccess - pmNoHsHardHoReturnOldChTarget) + pmNoRabEstablishAttemptPacketStream)

(pmNoRabEstablishSuccessPacketInteractive::int + pmNoRabEstablishSuccessPacketStream)

(pmNoRabEstablishAttemptPacketInteractiveHs::int + pmNoRabEstAttemptPsStreamHs)



CS NASNormal

Release %

CS NASTotal

Release

CS NASNormalRelease

CS RABEstablish

Success %

CS RABEstablishAttempts

CS RABEstablishSuccess

PSCall

Success %

PS RRCCxn SetupSuccess %

PS RRCCxn SetupAttempts



This KPI defines the success rate of CS NAS Signaling procedure during call setup. Incremented in best cell of the active set.


This KPI defines the success rate of PS NAS Signaling procedure during call setup. Incremented in best cell of the active set.

This KPI provides the percentage of RAB attempts for any PS call independent of DCH/HSDSCH usage and datarate, which succeed based on RAB assignment procedure.

This KPI provides the percentage of RAB attempts mapped on DCH transport channel in DL and UL, which succeed based on RAB assignment procedure.

This KPI provides the percentage of RAB attempts mapped on HSDSCH transport channel in DL, which succeed based on RAB assignment procedure.

This KPI provides the percentage of RAB attempts mapped on E-DCH in DL, which succeed based on RAB assignment procedure.




PS RRCCxn Setup

Success

PS NASNormal

Release %

PS NASTotal

Release

PS NASNormalRelease

PS RABEstablish

Success %

PS RABEstablishAttempts

PS RABEstablishSuccess

R99 RABEstablish

Success %

R99 RABEstablishAttempts



R99 RABEstablishSuccess

HSDPA RABEstablish

Success %

HSDPA RABEstablishAttempts

HSDPA RABEstablishSuccess

EUL RABEstablish

Success %

EUL RABEstablishAttempts

EUL RABEstablishSuccess

UE PerceivedRRC Establish

Success %



AttemptsRRC Establish

Success

DirectedRetry

Success %

DirectedRetry

Attempts

DirectedRetry

Success

Availability -- 2013-10-14 to 2013-10-14; Hours 0 to 23; RNC/Node B/Sector; Daily Summary; RNCBAH1/WAC401 (LOVELY_BAY)

Availability


Report Options



((1-(pmCellDowntimeAuto + pmCellDowntimeMan)/(interval_seconds))*100

((1-(pmCellDowntimeAuto)/(interval_seconds))*100

((1-(pmCellDowntimeMan)/(interval_seconds))*100

((1-sum (pmHsDowntimeAuto + pmHsDowntimeMan)/(interval_seconds))*100

((1-(pmHsDowntimeAuto)/(interval_seconds))*100

((1-(pmHsDowntimeMan)/(interval_seconds))*100

((1-(pmEulDowntimeAuto + pmEulDowntimeMan)/(interval_seconds))*100

((1-(pmEulDowntimeAuto)/(interval_seconds))*100

((1-(pmEulDowntimeMan)/(interval_seconds))*100

NULL

NULL

NULL

Summary

Provides KPIs for availability on a per sector level.

Columns

Cell Availability Combo

The KPI defines the percentage of time during which the cell is in downtime state due to maintenance activity or to a system malfunction.

DOWNTIME_COMB

Cell Availability Auto %

Measures the percentage 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 disable. This means that cell and/or channel Operation state = Disabled and the cell and/or channel Administration state = unlocked.

Cell Availability Man %

Measures the percentage of time during which a cell is unavailable for service because of Administration state being set to manual lock. This means that Administration state of the cell and/or channel = locked, regardless of the operational state of the cell or channel.

HS Availability Combo

The KPI defines the percentage of time during which the cell is in downtime state for HS due to maintenance activity or to a system malfunction.

HSDOWNTIME_COMB

HS Availability Auto %

Measures the percentage of time during which the Hsdsch service is unavailable for service because, due to a fault, the system has set a cell or channel state (at least one of the MOs Hsdsch, UtranCell, Pch, Rach or Fach) to disable. This means that cell and/or any channels Operation state = Disabled and the cell and/or channel Administration state = unlocked.

HS Availability Man %

Measures the percentage of time during which the Hsdsch service in a cell is unavailable due to operation setting because the operator has locked at least one of the MOs Hsdsch, UtranCell, Pch, Rach or Fach. This means that cell and/or any changges Administration state = locked, regardless of the operational state of the cell or channel. So downtime value for a HS cell is always greater or at least equal to downtime value for the relative R99 cell.

Eul Availability Combo

The KPI defines the percentage of time during which the Eul service is in downtime state due to maintenance activity or to a system malfunction.

EULDOWNTIME_COMB

Eul Availability Auto %

Measures the percentage of time during which 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.

Eul Availability Man %

CellAvailabilityCombo %

CellAvailability

Auto %

CellAvailabilityManual %

AvailabilityCombo %AvailabilityAuto %AvailabilityManual %AvailabilityCombo %AvailabilityAuto %AvailabilityManual %AvailabilityCombo %AvailabilityAuto %AvailabilityManual %AvailabilityCombo %AvailabilityAuto %AvailabilityManual %


Measures the percentage of time during which the Eul service in a cell is unavailable due to operator setting, for example, the operator has locked at least one of the MOs Eul, Hsdsch, UtranCell, Pch, Rach or Fach.

Notes

None.


((1-(pmCellDowntimeAuto + pmCellDowntimeMan)/(interval_seconds))*100

((1-sum (pmHsDowntimeAuto + pmHsDowntimeMan)/(interval_seconds))*100

((1-(pmEulDowntimeAuto + pmEulDowntimeMan)/(interval_seconds))*100

The KPI defines the percentage of time during which the cell is in downtime state due to maintenance activity or to a system malfunction.



The KPI defines the percentage of time during which the cell is in downtime state for HS due to maintenance activity or to a system malfunction.



The KPI defines the percentage of time during which the Eul service is in downtime state due to maintenance activity or to a system malfunction.


HSAvailabilityCombo %

HSAvailability

Auto %

HSAvailabilityManual %

EulAvailabilityCombo %

EulAvailability

Auto %

EulAvailabilityManual %

MBMSAvailabilityCombo %

MBMSAvailability

Auto %


Measures the percentage of time during which the Eul service in a cell is unavailable due to operator setting, for example, the operator has locked at least one of the MOs Eul, Hsdsch, UtranCell, Pch, Rach or Fach.







MBMSAvailabilityManual %

Baseband Pool Usage -- 2013-12-12 to 2013-12-12; Hours 0 to 23; RNC/Node B/BB Pool; Daily Summary; All sites; First Percentile: 50; Second Percentile: 80; Third Percentile: 90; Fourth Percentile: 95

Baseband Pool Usage

RNC Site Name Date

Report Options



pmCapacityUlCe_000

ARRAY[pmCapacityUlCe_001,pmCapacityUlCe_002,pmCapacityUlCe_003,pmCapacityUlCe_004,pmCapacityUlCe_005,pmCapacityUlCe_006,pmCapacityUlCe_007,pmCapacityUlCe_008,pmCapacityUlCe_009,pmCapacityUlCe_010]




((UL CE Alloc Reject) / (UL CE Alloc Attempts))*100

pmCapacityAllocAttUlCe

pmCapacityAllocRejUlCe

pmNoUlHwLimitEul

pmCapacityDlCe_000

ARRAY[pmCapacityDlCe_001,pmCapacityDlCe_002,pmCapacityDlCe_003,pmCapacityDlCe_004,pmCapacityDlCe_005,pmCapacityDlCe_006,pmCapacityDlCe_007,pmCapacityDlCe_008,pmCapacityDlCe_009,pmCapacityDlCe_010]




((DL CE Alloc Reject)/(DL CE Alloc Attempts))*100

pmCapacityAllocAttDlCe

pmCapacityAllocRejDlCe

((pmSumCapacityUlCe / pmSamplesCapacityUlCe)*(100/UL CE Pool Size))

First base band pool: LicensedCEsPoolUL = (1 - ulLicFractBpPool2/100) * min (licenseCapacityRbsChannelElementsuplink; availableRbsChannelElementsuplink)

Second base band pool: LicensedCEsPoolUL = (ulLicFractBpPool2/100) * min (licenseCapacityRbsChannelElementsuplink; availableRbsChannelElementsuplink

licenseCapacityRbsChannelElementsUplink

availableRbsChannelElementsUplink

((pmSumCapacityDlCe / pmSamplesCapacityDlCe)*(100/DL CE Pool Size))

First base band pool: LicensedCEsPoolDL = (1 - dlLicFractBpPool2/100) * min (licenseCapacityRbsChannelElementsdownlink; availableRbsChannelElementsDownlink)

Second base band pool: LicensedCEsPoolDL = (dlLicFractBpPool2/100) * min (licenseCapacityRbsChannelElementsdownlink; availableRbsChannelElementsDownlink

licenseCapacityRbsChannelElementsDownlink

availableRbsChannelElementsDownlink

Summary

Columns

(UL|DL) CE License Limit

Configured license limit

(UL|DL) CE Usage X Pctl %

(UL|DL) Channel Element utilization, as percentages of the license limit. 95th percentile means that 95% of the samples taken were at or below the given level.

Ericsson KPI Name: UL_CE_USAGE and DL_CE_USAGE

(UL|DL) CE Alloc Reject %

(UL|DL) CE Alloc Reject / (UL|DL) CE Alloc Attempts

Node B.Baseband

Pool

UL CELicense

Limit

UL CEUsage

50 Pctl %

UL CEUsage

80 Pctl %

UL CEUsage

90 Pctl %

UL CEUsage

95 Pctl %

LicenseLimitUsage50 Pctl %Usage80 Pctl %Usage90 Pctl %Usage95 Pctl %AllocReject %AllocAttemptsAllocRejectResourceLimitLicenseLimitUsage50 Pctl %Usage80 Pctl %Usage90 Pctl %Usage95 Pctl %AllocReject %AllocAttemptsAllocRejectAvgUtil %PoolSize

LicenseCapacityLicenseAvailableAvgUtil %PoolSize

LicenseCapacityLicenseAvailable


Ericsson KPI Name: UL_CE_CAP_ALL_FR and DL_CE_CAP_ALL_FR

(UL|DL) CE Alloc Attempts

The number of attempts to allocate (UL|DL) Channel Elements.

(UL|DL) CE Alloc Reject

The number of attempts to allocate (UL|DL) Channel Elements that are rejected.

UL HW Resource Limit

Number 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.

Notes

None.










First base band pool: LicensedCEsPoolUL = (1 - ulLicFractBpPool2/100) * min (licenseCapacityRbsChannelElementsuplink; availableRbsChannelElementsuplink)

Second base band pool: LicensedCEsPoolUL = (ulLicFractBpPool2/100) * min (licenseCapacityRbsChannelElementsuplink; availableRbsChannelElementsuplink

First base band pool: LicensedCEsPoolDL = (1 - dlLicFractBpPool2/100) * min (licenseCapacityRbsChannelElementsdownlink; availableRbsChannelElementsDownlink)

Second base band pool: LicensedCEsPoolDL = (dlLicFractBpPool2/100) * min (licenseCapacityRbsChannelElementsdownlink; availableRbsChannelElementsDownlink

(UL|DL) Channel Element utilization, as percentages of the license limit. 95th percentile means that 95% of the samples taken were at or below the given level.

UL CEAlloc

Reject %

UL CEAlloc

Attempts

UL CEAlloc

Reject

UL HWResource

Limit

DL CELicense

Limit

DL CEUsage

50 Pctl %

DL CEUsage

80 Pctl %

DL CEUsage

90 Pctl %

DL CEUsage

95 Pctl %

DL CEAlloc

Reject %


Number 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.


DL CEAlloc

Attempts

DL CEAlloc

Reject

UL CEAvg

Util %

UL CEPoolSize

UL CELicense

Capacity

UL CELicense

Available

DL CEAvg

Util %

DL CEPoolSize

DL CELicense

Capacity

DL CELicense

Available

Cell Capacity -- 2013-10-14 to 2013-10-14; Hours 0 to 23; RNC/Node B/Sector; Daily Summary; RNCBAH1/WAC401 (LOVELY_BAY)

Cell Capacity


Report Options



((pmTotalTimeUlCellCong)/(interval_seconds))*100

((pmTotalTimeDlCellCong)/(interval_seconds))*100

((pmTotalTimeHsdschOverload)/(interval_seconds))*100

pmSumOfTimesMeasOlUl

pmSumOfTimesMeasOlDl

pmNoFailedRabEstAttemptLackDlHwBest+pmNoFailedRabEstAttemptLackUlHwBest+pmNoFailedRabEstAttemptLackUlAse+pmNoFailedRabEstAttemptLackDlAse+pmNoFailedRabEstAttemptLackDlChnlCode +pmNoFailedRabEstAttemptLackDlPwr +pmNoFailedRabEstAttemptExceedConnLimit

((pmNoFailedRabEstAttemptLackUlHwBest)/(Total RAB Establish Denies))*100

((pmNoFailedRabEstAttemptLackDlHwBest)/(Total RAB Establish Denies))*100

((pmNoFailedRabEstAttemptLackUlAse)/(Total RAB Establish Denies))*100

((pmNoFailedRabEstAttemptLackDlAse)/(Total RAB Establish Denies))*100

((pmNoFailedRabEstAttemptLackDlChnlCode)/(Total RAB Establish Denies))*100

((pmNoFailedRabEstAttemptLackDlPwr)/(Total RAB Establish Denies))*100

((pmNoFailedRabEstAttemptExceedConnLimit)/(Total RAB Establish Denies))*100

(((pmSumOfSampAseUl)/(pmNoOfSampAseUl)))*0.01

(((pmSumOfSampAseDl)/(pmNoOfSampAseDl)))*0.01

(((pmSumUlRssi)/(pmSamplesUlRssi)))/10-112

(square_root((pmSumSqrUlRssi/pmSamplesUlRssi) - (pmSumUlRssi/pmSamplesUlRssi)^2 ))/10

(pmSumDlCode/pmSamplesDlCode)

square_root(((pmSumSqrDlCode)/(pmSamplesDlCode))-(((pmSumDlCode)/pmSamplesDlCode)))^2)

((Speech Establish Denies)/(Speech Establish Attempts))*100

pmNoRabEstablishAttemptSpeech

pmNoOfNonHoReqDeniedSpeech

((CS Data Establish Denies)/(CS Data Establish Attempts))*100

pmNoRabEstablishAttemptCs64 + pmNoRabEstablishAttemptCs57

pmNoOfNonHoReqDeniedCs

((PS Non HS Int Establish Denies)/(PS Non HS Int Establish Attempts))*100

pmNoRabEstablishAttemptPacketInteractive

pmNoOfNonHoReqDeniedInteractive

((PS HS Int Establish Denies)/(PS HS Int Establish Attempts))*100

pmNoRabEstablishAttemptPacketInteractiveHs

pmNoOfNonHoReqDeniedHs

((PS EUL Int Establish Denies)/(PS EUL Int Establish Attempts))*100

pmNoRabEstablishAttemptPacketInteractiveEul

pmNoOfNonHoReqDeniedEul

pmNoServingCellReqDeniedEul

pmNoServingCellReqDeniedEulTti2

pmNoNonServingCellReqDeniedEul

pmNoOfTermSpeechCong + pmNoOfIurTermSpeechCong

pmNoOfTermCsCong + pmNoOfIurTermCsCong

Time ULCongest

%

Time DLCongest

%

Time HSCongest

%

CongestControl:UL Interf

CongestControl:

DL Power

Congest%Congest%Congest%Control:UL InterfControl:DL PowerEstablishDeniesDenies:UL HW %Denies:DL HW %Denies:UL ASE %Denies:DL ASE %Denies:DL Code %Denies:DL Pwr %Denies:Excd Lmt %AverageUsageAverageUsageAveragedBStandardDevAverageUsageStandardDevEstablishDeny %EstablishAttemptsEstablishDeniesEstablishDeny %EstablishAttemptsEstablishDeniesInt EstablishDeny %Int EstablishAttemptsInt EstablishDeniesEstablishDeny %EstablishAttemptsEstablishDeniesEstablishDeny %EstablishAttemptsEstablishDeniesCellDeniesCell TTI2ms DeniesServe CellDeniesReleasedCongestionReleasedCongestion


pmNoOfSwDownNgCong + pmNoOfIurSwDownNgCong

pmNoOfSwDownNgAdm

pmNoOfSwDownNgHo

pmNoOfSwDownHsCong

pmNoOfSwDownEulCong

Summary


Columns

Time UL Congest %

This KPI defines the percentage of time a cell has been congested in UL.

UL_CONG_TIME

Time DL Congest %

This KPI defines the percentage of time a cell has been congested in DL.

DL_CONG_TIME

Time HS Congest %

This KPI defines the percentage of time a cell has been congested in HS-DSCH.

HSDSCH_CONG_TIME

Congest Control: UL Interf

This KPI defines the number of times Congestion Control is triggered due to high UL interference.

UL_CONG_TIMES

Congest Control: DL Power

This KPI defines the number of times Congestion Control is triggered due to high DL power.

DL_CONG_TIMES

Total RAB Establish Denies

The total number of RAB establishment failures during the time period.

