SN KPI UoM Granularity

Radio Network Accessibility (NBH)

CS-Voice Call Setup Success Rate - % NBH-V

[E2E]

1
 CS-64 Call Setup Success Rate - [E2E] % NBH-V

2
 PS-R99 DCH -Call Setup Success Rate % NBH-D
[E2E]

3
 HSDPA Call Setup Success Rate [E2E] % NBH-D

4
 HSUPA Call Setup Success Rate [E2E] % NBH-D

CS Access Success Rate - [RRC] % NBH-V

6
 PS Access Success Rate - [RRC] % NBH-D

CS-Voice Call Setup Success Rate - % NBH-V

[RAB]

CS-64 Call Setup Success Rate -

% NBH-V
[RAB]

9
 PS Call Setup Success Rate - [RAB] % NBH-D

10

HSDPA Call Setup Success Rate -

[RAB] % NBH-D

11

HSUPA Call Setup Success Rate- % NBH-D

[RAB]

12
Radio Network Retainability (NBH)
 CS-Voice RAB Drop Rate % NBH-V
13

CS-64 RAB Drop Call Rate % NBH-V

14

PS R99 DCH RAB Drop Call Rate % NBH-D

15
 HSDPA RAB Drop Rate % NBH-D

16

HSUPA RAB Drop Rate % NBH-D

17
Radio Network Mobility (NBH)

Soft Handover Success Rate % NBH-V

18

CS Soft Handover Success Rate % NBH-V

19
 PS R99 DCH Handover Success Rate % NBH-D
20

CS-Voice Inter System Handover

Success Rate( 3G - 2G) % NBH-V

21

PS Inter System Handover Success % NBH-D

Rate ( 3G - 2G)

22
Radio Network Accessibility (BBH)

% Cells CS-Voice Call Setup Success % BBH-V

Rate - [E2E] {>98%}

23

% Cells CS-64 Call Setup Success

Rate - [E2E] {>98%} % BBH-V

24

% Cells PS-Call Setup Success Rate

[E2E] {>97%} % BBH-D

25

% Cells HSDPA Call Setup Success

Rate [E2E] {>97%} % BBH-D

26

% Cells HSUPA Call Setup Success % BBH-D

Rate [E2E] {>97%}

27

% Cells CS Access Success Rate -

[RRC] {>98%} % BBH-V

28
 % Cells PS Access Success Rate -
[RRC] {>97%} % BBH-D

29

% Cells CS-Voice Call Setup Success

% BBH-V
Rate - [RAB] {>98%}

30

% Cells CS-64 Call Setup Success % BBH-V

Rate - [RAB] {>98%}

31

% Cells PS Call Setup Success Rate - % BBH-D

[RAB] {>97%}

32

% Cells HSDPA Call Setup Success % BBH-D

Rate - [RAB] {>97%}

33

% Cells HSUPA Call Setup Success % BBH-D

Rate- [RAB] {>97%}

34
Radio Network Retainability (BBH)

% Cells with CSV RAB Drop Rate

{>2%} % BBH-V
35

% Cells with CS-64 RAB Drop Call

Rate {>2%} % BBH-V

36

% Cells with PS RAB Drop Call Rate % BBH-D

{>2%}
37
 % Cells with HSDPA RAB Drop Rate
{>2%} % BBH-D
38

% Cells with HSUPA RAB Drop Rate % BBH-D

{>2%}
39
Radio Network Mobility (BBH)

% Cells with Soft Handover Success

Rate {>95%} % BBH-V

40

% Cells with CS Soft Handover % BBH-V

Success Rate {>95%}

41

% Cells with PS Handover Success % BBH-D

Rate {>95%}

42

% Cells with CS-Voice Inter System

Handover Success Rate( 3G - 2G) % BBH-D
{>95%}

43

% Cells with PS Inter System

Handover Success Rate ( 3G - 2G) % BBH-D
{>95%}

44
3G Traffic - RNC
 NBH-
Voice_Traffic_Erlangs - RNC V/BBH-
V/24H

45 Erl

NBH-
Video_Traffic_Erlangs - RNC V/BBH-
V/24H

46 Erl
 NBH-
PS-R99_DL_Traffic - RNC D/BBH-
D/24H

47 MB

NBH-
PS-R99_UL_Traffic - RNC D/BBH-
D/24H

48 MB

NBH-
HSDPA_Traffic - RNC D/BBH-
D/24H

49 MB

NBH-
HSUPA_Traffic - RNC D/BBH-
D/24H
50 MB
Service Integrity/Quality
 % Cells with UL BLER -[Voice] -
{<2%} BBH-V

51 %

% Cells with UL BLER -[R99] - {<2%} BBH-D

52 %

% Cells with UL BLER - [HSDPA] - BBH-D

{<2%}

53 %

% Cells with DL BLER - [VOICE] - BBH-V

{<2%}

54 %

% Cells with DL BLER - [R99] - {<2%} BBH-D

55 %

% Cells with DL BLER - [HS] - {<2%} BBH-D

56 %

PS R99 UL Average Throughput NBH-D

from RNC

57 Kbps

PS R99 DL Average Throughput NBH-D

from RNC

58 Kbps
 HSDPA Average throughput from NBH-D
RNC

59 Kbps

HSUPA Average throughput from

NBH-D
RNC

60 Kbps
3G Radio Utilization
 % Cells with Code Utilization
{>80%} % NBH-D

61

%Cells Peak CE Utilization UL - Site

level {>80%} % NBH-D

62

%Cells Peak CE Utilization DL - Site

level {>80%} % NBH-D

63

DL Power Utilization- cell Wise % NBH-D

{>80%}

64
RNP/RNO Specific KPI
65 CQI <=15 % NBH-D

CQI between 15 and 25 NBH-D

66 %
67 CQI >=25 % NBH-D
 Soft Handover Overhead (%) RT % NBH-V

68

Soft Handover Overhead (%) NRT % NBH-D

69

UL Interference/noise Ratio
(unloaded state) % NBH-V

70
 Formula Remarks

100*((sum(pmTOTNORRCConnectReqCsSucc)/sum(pmTOTNORRCCo
nnectReqCs-
pmNoLoadSharingRrcConnCs))*(sum(pmNoNormalNasSignReleaseC
s)/sum(pmNoNormalNasSignReleaseCs+pmNoSystemNasSignReleas
eCs))*(sum(pmNoRabEstablishSuccessSpeech)/sum(pmNoRabEstabl
ishAttemptSpeech-pmNoDirRetryAtt))
100*((sum(pmTOTNORRCConnectReqCsSucc)/sum(pmTOTNORRCCo
nnectReqCs-
pmNoLoadSharingRrcConnCs))*(sum(pmNoNormalNasSignReleaseC
s)/sum(pmNoNormalNasSignReleaseCs+pmNoSystemNasSignReleas
eCs))*(sum(pmNoRabEstablishSuccessCs64)/sum(pmNoRabEstablish
AttemptCs64))))
100*((SUM(pmTOTNORRCConnectReqPsSucc)
/SUM(pmTOTNORRCConnectReqPs-
pmNoLoadSharingRrcConnPs))*(SUM(pmNoNormalNasSignReleaseP
s)/sum(pmNoNormalNasSignReleasePs+pmNoSystemNasSignReleas
ePs))*(SUM(pmNoRabEstSuccessPsIntNonHs)/SUM(pmNoRabEstAtt
emptPsIntNonHs)))
100*(([pmTOTNORRCConnectReqPsSucc]/
([pmTOTNORRCConnectReqPs]-
[pmNoLoadSharingRrcConnPs]))*([pmNoNormalNasSignReleasePs]/
([pmNoNormalNasSignReleasePs]+
[pmNoSystemNasSignReleasePs]))*(([pmNoRabEstablishSuccess].
[PacketInteractiveHs]+[pmNoRabEstSuccessPsStreamHs])/
([pmNoRabEstablishAttempt].[PacketInteractiveHs]+
[pmNoRabEstAttemptPsStreamHs])))
 100*(([pmTOTNORRCConnectReqPsSucc]/
([pmTOTNORRCConnectReqPs]-
[pmNoLoadSharingRrcConnPs]))*([pmNoNormalNasSignReleasePs]/
([pmNoNormalNasSignReleasePs]+
[pmNoSystemNasSignReleasePs]))*([pmNoRabEstablishSuccess].
[PacketInteractiveEul]/[pmNoRabEstablishAttempt].
[PacketInteractiveEul]))

case when sum(pmtotnorrcconnectReqCs-

pmNoLoadSharingRrcConnCs)=0 then 100 else
100*sum(pmtotNorrcConnectReqCsSucc)/sum(pmtotnorrcconnectR
eqCs-pmNoLoadSharingRrcConnCs) END
case when sum(pmTotNoRrcConnectReqPs-
pmNoLoadSharingRrcConnPs)=0 then 100 else
100*sum(pmtotNorrcConnectReqPsSucc)/sum(pmtotnorrcconnectR
eqPs-pmNoLoadSharingRrcConnPs) END

100*([pmNoRabEstablishSuccess].[Speech]/
([pmNoRabEstablishAttempt].[Speech]-[pmNoDirRetryAtt]))

100*([pmNoRabEstablishSuccess].[Cs64]/
[pmNoRabEstablishAttempt].[Cs64])
 100*(([pmNoRabEstSuccessPsIntNonHs]+
[pmNoRabEstablishSuccess].[PacketStream]+
[pmNoRabEstablishSuccess].[PacketStream128])/
([pmNoRabEstAttemptPsIntNonHs]+[pmNoRabEstablishAttempt].
[PacketStream]+[pmNoRabEstablishAttempt].[PacketStream128]))

100*(([pmNoRabEstablishSuccess].[PacketInteractiveHs]+
[pmNoRabEstSuccessPsStreamHs])/([pmNoRabEstablishAttempt].
[PacketInteractiveHs]+[pmNoRabEstAttemptPsStreamHs]))

100*([pmNoRabEstablishSuccess].[PacketInteractiveEul]/
[pmNoRabEstablishAttempt].[PacketInteractiveEul])
  pmNoNormal RabReleaseSpeech  
100*  pmNoSystem RabReleaseSpeech  /  
 pmNoSystem RabReleaseSpeech 

100*(([pmNoSystemRabReleaseCs64])/
([pmNoNormalRabReleaseCs64]+[pmNoSystemRabReleaseCs64]))

100*(([pmNoSystemRabReleasePacket]-[pmNoSystemRbReleaseHs]-
[pmNoSystemRabReleasePacketUra])/
(([pmNoNormalRabReleasePacket]-
[pmNoNormalRabReleasePacketUra]-[pmNoNormalRbReleaseHs]+
[pmNoSystemRabReleasePacket]-
[pmNoSystemRabReleasePacketUra]-[pmNoSystemRbReleaseHs]+
[pmUpswitchFachHsSuccess]+[pmNoSuccRbReconfOrigPsIntDch]+
[pmChSwitchSuccFachUra])))
100*(([pmNoSystemRbReleaseHs]+
[pmNoSystemRabReleasePsStreamHs])/
(([pmNoNormalRbReleaseHs]+[pmNoSystemRbReleaseHs]+
[pmNoSuccRbReconfPsIntDch]+[pmPsIntHsToFachSucc])+
([pmNoNormalRabReleasePsStreamHs]+
[pmNoSystemRabReleasePsStreamHs])))

100*(([pmNoSystemRbReleaseEul])/([pmNoNormalRbReleaseEul]+
[pmNoSystemRbReleaseEul]+[pmNoSuccRbReconfOrigPsIntEul]+
[pmPsIntHsToFachSucc]))

100*([pmNoTimesRlAddToActSet]/([pmNoTimesRlAddToActSet]+
[pmNoTimesCellFailAddToActSet]))

100 *  pmRlAddSuccessBestCellSpeech/ pmRlAddAttemptsBestCellSpeech

100 *  pmRlAddSuccessBestCellPacketHigh/ pmRlAddAttemptsBestCellPac ketHigh 

 pmNoSuccessOutIratHoSpeech    pmNoAttOutIratHoSpeech  
100 *   /  
 pmNoSuccessOutIratHoMulti   pmNoAttOutIratHoMulti 

pmNoOutIratCcSuccess
100 *
pmNoOutIratCcAtt

Same as NBH

Same as NBH

Same as NBH

Same as NBH

Same as NBH

Same as NBH
Same as NBH

Same as NBH

Same as NBH

Same as NBH

Same as NBH

Same as NBH

Same as NBH

Same as NBH

Same as NBH
Same as NBH

Same as NBH

Same as NBH

Same as NBH

Same as NBH

Same as NBH

Same as NBH
 If ((Not (IsNull(<BestCs12Establish (sum)>))) Or (Not
(IsNull(<BestAmr4750RabEstablish (sum)>))) Or (Not
(IsNull(<BestAmr5900RabEstablish (sum)>))) Or (Not
(IsNull(<BestAmr7950RabEstablish (sum)>))) Or (Not
(IsNull(<BestAmr12200RabEstablish (sum)>))) Or (Not
(IsNull(<BestAmrWbRabEstablish (sum)>)))) Then (If ((Not
(<BestCs12Establish (sum)> > 0)) And (Not
(<BestAmr4750RabEstablish (sum)> > 0)) And (Not
(<BestAmrWbRabEstablish (sum)> > 0)) And (Not
(<BestAmr5900RabEstablish (sum)> > 0)) And (Not
(<BestAmr7950RabEstablish (sum)> > 0)) And (Not
(<BestAmr12200RabEstablish (sum)> > 0))) Then 0/0 Else (If
<BestCs12Establish (sum)>=0 Then 0 Else
<pmSumBestCs12Establish>/<BestCs12Establish (sum)>) + (If
<BestAmr4750RabEstablish (sum)>=0 Then 0 Else
<pmSumBestAmr4750RabEstablish>/<BestAmr4750RabEstablish
(sum)>) + (If <BestAmr5900RabEstablish (sum)>=0 Then 0 Else
<pmSumBestAmr5900RabEstablish>/<BestAmr5900RabEstablish
(sum)>) + (If <BestAmr7950RabEstablish (sum)>=0 Then 0 Else
<pmSumBestAmr7950RabEstablish>/<BestAmr7950RabEstablish
(sum)>) + (If <BestAmr12200RabEstablish (sum)>=0 Then 0 Else
<pmSumBestAmr12200RabEstablish>/<BestAmr12200RabEstablish
(sum)>) + (If <BestAmrWbRabEstablish (sum)>=0 Then 0 Else
<pmSumBestAmrWbRabEstablish>/<BestAmrWbRabEstablish
(sum)>))