RAB Establish Denies: UL HW %

This KPI highlights the percentage of failed RAB establishments due to exceeding the configured connection limit when allocating UL Hardware.

REQDEN_ULHW

RAB Establish Denies: DL HW %

This KPI highlights the percentage of failed RAB establishments due to exceeding the configured connection limit when allocating DL Hardware.

REQDEN_DLHW

RAB Establish Denies: UL ASE %

This KPI highlights the percentage of failed RAB establishments due to lack of UL ASE (Air-interface Speech Equivalent).

REQDEN_ULASE

RAB Establish Denies: DL ASE %

This KPI highlights the percentage of failed RAB establishments due to lack of DL ASE (Air-interface Speech Equivalent).

REQDEN_DLASE

RAB Establish Denies: DL Code %

This KPI highlights the percentage of failed RAB establishments due to lack of DL Channelization codes.

REQDEN_CODESREQDEN_CODES

RAB Establish Denies: DL Pwr %

This KPI highlights the percentage of failed RAB establishments due to lack of DL power codes.

REQDEN_DLPOWER

RAB Establish Denies: Excd Lmt %

ReleasedCongestPS Non HSCong: AdmPS Non HSCong: HOHSCongestionEULCongestion


This KPI highlights the percentage of failed RAB establishments due to exceeding the configured connection limit when allocating Spreading factor (???SF Histogram??? in Admission Reject signal).

REQDEN_SFHYST

UL ASE Average Usage

This KPI represents the average ASE consumption in UL.

UL_ASE_USAGE

DL ASE Average Usage

This KPI represents the average ASE consumption in DL.

DL_ASE_USAGE

UL RSSI Average dB

This KPI represents the average of Received Total Wideband Power in the UpLink.

UL_AVE_RSSI

UL RSSI Standard Dev

This kpi provides the standard deviation value of RTWP (Received Total Wideband Power) values received in NBAP Common Measurement Reports, where RTWP is a measurement of uplink RSSI.

UL_RSSI_STDEV

DL Code Average Usage

DL_CODE_USAGE

DL Code Standard Dev

This kpi provides the standard deviation value of of Channelization Code usage in Down Link. It???s expressed as the square root of the difference between the average amount of the squares of Channelization Code in Down Link and the square of the average amount of DL Channelization Code usage.

DL_CODE_STDEV

Speech Establish Deny %

The percentage of number of Speech RAB establishment requests rejected by admission control.

NONHO_REQDEN_SPEECH

CS Data Establish Deny %

The percentage of number of CS RAB establishment requests rejected by admission control.

NONHO_REQDEN_CS

PS Non HS Int Establish Deny %

The percentage of number of PS Interactive RAB establishment requests rejected by admission control.

NONHO_REQDEN_PS_NON_HS

PS HS Establish Deny %

The percentage of number of PS HS RAB establishment requests rejected by admission control.

NONHO_REQDEN_HS

PS EUL Establish Deny %

The percentage of number of PS RAB establishments mapped to EUL/HS-DSCH rejected by admission control.

NONHO_REQDEN_EUL

EUL Serve Cell Denies

This KPI is an indication of accessibility for EUL/HS PS Interactive in case of EUL/HS PS RAB attempt in the cell selected to be the serving cell. It represents he number of admission requests denied when requesting the cell as serving cell because the number of E-DCH users is above the admission threshold. It is stepped at admission reject when requesting the cell as serving cell due to the number of E-DCH users is above the admission threshold.

EUL_SC_ADM_REJ

EUL Serve Cel TTI 2ms Denies

The number of admission requests denied when requesting the cell as serving cell because the number of EDCH users is above the admission threshold, in case of TTI 2ms.

EUL_SC_ADM_REJ_2MS

EUL Non Serve Cell Denies

The number of admission requests from EUL users in Soft Handover, denied when requesting the cell as nonserving cell because the number of E-DCH users is above the admission threshold.

EUL_NSC_ADM_REJ

Speech Cxn Released Congestion

This KPI defines the number of Speech Radio Connections served by this and another RNC terminated due to congestion.

SPEECH_CONG_REL

CS Data Cxn Released Congestion

This KPI represents the average of Channelization Code usage in DownLink. The pmSumDlCode counter provides the aggregate of DL Channelization code tree usage (percentage of lowest leaf, SF 256, usage: blocked or allocated) measurements.


This KPI defines the number circuit-switched data Radio Connections served by this and another RNC terminated due to congestion.

CS_CONG_REL

PS Cxn Released Congest

This KPI defines the non-guaranteed users served by this and another RNC switched down to common or terminated due to congestion.

PS_CONG_REL

Downswitch PS Non HS Cong: Adm

This KPI defines the number of downswitches initiated from admission control for non-guaranteed users served by this RNC.

PS_CONG_DOWNS_ADM

Downswitch PS Non HS Cong: HO

This KPI defines the number of downswitch requests for non-guaranteed users served by this RNC due to handover.

PS_CONG_DOWNS_HO

Downswitch HS Congestion

The number of Radio Connections served by an RNC, including an HSDPA service, which are channel switched down due to a congestion resolve action initiated on a serving Ue Context.

HS_CONG_DOWNS

Downswitch EUL Congestion

The number of E-DCH users served by an RNC, which are down-switched due to DL congestion in both EUL serving cell and EUL non-serving cell. For Multi Carrier connections, this counter is incremented only in the serving HS-DSCH cell.

EUL_CONG_DOWNS

Notes

None.



(square_root((pmSumSqrUlRssi/pmSamplesUlRssi) - (pmSumUlRssi/pmSamplesUlRssi)^2 ))/10

square_root(((pmSumSqrDlCode)/(pmSamplesDlCode))-(((pmSumDlCode)/pmSamplesDlCode)))^2)

Total RABEstablishDenies

RAB EstabDenies:

UL HW %

RAB EstabDenies:

DL HW %

RAB EstabDenies:

UL ASE %

RAB EstabDenies:

DL ASE %

RAB EstabDenies:

DL Code %

RAB EstabDenies:

DL Pwr %

RAB EstabDenies:

Excd Lmt %

UL ASEAverageUsage


This KPI highlights the percentage of failed RAB establishments due to exceeding the configured connection limit when allocating UL Hardware.

This KPI highlights the percentage of failed RAB establishments due to exceeding the configured connection limit when allocating DL Hardware.

This KPI highlights the percentage of failed RAB establishments due to lack of UL ASE (Air-interface Speech Equivalent).

This KPI highlights the percentage of failed RAB establishments due to lack of DL ASE (Air-interface Speech Equivalent).


This KPI highlights the percentage of failed RAB establishments due to exceeding the configured connection limit when allocating Spreading factor (???SF Histogram??? in Admission Reject signal).

This kpi provides the standard deviation value of RTWP (Received Total Wideband Power) values received in NBAP Common Measurement Reports, where RTWP is a measurement of uplink RSSI.



The number of admission requests denied when requesting the cell as serving cell because the number of EDCH users is above the admission threshold, in case of TTI 2ms.

The number of admission requests from EUL users in Soft Handover, denied when requesting the cell as nonserving cell because the number of E-DCH users is above the admission threshold.

This KPI defines the number of Speech Radio Connections served by this and another RNC terminated due to congestion.

counter provides the aggregate of DL Channelization code tree usage (percentage of lowest leaf, SF 256, usage: blocked or allocated) measurements.


This KPI defines the number circuit-switched data Radio Connections served by this and another RNC terminated due to congestion.

This KPI defines the non-guaranteed users served by this and another RNC switched down to common or terminated due to congestion.

This KPI defines the number of downswitches initiated from admission control for non-guaranteed users served by this RNC.

The number of Radio Connections served by an RNC, including an HSDPA service, which are channel switched down due to a congestion resolve action initiated on a serving Ue Context.

The number of E-DCH users served by an RNC, which are down-switched due to DL congestion in both EUL serving cell and EUL non-serving cell. For Multi Carrier connections, this counter is incremented only in the serving HS-DSCH cell.



DL ASEAverageUsage

UL RSSIAverage

dB

UL RSSIStandard

Dev

DL CodeAverageUsage

DL CodeStandard

Dev

SpeechEstablishDeny %

SpeechEstablishAttempts

SpeechEstablishDenies

CS DataEstablishDeny %

CS DataEstablishAttempts




counter provides the aggregate of DL Channelization code tree usage (percentage of lowest leaf, SF 256, usage: blocked or allocated) measurements.


CS DataEstablishDenies

PS Non HSInt Establish

Deny %


Attempts


Denies

PS HS IntEstablishDeny %

PS HS IntEstablishAttempts

PS HS IntEstablishDenies

PS EUL IntEstablishDeny %


PS EUL IntEstablishAttempts

PS EUL IntEstablishDenies

EUL ServeCell

Denies

EUL ServeCell TTI

2ms Denies

EUL NonServe Cell

Denies

Speech CxnReleased

Congestion

CS Data CxnReleased

Congestion

PS CxnReleasedCongest

DownswitchPS Non HSCong: Adm

DownswitchPS Non HSCong: HO


DownswitchHS

Congestion

DownswitchEUL

Congestion

Cell Integrity -- 2013-10-14 to 2013-10-14; Hours 0 to 23; RNC/Node B/Sector; Daily Summary; RNCBAH1/WAC401 (LOVELY_BAY)

Cell Integrity


Report Options



pmTransportBlocksBcUl

pmFaultyTransportBlocksBcUl

((DCh Faulty Blocks)/(DCh Total Blocks))*100

pmTransportBlocks

pmFaultyTransportBlocks

((RACh Faulty Blocks)/(RACh Total Blocks))*100

pmEulMacesPduTti10DelivPsRabs + pmEulMacesPduTti10DelivSrb + pmEulMacesPduTti10UndelivPsRabs + pmEulMacesPduTti10UndelivSrb

pmEulMacesPduTti10UndelivPsRabs + pmEulMacesPduTti10UndelivSrb

((TTI 10ms MAC-es PDUs Failed)/(TTI 10ms MAC-es PDUs Sent))*100


pmEulMacesPduTti2UndelivPsRabs + pmEulMacesPduTti2UndelivSrb

((TTI 2ms MAC-es PDUs Failed)/(TTI 2ms MAC-es PDUs Sent))*100

((pmeulharqtransmtti10psrabs_001)+2*(pmeulharqtransmtti10psrabs_002)+3*(pmeulharqtransmtti10psrabs_003)/(pmeulharqtransmtti10psrabs_000)+(pmeulharqtransmtti10psrabs_001)+2*(pmeulharqtransmtti10psrabs_002)+3*(pmeulharqtransmtti10psrabs_003))*100


((pmeulharqtransmtti2psrabs_001)+2*(pmeulharqtransmtti2psrabs_002)+3*(pmeulharqtransmtti2psrabs_003) / (pmeulharqtransmtti2psrabs_000)+(pmeulharqtransmtti2psrabs_001)+2*(pmeulharqtransmtti2psrabs_002)+3*(pmeulharqtransmtti2psrabs_003))*100

((pmeulharqtransmtti2srb_001)+2*(pmeulharqtransmtti2srb_002)+3*(pmeulharqtransmtti2srb_003) / (pmeulharqtransmtti2srb_000)+(pmeulharqtransmtti2srb_001)+2*(pmeulharqtransmtti2srb_002)+3*(pmeulharqtransmtti2srb_003))*100

((pmSumPacketLatency_000)+(pmSumPacketLatency_001)+(pmSumPacketLatency_002) / (pmSamplesPacketLatency_000)+(pmSamplesPacketLatency_001)+(pmSamplesPacketLatency_002))

((pmSumPacketLatencyPsStreamHs_000)+(pmSumPacketLatencyPsStreamHs_001)+(pmSumPacketLatencyPsStreamHs_002) / (pmSamplesPacketLatencyPsStreamHs_000)+(pmSamplesPacketLatencyPsStreamHs_001)+(pmSamplesPacketLatencyPsStreamHs_002))

((pmSumPacketDlDelay_000)+(pmSumPacketDlDelay_001)+(pmSumPacketDlDelay_002) / (pmSamplesPacketDlDelay_000)+(pmSamplesPacketDlDelay_001)+(pmSamplesPacketDlDelay_002))

Summary


Columns

DCh Faulty Blocks %

The KPI defines the percentage of faulty UL transport blocks on DCH channel over the total of the valid received ones.

BLER_DCH_CELL

RACh Faulty Blocks %

The KPI defines the percentage of faulty UL transport blocks on RACH channel over the total of the received ones.

BLER_RACH_CELL

TTI 10ms MAC-es PDUs Sent

The total number of MAC-es PDUs sent, both deilevered and undelivered, and both PS and SRB with a TTI of 10ms

TTI 10ms MAC-es PDUs Failed

This counter is the number of MAC-es PDUs with a TTI of 10ms, which are undeliverable by MAC-es re-ordering. Undeliverable MAC-es PDUs are those that have not been received at expiry of a timer (t1eTimerUlTti10) and have a TSN (Transmission Sequence Number) smaller than the TSN that triggered the timer. The data shall be associated with the serving EUL cell.

TTI 10ms MAC-es PDUs Failed %

This figure represents the percentage of MAC-es PDUs with a TTI of 10ms that go undelivered. The KPI evaluates the probability that the MAC-es layer (in RNC) cannot correctly handle MAC-es PDUs - both PS data and signalling - due to delays/problems in transmission.

EUL_MAC-es_delivery_FR

DChTotal

Blocks

DChFaultyBlocks

DChFaulty

Blocks %

RAChTotal

Blocks

RAChFaultyBlocks

TotalBlocksFaultyBlocksFaultyBlocks %TotalBlocksFaultyBlocksFaultyBlocks %MAC-es PDUsSentMAC-es PDUsFailedMAC-es PDUsFailed %MAC-es PDUsSentMAC-es PDUsFailedMAC-es PDUsFailed %HARQ PSRetrans %HARQ SRBRetrans %HARQ PSRetrans %HARQ SRBRetrans %InteractiveLatency msStreamingLatency msInteractiveDelay ms


TTI 2ms MAC-es PDUs Sent


TTI 2ms MAC-es PDUs Failed


TTI 2ms MAC-es PDUs Failed %


EUL_MAC-es_delivery_FR_2ms

TTI 10ms EUL HARQ PS Retrans %

The formula measures the Block Error Rate of the PS Data for 10ms TTI users carried over E-DCH. This gives a more correct measure of the uplink quality than using EULNACK ratio, which is calculated from RBS counters.

EUL_HARQ Retr_Rate_PS_Data

TTI 10ms EUL HARQ SRB Retrans %

The formula measures the Block Error Rate of the SRB for 10ms TTI users carried over E-DCH for TTI 2ms users.

EUL_HARQ_Retr_Rate_SRB

TTI 2ms EUL HARQ PS Retrans %

The formula measures the Block Error Rate of the PS Data for 2ms TTI users carried over E-DCH.

EUL_HARQ Retr_Rate_PS_Data_2ms

TTI 2ms EUL HARQ SRB Retrans %

The formula measures the Block Error Rate of the SRB for 2ms TTI users carried over E-DCH for TTI 2ms users.

EUL_HARQ_Retr_Rate_SRB_2ms

PS Interactive Latency ms

The KPI measure the PS Interactive latency with respect to the Best Cell.

PS_INT_LATENCY

HS PS Streaming Latency ms

The KPI measure the RAN SDU PS Streaming HS packet latency with respect to the Best Cell.

HS_PS_STR_LATENCY

PS R99 Interactive Delay ms

The KPI measure the PS Interactive delay with respect to the Best Cell.

PS_INT_DELAY

Notes

Empty columns occur when the device is not reporting that metric.








((pmSumPacketLatency_000)+(pmSumPacketLatency_001)+(pmSumPacketLatency_002) / (pmSamplesPacketLatency_000)+(pmSamplesPacketLatency_001)+(pmSamplesPacketLatency_002))


((pmSumPacketDlDelay_000)+(pmSumPacketDlDelay_001)+(pmSumPacketDlDelay_002) / (pmSamplesPacketDlDelay_000)+(pmSamplesPacketDlDelay_001)+(pmSamplesPacketDlDelay_002))

The KPI defines the percentage of faulty UL transport blocks on DCH channel over the total of the valid received ones.

The KPI defines the percentage of faulty UL transport blocks on RACH channel over the total of the received ones.




RAChFaulty

Blocks %

TTI 10msMAC-es PDUs

Sent

TTI 10msMAC-es PDUs

Failed

TTI 10msMAC-es PDUs

Failed %

TTI 2msMAC-es PDUs

Sent

TTI 2msMAC-es PDUs

Failed

TTI 2msMAC-es PDUs

Failed %





The formula measures the Block Error Rate of the PS Data for 10ms TTI users carried over E-DCH. This gives a more correct measure of the uplink quality than using EULNACK ratio, which is calculated from RBS counters.