<pmSumBestCs64RabEstablish>/<BestCs64RabEstablish (sum)>Ok
1/8*1024(<pmDlTrafficVolumePs8> + <pmDlTrafficVolumePs16>
+<pmDlTrafficVolumePs64> +<pmDlTrafficVolumePs128> +
<pmDlTrafficVolumePs384> + <pmDlTrafficVolumePsCommon> )

1/8*1024 * (<pmUlTrafficVolumePs8> + <pmUlTrafficVolumePs16>

+<pmUlTrafficVolumePs64> +<pmUlTrafficVolumePs128>
+<pmUlTrafficVolumePs384> + <pmUlTrafficVolumePsCommon> )

1/(8*1024)
*(<pmDlTrafficVolumePsIntHs>+<pmDlTrafficVolumePsStrHs>)

1/(8*1024) *(<pmUlTrafficVolumePsIntEul>)
 pmFaultyTr ansportBlo cksAcUl[UeRc  i]
100*
pmTranspor tBlocksAcUl[UeRc  i]
(Uerc=2)
pmFaultyTr ansportBlo cksAcUl[UeRc  i]
100*
pmTranspor tBlocksAcUl[UeRc  i]

(Uerc=3
pmFaultyTr ansportBlo cksAcUl[UeRc  i]
100*
pmTranspor tBlocksAcUl[UeRc  i]

(Uerc=15,16

NA WMRR feature to be activated

NA WMRR feature to be activated

NA WMRR feature to be activated

[pmSumDchUlRlcTotPacketThp]/[pmSamplesDchUlRlcTotPacketThp
(sum)]

[pmSumDchDlRlcTotPacketThp]/[pmSamplesDchDlRlcTotPacketThp
(sum)]
(<pmSumTransmittedBitsSpi00>+<pmSumTransmittedBitsSpi01>+<p
mSumTransmittedBitsSpi02>+<pmSumTransmittedBitsSpi03>+<pmS
umTransmittedBitsSpi04>+<pmSumTransmittedBitsSpi05>+<pmSum
TransmittedBitsSpi06>+<pmSumTransmittedBitsSpi07>+<pmSumTra
nsmittedBitsSpi08>+<pmSumTransmittedBitsSpi09>+<pmSumTrans
mittedBitsSpi10>+<pmSumTransmittedBitsSpi11>+<pmSumTransmi
ttedBitsSpi12>+<pmSumTransmittedBitsSpi13>+<pmSumTransmitte
dBitsSpi14>+<pmSumTransmittedBitsSpi15>)/
(0.002*<pmNoActiveSubFrames>)

(<pmSumAckedBitsCellEulTti10>+<pmSumAckedBitsCellEulTti2>+<p
mSumNackedBitsCellEulTti10>+<pmSumNackedBitsCellEulTti2>)/
((0.01*<pmNoActive10msFramesEul>)
+(0.002*<pmNoActive2msFramesEul>))
 Pmuseddlcodesutilization (No. of Samples x (Sample Index( i.e.
1,2,3,..... ) x 5 + 3) / Divided by total no. of samples) . Output will be
in %.

=(<pmSumCapacityUlCe>/<pmSamplesCapacityUlCe
(sum)>)*(100/<LicencedCEsPoolUL>)

=(<pmSumCapacityDlCe>/<pmSamplesCapacityDlCe
(sum)>)*(100/<LicencedCEsPoolDL>)

(<DL Power Utilization(BASE)>/<pmTransmittedCarrierPowerWLimit

(sum)>)*2+1

100*(<pmReportedCqi(CQI 15)>/<pmReportedCqi(CQI 0-30)>)

100*(<pmReportedCqi(CQI 16-25)>/<pmReportedCqi(CQI 0-30)>)

100*(<pmReportedCqi(CQI 25 -30)>/<pmReportedCqi(CQI 0-30)>)

For speech - 100*((AVGNUMCONN_SPEECH/ERL_SPEECH)-1)
For Video - 100*((AVGNUMCONN_64/ERL_CS64)-1)

100*((AVGNUMCONN_PS_NON_HS/ERL_PS_DCHFACH)-1)

=  -112+((<pmSumUlRssi>/<UlRssi (sum)>)/10)
SN KPI UoM Granularity new
Radio Network Accessibility (NBH)

CS-Voice Call Setup Success Rate - % NBH-V

[E2E]

1
 CS-64 Call Setup Success Rate - [E2E] % NBH-V

2
 PS-R99 DCH -Call Setup Success Rate % NBH-D
[E2E]

HSDPA Call Setup Success Rate [E2E] % NBH-D

4

HSUPA Call Setup Success Rate [E2E] % NBH-D

5
 CS Access Success Rate - [RRC] % NBH-V

6
 PS Access Success Rate - [RRC] % NBH-D

CS-Voice Call Setup Success Rate -

[RAB] % NBH-V

CS-64 Call Setup Success Rate - % NBH-V

[RAB]

9
 PS R99 DCH Call Setup Success Rate % NBH-D
- [RAB]

10

HSDPA Call Setup Success Rate - % NBH-D

[RAB]

11
 HSUPA Call Setup Success Rate- % NBH-D
[RAB]

12
Radio Network Retainability (NBH)
 CS-Voice RAB Drop Rate % NBH-V

13
 CS-64 RAB Drop Call Rate % NBH-V

14
 PS R99 DCH RAB Drop Call Rate % NBH-D

15
 HSDPA RAB Drop Rate % NBH-D

16
 HSUPA RAB Drop Rate % NBH-D

17
Radio Network Mobility (NBH)
 Soft Handover Success Rate % NBH-V

18

CS Soft Handover Success Rate % NBH-V

19
 PS R99 DCH Handover Success Rate % NBH-D

20

CS-Voice Inter System Handover % NBH-V

Success Rate( 3G - 2G)

21
 PS Inter System Handover Success % NBH-D
Rate ( 3G - 2G)

22
Radio Network Accessibility (BBH)

% Cells CS-Voice Call Setup Success

Rate - [E2E] {>98%} % BBH-V

23

% Cells CS-64 Call Setup Success

% BBH-V
Rate - [E2E] {>98%}

24

% Cells PS-Call Setup Success Rate

% BBH-D
[E2E] {>97%}

25
 % Cells HSDPA Call Setup Success
% BBH-D
Rate [E2E] {>97%}

26

% Cells HSUPA Call Setup Success

Rate [E2E] {>97%} % BBH-D

27

% Cells CS Access Success Rate -

[RRC] {>98%} % BBH-V

28

% Cells PS Access Success Rate -

% BBH-D
[RRC] {>97%}

29

% Cells CS-Voice Call Setup Success % BBH-V

Rate - [RAB] {>98%}

30

% Cells CS-64 Call Setup Success % BBH-V

Rate - [RAB] {>98%}

31

% Cells PS Call Setup Success Rate - % BBH-D

[RAB] {>97%}

32

% Cells HSDPA Call Setup Success % BBH-D

Rate - [RAB] {>97%}

33

% Cells HSUPA Call Setup Success

Rate- [RAB] {>97%} % BBH-D

34
 Radio Network Retainability (BBH)

% Cells with CSV RAB Drop Rate

{>2%} % BBH-V
35

% Cells with CS-64 RAB Drop Call

Rate {>2%} % BBH-V

36

% Cells with PS RAB Drop Call Rate

{>2%} % BBH-D
37

% Cells with HSDPA RAB Drop Rate % BBH-D

{>2%}
38

% Cells with HSUPA RAB Drop Rate % BBH-D

{>2%}
39
Radio Network Mobility (BBH)

% Cells with Soft Handover Success % BBH-V

Rate {>95%}

40

% Cells with CS Soft Handover % BBH-V

Success Rate {>95%}

41

% Cells with PS Handover Success % BBH-D

Rate {>95%}

42

% Cells with CS-Voice Inter System

Handover Success Rate( 3G - 2G) % BBH-D
{>95%}

43
 % Cells with PS Inter System
Handover Success Rate ( 3G - 2G) % BBH-D
{>95%}

44
3G Traffic - RNC

NBH-V/BBH-
Voice_Traffic_Erlangs - RNC Erl V/24H

45

Video_Traffic_Erlangs - RNC Erl NBH-V/BBH-

V/24H

46

PS-R99_DL_Traffic - RNC MB NBH-D/BBH-

D/24H

47
 PS-R99_UL_Traffic - RNC MB NBH-D/BBH-
D/24H

48

NBH-D/BBH-
HSDPA_Traffic - RNC MB D/24H

49

HSUPA_Traffic - RNC MB NBH-D/BBH-

D/24H

50
Service Integrity/Quality

% Cells with UL BLER -[Voice] - % BBH-V

{<2%}

51
 % Cells with UL BLER -[R99] - {<2%} % BBH-D

52

% Cells with UL BLER - [HS] - {<2%} % BBH-D

53

% Cells with DL BLER - [VOICE] - % BBH-V

{<2%}

54
 % Cells with DL BLER - [R99] - {<2%} % BBH-D

55

% Cells with DL BLER - [HS] - {<2%} % BBH-D

56
 PS R99 UL Average Throughput Kbps NBH-D
from RNC

57

PS R99 DL Average Throughput

from RNC Kbps NBH-D

58

HSDPA Average throughput from

RNC Kbps NBH-D

59
 HSUPA Average throughput from Kbps NBH-D
RNC

60
3G Radio Utilization

% Cells with Code Utilization % NBH-D

{>80%}
61

%Cells Peak CE Utilization UL - Site

level {>80%} % NBH-D

62

%Cells Peak CE Utilization DL - Site % NBH-D

level {>80%}

63
 DL Power Utilization- cell Wise % NBH-D
{>80%}

64
RNP/RNO Specific KPI
 CQI <=15 % NBH-D

65
 CQI between 15 and 25 % NBH-D

66
 CQI >=25 % NBH-D

67
 Soft Handover Overhead (%) RT % NBH-V

68

Soft Handover Overhead (%) NRT % NBH-D

69
 UL Interference/noise Ratio
% NBH-V
(unloaded state)

70
Formula Remarks

100*
sum(MOC_CONV_CALL_ATTS -
MOC_CONV_CALL_FAILS +
MTC_CONV_CALL_ATTS -
MTC_CONV_CALL_FAILS +
EMERGENCY_CALL_ATTS -
EMERGENCY_CALL_FAILS -
RRC_ACC_REL_EMERGENCY -
RRC_ACC_REL_MO_CONV -
RRC_ACC_REL_MT_CONV)
/
sum(MOC_CONV_CALL_ATTS +
MTC_CONV_CALL_ATTS +
EMERGENCY_CALL_ATTS -
RRC_ATT_REP_MO_CONV -
RRC_ATT_REP_MT_CONV -
RRC_ATT_REP_EMERGENCY -
RRC_ACC_REL_EMERGENCY -
RRC_ACC_REL_MO_CONV -
RRC_ACC_REL_MT_CONV -
RRC_CONN_STP_REJ_EMERG_CALL)
* (1-(SRB_ACT_FAIL_CONV/SUCC_RRC_SETUP_CONV )) * [sum(RAB_ACC_COMP_CS_VOICE)
/ sum(RAB_STP_ATT_CS_VOICE)]
100*sum(MOC_CONV_CALL_ATTS -MOC_CONV_CALL_FAILS + MTC_CONV_CALL_ATTS
-MTC_CONV_CALL_FAILS-RRC_ACC_REL_MO_CONV -RRC_ACC_REL_MT_CONV) /
Sum(MOC_CONV_CALL_ATTS + MTC_CONV_CALL_ATTS -RRC_ATT_REP_MO_CONV
-RRC_ATT_REP_MT_CONV -RRC_ACC_REL_MO_CONV -RRC_ACC_REL_MT_CONV)
* (1-(SRB_ACT_FAIL_CONV/SUCC_RRC_SETUP_CONV )) * [sum(RAB_ACC_COMP_CS_CONV)
/ sum(RAB_STP_ATT_CS_CONV)]
100 *
sum(MOC_INTER_CALL_ATTS - MOC_INTER_CALL_FAILS +
MOC_BACKG_CALL_ATTS - MOC_BACKG_CALL_FAILS +
MTC_INTER_CALL_ATTS - MTC_INTER_CALL_FAILS +
MTC_BACKG_CALL_ATTS - MTC_BACKG_CALL_FAILS +
MOC_HIGH_PRIOR_SIGN_ATTS - MOC_HIGH_PRIOR_SIGN_FAILS +
MTC_HIGH_PRIOR_SIGN_ATTS - MTC_HIGH_PRIOR_SIGN_FAILS -
RRC_ACC_REL_INTERACTIVE - RRC_ACC_REL_MO_BACKGROUND -
RRC_ACC_REL_MO_HIGH_PR_SIGN - RRC_ACC_REL_MO_INTERACTIVE -
RRC_ACC_REL_MT_BACKGROUND - RRC_ACC_REL_MT_HIGH_PR_SIGN)
/
sum(MOC_INTER_CALL_ATTS + MOC_BACKG_CALL_ATTS +
MOC_HIGH_PRIOR_SIGN_ATTS + MTC_INTER_CALL_ATTS +
MTC_BACKG_CALL_ATTS + MTC_HIGH_PRIOR_SIGN_ATTS -
RRC_ATT_REP_INTERACTIVE - RRC_ATT_REP_MO_INTERACTIVE -
RRC_ATT_REP_MO_HIGH_PR_SIGN - RRC_ATT_REP_MO_BACKGROUND -
RRC_ATT_REP_MT_BACKGROUND - RRC_ATT_REP_MT_HIGH_PR_SIGN -
RRC_ACC_REL_INTERACTIVE - RRC_ACC_REL_MO_BACKGROUND -
RRC_ACC_REL_MO_HIGH_PR_SIGN - RRC_ACC_REL_MO_INTERACTIVE -
RRC_ACC_REL_MT_BACKGROUND - RRC_ACC_REL_MT_HIGH_PR_SIGN)
* sum(1-(SRB_ACT_FAIL_INTER + SRB_ACT_FAIL_BACKG)/sum(SUCC_RRC_SETUP_INTERA +
SUCC_RRC_SETUP_BACKG) )
*sum(RAB_ACC_COMP_PS_INTER+RAB_ACC_COMP_PS_BACKG)
/sum(RAB_STP_ATT_PS_INTER+RAB_STP_ATT_PS_BACKG)