TTI 10ms EULHARQ PSRetrans %

TTI 10ms EULHARQ SRBRetrans %

TTI 2ms EULHARQ PSRetrans %

TTI 2ms EULHARQ SRBRetrans %

PSInteractiveLatency ms

HS PSStreamingLatency ms

PS R99InteractiveDelay ms

Cell Traffic -- 2013-10-14 to 2013-10-14; Hours 0 to 23; RNC/Node B/Sector; Daily Summary; RNCBAH1/WAC401 (LOVELY_BAY)

Cell Traffic


Report Options



(pmSumBestCs12Establish / pmSamplesBestCs12Establish) + (pmSumBestAmr4750RabEstablish / pmSamplesBestAmr4750RabEstablish) + (pmSumBestAmr5900RabEstablish / pmSamplesBestAmr5900RabEstablish) + (pmSumBestAmr7950RabEstablish / pmSamplesBestAmr7950RabEstablish) + (pmSumBestAmr12200RabEstablish / pmSamplesBestAmr12200RabEstablish) + (pmSumBestAmrWbRabEstablish / pmSamplesBestAmrWbRabEstablish) + (pmSumBestAmrNbMmRabEstablish / pmSamplesBestAmrNbMmRabEstablish)

(CS Speech Erlangs*(interval_seconds/60.0))

(pmDlTrafficVolumeCs12 / 8192.0)+(pmDlTrafficVolumeCs57 / 8192.0)+(pmDlTrafficVolumeCs64 / 8192.0)+(pmDlTrafficVolumePsStr16 / 8192.0)+(pmDlTrafficVolumePsStr128 / 8192.0) + ((pmDlTrafficVolumePsCommon / 8192.0) + (pmDlTrafficVolumePs64 / 8192.0) + (pmDlTrafficVolumePs128 / 8192.0) + (pmDlTrafficVolumePs384 / 8192.0) + (pmDlTrafficVolumePs8 / 8192.0) + (pmDlTrafficVolumePs16 / 8192.0))+(pmDlTrafficVolumePsIntHs / 8192.0)+(pmDlTrafficVolumePsStrHs / 8192.0)

(pmUlTrafficVolumeCs12 / 8192.0)+(pmUlTrafficVolumeCs57 / 8192.0)+(pmUlTrafficVolumeCs64 / 8192.0)+(pmUlTrafficVolumePsStr16 / 8192.0)+(pmUlTrafficVolumePsStr32 / 8192.0)+(pmUlTrafficVolumePsStr128 / 8192.0)+((pmUlTrafficVolumePsCommon / 8192.0) + (pmUlTrafficVolumePs64 / 8192.0) + (pmUlTrafficVolumePs128 / 8192.0) + (pmUlTrafficVolumePs384 / 8192.0) + (pmUlTrafficVolumePs8 / 8192.0) + (pmUlTrafficVolumePs16 / 8192.0))+(pmUlTrafficVolumePsIntEul / 8192.0)

Mbytes DLCS (pmDlTrafficVolumeCs12 / 8192.0)+(pmDlTrafficVolumeCs57 / 8192.0)+(pmDlTrafficVolumeCs64 / 8192.0)

Mbytes DLPS (pmDlTrafficVolumePsStr16 / 8192.0)+(pmDlTrafficVolumePsStr64 / 8192.0)+(pmDlTrafficVolumePsStr128 / 8192.0)+((pmDlTrafficVolumePsCommon / 8192.0) + (pmDlTrafficVolumePs64 / 8192.0) + (pmDlTrafficVolumePs128 / 8192.0) + (pmDlTrafficVolumePs384 / 8192.0) + (pmDlTrafficVolumePs8 / 8192.0) + (pmDlTrafficVolumePs16 / 8192.0))+(pmDlTrafficVolumePsIntHs / 8192.0)+(pmDlTrafficVolumePsStrHs / 8192.0)

((Mbytes DLCS)/(Mbytes DL Active Set))*100

((((pmDlTrafficVolumePsCommon / 8192.0) + (pmDlTrafficVolumePs64 / 8192.0) + (pmDlTrafficVolumePs128 / 8192.0) + (pmDlTrafficVolumePs384 / 8192.0) + (pmDlTrafficVolumePs8 / 8192.0) + (pmDlTrafficVolumePs16 / 8192.0))/(Mbytes DL Active Set))*100

(((pmDlTrafficVolumePsIntHs / 8192.0))/(Mbytes DL Active Set))*100

(((pmDlTrafficVolumePsStr16 / 8192.0)+(pmDlTrafficVolumePsStr64 / 8192.0)+(pmDlTrafficVolumePsStr128 / 8192.0))/(Mbytes DL Active Set))*100

(((pmDlTrafficVolumePsStrHs / 8192.0))/(Mbytes DL Active Set))*100

Mbytes ULCS (pmUlTrafficVolumeCs12 / 8192.0)+(pmUlTrafficVolumeCs57 / 8192.0)+(pmUlTrafficVolumeCs64 / 8192.0)

Mbytes ULPS (pmUlTrafficVolumePsStr16 / 8192.0)+(pmUlTrafficVolumePsStr32 / 8192.0)+(pmUlTrafficVolumePsStr128 / 8192.0)+((pmUlTrafficVolumePsCommon / 8192.0) + (pmUlTrafficVolumePs64 / 8192.0) + (pmUlTrafficVolumePs128 / 8192.0) + (pmUlTrafficVolumePs384 / 8192.0) + (pmUlTrafficVolumePs8 / 8192.0) + (pmUlTrafficVolumePs16 / 8192.0))+(pmUlTrafficVolumePsIntEul / 8192.0)

((Mbytes ULCS)/(Mbytes UL Active Set))*100

((((pmUlTrafficVolumePsCommon / 8192.0) + (pmUlTrafficVolumePs64 / 8192.0) + (pmUlTrafficVolumePs128 / 8192.0) + (pmUlTrafficVolumePs384 / 8192.0) + (pmUlTrafficVolumePs8 / 8192.0) + (pmUlTrafficVolumePs16 / 8192.0)))/(Mbytes UL Active Set))*100

(((pmUlTrafficVolumePsIntEul / 8192.0))/(Mbytes UL Active Set))*100

(((pmUlTrafficVolumePsStr16 / 8192.0)+(pmUlTrafficVolumePsStr32 / 8192.0)+(pmUlTrafficVolumePsStr128 / 8192.0))/Mbytes UL Active Set))*100

pmSamplesDchDlRlcTotPacketThp

pmSamplesDchUlRlcTotPacketThp

pmSamplesHsDlRlcTotPacketThp

pmSamplesEulRlcTotPacketThp

pmSamplesHsDlRlcUserPacketThp

pmSamplesEulRlcUserPacketThp

(pmSumActiveUesBestCell / pmSamplesActiveUesBestCell)

(pmSumActiveDriftUesBestCell / pmSamplesActiveDriftUesBestCell)

(pmSumCs12RabEstablish / pmSamplesCs12RabEstablish) + (pmSumAmr4750RabEstablish / pmSamplesAmr4750RabEstablish) + (pmSumAmr5900RabEstablish / pmSamplesAmr5900RabEstablish) + (pmSumAmr7950RabEstablish / pmSamplesAmr7950RabEstablish) + (pmSumAmr12200RabEstablish / pmSamplesAmr12200RabEstablish) + (pmSumAmrWbRabEstablish / pmSamplesAmrWbRabEstablish) + (pmSumAmrNbMmRabEstablish / pmSamplesAmrNbMmRabEstablish)

(pmSumPsInteractive / pmSamplesPsInteractive) + (pmSumFachPsIntRabEstablish / pmSamplesFachPsIntRabEstablish)

(pmSumPsHsAdchRabEstablish / pmSamplesPsHsAdchRabEstablish) + (pmSumPsEulRabEstablish / pmSamplesPsEulRabEstablish)

(pmSumPsStreamHsRabEst / pmSamplesPsStreamHsRabEst)

(pmSumPsEulRabEstablish / pmSamplesPsEulRabEstablish)

100*(((Average Users Speech) / (CS Speech Erlangs))-1)

100*(((Avg Users PS Interact NonHS) / ((pmSumBestDchPsIntRabEstablish / pmSamplesBestDchPsIntRabEstablish) + (pmSumFachPsIntRabEstablish / pmSamplesFachPsIntRabEstablish)))-1)

100*(((Avg Users PS Interact HS) / ((pmSumBestPsHsAdchRabEstablish / pmSamplesPsHsAdchRabEstablish) + (pmSumBestPsEulRabEstablish / pmSamplesPsEulRabEstablish)))-1)

((pmSumBestAmr4750RabEstablish / pmSamplesBestAmr4750RabEstablish) + (pmSumBestAmr5900RabEstablish / pmSamplesBestAmr5900RabEstablish) + (pmSumBestAmr7950RabEstablish / pmSamplesBestAmr7950RabEstablish) + (pmSumBestAmr12200RabEstablish / pmSamplesBestAmr12200RabEstablish)*(interval_seconds/60.0))

((pmSumBestAmrNbMmRabEstablish / pmSamplesBestAmrNbMmRabEstablish)*(interval_seconds/60.0))

((pmSumBestAmrWbRabEstablish / pmSamplesBestAmrWbRabEstablish)*(interval_seconds/60.0))

((pmSumBestAmr4750RabEstablish / pmSamplesBestAmr4750RabEstablish)*(interval_seconds/60.0))



CS SpeechErlangs

CS SpeechMOU

Mbytes DLActive

Set

Mbytes ULActive

Set

CS SpeechErlangsCS SpeechMOUActiveSetActiveSet

Mbytes DLCS %PS InteractNonHS %PS InteractHS %PS StreamNonHS %PS StreamHS %

Mbytes ULCS %PS InteractNonHS %PS InteractHS %PS StreamNonHS %DL NonHSTotal kbit/sUL NonHSTotal kbit/sDL HSTotal kbit/sUL HSTotal kbit/sDL HSUser kbit/sUL HSUser kbit/sUsersSRNCUsersDRNCUsersSpeechPS InteractNonHSPS InteractHSPS StreamHSAvg UsersPS EULOverheadSpeech %Ovrhd PSInt NonHS %HO Ovrhd PSInt HS %AMR NBMOUMultiModeMOUAMR WBMOU4750MOU5900MOU7950MOU



pmTotNoRrcConnectReqSms

Summary

Provides KPIs for traffic on a per sector level.

Columns

CS Speech Erlangs

This formula defines the traffic value (in Erlangs) for RABs Speech (including MultiRab).

ERL_SPEECH

Mbytes DL Active Set

This formula defines the DL traffic volume in megabytes. Includes CS and PS. Volume counters are counting Soft Handoff link contributions thus overestimating real traffic figures.

DLPAYLOAD_SPEECH + DLPAYLOAD_CS57 + DLPAYLOAD_CS64 + DLPAYLOAD_PSSTREAMING16 + DLPAYLOAD_PSSTREAMING + DLPAYLOAD_PSSTREAMING128 + DLPAYLOAD_PS_NONHS + DLPAYLOAD_PS_HS + DLPAYLOAD_PSSTR_HS

Mbytes UL Active Set

This formula defines the UL traffic volume in megabytes. Includes CS and PS. Volume counters are counting Soft Handoff link contributions thus overestimating real traffic figures.

ULPAYLOAD_SPEECH + ULPAYLOAD_CS57 + ULPAYLOAD_CS64 + ULPAYLOAD_PSSTREAMING16 + ULPAYLOAD_PSSTREAMING + ULPAYLOAD_PSSTREAMING128 + ULPAYLOAD_PS_NONHS + ULPAYLOAD_PS_EUL

Mbytes DL CS %

Percentage of Mbytes DL Active Set used for CS calls.

Mbytes DL PS Interact NonHS %

Percentage of Mbytes DL Active Set used for PS interactive non-highspeed calls.

Mbytes DL PS Interact HS %

Percentage of Mbytes DL Active Set used for PS interactive highspeed calls.

Mbytes DL PS Stream NonHS %

Percentage of Mbytes DL Active Set used for PS streaming non-highspeed calls.

Mbytes DL PS Stream HS %

Percentage of Mbytes DL Active Set used for PS streaming highspeed calls.

PS Interact DL NonHS Total kbit/s

The formula evaluates the average total throughput for PS interactive on R99 DCH in DL (kbps). It includes user data, retransmissions, padding bits, data PDU headers, and RLC control PDUs. Measured in the best cell in the active set.

PS_INT_TOTAL_DL_THROUGH

PS Interact UL NonHS Total kbit/s

The formula evaluates the average total throughput for PS interactive on R99 DCH in UL (kbps). It includes user data, retransmissions, padding bits, data PDU headers, and RLC control PDUs. Measured in the best cell in the active set.

PS_INT_TOTAL_UL_THROUGH

PS Interact DL HS Total kbit/s

The formula evaluates the average total RLC throughput for PS interactive on HS-DSCH in kbps. It includes user data and retransmissions. Measured in the best cell in the active set.

HS_INT_TOTAL_DL_THROUGH

PS Interact UL HS Total kbit/s

The formula evaluates the average total RLC throughput for PS interactive on EUL in kbps. It includes user data and retransmissions. Measured in the best cell in the active set.

EUL_INT_TOTAL_UL_THROUGH

PS Interact DL HS User kbit/s

The formula evaluates the average total RLC throughput for PS interactive on HS-DSCH in kbps. It excludes retransmissions. Measured in the best cell in the active set.

HS_INT_USER_DL_THROUGH

PS Interact UL HS User kbit/s

The formula evaluates the average total RLC throughput for PS interactive on EUL in kbps. It excludes retransmissions. Measured in the best cell in the active set.

EUL_INT_USER_UL_THROUGH

Avg Active Users SRNC

The formula defines the average value 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. An active UE is a UE in state CELL_DCH or CELL_FACH.

12200MOURequest:SMS


AVG_USERS_SRNC

Avg Active Users DRNC

The formula defines the average value 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. An active UE is a UE in state CELL_DCH or CELL_FACH.

AVG_USERS_DRNC

Average Users Speech

The formula defines the average value of users for all RABs Speech (including MultiRab), not only for the best cell in the active set.

AVGNUMCONN_SPEECH

Avg Users PS Interact NonHS

The formula defines the average value of users for all PS Interactive RABs on FACH and DCH, not only for the best cell in the active set.

AVGNUMCONN_PS_NON_HS

Avg Users PS Interact HS

The formula defines the average value of users for all RABs HS (A-DCH, and E-DCH), not only for the best cell in the active set.

AVGNUMCONN_PS_HS

Avg Users PS Interact HS

The formula defines the average value of users for all RABs PS Streaming HS, not only for the best cell in the active set.

AVGNUMCONN_PSSTRHS

Avg Users PS EUL

The formula defines the average value of users for all EUL/HS RABs, not only for the best cell in the active set.

AVGNUMCONN_EUL

Soft/er HO Overhead Speech %

The KPI defines the percentage of soft HO overhead, calculated as the rate between the average number of active Speech RAB connections and traffic value (in Erlangs) for RABs Speech (including MultiRab).

SHO_OVERHEAD_SPEECH

Soft/er HO Overhead PS Int NonHS %

The KPI defines the percentage of soft HO overhead, calculated as the rate between the average number of active PS Data RAB connections on DCH and FACH and traffic value (in Erlangs) for RABs PS Data (including MultiRab) on DCH and FACH.

SHO_OVERHEAD_PS_DCH/FACH

Soft/er HO Overhead PS Int HS %

The KPI defines the percentage of soft HO overhead, calculated as the rate between the average number of active PS Data RAB connections on A-DCH and E-DCH and traffic value (in Erlangs) for RABs PS Data (including MultiRab) on A-DCH and E-DCH.

RRC Establish Request: SMS

Total number of RRC Connection Requests with Establishment Cause=low priority

Notes

None.





(pmDlTrafficVolumeCs12 / 8192.0)+(pmDlTrafficVolumeCs57 / 8192.0)+(pmDlTrafficVolumeCs64 / 8192.0)

(pmDlTrafficVolumePsStr16 / 8192.0)+(pmDlTrafficVolumePsStr64 / 8192.0)+(pmDlTrafficVolumePsStr128 / 8192.0)+((pmDlTrafficVolumePsCommon / 8192.0) + (pmDlTrafficVolumePs64 / 8192.0) + (pmDlTrafficVolumePs128 / 8192.0) + (pmDlTrafficVolumePs384 / 8192.0) + (pmDlTrafficVolumePs8 / 8192.0) + (pmDlTrafficVolumePs16 / 8192.0))+(pmDlTrafficVolumePsIntHs / 8192.0)+(pmDlTrafficVolumePsStrHs / 8192.0)


(((pmDlTrafficVolumePsStr16 / 8192.0)+(pmDlTrafficVolumePsStr64 / 8192.0)+(pmDlTrafficVolumePsStr128 / 8192.0))/(Mbytes DL Active Set))*100

(pmUlTrafficVolumeCs12 / 8192.0)+(pmUlTrafficVolumeCs57 / 8192.0)+(pmUlTrafficVolumeCs64 / 8192.0)

(pmUlTrafficVolumePsStr16 / 8192.0)+(pmUlTrafficVolumePsStr32 / 8192.0)+(pmUlTrafficVolumePsStr128 / 8192.0)+((pmUlTrafficVolumePsCommon / 8192.0) + (pmUlTrafficVolumePs64 / 8192.0) + (pmUlTrafficVolumePs128 / 8192.0) + (pmUlTrafficVolumePs384 / 8192.0) + (pmUlTrafficVolumePs8 / 8192.0) + (pmUlTrafficVolumePs16 / 8192.0))+(pmUlTrafficVolumePsIntEul / 8192.0)


(((pmUlTrafficVolumePsStr16 / 8192.0)+(pmUlTrafficVolumePsStr32 / 8192.0)+(pmUlTrafficVolumePsStr128 / 8192.0))/Mbytes UL Active Set))*100


(pmSumPsInteractive / pmSamplesPsInteractive) + (pmSumFachPsIntRabEstablish / pmSamplesFachPsIntRabEstablish)

(pmSumPsHsAdchRabEstablish / pmSamplesPsHsAdchRabEstablish) + (pmSumPsEulRabEstablish / pmSamplesPsEulRabEstablish)

100*(((Avg Users PS Interact NonHS) / ((pmSumBestDchPsIntRabEstablish / pmSamplesBestDchPsIntRabEstablish) + (pmSumFachPsIntRabEstablish / pmSamplesFachPsIntRabEstablish)))-1)

100*(((Avg Users PS Interact HS) / ((pmSumBestPsHsAdchRabEstablish / pmSamplesPsHsAdchRabEstablish) + (pmSumBestPsEulRabEstablish / pmSamplesPsEulRabEstablish)))-1)


((pmSumBestAmrNbMmRabEstablish / pmSamplesBestAmrNbMmRabEstablish)*(interval_seconds/60.0))

((pmSumBestAmrWbRabEstablish / pmSamplesBestAmrWbRabEstablish)*(interval_seconds/60.0))




Mbytes DLCS %

Mbytes DLPS InteractNonHS %

Mbytes DLPS Interact

HS %

Mbytes DLPS StreamNonHS %

Mbytes DLPS Stream

HS %Mbytes UL

CS %

Mbytes ULPS InteractNonHS %

Mbytes ULPS Interact

HS %



This formula defines the DL traffic volume in megabytes. Includes CS and PS. Volume counters are counting Soft Handoff link contributions thus overestimating real traffic figures.