NA Response Awaited from NSN

NA Response Awaited from NSN

100*
sum(MOC_CONV_CALL_ATTS -
MOC_CONV_CALL_FAILS +
MTC_CONV_CALL_ATTS -
MTC_CONV_CALL_FAILS +
EMERGENCY_CALL_ATTS -
EMERGENCY_CALL_FAILS -
RRC_ACC_REL_EMERGENCY -
RRC_ACC_REL_MO_CONV -
RRC_ACC_REL_MT_CONV)
/
sum(MOC_CONV_CALL_ATTS +
MTC_CONV_CALL_ATTS +
EMERGENCY_CALL_ATTS -
RRC_ATT_REP_MO_CONV -
RRC_ATT_REP_MT_CONV -
RRC_ATT_REP_EMERGENCY -
RRC_ACC_REL_EMERGENCY -
RRC_ACC_REL_MO_CONV -
RRC_ACC_REL_MT_CONV -
RRC_CONN_STP_REJ_EMERG_CALL)
100 *
sum(MOC_INTER_CALL_ATTS - MOC_INTER_CALL_FAILS +
MOC_BACKG_CALL_ATTS - MOC_BACKG_CALL_FAILS +
MTC_INTER_CALL_ATTS - MTC_INTER_CALL_FAILS +
MTC_BACKG_CALL_ATTS - MTC_BACKG_CALL_FAILS +
MOC_HIGH_PRIOR_SIGN_ATTS - MOC_HIGH_PRIOR_SIGN_FAILS +
MTC_HIGH_PRIOR_SIGN_ATTS - MTC_HIGH_PRIOR_SIGN_FAILS -
RRC_ACC_REL_INTERACTIVE - RRC_ACC_REL_MO_BACKGROUND -
RRC_ACC_REL_MO_HIGH_PR_SIGN - RRC_ACC_REL_MO_INTERACTIVE -
RRC_ACC_REL_MT_BACKGROUND - RRC_ACC_REL_MT_HIGH_PR_SIGN)
/
sum(MOC_INTER_CALL_ATTS + MOC_BACKG_CALL_ATTS +
MOC_HIGH_PRIOR_SIGN_ATTS + MTC_INTER_CALL_ATTS +
MTC_BACKG_CALL_ATTS + MTC_HIGH_PRIOR_SIGN_ATTS -
RRC_ATT_REP_INTERACTIVE - RRC_ATT_REP_MO_INTERACTIVE -
RRC_ATT_REP_MO_HIGH_PR_SIGN - RRC_ATT_REP_MO_BACKGROUND -
RRC_ATT_REP_MT_BACKGROUND - RRC_ATT_REP_MT_HIGH_PR_SIGN -
RRC_ACC_REL_INTERACTIVE - RRC_ACC_REL_MO_BACKGROUND -
RRC_ACC_REL_MO_HIGH_PR_SIGN - RRC_ACC_REL_MO_INTERACTIVE -
RRC_ACC_REL_MT_BACKGROUND - RRC_ACC_REL_MT_HIGH_PR_SIGN)

100* sum(RAB_ACC_COMP_CS_VOICE) / sum(RAB_STP_ATT_CS_VOICE)

100*[sum(RAB_ACC_COMP_CS_CONV) / sum(RAB_STP_ATT_CS_CONV)]
100*sum(RAB_ACC_COMP_PS_INTER+RAB_ACC_COMP_PS_BACKG)
/sum(RAB_STP_ATT_PS_INTER+RAB_STP_ATT_PS_BACKG)