This formula defines the UL traffic volume in megabytes. Includes CS and PS. Volume counters are counting Soft Handoff link contributions thus overestimating real traffic figures.

ULPAYLOAD_SPEECH + ULPAYLOAD_CS57 + ULPAYLOAD_CS64 + ULPAYLOAD_PSSTREAMING16 + ULPAYLOAD_PSSTREAMING + ULPAYLOAD_PSSTREAMING128 + ULPAYLOAD_PS_NONHS + ULPAYLOAD_PS_EUL



The formula evaluates the average total RLC throughput for PS interactive on HS-DSCH in kbps. It includes user data and retransmissions. Measured in the best cell in the active set.

The formula evaluates the average total RLC throughput for PS interactive on EUL in kbps. It includes user data and retransmissions. Measured in the best cell in the active set.

The formula evaluates the average total RLC throughput for PS interactive on HS-DSCH in kbps. It excludes retransmissions. Measured in the best cell in the active set.

The formula evaluates the average total RLC throughput for PS interactive on EUL in kbps. It excludes retransmissions. Measured in the best cell in the active set.




The formula defines the average value of users for all RABs Speech (including MultiRab), not only for the best cell in the active set.

The formula defines the average value of users for all PS Interactive RABs on FACH and DCH, not only for the best cell in the active set.

The formula defines the average value of users for all RABs HS (A-DCH, and E-DCH), not only for the best cell in the active set.

The formula defines the average value of users for all RABs PS Streaming HS, not only for the best cell in the active set.

The KPI defines the percentage of soft HO overhead, calculated as the rate between the average number of active Speech RAB connections and traffic value (in Erlangs) for RABs Speech (including MultiRab).













Mbytes ULPS StreamNonHS %

PS InteractDL NonHS

Total kbit/s

PS InteractUL NonHS

Total kbit/s

PS InteractDL HS

Total kbit/s

PS InteractUL HS

Total kbit/s

PS InteractDL HS

User kbit/s

PS InteractUL HS

User kbit/s

Avg ActiveUsersSRNC








Avg ActiveUsersDRNC

AverageUsers

Speech

Avg UsersPS Interact

NonHS

Avg UsersPS Interact

HS

Avg UsersPS Stream

HSAvg Users

PS EUL

Soft/er HOOverheadSpeech %

Soft/er HOOvrhd PS

Int NonHS %



Soft/SofterHO Ovrhd PS

Int HS %AMR NB

MOU

AMR NBMultiMode

MOUAMR WB

MOU

AMR NB4750MOU

AMR NB5900MOU

AMR NB7950MOU

AMR NB12200MOU

RRC EstablishRequest:

SMS

Channel Switching -- 2013-10-14 to 2013-10-14; Hours 0 to 23; RNC/Node B/Sector; Daily Summary; RNCBAH1/WAC401 (LOVELY_BAY)

Channel Switching


Report Options



pmChSwitchFachIdle

pmDownSwitchAttempt

((Down-switch Fails)/(Down-switch Attempts))*100

pmDownSwitchAttempt - pmDownSwitchSuccess

pmdlupswitchattempths

((Upswitch DL HS Fails)/(Upswitch DL HS Attempts))*100

pmdlupswitchattempths - pmdlupswitchsuccesshs

pmulupswitchattempteul

((Upswitch UL EUL Fails)/(Upswitch UL EUL Attempts))*100

pmulupswitchattempteul - pmulupswitchsuccesseul

pmUpswitchFachHsAttempt

((Upswitch FACH to HS Fails)/(Upswitch FACH to HS Atts))*100

pmUpswitchFachHsAttempt-pmUpswitchFachHsSuccess

pmChSwitchAttemptFachUra

((Switch FACH to URA Fails)/(Switch FACH to URA Atts))*100

pmChSwitchAttemptFachUra-pmChSwitchSuccFachUra

pmChSwitchAttemptUraFach

((Switch URA to FACH Fails)/(Switch URA to FACH Atts))*100

pmChSwitchAttemptUraFach-pmChSwitchSuccUraFach

pmDlUpswitchAttemptLow

((Upswitch DL Low Rate Fails)/(Upswitch DL Low Rate Atts))*100

pmDlUpswitchAttemptLow-pmDlUpswitchSuccessLow

pmUlUpswitchAttemptLow

((Upswitch UL Low Rate Fails)/(Upswitch UL Low Rate Atts))*100

pmUlUpswitchAttemptLow-pmUlUpswitchSuccessLow

pmDlUpswitchAttemptMedium

((Upswitch DL Med Rate Fails)/(Upswitch DL Med Rate Atts))*100

pmDlUpswitchAttemptMedium - pmDlUpswitchSuccessMedium

pmUlUpswitchAttemptMedium

((Upswitch UL Med Rate Fails)/(Upswitch UL Med Rate Atts))*100

pmUlUpswitchAttemptMedium - pmUlUpswitchSuccessMedium

pmDlUpswitchAttemptHigh

((Upswitch DL High Rate Fails)/(Upswitch DL High Rate Atts))*100

pmDlUpswitchAttemptHigh - pmDlUpswitchSuccessHigh

pmUlUpswitchAttemptHigh

((Upswitch UL High Rate Fails)/(Upswitch UL High Rate Atts))*100

pmUlUpswitchAttemptHigh - pmUlUpswitchSuccessHigh

pmHsToDchAttempt

((Reconfig HS to DCH Fails)/(Reconfig HS to DCH Attempts))*100

FACH toIdle

Attempts

Down-switch

Attempts

Down-switchFail %

Down-switchFails

UpswitchDL HS

Attempts

IdleAttemptsswitchAttemptsswitchFail %switchFailsDL HSAttemptsDL HSFail %DL HSFailsUL EULAttemptsUL EULFail %UL EULFailsFACH toHS AttsFACH toHS Fail %FACH toHS FailsFACH toURA AttsFACH toURA Fail %FACH toURA FailsURA toFACH AttsURA toFACH Fail %URA toFACH FailsDL LowRate AttsDL LowRate Fail %DL LowRate FailsUL LowRate AttsUL LowRate Fail %UL LowRate FailsDL MedRate AttsDL MedRate Fail %DL MedRate FailsUL MedRate AttsUL MedRate Fail %UL MedRate FailsDL HighRate AttsDL HighRate Fail %DL HighRate FailsUL HighRate AttsUL HighRate Fail %UL HighRate FailsHS to DCHAttemptsHS to DCHFail %


pmHsToDchAttempt - pmHsToDchSuccess

pmEulToDchAttempt

((Reconfig EUL to DCH Fails)/(Reconfig EUL to DCH Attempts))*100

pmEulToDchAttempt - pmEulToDchSuccess

pmpsintdchtofachatt

((Reconfig DCH to FACH Fails)/(Reconfig DCH to FACH Atts))*100

pmpsintdchtofachatt - pmpsintdchtofachsucc

pmpsinthstofachatt

((Reconfig HS to FACH Fails)/(Reconfig HS to FACH Atts))*100

pmpsinthstofachatt - pmpsinthstofachsucc

pmPsStreamHsToDchAttempt

((Reconfig HS to DCH Str Fails)/(Reconfig HS to DCH Str Atts))*100

pmPsStreamHsToDchAttempt - pmPsStreamHsToDchSuccess

Summary

Provides channel switching statistics on a per sector level.

Columns

Note that all Fail % columns include the raw number of attempts in the preceding column and the number of failures in the succeeding column.

FACH to Idle Attempts

This KPI evaluates number of attempted throughput-based channel switches from common channel (Cell_FACH) to idle (connection release).

Downswitch Fail %

The percentage of channel downswitch transitions that fail during the channel switching procedure.

Upswitch DL HS Fail %

The percentage of channel upswitching transitions due to throughput in DL from CELL_FACH or CELL_DCH R99 to any HS state, that fail due to admission control reject or failures during the channel switching procedure.

Upswitch UL EUL Fail %

The percentage of channel upswitching transitions due to throughput in UL CELL_FACH or CELL_DCH (R99) to EUL to that fail due to admission control reject or failures during the channel switching procedure.

Upswitch FACH to HS Fail %

This KPI represents the probability that the transitions in UL between FACH and HSDPA fail due to admission control reject or failures during the channel switching procedure.

Switch FACH to URA Fail %

This KPI evaluates the probability that the Downswitching transitions from FACH to URA state fail due to any reason.

Switch URA to FACH Fail %

This KPI evaluates the probability that the transitions from URA to Cell_FACH state fail due to any reason.

Upswitch DL Low Rate Fail %

The percentage of transitions in DL between FACH and CELL_DCH with DL rate up to 64 kbps that fail due to admission control reject or failures during the channel switching procedure.

Upswitch UL Low Rate Fail %

The percentage of transitions in DL between FACH and CELL_DCH with UL rate up to 64 kbps that fail due to admission control reject or failures during the channel switching procedure.

Upswitch DL Med Rate Fail %

The percentage of channel upswitching transitions due to throughput in DL CELL_DCH to CELL_DCH with DL target rate between 64 and 256 kbps that failed due to admission control reject or failures during the channel switching procedure.

Upswitch UL Med Rate Fail %

The percentage of channel upswitching transitions due to throughput in UL CELL_DCH to CELL_DCH with UL target rate between 64 and 256 kbps that failed due to admission control reject or failures during the channel switching procedure.

Upswitch DL High Rate Fail %

The percentage of channel upswitching transitions due to throughput in DL CELL_DCH to CELL_DCH with DL target rate between higher than 256 kbps (not including HS), that failed due to admission control reject or failures during the channel switching procedure.

Upswitch UL High Rate Fail %

The percentage of channel upswitching transitions due to throughput in UL CELL_DCH to CELL_DCH with UL target rate higher than or equal to 256 kbps (excluding EUL), that failed due to admission control reject or failures during the channel switching procedure.

Reconfig HS to DCH Fail %

HS to DCHFailsEUL to DCHAttemptsEUL to DCHFail %EUL to DCHFailsDCH toFACH AttsDCH toFACH Fail %DCH toFACH FailsHS toFACH AttsHS toFACH Fail %HS toFACH FailsHS to DCHStr AttsHS to DCHStr Fail %HS to DCHStr Fails


This KPI evaluates the failure rate of HSDPA to DCH/DCH transitions. A transition HSDPA to DCH can occur in different scenario and according to network parameter settings.

Reconfig EUL to DCH Fail %

This KPI evaluates the failure rate of EUL/HSDPA to DCH/HS or DCH/DCH transitions.

Reconfig DCH to FACH Fail %

The percentage of re-configurations from DCH/DCH to RACH/FACH for a PS Interactive RAB that fail.

Reconfig HS to FACH Fail %

The percentage of re-configurations from DCH/HS or EUL/HS to RACH/FACH for a PS Interactive RAB that fail.

Reconfig HS to DCH Str Fail %

This KPI evaluates the failure rate of reconfiguration of HS-DSCH to DCH attempts for RAB type streaming PS (HS).

Notes

Empty entries appear when the device is not reporting that number.


UpswitchDL HSFail %

UpswitchDL HSFails

UpswitchUL EUL

Attempts

UpswitchUL EULFail %

UpswitchUL EUL

Fails

UpswitchFACH toHS Atts

UpswitchFACH toHS Fail %

UpswitchFACH toHS Fails

SwitchFACH toURA Atts


Note that all Fail % columns include the raw number of attempts in the preceding column and the number of failures in the succeeding column.

This KPI evaluates number of attempted throughput-based channel switches from common channel (Cell_FACH) to idle (connection release).

The percentage of channel upswitching transitions due to throughput in DL from CELL_FACH or CELL_DCH R99 to any HS state, that fail due to admission control reject or failures during the channel switching procedure.

The percentage of channel upswitching transitions due to throughput in UL CELL_FACH or CELL_DCH (R99) to EUL to that fail due to admission control reject or failures during the channel switching procedure.

This KPI represents the probability that the transitions in UL between FACH and HSDPA fail due to admission control reject or failures during the channel switching procedure.

The percentage of transitions in DL between FACH and CELL_DCH with DL rate up to 64 kbps that fail due to admission control reject or failures during the channel switching procedure.

The percentage of transitions in DL between FACH and CELL_DCH with UL rate up to 64 kbps that fail due to admission control reject or failures during the channel switching procedure.






This KPI evaluates the failure rate of HSDPA to DCH/DCH transitions. A transition HSDPA to DCH can occur in different scenario and according to network parameter settings.


SwitchFACH to

URA Fail %

SwitchFACH to

URA Fails

SwitchURA to

FACH Atts

SwitchURA to

FACH Fail %

SwitchURA to

FACH Fails

UpswitchDL Low

Rate Atts

UpswitchDL Low

Rate Fail %

UpswitchDL Low

Rate Fails


UpswitchUL Low

Rate Atts

UpswitchUL Low

Rate Fail %

UpswitchUL Low

Rate Fails

UpswitchDL Med

Rate Atts

UpswitchDL Med

Rate Fail %

UpswitchDL Med

Rate Fails

UpswitchUL Med

Rate Atts

UpswitchUL Med

Rate Fail %

UpswitchUL Med

Rate Fails


UpswitchDL High

Rate Atts

UpswitchDL High

Rate Fail %

UpswitchDL High

Rate Fails

UpswitchUL High

Rate Atts

UpswitchUL High

Rate Fail %

UpswitchUL High

Rate Fails

ReconfigHS to DCHAttempts

ReconfigHS to DCH

Fail %

ReconfigHS to DCH

Fails

ReconfigEUL to DCHAttempts


ReconfigEUL to DCH

Fail %

ReconfigEUL to DCH

Fails

ReconfigDCH to

FACH Atts

ReconfigDCH to

FACH Fail %

ReconfigDCH to

FACH Fails

ReconfigHS to

FACH Atts

ReconfigHS to

FACH Fail %

ReconfigHS to

FACH Fails

ReconfigHS to DCH

Str Atts

ReconfigHS to DCHStr Fail %


ReconfigHS to DCH

Str Fails

Handovers to GSM -- 2013-10-14 to 2013-10-14; Hours 0 to 23; RNC/Node B/Sector; BSC/BTS/Sector; Daily Summary; RNCBAH1/WAC401 (LOVELY_BAY)

Handovers to GSM

Date

Report Options



Summary

WCDMA handovers to GSM

Columns

SourceRNC

SourceNode B.Sector

SourceSite Name

TargetGSM

RelationTarget

BSCTarget

BTS.SectorTarget

Site Name

HOSucc %HOAttsHOSuccHO ReturnOld ChHO LostUE %HO LostUEHO HSSucc %HO HSAttsHO HSSuccHO ReturnHSHO HSLost UE %HO HSLost UEHO EULSucc %HO EULAttsHO EULSuccHO ReturnEULHO EULLost UE %HO EULLost UEOut HOPrep Fail %Out HOAlloc FailOut HOSucc %Out HOAttsOut HOSuccOut HONonPhys FailOut HOPhys FailOut HOUE RejsOut HO UELostBased HO CSSucc %HOConv AttsHOConv SuccHO Non-Phys FailHO PhysFailHO ConvUE Rej


PS IRAT HO Atts

Number of PS inter-RAT cell change attempts for a UE on dedicated channels.

PS IRAT HO Succ

Number of successful PS IRAT cell change attempts for a UE on dedicated channels.

PS IRAT HO Return Old Ch

Number of PS IRAT cell change attempts for a UE on dedicated channels, where the UE returns to the old channel.

PS IRAT HO Lost UE

The number of UEs that do not return to the old channel after failing to hand over.

PS IRAT HO HS Atts

Number of PS IRAT cell change attempts for a UE on dedicated channels, with RB/RBs mapped on HSDPA in the downlink.

PS IRAT HO HS Succ

Number of successful PS IRAT cell change attempts for a UE on dedicated channels, with RB/RBs mapped on HSDPA in the downlink.

PS IRAT HO Return HS

Number of PS IRAT cell change attempts for a UE on dedicated channels, with RB/RBs mapped on HSDPA in the downlink, where the UE returns to the old channel.

PS IRAT HO HS Lost UE

The number of UEs that do not return to the old channel after failing to hand over, with RB/RBs mapped on HSDPA in the downlink.

PS IRAT HO EUL Atts

Number of PS IRAT cell change attempts for a UE on dedicated channels, with RB/RBs mapped on EUL in the uplink.

PS IRAT HO EUL Succ

Number of successful PS IRAT cell change attempts for a UE on dedicated channels, with RB/RBs mapped on EUL in the uplink.

PS IRAT HO Return EUL

Number of PS IRAT cell change attempts for a UE on dedicated channels, with RB/RBs mapped on EUL in the uplink, where the UE returns to the old channel.

PS IRAT HO EUL Lost UE

The number of UEs that do not return to the old channel after failing to hand over, with RB/RBs mapped on EUL in the uplink.

CS IRAT Out HO Prep Fail %

The percentage of attempts + allocation failures that are allocation failures.

(CS IRAT HO Alloc Fail) / (CS IRAT HO Conv Atts + CS IRAT HO Alloc Fail) * 100

CS IRAT Out HO Alloc Fail

Number of outgoing coverage-based inter-RAT handovers to GSM that failed due to GSM resource allocation failure for calls that included CS Conversational speech RABs. Includes AMR-NB, AMR-WB and AMR-NB Multi-rate RABs.

CS IRAT Out HO Atts

Number of attempted outgoing coverage-based inter-RAT handovers to GSM for calls that included CS Conversational speech RABs. Includes AMR-NB, AMR-WB and AMR-NB Multi-rate RABs.

CS IRAT Out HO Succ

Number of successful outgoing coverage-based inter-RAT handovers to GSM for calls that included CS Conversational speech RABs. Includes AMR-NB, AMR-WB and AMR-NB Multi-rate RABs.

CS IRAT Out HO Non-phys Fail

Number of outgoing coverage-based inter-RAT handovers to GSM that failed due to reasons other than physical channel failure or rejection by the UE, and for which the UE then returned to the previous active set, for calls that included CS Conversational speech RABs. Includes AMR-NB, AMR-WB and AMR-NB Multi-rate RABs.

CS IRAT Out HO Phys Fail

Number of outgoing coverage-based inter-RAT handovers to GSM that failed due to physical channel failure, and for which the UE then returned to the previous active set, for calls that included CS Conversational speech RABs. Includes AMR-NB, AMR-WB and AMR-NB Multi-rate RABs.

CS IRAT Out HO UE Rejs

Number of outgoing inter-RAT handovers to GSM that failed due to rejection by the UE.

CS IRAT HO UE Lost

The KPI defines the number of failures for outgoing (to GSM) inter-RAT handover taking out every failure cause leading to a return to UMTS RAT (UE rejection, Return to Old Physical Channel).


CS Service Based HO CS Conv Atts

Number of attempted outgoing service-based handovers to GSM for calls that included CS Conversational speech RABs. Includes AMR-NB, AMR-WB and AMR-NB Multi-rate RABs.

CS SB HO CS Conv Succ

Number of successful outgoing service-based handovers to GSM for calls that included CS Conversational speech RABs. Includes AMR-NB, AMR-WB and AMR-NB Multi-rate RABs.

CS SB HO CS NonPhys Fail

Number of outgoing service-based handovers to GSM that failed due to reasons other than physical channel failure or rejection by the UE, and for which the UE then returned to the previous active set, for calls that included CS Conversational speech RABs. Includes AMR-NB, AMR-WB and AMR-NB Multi-rate RABs.

CS SB HO CS Phys Fail

Number of outgoing service-based handovers to GSM that failed due to physical channel failure, for which the UE then returned to the previous active set, for calls that included CS Conversational speech RABs. Includes AMR-NB, AMR-WB and AMR-NB Multi-rate RABs.

Notes

The CS IRAT handovers include both dedicated CS Conversation RABs and Multi RABs.

'Multi RAB' = Multi-RAB combination containing Speech + one or several of the following RABs

PS Interactive mapped on either DCH/DCH, DCH/HS or EUL/HS

PS Streaming mapped on either DCH/DCH or DCH/HS


PS IRATHO

Succ %

PS IRATHOAtts

PS IRATHO

Succ

PS IRATHO Return

Old Ch

PS IRATHO Lost

UE %

PS IRATHO Lost

UE

PS IRATHO HSSucc %

PS IRATHO HS

Atts

PS IRATHO HSSucc

PS IRATHO Return

HS


Number of PS IRAT cell change attempts for a UE on dedicated channels, with RB/RBs mapped on HSDPA in the downlink.

Number of successful PS IRAT cell change attempts for a UE on dedicated channels, with RB/RBs mapped on HSDPA in the downlink.

Number of PS IRAT cell change attempts for a UE on dedicated channels, with RB/RBs mapped on HSDPA in the downlink, where the UE returns to the old channel.

The number of UEs that do not return to the old channel after failing to hand over, with RB/RBs mapped on HSDPA in the downlink.

Number of successful PS IRAT cell change attempts for a UE on dedicated channels, with RB/RBs mapped on EUL in the uplink.

Number of PS IRAT cell change attempts for a UE on dedicated channels, with RB/RBs mapped on EUL in the uplink, where the UE returns to the old channel.

The number of UEs that do not return to the old channel after failing to hand over, with RB/RBs mapped on EUL in the uplink.

Number of outgoing coverage-based inter-RAT handovers to GSM that failed due to GSM resource allocation failure for calls that included CS Conversational speech RABs. Includes AMR-NB, AMR-WB and AMR-NB Multi-rate RABs.

Number of attempted outgoing coverage-based inter-RAT handovers to GSM for calls that included CS Conversational speech RABs. Includes AMR-NB, AMR-WB and AMR-NB Multi-rate RABs.

Number of successful outgoing coverage-based inter-RAT handovers to GSM for calls that included CS Conversational speech RABs. Includes AMR-NB, AMR-WB and AMR-NB Multi-rate RABs.



The KPI defines the number of failures for outgoing (to GSM) inter-RAT handover taking out every failure cause leading to a return to UMTS RAT (UE rejection, Return to Old Physical Channel).


Number of attempted outgoing service-based handovers to GSM for calls that included CS Conversational speech RABs. Includes AMR-NB, AMR-WB and AMR-NB Multi-rate RABs.

Number of successful outgoing service-based handovers to GSM for calls that included CS Conversational speech RABs. Includes AMR-NB, AMR-WB and AMR-NB Multi-rate RABs.




PS IRATHO HS

Lost UE %

PS IRATHO HSLost UE

PS IRATHO EULSucc %

PS IRATHO EUL

Atts

PS IRATHO EUL

Succ

PS IRATHO Return

EUL

PS IRATHO EUL

Lost UE %

PS IRATHO EULLost UE

CS IRATOut HO

Prep Fail %

CS IRATOut HO

Alloc Fail


CS IRATOut HOSucc %

CS IRATOut HO

Atts

CS IRATOut HO

Succ

CS IRATOut HO

NonPhys Fail

CS IRATOut HOPhys Fail

CS IRATOut HOUE Rejs

CS IRATOut HO UE

Lost

CS ServiceBased HO CS

Succ %

CS SBHO

Conv Atts

CS SBHO

Conv Succ


CS SBHO Non-Phys Fail

CS SBHO Phys

Fail

CS SBHO Conv

UE Rej

Mobility Intra Frequency HO -- 2013-10-14 to 2013-10-14; Hours 0 to 23; RNC/Node B/Sector; Daily Summary; RNCBAH1/WAC401 (LOVELY_BAY)


Report Options



Summary


Columns

Cell Update Success %

The KPI defines the success rate for Cell Update. It calculated as the rate between the total number of successful cell updates and the total number of attempted cell update procedures.

Cell Update Success / Cell Update Attempts

CellUpdate

Success %

CellUpdate

Attempts

CellUpdateSuccess

URAUpdate

Success %

UpdateSuccess %UpdateAttemptsUpdateSuccessUpdateSuccess %UpdateAttemptsUpdateSuccessHandoverOverhead %Only HOOverhead %Target CellSuccess %Target CellAttemptsTarget CellSuccessCell SpeechSuccess %Cell SpeechAttemptsCell SpeechSuccessCell CS64Success %Cell CS64AttemptsCell CS64SuccessCell Pkt LowSuccess %Cell Pkt LowAttemptsCell Pkt LowSuccessCell Pkt HighSuccess %Cell Pkt HighAttemptsCell Pkt HighSuccessCell StreamSuccess %Cell StreamAttemptsCell StreamSuccessCell RRC OnlySuccess %Cell RRC OnlyAttemptsCell RRC OnlySuccess


CELLUPD_SUCC_RATE

Cell Update Attempts

Increased when the RRC message Cell Update is received in the SRNC with a valid U-RNTI (the UE is known in SRNC) after an integrity check is passed and the message is decoded. Increased only if the cause value equals PERIODIC UPDATE or CELL RESELECTION and is increased for the cell where the Cell Update message was received (in the new cell if it has changed).

The cases when an AM RLC error is detected at decoding are NOT counted.

Cell Update Success

Increased in two cases:

a) At cell re-selection. A new C-RNTI is assigned and a Cell Update Confirm message is sent. Stepped when the UTRAN Mobility Information Confirm message is received from the UE. Stepped for the cell that received the Cell Update Confirm message (in the new cell if it has changed).

b) At periodic update. Stepped when a Cell Update Confirm is received. Stepped in the cell that received the Cell Update Confirm message.

URA Update Success %

KPI defines the success rate of URA updates, defined as the ratio between the number of successful URA updates and the number of attempted URA updates.

URA Update Success / URA Update Attempts

URA_UPD_SUCC_RATE

RL Soft/er Handover Overhead %

KPI defines the percentage of overhead due to soft and softer HO. It is, calculated as the rate between the total number of active RL and the same value decreased by soft and softer HO contribution.

RL_SHO_OVERHEAD

RL Soft Only HO Overhead %

KPI defines the percentage of overhead due only to soft HO. It is, calculated as the rate between the total number of active RL and the same value decreased by soft HO contribution.

RL_SHO_OVERHEAD_SOFTONLY

RL Add Target Cell Success %

KPI defines the rate of successful Radio Link addition for the target cell, computed for RL addition or replacement. It is calculated as the rate between the total number of RL addition success and the total number of RL addition attempts, defined as the sum of success and failures.

SHOSUCCESSRATE

RL Add Best Cell Speech Success %

KPI defines the success rate for Speech RL addition, defined for the source best cell in the active set. It is calculated as the rate between the sum of RL addition success for speech RAB and the sum of RL addition attempts for speech RAB.

SHO_SUCC_SPEECH_UR

RL Add Best Cell CS64 Success %

KPI defines the success rate for RL addition, defined for the source best cell in the active set. It is calculated as the rate between the sum of RL addition success for CS64 conversational RABs and the sum of RL addition attempts for CS64 conversational RABs.

SHO_SUCC_CS_CONV_UR

RL Add Best Cell Pkt Low Success %

KPI defines the success rate for RL addition, defined for the source best cell in the active set. It is calculated as the rate between the sum of RL addition success for Packet 64/64, Speech + packet 64Kbps and PS Streaming RABs and the sum of RL addition attempts for Packet 64/64, Speech + packet 64Kbps and PS Streaming RABs.

SHO_SUCC_PS_LOW_UR

RL Add Best Cell Pkt High Success %

KPI defines the success rate for RL addition high-rate packet RABs (radio connections in states with high-rate packet connections: Packet64_128 and Packet64_384), defined for the source best cell in the active set. It is calculated as the rate between the sum of RL addition success for PS with a data rate of greater that 64 kbps RABs and the sum of RL addition attempts for PS with a data rate of greater that 64 kbps RABs.

SHO_SUCC_PS_HIGH_UR

RL Add Best Cell Stream Sucess %

KPI defines the success rate for radio link additions succeeded for streaming RABs (radio connections in states with streaming connections: 57kpbs CS data, variable rate; PS Streaming 16/64 + Packet 8kpbs; and PS Streaming 16/128 + Packet 8kbps).

SHO_SUCC_CS_STREAM_UR

RL Add Best Cell RRC Only Success %

KPI defines the success rate for RL addition, defined for the source best cell in the active set. It is calculated as the rate between the sum of RL addition success for RRC only connection and the sum of RL addition attempts for RRC only connection.

SHO_SUCC_SRB_UR

Notes

None.


The KPI defines the success rate for Cell Update. It calculated as the rate between the total number of successful cell updates and the total number of attempted cell update procedures.

URAUpdate

Attempts

URAUpdateSuccess

RL Soft/erHandover

Overhead %

RL SoftOnly HO

Overhead %

RL AddTarget CellSuccess %

RL AddTarget CellAttempts

RL AddTarget Cell

Success

RL Add BestCell SpeechSuccess %




b) At periodic update. Stepped when a Cell Update Confirm is received. Stepped in the cell that received the Cell Update Confirm message.

KPI defines the success rate of URA updates, defined as the ratio between the number of successful URA updates and the number of attempted URA updates.

KPI defines the percentage of overhead due to soft and softer HO. It is, calculated as the rate between the total number of active RL and the same value decreased by soft and softer HO contribution.

KPI defines the percentage of overhead due only to soft HO. It is, calculated as the rate between the total number of active RL and the same value decreased by soft HO contribution.









RL Add BestCell SpeechAttempts

RL Add BestCell Speech

Success

RL Add BestCell CS64Success %

RL Add BestCell CS64Attempts

RL Add BestCell CS64Success

RL Add BestCell Pkt LowSuccess %

RL Add BestCell Pkt Low

Attempts


RL Add BestCell Pkt Low

Success

RL Add BestCell Pkt High

Success %


Attempts


Success

RL Add BestCell StreamSuccess %

RL Add BestCell StreamAttempts

RL Add BestCell Stream

Success


RL Add BestCell RRC Only

Success %


Attempts


Success

Mobility IRAT HO -- 2013-10-14 to 2013-10-14; Hours 0 to 23; RNC/Node B/Sector; Daily Summary; RNCBAH1/WAC401 (LOVELY_BAY)


Report Options



Summary


Columns

CM DL Activate Attempts

CM DLActivateAttempts

CM DLActivateFailures

CM DLActivate

Fail %

CM ULActivateAttempts

ActivateAttemptsActivateFailuresActivateFail %ActivateAttemptsActivateFailuresActivateFail %Scramb CodeAllocationsTotalAllocationsScramb CodeAllocations %Non CMStartTotalStartStart %IRAT HO%IRAT HOAttemptsIRAT HOSuccess %IRAT HOSuccessIRAT HOAttemptsRABReleaseHO ActivityRate %CMUsersIncomingAttemptsIncomingFailIncomingAdmin FailIncomingFail %ReSelectionAttempts ReSelectionFailures ReSelectionCong FailReSelectionFail %IRAT HOSuccess %IRAT HOSuccessIRAT HOAttempts


total number attempted CM starts for DL (Hls + Sf/2 method)

CM DL Activate Failures

total number of failed CM starts for DL (Hls + Sf/2 method)

CM UL Activate Attempts

total number attempted CM starts for UL (Hls + Sf/2 method)

CM UL Activate Failures

total number of failed CM starts for UL (Hls + Sf/2 method)

CM DL Activate Fail %

The KPI defines the failure rate for DL CM starts. It calculated as the rate between the total number of successful CM starts for DL (Hls + Sf/2 method) and the total number of attempted CM starts for DL (Hls + Sf/2 method)

CM DL Activate Failures / CM DL Activate Attempts

CM_ATT_DL

CM UL Activate Fail %

The KPI defines the failure rate for UL CM starts. It calculated as the rate between the total number of successful CM starts for UL (Hls + Sf/2 method) and the total number of attempted CM starts for UL (Hls + Sf/2 method).

CM UL Activate Failures / CM UL Activate Attempts

CM_ATT_UL

CM Alt Scramb Code Allocs

attempted allocations with alternative scrambling code for compressed mode

CM Total Allocs

Total attempted allocations for compressed mode

CM Alt Scramb Code Allocs %

The KPI defines the percentage of attempted allocations with alternative scrambling code for compressed mode over the total number of attempts.

CM Alt Scramb Code Allocs / CM Total Allocs

CM_ALT_SC_USAGE

Non CM Start

GSM measurements start (without use of Compressed Mode)

Total Start

Total number of GSM measurements start

Non CM Start %

The KPI defines the percentage of GSM measurements start (without use of Compressed Mode) over the total number of GSM measurements start.

Non CM Start / Total Start

IRAT_MEAS_NOCM_FRACTION

Outgoing IRAT HO Attempts

All the attempts of outgoing (to GSM) IRAT HO for all the RABs (allowed to IRAT HO procedure)

Outgoing IRAT HO %

The KPI defines a sort of activity factor for IRAT HO to GSM: it is a rate between all the attempts of outgoing (to GSM) IRAT HO for all the RABs (allowed to IRAT HO procedure) and all GSM measurement starts (with or without CM).