100*
sum(HS_E_REQ_HS_E_ALLO_STRE + HS_E_REQ_HS_E_ALLO_INT +
HS_E_REQ_HS_E_ALLO_BGR + HS_E_REQ_HS_D_ALLO_STRE + HS_E_REQ_HS_D_ALLO_INT
+ HS_E_REQ_HS_D_ALLO_BGR + HS_D_REQ_HS_D_ALLO_STRE +
HS_D_REQ_HS_D_ALLO_INT + HS_D_REQ_HS_D_ALLO_BGR)
/
sum(PS_ATT_HSDSCH_EDCH_STRE + PS_ATT_HSDSCH_EDCH_INT +
PS_ATT_HSDSCH_EDCH_BGR + PS_ATT_HSDSCH_DCH_STRE + PS_ATT_HSDSCH_DCH_INT +
PS_ATT_HSDSCH_DCH_BGR - HS_D_REQ_D_D_ALLO_STR_CELL -
HS_D_REQ_D_D_ALLO_BGR_CELL - HS_D_REQ_D_D_ALLO_INT_CELL -
HS_E_REQ_D_D_ALLO_STR_CELL - HS_E_REQ_D_D_ALLO_BGR_CELL -
HS_E_REQ_D_D_ALLO_INT_CELL)
100*
sum(HS_E_REQ_HS_E_ALLO_STRE + HS_E_REQ_HS_E_ALLO_INT +
HS_E_REQ_HS_E_ALLO_BGR)
/
sum(PS_ATT_HSDSCH_EDCH_STRE + PS_ATT_HSDSCH_EDCH_INT +
PS_ATT_HSDSCH_EDCH_BGR - HS_E_REQ_HS_D_ALLO_STR_CELL -
HS_E_REQ_HS_D_ALLO_BGR_CELL - HS_E_REQ_HS_D_ALLO_INT_CELL -
HS_E_REQ_D_D_ALLO_STR_CELL - HS_E_REQ_D_D_ALLO_BGR_CELL -
HS_E_REQ_D_D_ALLO_INT_CELL)
100*
{(RAB_ACT_REL_CS_VOICE_P_EMP + RAB_ACT_FAIL_CS_VOICE_IU +
RAB_ACT_FAIL_CS_VOICE_RADIO + RAB_ACT_FAIL_CS_VOICE_BTS +
RAB_ACT_FAIL_CS_VOICE_IUR + RAB_ACT_FAIL_CS_VOICE_RNC +
RAB_ACT_FAIL_CS_VOICE_UE + RAB_ACT_FAIL_CS_VOICE_TRANS)
/
(RAB_ACT_COMP_CS_VOICE + RAB_ACT_REL_CS_VOICE_SRNC +
RAB_ACT_REL_CS_VOICE_P_EMP +
RAB_ACT_REL_CS_VOICE_HHO + RAB_ACT_REL_CS_VOICE_ISHO +
RAB_ACT_REL_CS_VOICE_GANHO +
RAB_ACT_FAIL_CS_VOICE_IU + RAB_ACT_FAIL_CS_VOICE_RADIO +
RAB_ACT_FAIL_CS_VOICE_BTS +
RAB_ACT_FAIL_CS_VOICE_IUR + RAB_ACT_FAIL_CS_VOICE_RNC +
RAB_ACT_FAIL_CS_VOICE_UE +
RAB_ACT_FAIL_CS_VOICE_TRANS) }
100*
(RAB_ACT_FAIL_CS_CONV_IU + RAB_ACT_FAIL_CS_CONV_RADIO +
RAB_ACT_FAIL_CS_CONV_BTS + RAB_ACT_FAIL_CS_CONV_RNC
+ RAB_ACT_FAIL_CS_CONV_IUR + RAB_ACT_FAIL_CS_CONV_UE
+ RAB_ACT_REL_CS_CONV_P_EMP + RAB_ACT_FAIL_CS_CONV_TRANS)
/
(RAB_ACT_COMP_CS_CONV + RAB_ACT_REL_CS_CONV_SRNC
+ RAB_ACT_REL_CS_CONV_HHO + RAB_ACT_REL_CS_CONV_ISHO
+ RAB_ACT_REL_CS_CONV_P_EMP + RAB_ACT_FAIL_CS_CONV_IU
+ RAB_ACT_FAIL_CS_CONV_RADIO + RAB_ACT_FAIL_CS_CONV_BTS
+ RAB_ACT_FAIL_CS_CONV_RNC + RAB_ACT_FAIL_CS_CONV_IUR
+ RAB_ACT_FAIL_CS_CONV_UE + RAB_ACT_FAIL_CS_CONV_TRANS)
100*
{(RAB_ACT_FAIL_PS_BACKG_TRANS + RAB_ACT_FAIL_PS_INTER_TRANS +
RAB_ACT_FAIL_PS_INTER_IU + RAB_ACT_FAIL_PS_INTER_RADIO +
RAB_ACT_FAIL_PS_INTER_BTS + RAB_ACT_FAIL_PS_INTER_IUR +
RAB_ACT_FAIL_PS_INTER_RNC + RAB_ACT_FAIL_PS_BACKG_IU +
RAB_ACT_FAIL_PS_BACKG_RADIO + RAB_ACT_FAIL_PS_BACKG_BTS +
RAB_ACT_FAIL_PS_BACKG_IUR + RAB_ACT_FAIL_PS_BACKG_RNC +
RAB_ACT_FAIL_PS_BACKG_UE + RAB_ACT_FAIL_PS_INTER_UE +
RAB_ACT_FAIL_PS_STREA_IU +
RAB_ACT_FAIL_PS_STREA_RADIO + RAB_ACT_FAIL_PS_STREA_BTS +
RAB_ACT_FAIL_PS_STREA_IUR +
RAB_ACT_FAIL_PS_STREA_RNC + RAB_ACT_FAIL_PS_STREA_UE +
RAB_ACT_FAIL_PS_STREA_TRANS -
RAB_ACT_FAIL_PS_BACKG_PCH - RAB_ACT_FAIL_PS_INT_PCH)
/
(RAB_ACT_COMP_PS_INTER + RAB_ACT_COMP_PS_BACKG + RAB_ACT_COMP_PS_STREA +
RAB_ACT_REL_PS_INTER_SRNC + RAB_ACT_REL_PS_INTER_HHO +
RAB_ACT_REL_PS_STREA_SRNC +
RAB_ACT_REL_PS_STREA_HHO + RAB_ACT_REL_PS_STREA_ISHO +
RAB_ACT_REL_PS_INTER_ISHO + RAB_ACT_REL_PS_BACKG_SRNC +
RAB_ACT_REL_PS_BACKG_HHO + RAB_ACT_REL_PS_BGR_ISHO +
RAB_ACT_FAIL_PS_INTER_IU + RAB_ACT_FAIL_PS_INTER_RADIO +
RAB_ACT_FAIL_PS_INTER_BTS + RAB_ACT_FAIL_PS_INTER_IUR +
RAB_ACT_FAIL_PS_INTER_RNC + RAB_ACT_FAIL_PS_BACKG_IU +
RAB_ACT_FAIL_PS_BACKG_RADIO + RAB_ACT_FAIL_PS_BACKG_BTS +
RAB_ACT_FAIL_PS_BACKG_IUR + RAB_ACT_FAIL_PS_BACKG_RNC +
RAB_ACT_FAIL_PS_BACKG_UE + RAB_ACT_FAIL_PS_INTER_UE +
RAB_ACT_FAIL_PS_INTER_TRANS + RAB_ACT_FAIL_PS_BACKG_TRANS +
RAB_ACT_FAIL_PS_STREA_IU + RAB_ACT_FAIL_PS_STREA_RADIO +
RAB_ACT_FAIL_PS_STREA_BTS + RAB_ACT_FAIL_PS_STREA_IUR +
RAB_ACT_FAIL_PS_STREA_RNC + RAB_ACT_FAIL_PS_STREA_UE +
RAB_ACT_FAIL_PS_STREA_TRANS)}
100*SUM(REL_ALLO_OTH_FAIL_HSDSCH_INT + REL_ALLO_OTH_FAIL_HSDSCH_BGR +
REL_ALLO_OTH_FAIL_HSDSCH_STR + REL_ALLO_RL_FAIL_HS_DSCH_INT +
REL_ALLO_RL_FAIL_HS_DSCH_BGR + REL_ALLO_RL_FAIL_HS_DSCH_STR)
/
SUM(REL_ALLO_NORM_HS_DSCH_INT + REL_ALLO_NORM_HS_DSCH_BGR +
REL_ALLO_NORM_HS_DSCH_STR + REL_ALLO_OTH_FAIL_HSDSCH_INT +
REL_ALLO_OTH_FAIL_HSDSCH_BGR + REL_ALLO_OTH_FAIL_HSDSCH_STR +
REL_ALLO_RL_FAIL_HS_DSCH_INT + REL_ALLO_RL_FAIL_HS_DSCH_BGR +
REL_ALLO_RL_FAIL_HS_DSCH_STR)
100*sum( REL_EDCH_RL_FAIL_INT + REL_EDCH_RL_FAIL_BGR +
REL_EDCH_OTHER_FAIL_INT + REL_EDCH_OTHER_FAIL_BGR)
/
sum(REL_EDCH_NORM_INT + REL_EDCH_NORM_BGR + REL_EDCH_HSDSCH_SCC_INT +
REL_EDCH_HSDSCH_SCC_BGR + REL_EDCH_RL_FAIL_INT + REL_EDCH_RL_FAIL_BGR +
REL_EDCH_OTHER_FAIL_INT + REL_EDCH_OTHER_FAIL_BGR))}
100*
sum( SUCC_UPDATES_ON_SHO_FOR_RT + SUCC_UPDATES_ON_SHO_FOR_NRT )
/
sum( CELL_ADD_REQ_ON_SHO_FOR_RT
+ CELL_REPL_REQ_ON_SHO_FOR_RT
+ CELL_DEL_REQ_ON_SHO_FOR_RT + CELL_ADD_REQ_ON_SHO_FOR_NRT
+ CELL_REPL_REQ_ON_SHO_FOR_NRT
+ CELL_DEL_REQ_ON_SHO_FOR_NRT )