Outgoing IRAT HO Attempts / Total Start

IRATHO_ATTEMPT_RATE

CS IRAT RAB Success

All the success of outgoing (to GSM) IRAT HO (triggered when RAB release with cause Successful Relocation) for RAB Speech and Multi RAB

CS RAB Release

Total of RAB Speech and Multi RAB releases.

CS IRAT HO Acitvity Rate %

The KPI defines the intensity of IRAT HO: it is a rate between all the success of outgoing (to GSM) IRAT HO (triggered when RAB release with cause Successful Relocation) for RAB Speech and Multi RAB and the total of RAB Speech and Multi RAB releases.

CS IRAT RAB Success / CS IRAT RAB Success

IRATHO_ACTIVITY_RATE


CM ULActivateFailures

CM ULActivate

Fail %

CM AlternateScramb CodeAllocations

CMTotal

Allocations

CM AlternateScramb CodeAllocations %

Non CMStart

TotalStart

Non CMStart

%

OutgoingIRAT HO

%


The KPI defines the failure rate for DL CM starts. It calculated as the rate between the total number of successful CM starts for DL (Hls + Sf/2 method) and the total number of attempted CM starts for DL (Hls + Sf/2 method)

The KPI defines the failure rate for UL CM starts. It calculated as the rate between the total number of successful CM starts for UL (Hls + Sf/2 method) and the total number of attempted CM starts for UL (Hls + Sf/2 method).

The KPI defines the percentage of attempted allocations with alternative scrambling code for compressed mode over the total number of attempts.

The KPI defines the percentage of GSM measurements start (without use of Compressed Mode) over the total number of GSM measurements start.

The KPI defines a sort of activity factor for IRAT HO to GSM: it is a rate between all the attempts of outgoing (to GSM) IRAT HO for all the RABs (allowed to IRAT HO procedure) and all GSM measurement starts (with or without CM).

All the success of outgoing (to GSM) IRAT HO (triggered when RAB release with cause Successful Relocation) for RAB Speech and Multi RAB



OutgoingIRAT HOAttempts

CS RABIRAT HO

Success %

CS RABIRAT HOSuccess

CS RABIRAT HOAttempts

CSRAB

Release

CS IRATHO Activity

Rate %

AverageCM

Users

CS RABIncomingAttempts

CS RABIncoming

Fail


CS RABIncoming

Admin Fail

CS RABIncoming

Fail %

CellReSelectionAttempts

CellReSelection

Failures

CellReSelection

Cong Fail

CellReSelection

Fail %

PS RABIRAT HO

Success %

PS RABIRAT HOSuccess


PS RABIRAT HOAttempts

Radio Capacity -- 2013-10-14 to 2013-10-14; Hours 0 to 23; RNC/Node B/Sector/Carrier; Daily Summary; RNCBAH1/WAC401 (LOVELY_BAY); First Percentile: 50; Second Percentile: 80; Third Percentile: 90; Fourth

Percentile: 95

RNC Site Name Date

Report Options



Node B.Sector.Carrier

UL RSSIdBm 50

Percentile

UL RSSIdBm 80

Percentile

UL RSSIdBm 90

Percentile

UL RSSIdBm 95

Percentile

dBm 50PercentiledBm 80PercentiledBm 90PercentiledBm 95PercentileWatts 50PercentileWatts 80PercentileWatts 90PercentileWatts 95PercentileOf Max Power50 Pctl %Of Max Power80 Pctl %Of Max Power90 Pctl %Of Max Power95 Pctl %CarrierLimit (W)Max Pwr NonHS 50 Pctl %Max Pwr NonHS 80 Pctl %Max Pwr NonHS 90 Pctl %Max Pwr NonHS 95 Pctl %Max Pwr HS50 Pctl %Max Pwr HS80 Pctl %Max Pwr HS90 Pctl %Max Pwr HS95 Pctl %CodeCapacityAvg CodeAllocatedCode Util50 Pctl %Code Util80 Pctl %Code Util90 Pctl %Code Util95 Pctl %Code AllocReject %QPSKUsed %16QAMUsed %64QAMUsed %LoadLimitTNLCongestUu CongestServingUu CongestNonServingHWCongestLow UseHappyLow UseUnhappy


Percentile: 95

Summary

Provides KPIs for radio capacity on a per sector-carrier level.

Columns

UL RSSI dBm Percentile

This KPI defines average Received Signal Strength Indication (RSSI). 95th percentile means that 95% of the samples taken were at or below the given level.

UL_Interference

DL Tx Carrier Watts Percentile

This KPI defines the transmitted carrier power for each carrier. 95th percentile means that 95% of the samples taken were at or below the given level.

Total_DL_Transmit_Power

DL Tx Percent Of Max Power Percentile %

This KPI defines the percentage of max power transmitted for each carrier. 95th percentile means that 95% of the samples taken were at or below the given level.

DL Tx Carrier Limit (W)

Indicates the maximum limit of downlink transmission power.

DL Tx Pct Of Max Pwr Non HS Pctl %

This KPI defines average the transmitted carrier power for all non High-speed codes in the cell.

Total_DL_Transmit_Power_NonHS

DL Tx Pct Of Max Pwr HS Pctl %

This KPI defines average the transmitted carrier power for all High-speed codes in the cell.

Total_DL_Transmit_Power_HS

HS-PDSCH Code Capacity

License limit (license key value if valid license key, else default value of RbsLocalCell::maxNumHsPdschCodes if invalid/missing license key, else max value of RbsLocalCell::maxNumHsPdschCodes if emergency unlock is active)

HS-PDSCH Code Util Pctl %

The HS-PDSCH code utilization. 95th percentile means that 95% of the samples taken were at or below the given level.

HS-PDSCH Code Alloc Reject %

Percentage of attempts to allocate HS-PDSCH codes that are rejected.

(QPSK|16QAM|64QAM) Used %

Percent of time each modulation was used.

EUL Uu Load Limit

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.

Number of grant reductions made by EUL Scheduler:

EUL Reduce TNL Congest

Incremented every time a grant reduction is triggered due to a TCI (TNL Congestion Indication) received by the scheduler.

EUL Reduce Uu Congest Serving

Incremented every time an absolute grant overload action is taken due insufficient scheduling headroom.

EUL Reduce Uu Congest NonServing

Incremented every time a relative grant overload action is taken due insufficient scheduling headroom.

EUL Reduce HW Congest

Incremented every time an overload action is taken due insufficient UL HW.

EUL Reduce Low Use Happy

Incremented every time a happy user's grant is reduced due to consistently low usage of the granted rate.

Low DataInactiveHigh DataInactiveEUL ReduceReschedule


Percentile: 95

EUL Reduce Low Use Unhappy

Incremented every time an unhappy user's grant is reduced due to consistently low usage of the granted rate.

EUL Reduce Low Data Inactive

Incremented when a user's grant is reduced from the minimum UL HW allocation to zero due to complete data inactivity on the UL.

EUL Reduce High Data Inactive

Incremented when a user with a high grant is reduced to the minimum UL HW allocation due to data inactivity on the UL.

EUL Reduce Reschedule

Incremented every time a user's rate is reduced due rescheduling in the scheduler.

Notes

None.


Percentile: 95

DL Tx CarrierWatts 50

Percentile


Percentile


Percentile


Percentile

DL Tx PercentOf Max Power

50 Pctl %


80 Pctl %


Percentile: 95

This KPI defines average Received Signal Strength Indication (RSSI). 95th percentile means that 95% of the samples taken were at or below the given level.

This KPI defines the transmitted carrier power for each carrier. 95th percentile means that 95% of the samples taken were at or below the given level.

This KPI defines the percentage of max power transmitted for each carrier. 95th percentile means that 95% of the samples taken were at or below the given level.

License limit (license key value if valid license key, else default value of RbsLocalCell::maxNumHsPdschCodes if invalid/missing license key, else max value of RbsLocalCell::maxNumHsPdschCodes if emergency unlock is active)

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.

Incremented every time a grant reduction is triggered due to a TCI (TNL Congestion Indication) received by the scheduler.


Percentile: 95

Incremented when a user's grant is reduced from the minimum UL HW allocation to zero due to complete data inactivity on the UL.

Incremented when a user with a high grant is reduced to the minimum UL HW allocation due to data inactivity on the UL.


Percentile: 95


90 Pctl %


95 Pctl %

DL TxCarrier

Limit (W)

DL Tx Pct OfMax Pwr NonHS 50 Pctl %





Percentile: 95

DL Tx Pct OfMax Pwr HS

50 Pctl %


80 Pctl %


90 Pctl %


95 Pctl %

HS-PDSCHCode

Capacity

HS-PDSCHAvg CodeAllocated

HS-PDSCHCode Util50 Pctl %



Percentile: 95



HS-PDSCHCode AllocReject %

QPSKUsed %

16QAMUsed %

64QAMUsed %

EUL UuLoadLimit

EUL ReduceTNL

Congest

EUL ReduceUu Congest

Serving


Percentile: 95

EUL ReduceUu CongestNonServing

EUL ReduceHW

Congest

EUL ReduceLow UseHappy

EUL ReduceLow UseUnhappy

EUL ReduceLow DataInactive

EUL ReduceHigh DataInactive

EUL ReduceReschedule

RBS Usage -- 2013-10-14 to 2013-10-14; Hours 0 to 23; Daily Summary; All sites

RNC Iub Link Site Name Date

Report Options



AVG DLCreditUsage

DLCreditSTDEV

AVG ULCreditUsage

ULCreditSTDEV

AVG DLCreditUse %

CreditUsageCreditSTDEVCreditUsageCreditSTDEVCreditUse %CreditUse %CreditUse %CreditUse %Iub LinkUnavail %Iub LinkCong %Mbit/s 50PercentileMbit/s 90PercentileMbit/s 95PercentileMbit/sPeakSevereCongest IubFrames OutOf SequenceFramesLost %Iub BWidthLimited %Iub BWidthLimited %Dynamic CodeLimited %Credit0-25 %Credit25-50 %Credit50-60 %Credit60-70 %Credit70-75 %Credit75-80 %Credit80-85 %Credit85-90 %Credit90-95 %Credit>95 %Credit0-25 %Credit25-50 %Credit50-60 %Credit60-70 %Credit70-75 %Credit75-80 %Credit80-85 %Credit85-90 %Credit90-95 %Credit>95 %


Summary

Credits usage.

Columns

DL Credit Usage

RBS Credits (Channel Elements) usage in Down Link

DL_CREDIT_USAGE

DL Credit STDEV

The standard deviation value of RBS credits consumed in Down Link. It.s expressed as the square root of the difference between the average amount of the squares of consumed RBS credits measurements and the square of the average amount of consumed RBS credits measurements

DL_CREDIT_STDEV

UL Credit Usage

RBS Credits usage in Up Link

UL_CREDIT_USAGE

UL Credit STDEV

The standard deviation value of RBS credits consumed in Up Link. It.s expressed as the square root of the difference between the average amount of the squares of consumed RBS credits measurements and the square of the average amount of consumed RBS credits measurements

UL_CREDIT_STDEV

AVG DL Credit Use %

Average total consumed RBS DL credits percentage

AVG UL Credit Use %

Average total consumed RBS UL credits percentage

Peak DL Credit Use %

Peak total consumed RBS DL credits percentage

Peak UL Credit Use %

Peak total consumed RBS UL credits percentage

Time Iub Link Unavail %

This KPI defines the percentage of time a cell has been congested due to IubLink unavailable. Note that the counter is not stepped for unavailability due to operator initiated activities (for example manual blocking of Iub link).

IUBLINKUNAVAIL_CONG_TIME

Time Iub Link Cong %

This KPI defines the percentage of time a cell has been congested due to IubLink congested in the Down Link.

IUBLINKCONGESTEDDL_CONG_TIME

Iub HSDPA Mbit/s Percentile

The Iub HS MAC-d PDU throughput. 90th percentile means that 90% of the samples taken were at or below the given throughput.

Iub HSDPA Mbit/s Peak

The peak Iub HS MAC-d PDU throughput.

Time HS Severe Congest Iub

The KPI used to monitor number of severe congestion occurrences detected by the 'CAPACITY ALLOCATION Presence Supervision' function in RNC over Iub. A CAPACITY ALLOCATION control frame is expected at least once per second from the RBS, per flow controlled HS flow. If a CA control frame hasn't been received for a fixed period of time, an HS Severe Congestion is considered to have occured. For each time period that passes without CA control frames having been correctly received, the counter is stepped by one. A non-zero value indicates that the uplink throughput has been congested, which prevented CAPACITY ALLOCATION control frames from coming through.

HS_CA_CONG_IUB

Iub DCH UL Frames Out Of Sequence

The KPI used to monitor number of Iub DCH FP frames received out-of-sequence in UL.

DCH_FRAME_OUTSEQ_UL

Iub HS Frames Lost %

Ratio between the number of HS frames lost in the Iub interface and the amount of HS frames received, giving an indication of the transmission efficiency across the Iub.

Iub_Lost_Frames_Detection

Time Iub HSDPA Bandwidth Limited %

Indicates in what degree the HSDPA traffic in downlink is limited by the Iub/Iur interfaces, between SRNC and RBS.


Iub_HS_Capacity_Limiting_Ratio

Time Iub EUL Bandwidth Limited %

Indicates in what degree the EUL traffic in uplink is limited by the Iub/Iur interfaces, between SRNC and RBS. When a high value is indicated, it should be considered to extend Iub/Iur with higher EUL bandwidth. The E-DCH scheduler is limited by:

1. RBS HW

2. Iub bandwidth; and

3. Uu interface resources.

EUL_Iub_Limiting_Ratio

Time HS Dynamic Code Limited %

Percent of time there is a code shortage. The number of codes that can be dynamically allocated for HS-PDSCH is limited by hardware resources. If dynamic code allocation is turned on (attribute RbsLocalCell::featureStateHsdpaDynamicCodeAllocation = ACTIVATED), codes not used by DCH traffic are allocated for HS-PDSCH. The maximum number of HS-PDSCH codes possible to allocate is set by attribute RbsLocalCell::maxNumHsPdschCodes.

DynCode_Allocation_RBS_HW_limit

DL Credit 0-25 %

Percentage of DL credit usage in range interval

DL Credit 25-50 %


DL Credit 50-60 %


DL Credit 60-70 %


DL Credit 70-75 %


DL Credit 75-80 %


DL Credit 80-85 %


DL Credit 85-90 %


DL Credit 90-95 %


DL Credit >95 %


UL Credit 0-25 %

Percentage of UL credit usage in range interval

UL Credit 25-50 %


UL Credit 50-60 %


UL Credit 60-70 %


UL Credit 70-75 %


UL Credit 75-80 %


UL Credit 80-85 %


UL Credit 85-90 %



UL Credit 90-95 %


UL Credit >95 %


Notes

None.


AVG ULCreditUse %

Peak DLCreditUse %

Peak ULCreditUse %

TimeIub Link

Unavail %

TimeIub LinkCong %

Iub HSDPAMbit/s 50Percentile



Iub HSDPAMbit/sPeak




This KPI defines the percentage of time a cell has been congested due to IubLink unavailable. Note that the counter is not stepped for unavailability due to operator initiated activities (for example manual blocking of Iub link).

The Iub HS MAC-d PDU throughput. 90th percentile means that 90% of the samples taken were at or below the given throughput.


Ratio between the number of HS frames lost in the Iub interface and the amount of HS frames received, giving an indication of the transmission efficiency across the Iub.


Times HSSevere

Congest Iub

Iub DCH ULFrames OutOf Sequence

Iub HSFramesLost %

Time HSDPAIub BWidthLimited %

Time EULIub BWidthLimited %

Time HSDynamic Code

Limited %

DLCredit0-25 %

DLCredit

25-50 %


DLCredit

50-60 %

DLCredit

60-70 %

DLCredit

70-75 %

DLCredit

75-80 %

DLCredit

80-85 %

DLCredit

85-90 %

DLCredit

90-95 %

DLCredit>95 %

ULCredit0-25 %

ULCredit

25-50 %

ULCredit

50-60 %


ULCredit

60-70 %

ULCredit

70-75 %

ULCredit

75-80 %

ULCredit

80-85 %

ULCredit

85-90 %

ULCredit

90-95 %

ULCredit>95 %

Retainability -- 2013-10-14 to 2013-10-14; Hours 0 to 23; RNC/Node B/Sector; Daily Summary; RNCBAH1/WAC401 (LOVELY_BAY)

Retainability


Report Options



((MOU CS RAB)/(RAB Drop CS))

((pmSumBestCs12Establish / pmSamplesBestCs12Establish) + (pmSumBestAmr4750RabEstablish / pmSamplesBestAmr4750RabEstablish) + (pmSumBestAmr5900RabEstablish / pmSamplesBestAmr5900RabEstablish) + (pmSumBestAmr7950RabEstablish / pmSamplesBestAmr7950RabEstablish) + (pmSumBestAmr12200RabEstablish / pmSamplesBestAmr12200RabEstablish) + (pmSumBestAmrWbRabEstablish / pmSamplesBestAmrWbRabEstablish) + (pmSumBestAmrNbMmRabEstablish / pmSamplesBestAmrNbMmRabEstablish) + (pmSumBestCs57RabEstablish / pmSamplesBestCs57RabEstablish) + (pmSumBestCs64RabEstablish / pmSamplesBestCs64RabEstablish)*(interval_seconds/60.0))

pmNoSystemRabReleaseSpeech + pmNoSystemRabReleaseCsStream + pmNoSystemRabReleaseCs64

((RAB Drop Speech)/(RAB Drop Speech+RAB Normal Release Speech))*100

pmNoNormalRabReleaseSpeech

pmNoSystemRabReleaseSpeech

pmNoSysRelSpeechSoHo

pmNoSysRelSpeechNeighbr

pmNoSysRelSpeechUlSynch

pmNoOfTermCsCong

pmNoSystemRabReleaseSpeech-pmNoSysRelSpeechSoHo-pmNoSysRelSpeechUlSynch-pmNoOfTermCsCong

pmNoAttOutIratHoSpeech-pmNoSuccessOutIratHoSpeech-pmNoFailOutIratHoSpeechReturnOldChPhyChFail-pmNoFailOutIratHoSpeechReturnOldChNotPhyChFail-pmNoFailOutIratHOSpeechUeRejection

((MOU PS RAB)/(RAB Drop PS))

((pmSumBestPsStr64Ps8RabEstablish / pmSamplesBestPsStr64Ps8RabEstablish) + (pmSumBestPsStr128Ps8RabEstablish / pmSamplesBestPsStr128Ps8RabEstablish) + (pmSumBestDchPsIntRabEstablish / pmSamplesBestDchPsIntRabEstablish) + (pmSumFachPsIntRabEstablish / pmSamplesFachPsIntRabEstablish) + (pmSumBestPsHsAdchRabEstablish / pmSamplesPsHsAdchRabEstablish) + (pmSumBestPsEulRabEstablish / pmSamplesPsEulRabEstablish) + (pmSumBestPsStreamHsRabEst / pmSamplesBestPsStreamHsRabEst)*(interval_seconds/60.0))

pmNoSystemRabReleasePacketStream+pmNoSystemRabReleasePacketStream128+(pmNoSystemRabReleasePacket - pmNoSystemRabReleasePacketUra)+pmNoSystemRabReleasePsStreamHs

((RAB Drop PS Interact)/(RAB Drop PS Interact+RAB Normal Release PS Interact))*100

(pmNoNormalRabReleasePacket - pmNoNormalRabReleasePacketUra + pmChSwitchSuccFachUra)

(pmNoSystemRabReleasePacket - pmNoSystemRabReleasePacketUra)

((RAB Drop PS Inter NonHS)/(RAB Drop PS Inter NonHS+RAB Normal Release PS Int NonHS))*100

(pmNoNormalRabReleasePacket - pmNoNormalRabReleasePacketUra - pmNoNormalRbReleaseHs + pmUpswitchFachHsSuccess + pmNoSuccRbReconfOrigPsIntDch + pmChSwitchSuccFachUra)

(pmNoSystemRabReleasePacket - pmNoSystemRbReleaseHs - pmNoSystemRabReleasePacketUra)

((RAB Drop PS Inter HS)/(RAB Drop PS Inter HS+RAB Normal Release PS Int HS))*100

(pmNoNormalRbReleaseHs + pmNoSuccRbReconfPsIntDch + pmPsIntHsToFachSucc)

pmNoSystemRbReleaseHs

((RAB Drop PS Inter EUL)/(RAB Drop PS Inter EUL+RAB Normal Release PS Int EUL))*100

(pmNoNormalRbReleaseEul + pmNoSuccRbReconfOrigPsIntEul + pmPsIntHsToFachSucc)

pmNoSystemRbReleaseEul

((RAB Drop PS Str 64)/(RAB Drop PS Str 64+RAB Normal Release PS Str 64))*100

pmNoNormalRabReleasePacketStream

pmNoSystemRabReleasePacketStream


pmNoNormalRabReleasePacketStream128

pmNoSystemRabReleasePacketStream128

((RAB Drop PS Str HS)/(RAB Drop PS Str HS+RAB Normal Release PS Str HS))*100

pmNoNormalRabReleasePsStreamHs

pmNoSystemRabReleasePsStreamHs

((RAB Drop PS URA)/(RAB Drop PS URA+RAB Normal Release PS URA))*100

pmNoNormalRabReleasePacketUra

pmNoSystemRabReleasePacketUra

MOU PerRAB Drop

CSMOU

CS RABRAB Drop

CS

RAB DropSpeech

%

RAB DropCSMOUCS RABRAB DropCSSpeech%ReleaseSpeechRAB DropSpeechSpeech:Soft HOSpeech:NeighborSpeech:UL SyncSpeech:CongestSpeech:OtherSpeech:IRATRAB DropPSMOUPS RABRAB DropPSPS Inter-active %ReleasePS InteractPSInteractPS InterNonHS %Release PSInt NonHSPS InterNonHSPS InterHS %ReleasePS Int HSPS InterHSPS InterEUL %ReleasePS Int EULPS InterEULPS Str64 %ReleasePS Str 64PS Str64PS Str128 %ReleasePS Str 128PS Str128PS StrHS %ReleasePS Str HSPS StrHSPS URA%ReleasePS URARAB DropPS URA


Summary

Provides KPIs for network retainability on a per sector level.

Columns

MOU Per RAB Drop CS

This formula gives the average time length (in minutes) between 2 consecutive drops of a CS call. It can be seen also as the normalization of drop call over the total time a user is occupying a channel. This KPI is very useful to report real end user perception of drop call because it gives the idea how often a user is experiencing a drop call.

MOU CS RAB / RAB Drop CS

MPD_SPEECH and MPD_CS57 and MPD_CS64

RAB Drop Speech %

The KPI defines the drop rate for RAB Speech. It can be seen as the ratio between all the abnormal RAB Speech releases over the total number of all the RAB Speech releases.

RAB Drop Speech / (RAB Drop Speech + RAB Normal Release Speech)

DROPRATE_SPEECH

RAB Drop Speech: Soft HO

The number of dropped Speech call due to Soft Handover action. Network initiated call release of speech calls due to inability to include a non-valid or valid cell in the active set. Incremented for the best cell in the active set prior to the call release. Also pegged when RAB Drop Speech: Neighbor is pegged.

Numerator of DROPRATE_SOHO_SPEECH

RAB Drop Speech: Neighbor

The number of dropped Speech call due to unknown measured cell (missing neighbour relation). Incremented for the best cell in the active set prior to the call release.

Numerator of DROPRATE_MISSRELATION_SPEECH

RAB Drop Speech: UL Sync

The number of dropped Speech call due to UL Synchronization Lost. Incremented if timer dchRcLostT expires and for the best cell in the active set prior to the call release.

Numerator of DROPRATE_OUTOFSYNC_SPEECH

RAB Drop Speech: Congest

Number of CS radio connections served by this RNC that were terminated due to congestion. Condition: Incremented by one when a non-drifting UE using the CS data service is released due to cell congestion. Incremented in the congested cell.

RAB Drop Speech: Congest

The number of dropped Speech call due to other reasons.

Drop Speech: IRAT

The number of dropped Speech call during outgoing IRAT HO.

MOU Per RAB Drop PS

This formula gives the average time length (in minutes) between 2 consecutive drops of a PS call. It can be seen also as the normalization of drop call over the total time a user is occupying a channel. This KPI is very useful to report real end user perception of drop call because it gives the idea how often a user is experiencing a drop call.

MOU PS RAB / RAB Drop PS

MPD_PSSTREAMING and MPD_PSSTREAMING128 and MPD_PS and MPD_PSSTR_HS

RAB Drop PS Interactive %

The KPI defines the drop rate for all the PS Interactive RABs. It can be seen as the ratio between all the abnormal Interactive RAB Ps releases over the total number of all the Interactive RAB Ps releases (including all the normal releases due to all the downswitchs from FACH state to URA).

RAB Drop PS Interact / (RAB Drop PS Interact + RAB Normal Release PS Interact)

DROPRATE_PS

RAB Drop PS Inter NonHS %

The KPI defines the drop rate for all the PS Interactive RABs only R99. It can be seen as the ratio between all the abnormal Interactive RAB PS DCH/FACH releases over the total number of all the Interactive RAB PS DCH/FACH releases (including all the normal releases due to all the upswitchs from DCH/FACH state to HS).

RAB Drop PS Inter NonHS / (RAB Drop PS Inter NonHS + RAB Normal Release PS Int NonHS)

DROPRATE_PS_NON_HS

RAB Drop PS Inter HS %

The KPI defines the drop rate for all the Interactive RAB PS HSDPA. It can be seen as the ratio between all the abnormal Interactive RAB PS HSDPA releases over the total number of all the Interactive RAB PS HSDPA releases (including successful reconfigurations of PS Interactive RABs on CELL_DCH and from DCH/HS or EUL/HS to RACH/FACH).

RAB Drop PS Inter HS / (RAB Drop PS Inter HS + RAB Normal Release PS Int HS)

DROPRATE_PS_HS

RAB Drop PS Inter EUL %

The KPI defines the drop rate for RAB EUL. It can be seen as the ratio between all the abnormal RAB EUL releases over the total number of all the RAB EUL releases (including successful reconfigurations of EUL Interactive RABs on CELL_DCH and from DCH/HS or EUL/HS to RACH/FACH). In this respect, this last term can contribute to underestimate this KPI.


RAB Drop PS Inter EUL / (RAB Drop PS Inter EUL + RAB Normal Release PS Int EUL)

DROPRATE_PS_EUL

RAB Drop PS Str 64 %

The KPI defines the drop rate for RABs Ps Streaming 64. It can be seen as the ratio between all the abnormal RAB Ps Streaming 64 releases over the total number of all the RAB Ps Streaming 64 releases.

RAB Drop PS Str 64 / (RAB Drop PS Str 64 + RAB Normal Release PS Str 64)

DROPRATE_PSSTREAMING

RAB Drop PS Str 128 %


RAB Drop PS Str 128 / (RAB Drop PS Str 128 + RAB Normal Release PS Str 128)

DROPRATE_PSSTREAMING128

RAB Drop PS Str HS %

The KPI defines the drop rate for RAB streaming PS unknown HS. It can be seen as the ratio between all the abnormal RAB streaming PS unknown HS releases over the total number of all the RAB streaming PS unknown HS releases.

RAB Drop PS Str HS / (RAB Drop PS Str HS + RAB Normal Release PS Str HS)

DROPRATE_PSSTR_HS

RAB Drop PS URA %

The KPI defines the drop rate for packet RABs on URA state. It can be seen as the ratio between all the abnormal packet RABs releases on URA state over the total number of all the packet RABs releases on URA state.

RAB Drop PS URA / (RAB Drop PS URA + RAB Normal Release PS URA)

DROPRATE_PS_URA

Notes

For the Site Group granularity, keep in mind that a site can belong to multiple Site Groups.



pmNoSystemRabReleaseSpeech + pmNoSystemRabReleaseCsStream + pmNoSystemRabReleaseCs64

pmNoSystemRabReleaseSpeech-pmNoSysRelSpeechSoHo-pmNoSysRelSpeechUlSynch-pmNoOfTermCsCong

pmNoAttOutIratHoSpeech-pmNoSuccessOutIratHoSpeech-pmNoFailOutIratHoSpeechReturnOldChPhyChFail-pmNoFailOutIratHoSpeechReturnOldChNotPhyChFail-pmNoFailOutIratHOSpeechUeRejection


pmNoSystemRabReleasePacketStream+pmNoSystemRabReleasePacketStream128+(pmNoSystemRabReleasePacket - pmNoSystemRabReleasePacketUra)+pmNoSystemRabReleasePsStreamHs

((RAB Drop PS Interact)/(RAB Drop PS Interact+RAB Normal Release PS Interact))*100

(pmNoNormalRabReleasePacket - pmNoNormalRabReleasePacketUra + pmChSwitchSuccFachUra)

((RAB Drop PS Inter NonHS)/(RAB Drop PS Inter NonHS+RAB Normal Release PS Int NonHS))*100

(pmNoNormalRabReleasePacket - pmNoNormalRabReleasePacketUra - pmNoNormalRbReleaseHs + pmUpswitchFachHsSuccess + pmNoSuccRbReconfOrigPsIntDch + pmChSwitchSuccFachUra)

(pmNoSystemRabReleasePacket - pmNoSystemRbReleaseHs - pmNoSystemRabReleasePacketUra)

((RAB Drop PS Inter HS)/(RAB Drop PS Inter HS+RAB Normal Release PS Int HS))*100

(pmNoNormalRbReleaseHs + pmNoSuccRbReconfPsIntDch + pmPsIntHsToFachSucc)

((RAB Drop PS Inter EUL)/(RAB Drop PS Inter EUL+RAB Normal Release PS Int EUL))*100

(pmNoNormalRbReleaseEul + pmNoSuccRbReconfOrigPsIntEul + pmPsIntHsToFachSucc)



((RAB Drop PS Str HS)/(RAB Drop PS Str HS+RAB Normal Release PS Str HS))*100

RAB NormalReleaseSpeech

RAB DropSpeech

RAB DropSpeech:Soft HO

RAB DropSpeech:

Neighbor

RAB DropSpeech:UL Sync

RAB DropSpeech:Congest

RAB DropSpeech:Other

DropSpeech:

IRAT

MOU PerRAB Drop

PS



The KPI defines the drop rate for RAB Speech. It can be seen as the ratio between all the abnormal RAB Speech releases over the total number of all the RAB Speech releases.


The number of dropped Speech call due to unknown measured cell (missing neighbour relation). Incremented for the best cell in the active set prior to the call release.

The number of dropped Speech call due to UL Synchronization Lost. Incremented if timer dchRcLostT expires and for the best cell in the active set prior to the call release.











The KPI defines the drop rate for packet RABs on URA state. It can be seen as the ratio between all the abnormal packet RABs releases on URA state over the total number of all the packet RABs releases on URA state.




MOUPS RAB

RAB DropPS

RAB DropPS Inter-active %

RAB NormalRelease

PS Interact

RAB DropPS

Interact

RAB DropPS Inter

NonHS %

RAB NormalRelease PSInt NonHS

RAB DropPS InterNonHS

RAB DropPS Inter

HS %




RAB NormalRelease

PS Int HS

RAB DropPS Inter

HS

RAB DropPS InterEUL %

RAB NormalRelease

PS Int EUL

RAB DropPS Inter

EUL

RAB DropPS Str64 %

RAB NormalRelease

PS Str 64

RAB DropPS Str

64




RAB DropPS Str128 %

RAB NormalRelease

PS Str 128

RAB DropPS Str128

RAB DropPS StrHS %

RAB NormalRelease

PS Str HS

RAB DropPS Str

HS

RAB DropPS URA

%

RAB NormalReleasePS URA

RAB DropPS URA

RNC Metrics -- 2013-10-14 to 2013-10-14; Hours 0 to 23; RNC; Daily Summary

RNC Date

Report Options



Avg ActiveUsersSRNC

Avg ActiveUsersDRNC

CS SpeechErlangs

Mbytes DLActive

Set

Mbytes ULActive

Set

CS Iu SignalConn Setup

Attempts

UsersSRNCUsersDRNCCS SpeechErlangsActiveSetActiveSetConn SetupAttemptsConn SetupSuccessConn SetupSuccess %Conn SetupAttemptsConn SetupSuccessConn SetupSuccess %R99 ThrptKbits/sThrptKbits/sRetrans-mit %Retrans-mit %UL BLER%dchRcLostTExpirycchWaitCuTExpiryLoadAverageLoadStd DevProc Load> 80%CapacityAverageRegulatedAvgerageCapacityUtiliz > 85%CapacityAverageRegulatedAverageCapacityAlloc AttsCapacityAlloc RejsCapacityAlloc Rej %CapacityUtiliz > 85%InteractiveLatency msInteractiveDelay msInteractiveJitter msNon Iur HOAttemptsNon Iur HOSuccessNon Iur HOSuccess %Non Iur HOAttemptsNon Iur HOSuccessNon Iur HOSuccess %Non Iur HOAttempts


Summary

Provides KPIs on an RNC level.