100*
sum( SUCC_UPDATES_ON_SHO_FOR_RT )
/
sum( CELL_ADD_REQ_ON_SHO_FOR_RT
+ CELL_REPL_REQ_ON_SHO_FOR_RT
+ CELL_DEL_REQ_ON_SHO_FOR_RT )
100 * sum( SUCC_UPDATES_ON_SHO_FOR_NRT )
/
sum( CELL_ADD_REQ_ON_SHO_FOR_NRT
+ CELL_REPL_REQ_ON_SHO_FOR_NRT
+ CELL_DEL_REQ_ON_SHO_FOR_NRT )

100*
sum(SUCC_IS_HHO_UL_DCH_Q_RT+ SUCC_IS_HHO_UE_TRX_PWR_RT+
SUCC_IS_HHO_DL_DPCH_PWR_RT+ SUCC_IS_HHO_CPICH_RSCP_RT+
SUCC_IS_HHO_CPICH_ECNO_RT+
SUCC_IS_HHO_IM_IMS_RT + SUCC_IS_HHO_EMERG_CALL +
SUCC_IS_HHO_LB_CAPA_DL_RT+ SUCC_IS_HHO_LB_CAPA_UL_RT+
SUCC_IS_HHO_LB_PRX_TOT_RT +
100*
sum(SUCC_IS_HHO_UL_DCH_Q_RT+ SUCC_IS_HHO_UE_TRX_PWR_RT+
SUCC_IS_HHO_DL_DPCH_PWR_RT+ SUCC_IS_HHO_CPICH_RSCP_RT+
SUCC_IS_HHO_CPICH_ECNO_RT+
SUCC_IS_HHO_IM_IMS_RT + SUCC_IS_HHO_EMERG_CALL +
SUCC_IS_HHO_LB_CAPA_DL_RT+ SUCC_IS_HHO_LB_CAPA_UL_RT+
SUCC_IS_HHO_LB_PRX_TOT_RT +
SUCC_IS_HHO_LB_PTX_TOT_RT + SUCC_IS_HHO_LB_RES_LIM_RT +
SUCC_IS_HHO_LB_RSVR_SC_RT + SUCC_IS_HHO_SB_RT + SUCC_IS_HHO_WPS_RT +
SUCC_GANHO_AMR_RT +
SUCC_ISHO_CELL_SHUTDOWN_RT + SUCC_ISHO_CELL_BLOCK_RT)
/
sum(IS_HHO_ATT_UL_DCH_Q_RT+ IS_HHO_ATT_UE_TRX_PWR_RT+
IS_HHO_ATT_DPCH_PWR_RT+ IS_HHO_ATT_CPICH_RSCP_RT+
IS_HHO_ATT_CPICH_ECNO_RT+
IS_HHO_ATT_IM_IMS_RT + IS_HHO_ATT_EMERG_CALL + IS_HHO_ATT_LB_CAPA_DL_RT+
IS_HHO_ATT_LB_CAPA_UL_RT+ IS_HHO_ATT_LB_PRX_TOT_RT +
IS_HHO_ATT_LB_PTX_TOT_RT + IS_HHO_ATT_LB_RES_LIM_RT +
IS_HHO_ATT_LB_RSVR_SC_RT + IS_HHO_ATT_SB_RT + IS_HHO_ATT_UL_DCH_WPS_RT+
ATT_GANHO_AMR_RT + ATT_ISHO_CELL_SHUTDOWN_RT + ATT_ISHO_CELL_BLOCK_RT )
sum(SUCC_IS_HHO_UL_DCH_Q_NRT+ SUCC_IS_HHO_UE_TRX_PWR_NRT+
SUCC_IS_HHO_DL_DPCH_PWR_NRT+ SUCC_IS_HHO_CPICH_RSCP_NRT+
SUCC_IS_HHO_CPICH_ECNO_NRT +
SUCC_IS_HHO_IM_IMS_NRT + SUCC_IS_HHO_LB_CAPA_DL_NRT +
SUCC_IS_HHO_LB_CAPA_UL_NRT + SUCC_IS_HHO_LB_PRX_TOT_NRT +
SUCC_IS_HHO_LB_PTX_TOT_NRT +
SUCC_IS_HHO_LB_RES_LIM_NRT + SUCC_IS_HHO_LB_RSVR_SC_NRT +
SUCC_IS_HHO_SB_NRT + SUCC_ISHO_CELL_SHUTDOWN_NRT +
SUCC_ISHO_CELL_BLOCK_NRT)
/
sum(IS_HHO_ATT_UL_DCH_Q_NRT+ IS_HHO_ATT_UE_TRX_PWR_NRT+
IS_HHO_ATT_DL_DPCH_PWR_NRT+ IS_HHO_ATT_CPICH_RSCP_NRT+
IS_HHO_ATT_CPICH_ECNO_NRT +
IS_HHO_ATT_IM_IMS_NRT + IS_HHO_ATT_LB_CAPA_DL_NRT +
IS_HHO_ATT_LB_CAPA_UL_NRT + IS_HHO_ATT_LB_PRX_TOT_NRT +
IS_HHO_ATT_LB_PTX_TOT_NRT +
IS_HHO_ATT_LB_RES_LIM_NRT + IS_HHO_ATT_LB_RSVR_SC_NRT + IS_HHO_ATT_SB_NRT
+ ATT_ISHO_CELL_SHUTDOWN_NRT + ATT_ISHO_CELL_BLOCK_NRT)

Same as NBH

Same as NBH

Same as NBH
Same as NBH

Same as NBH

Same as NBH

Same as NBH

Same as NBH

Same as NBH

Same as NBH

Same as NBH

Same as NBH
Same as NBH

Same as NBH

Same as NBH

Same as NBH

Same as NBH

Same as NBH

Same as NBH

Same as NBH

Same as NBH
Same as NBH

sum([AVG_RAB_HLD_TM_CS_VOICE] )
/
(sum(PERIOD_DURATION)*100*60)

sum([RAB_HOLD_TIME_CS_CONV_64]
/
sum(PERIOD_DURATION)*100*60

((NRT_DCH_DL_DATA_VOL + RT_PS_DCH_DL_DATA_VOL)
+(60*60*sum(AVE_FACH_UDATA_TP_SCCPCH)/(sum(FACH_U_DATA_TPUT_DENOM_1)*8))
)
/ (1024*1024)
(((NRT_DCH_UL_DATA_VOL + NRT_DCH_HSDPA_UL_DATA_VOL+
RT_PS_DCH_UL_DATA_VOL)+(60*60 *sum(AVE_RACH_DATA_THROUGHPUT)/
(sum(RACH_DENOM_4)*8)))
/(1024*1024))

sum(HS_DSCH_DATA_VOL)
/
( 1024 * 1024 )

sum(NRT_EDCH_UL_DATA_VOL + RT_E_DCH_UL_STREA_DATA)
/
( 1024 * 1024 )

100* avg( sum of AMR RBs(UL_CRC_NOKS_W)

/
sum(UL_CRC_NOKS_W+ UL_CRC_OKS_W) )
FOR Chtype = DCH
100*
avg(
(sum of Interactive RBs(UL_CRC_NOKS_W) + sum of Background RBs(UL_CRC_NOKS_W))
/
(sum of Interactive RBs(UL_CRC_NOKS_W+UL_CRC_OKS_W) +
sum of Background RBs(UL_CRC_NOKS_W+UL_CRC_OKS_W)) )