Columns

CS Iu Signal Conn Setup Attempts

The signaling connection setup is triggered by the initial direct transfer message at call setup.This counter is pegged for the setup attempts towards the CS CN.

pmNoIuSigEstablishAttemptCs

CS Iu Signal Conn Setup Success

This counter is stepped once a SCCP connection is successfully setup.

pmNoIuSigEstablishSuccessCs

CS Iu Signal Conn Setup Success %

The KPI monitors the percentage of successfully Iu signaling connection setup towards the CS CN. The KPI can be seen as an accessibility success rate for Iu control plane connection for CS RABs. Please note that it is possible to have two Iu control plane connections, one towards each CN.

pmNoIuSigEstablishSuccessCs / pmNoIuSigEstablishAttemptCs * 100

PS Iu Signal Conn Setup Attempts

The signaling connection setup is triggered by the initial direct transfer message at call setup.This counter is pegged for the setup attempts towards the PS CN.

pmNoIuSigEstablishAttemptPs

PS Iu Signal Conn Setup Success

This counter is stepped once a SCCP connection is successfully setup.

pmNoIuSigEstablishSuccessPs

PS Iu Signal Conn Setup Success %

The KPI monitors the percentage of successfully Iu signaling connection setup towards the PS CN. The KPI can be seen as an accessibility success rate for Iu control plane connection for PS RABs. Please note that it is possible to have two Iu control plane connections, one towards each CN.

pmNoIuSigEstablishSuccessPs / pmNoIuSigEstablishAttemptPs * 100

Avg PS R99 Thrpt Kbits/s

This formula defines the RLC throughput on RNC base, without taking into consideration retransmissions. It is evaluated as the rate between the sum (in bits) of the counters of the packet sent for all Interactive RABs and the accumulated time (in ms) that data has been transmitted in bursts.

pmSentPacketData / pmTotalPacketDuration

Avg HS Thrpt Kbits/s

This formula defines the RLC throughput on RNC base, without taking into consideration retransmissions. It is evaluated as the rate between the sum (in bits) of the counters of the packet sent for all Interactive RABs mapped on HSDPA and the accumulated time (in ms) that data has been transmitted in bursts.

pmSentPacketDataHs / pmTotalPacketDurationHs

PS R99 Retransmit %

This KPI estimates the aggregated retransmission rate for all PS interactive traffic on DCH/FACH. It can be also as an indication of BLER in DL.

(1 - pmSentPacketData / pmSentPacketDataInclRetrans) * 100

HS Retransmit %

This KPI estimates the aggregated retransmission rate for all PS interactive traffic for HSDPA on RLC level. It can be also as an indication of BLER in DL.

(1 - pmSentPacketDataHs / pmSentPacketDataInclRetransHs) * 100

RAB UL BLER %

The KPI defines the percentage of faulty UL transport blocks over the total of the valid received ones. This is not an absolute indicator of Channel Quality because these figures should match blerQualityTargetUl parameter values set in advance for each RAB in the RNC. If there is an inconsistency between counter values and parameter settings, this is an indication that Power Control algorithm is not working properly.

pmFaultyTransportBlocksAcUl / pmTransportBlocksAcUl * 100

Release By dchRcLostT Expiry

Non Iur HOSuccessNon Iur HOSuccess %Based GSMHO UEsBased GSMHO StartedBased GSMHO SuccessBased GSMHO Activity %Based GSMHO Succ %


Number of overall releases triggered by dchRcLostT expiry.

Release By cchWaitCuT Expiry

Number of overall releases triggered by cchWaitCuT expiry.

Main Proc Load Average

This KPI defines the average load of the RNC Main Processor. It is calculated as the rate between Accumulator and Scan counters: the first one is the sums of all sample values, collected every second; the second one is the relative number of samples within the ROP period.

pmSumMeasuredLoad / pmSamplesMeasuredLoad

Main Proc Load Std Dev

This KPI defines the standard deviation of the avgerage load of RNC Main Processor.

SQRT[ (pmSumSqrMeasuredLoad / pmSumSqrMeasuredLoad) - (pmSumSqrMeasuredLoad / pmSamplesMeasuredLoad)^2 ]

Time Main Proc Load > 80%

This value represents the percentage of time the processor load was greater than 80%

Iub Capacity Average

This KPI maintains the average Iub Throughput for the measurement period.

Iub Capacity Regulated Average

This KPI defines the average Iub capacity utilization, when the capacity is being regulated.

Time Iub Capacity Utiliz > 85%

This value shows the percentage of time the Iub capacity utilization was greater than 85% during the time period.

Users Capacity Average

This KPI maintains the average number of simultaneous FACh/DCh/HS users during the time period.

Users Capacity Regulated Avg

This KPI defines the average number of users on FACh/DCh/HS while capacity is being regulated.

Users Capacity Alloc Atts

This represents the number of attempts made during the ROP to allocate the resource regulated by this capacity license.

Users Capacity Alloc Rejs

This represents the number of rejected attempts made during the ROP to allocate the resource regulated by this capacity license. Incremented by one when an allocation attempt is rejected for the capacity-licensed resource.

Time Users Capacity Utiliz > 85%

This value maintains the percentage of time the number of FACh/DCh/HS users was greater than 85% of capacity during the time period.

HS PS Interactive Latency

The KPI measure the PS Interactive with HS-DSCH on downlink and R99 DCH on uplink latency in milliseconds with respect to the Best Cell.

pmSumHsDchLatency / pmSamplesHsDchLatency

HS PS Interactive Delay

The KPI measure the RAN SDU delay in milliseconds for HS-DSCH on downlink with respect to the Best Cell.

pmSumHsDlDelay / pmSamplesHsDlDelay

HS PS Interactive Jitter

The KPI measure the RAN SDU jitter in milliseconds for PS Interactive with HS-DSCH on downlink and R99 DCH on uplink with respect to the Best Cell.

pmSumHsDchJitter / pmSamplesHsDchJitter

Softer Non Iur HO Attempts

The counter is incremented when the intra-frequency handover evaluation algorithm determines that a radio link should be added, removed, or replaced (but no radio link sets added or removed).

pmSofterHoAttemptNonIur

Softer Non Iur HO Success

This counter is incremented by one when a handover has succeeded for an intra-frequency radio link add, remove, or replace (but no radio link sets added or removed).

pmSofterHoSuccessNonIur

Softer Non Iur HO Success %

The success rate for non-Iur softer handovers.

pmSofterHoSuccessNonIur / pmSofterHoAttemptNonIur * 100

Soft Non Iur HO Attempts

This counter is incremented when the intra-frequency handover evaluation algorithm determines that a radio link should be added, removed, or replaced.

pmSoftHoAttemptNonIur


Soft Non Iur HO Success

This counter is incremented by one when a handover has succeeded for an intra-frequency radio link add, remove, or replace.

pmSoftHoSuccessNonIur

Soft Non Iur HO Success %

The KPI defines the success rate for non-Iur soft handovers.

pmSoftHoSuccessNonIur / pmSoftHoAttemptNonIur * 100

Soft/er Non Iur HO Attempts

This couter is incremented when the intra-frequency handover evaluation algorithm in the SRNC determines that a radio link or radio link set should be added, removed, or replaced in a DRNC.

pmSoftSofterHoAttemptIur

Soft/er Non Iur HO Success

This counter is incremented by one when a handover has succeeded for an intra-frequency radio link or radio link set add, remove, or replace in a DRNC.

pmSoftSofterHoSuccessIur

Soft/er Non Iur HO Success %

The KPI defines the success rate for Iur soft and softer handovers.

pmSoftSofterHoSuccessIur / pmSoftSofterHoAttemptIur * 100

Service Based GSM HO UEs

This counter provides the total number of potential Service Based GSM Handover users per RNC. The 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."

pmTotNoSbHo

Service Based GSM HO Started

This counter provides the total number of started Service Based GSM Handover measurements per RNC. The counter is stepped at the transmission of the measurement control for activating the Service Based GSM Handover measurements.

pmNoSbHoMeasStart

Service Based GSM HO Success

This counter provides the total number of successful outgoing Service Based GSM Handover per RNC. The counter is stepped when Iu Release is received from CS CN.

pmNoSuccessSbHo

Service Based GSM HO Activity %

This KPI defines how many Service Based GSM Handover measurements per RNC have been started, expressed as a percentage over the total number of potential Service Based GSM Handover users.

SBHO_GSM_ACTIVITY_RATE

Service Based GSM HO Succ %

This KPI defines the percentage of successful outgoing Service Based GSM Handover per RNC, over the total number of started service based GSM handover measurements per RNC.

pmNoSuccessSbHo / pmNoSbHoMeasStart * 100

Notes

Empty columns occur when the device is not reporting that metric.


CS Iu SignalConn Setup

Success

CS Iu SignalConn SetupSuccess %

PS Iu SignalConn Setup

Attempts

PS Iu SignalConn Setup

Success

PS Iu SignalConn SetupSuccess %

Avg PSR99 Thrpt

Kbits/s

Avg HSThrpt

Kbits/s

PS R99Retrans-

mit %

HSRetrans-

mit %


The signaling connection setup is triggered by the initial direct transfer message at call setup.This counter is pegged for the setup attempts towards the CS CN.


The signaling connection setup is triggered by the initial direct transfer message at call setup.This counter is pegged for the setup attempts towards the PS CN.




This KPI estimates the aggregated retransmission rate for all PS interactive traffic on DCH/FACH. It can be also as an indication of BLER in DL.

This KPI estimates the aggregated retransmission rate for all PS interactive traffic for HSDPA on RLC level. It can be also as an indication of BLER in DL.




SQRT[ (pmSumSqrMeasuredLoad / pmSumSqrMeasuredLoad) - (pmSumSqrMeasuredLoad / pmSamplesMeasuredLoad)^2 ]

This represents the number of attempts made during the ROP to allocate the resource regulated by this capacity license.

This represents the number of rejected attempts made during the ROP to allocate the resource regulated by this capacity license. Incremented by one when an allocation attempt is rejected for the capacity-licensed resource.

This value maintains the percentage of time the number of FACh/DCh/HS users was greater than 85% of capacity during the time period.

The KPI measure the PS Interactive with HS-DSCH on downlink and R99 DCH on uplink latency in milliseconds with respect to the Best Cell.

The KPI measure the RAN SDU jitter in milliseconds for PS Interactive with HS-DSCH on downlink and R99 DCH on uplink with respect to the Best Cell.

The counter is incremented when the intra-frequency handover evaluation algorithm determines that a radio link should be added, removed, or replaced (but no radio link sets added or removed).

This counter is incremented by one when a handover has succeeded for an intra-frequency radio link add, remove, or replace (but no radio link sets added or removed).

This counter is incremented when the intra-frequency handover evaluation algorithm determines that a radio link should be added, removed, or replaced.


This counter is incremented by one when a handover has succeeded for an intra-frequency radio link add, remove, or replace.

This couter is incremented when the intra-frequency handover evaluation algorithm in the SRNC determines that a radio link or radio link set should be added, removed, or replaced in a DRNC.

This counter is incremented by one when a handover has succeeded for an intra-frequency radio link or radio link set add, remove, or replace in a DRNC.



This counter provides the total number of successful outgoing Service Based GSM Handover per RNC. The counter is stepped when Iu Release is received from CS CN.

This KPI defines how many Service Based GSM Handover measurements per RNC have been started, expressed as a percentage over the total number of potential Service Based GSM Handover users.

This KPI defines the percentage of successful outgoing Service Based GSM Handover per RNC, over the total number of started service based GSM handover measurements per RNC.


RABUL BLER

%

Release BydchRcLostT

Expiry

Release BycchWaitCuT

Expiry

Main ProcLoad

Average

Main ProcLoad

Std Dev

Time MainProc Load

> 80%

IubCapacityAverage

Iub CapacityRegulatedAvgerage


Time IubCapacity

Utiliz > 85%

UsersCapacityAverage

Usrs CapacityRegulatedAverage

UsersCapacityAlloc Atts

UsersCapacityAlloc Rejs

UsersCapacity

Alloc Rej %

Time UsersCapacity

Utiliz > 85%

HS PSInteractiveLatency ms


HS PSInteractiveDelay ms

HS PSInteractive

Jitter ms

SofterNon Iur HOAttempts

SofterNon Iur HO

Success

SofterNon Iur HOSuccess %

SoftNon Iur HOAttempts

SoftNon Iur HO

Success

SoftNon Iur HOSuccess %


Soft/erNon Iur HOAttempts

Soft/erNon Iur HO

Success

Soft/erNon Iur HOSuccess %

ServiceBased GSM

HO UEs

ServiceBased GSMHO Started

ServiceBased GSMHO Success

ServiceBased GSM

HO Activity %

ServiceBased GSMHO Succ %

RRC Establish Failures -- 2013-10-14 to 2013-10-14; Hours 0 to 23; RNC/Node B/Sector; Daily Summary; RNCBAH1/WAC401 (LOVELY_BAY)


Report Options



Summary

Provides failure reasons for RRC establish attempts.

Columns

UE Perceived RRC Establish Success %


Success %


AttemptsRRC Establish

Success

RRC EstablishSuccess %RRC EstablishAttemptsRRC EstablishSuccessRNC ProcOverloadAdmissionControlRL SetupFailLoadSharingDL CodeResourceDL PowerResourceDLHardwareULHardwareLicenseCapacityBlockNodeBBlockTransportRNC ProcOvrld %AdmissionContrl %RL SetupFail %LoadShare %DL CodeResrce %DL PowerResrce %DLHW %ULHW %LicenseCap %BlockNodeB %BlockTport %Cxn SetupSuccess %Cxn SetupAttemptsCxn SetupSuccessCxn SetupSuccess %Cxn SetupAttemptsCxn SetupSuccess


This KPI provides the percentage of successful established RRC connections per RRC connection attempt procedure.

RRC Establish Success / UE Perceived RRC Establish Attempts

GLOBAL_RRCSUCCRATE

RRC Fail: RNC Proc Overload

This measurement is pegged when the overload of the RNC main processor can cause discards of RRC Connection Requests.

RRC_CONNECTIONS_REJ_MPLOAD

RRC Fail: Admission Control

Call Admission Control(CAC) is used to prevent overload of the system. Reasons for overload include Load Sharin, DL Code Resource, DL Power Resource, DL/UL Hardware, License Capacity, Block NodeB and Block TN.

RRC_CONNECTIONS_DENIED_ADM

RRC Fail: RL Setup Fail

Once the RNC has verified that the requested resources have passed the call admission control (CAC) check, the RNC requests the Node B to allocate these resources through the NBAP radio link setup procedure. This measurement is pegged when SRNC receives a Radio Link Setup Failure message.

RRC_CONNECTIONS_FAIL_RADIO

RRC Fail: Load Sharing

Number of Load Sharing diversions when establishing an RRC connection because another cell (frequency) is selected by Load Sharing.

RRC Fail: DL Code Resource

When this counter is show high values, the radio resources of available codes are showing exhaustion and will need additional capacity by code planning, adding Node Bs, or fine tuning of antenna tilts to offload traffic to adjoining sites.

RRC Fail: DL Power Resource

When this counter is show high values, the radio resources of available downlink power are showing exhaustion and will need additional capacity by code planning, adding Node Bs, or fine tuning of antenna tilts to offload traffic to adjoining sites.

RRC Fail: DL Hardware

Number of RRC Connection Requests denied by admission control due to lack of DL hardware resources.

RRC Fail: UL Hardware

Number of RRC Connection Requests denied by admission control due to lack of UL hardware resources.

RRC Fail: License Capacity

Number of RRC Connection Requests denied by admission control due to insufficient licensed capacity in the RBS.

RRC_BLOCK_HW

RRC Fail: Block NodeB

Number of RRC Connection Requests failed due to node blocking, i.e. node configuration error, node limitation or transport network layer service unavailability.

RRC_BLOCK_NODE_CS + RRC_BLOCK_NODE_PS

RRC Fail: Block Transport

Number of RRC Connection Requests failed due to transport network blocking. Congestion on user plan (AAL2) or control plane (UniSall or SCTP) as result of user dimensioned transport network resource shortages.

RRC_BLOCK_TN_CS + RRC_BLOCK_TN_PS

RRC Fail: REASON %

Distribution of RRC Fail reasons. Note that several reasons can peg for 1 failure.

REASON / SUM(REASONS)

CS RRC Cxn Setup Success %


CS RRC Cxn Setup Success / CS RRC Cxn Setup Attempts

CS_RRCSUCCRATE

PS RRC Cxn Setup Success %


PS RRC Cxn Setup Success / PS RRC Cxn Setup Attempts

PS_RRCSUCCRATE

Notes

None.


RRC Fail:RNC ProcOverload

RRC Fail:Admission

Control

RRC Fail:RL Setup

Fail

RRC Fail:Load

Sharing

RRC Fail:DL CodeResource

RRC Fail:DL PowerResource

RRC Fail:DL

Hardware

RRC Fail:UL

Hardware

RRC Fail:License

Capacity


This measurement is pegged when the overload of the RNC main processor can cause discards of RRC Connection Requests.

Call Admission Control(CAC) is used to prevent overload of the system. Reasons for overload include Load Sharin, DL Code Resource, DL Power Resource, DL/UL Hardware, License Capacity, Block NodeB and Block TN.


Number of Load Sharing diversions when establishing an RRC connection because another cell (frequency) is selected by Load Sharing.



Number of RRC Connection Requests failed due to node blocking, i.e. node configuration error, node limitation or transport network layer service unavailability.

Number of RRC Connection Requests failed due to transport network blocking. Congestion on user plan (AAL2) or control plane (UniSall or SCTP) as result of user dimensioned transport network resource shortages.




RRC Fail:Block

NodeB

RRC Fail:Block

Transport

RRC Fail:RNC ProcOvrld %

RRC Fail:AdmissionContrl %

RRC Fail:RL Setup

Fail %

RRC Fail:Load

Share %

RRC Fail:DL CodeResrce %

RRC Fail:DL PowerResrce %

RRC Fail:DL

HW %


RRC Fail:UL

HW %

RRC Fail:LicenseCap %

RRC Fail:Block

NodeB %

RRC Fail:Block

Tport %

CS RRCCxn SetupSuccess %

CS RRCCxn SetupAttempts

CS RRCCxn Setup

Success

PS RRCCxn SetupSuccess %

PS RRCCxn SetupAttempts


PS RRCCxn Setup

Success

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