FOR Chtype = HSUPA

100*
avg(
(sum of Interactive RBs(UL_CRC_NOKS_W) )
/
(sum of Interactive RBs(UL_CRC_NOKS_W+UL_CRC_OKS_W) )

100* sum (AMR RBs UEQ_AVE_BLER)

FOR Chtype = DCH

100-100*
sum(RLC_RETRANS_DISTR_CLASS_0_W)
/
sum(RLC_RETRANS_DISTR_CLASS_0_W +
RLC_RETRANS_DISTR_CLASS_1_W +
RLC_RETRANS_DISTR_CLASS_2_W +
RLC_RETRANS_DISTR_CLASS_3_W +
RLC_RETRANS_DISTR_CLASS_4_W +
RLC_RETRANS_DISTR_CLASS_5_W )

100*sum(MAC_D_PDU_DROP_BTS_OWFL
+DROP_MAC_D_PDU_MAX_RETX_TOT
+DROP_MAC_D_PDU_OTH_REASON_TOT)
-----------------------------------
sum(MAC_D_PDU_TOT)
(For DCH Ch Type (RLC_AM_SDU_UL_PS_VOL_W) *8 / sum(RLC_AM_UL_MEAS_TIME_W )

(For DCH Ch Type (RLC_AM_SDU_DL_PS_VOL_W) *8 / sum(RLC_AM_DL_MEAS_TIME_W )

((((RECEIVED_HS_MACD_BITS)-(DISCARDED_HS_MACD_BITS))*500)
/ (((HS_SCCH_PWR_DIST_CLASS_0)+(HS_SCCH_PWR_DIST_CLASS_1)+
(HS_SCCH_PWR_DIST_CLASS_2)+(HS_SCCH_PWR_DIST_CLASS_3)+
(HS_SCCH_PWR_DIST_CLASS_4)+(HS_SCCH_PWR_DIST_CLASS_5)) ))
SUM(EDCH_DATA_SCELL_UL) * 8
/
{ SUM(MACE_PDU_RETR_00_COUNTER + MACE_PDU_RETR_01_COUNTER*2 +
MACE_PDU_RETR_02_COUNTER*3 + MACE_PDU_RETR_03_COUNTER*4 +
MACE_PDU_RETR_04_COUNTER*5 + MACE_PDU_RETR_05_COUNTER*6 +
MACE_PDU_RETR_06_COUNTER*7 + MACE_PDU_RETR_07_COUNTER*8
+ MACE_PDU_RETR_08_COUNTER*9 + MACE_PDU_RETR_09_COUNTER*10 +
MACE_PDU_RETR_10_COUNTER*11
+ MACE_PDU_RETR_11_COUNTER*12 + MACE_PDU_RETR_12_COUNTER*13)
*0.01*( MACE_PDUS_10MS_TTI /( MACE_PDUS_10MS_TTI + MACE_PDUS_2MS_TTI )) }
+ { SUM(MACE_PDU_RETR_00_COUNTER + MACE_PDU_RETR_01_COUNTER*2 +
MACE_PDU_RETR_02_COUNTER*3 + MACE_PDU_RETR_03_COUNTER*4 +
MACE_PDU_RETR_04_COUNTER*5 + MACE_PDU_RETR_05_COUNTER*6 +
MACE_PDU_RETR_06_COUNTER*7 +MACE_PDU_RETR_07_COUNTER*8
+ MACE_PDU_RETR_08_COUNTER*9 + MACE_PDU_RETR_09_COUNTER*10 +
MACE_PDU_RETR_10_COUNTER*11 + MACE_PDU_RETR_11_COUNTER*12
+ MACE_PDU_RETR_12_COUNTER*13)*0.002*( MACE_PDUS_2MS_TTI
/( MACE_PDUS_10MS_TTI + MACE_PDUS_2MS_TTI )) }

100*sum(CODE_CAPACITY) / sum(DENOM_CODE_CAPACITY)

100* sum( AVG_USED_CE_UL)/sum( AVE_AVAIL_CE )

100* sum( AVG_USED_CE_DL)/sum( AVE_AVAIL_CE )

[ Avg R99 Downlink power ] +[ Avg HSDPA power ] ==>

[ avg( sum(AVE_PTXTOT_CLASS_0*PTXTOT_DENOM_0 +
AVE_PTXTOT_CLASS_1*PTXTOT_DENOM_1 +
AVE_PTXTOT_CLASS_2*PTXTOT_DENOM_2 +
AVE_PTXTOT_CLASS_3*PTXTOT_DENOM_3 +
AVE_PTXTOT_CLASS_4*PTXTOT_DENOM_4)
/
sum(PTXTOT_DENOM_0 +
PTXTOT_DENOM_1 +
PTXTOT_DENOM_2 +
PTXTOT_DENOM_3 +
PTXTOT_DENOM_4)/100) ]
+ Convert it to Watt from dBm
[ avg(AVE_HSPA_DL_POWER) ] before addition.
100*( sum (CQI_DIST_CL_0 + CQI_DIST_CL_1 + CQI_DIST_CL_2 + CQI_DIST_CL_3 +
CQI_DIST_CL_4 + CQI_DIST_CL_5 + CQI_DIST_CL_6 + CQI_DIST_CL_7 + CQI_DIST_CL_8 +
CQI_DIST_CL_9 + CQI_DIST_CL_10 + CQI_DIST_CL_11 + CQI_DIST_CL_12 +
CQI_DIST_CL_13 + CQI_DIST_CL_14 + CQI_DIST_CL_15 ) /
sum(CQI_DIST_CL_0 + CQI_DIST_CL_1 + CQI_DIST_CL_2 + CQI_DIST_CL_3 +
CQI_DIST_CL_4 + CQI_DIST_CL_5 + CQI_DIST_CL_6 + CQI_DIST_CL_7 + CQI_DIST_CL_8
+ CQI_DIST_CL_9 + CQI_DIST_CL_10 + CQI_DIST_CL_11 + CQI_DIST_CL_12 +
CQI_DIST_CL_13 + CQI_DIST_CL_14 + CQI_DIST_CL_15 + CQI_DIST_CL_16 +
CQI_DIST_CL_17 + CQI_DIST_CL_18 + CQI_DIST_CL_19 + CQI_DIST_CL_20 +
CQI_DIST_CL_21 + CQI_DIST_CL_22 + CQI_DIST_CL_23 + CQI_DIST_CL_24 +
CQI_DIST_CL_25 + CQI_DIST_CL_26 + CQI_DIST_CL_27 + CQI_DIST_CL_28 +
CQI_DIST_CL_29 + CQI_DIST_CL_30) )
100* (sum ( CQI_DIST_CL_16 + CQI_DIST_CL_17 + CQI_DIST_CL_18 + CQI_DIST_CL_19 +
CQI_DIST_CL_20 + CQI_DIST_CL_21 + CQI_DIST_CL_22 + CQI_DIST_CL_23
+ CQI_DIST_CL_24 ) /
sum(CQI_DIST_CL_0 + CQI_DIST_CL_1 + CQI_DIST_CL_2 + CQI_DIST_CL_3 +
CQI_DIST_CL_4 + CQI_DIST_CL_5 + CQI_DIST_CL_6 + CQI_DIST_CL_7 + CQI_DIST_CL_8
+ CQI_DIST_CL_9 + CQI_DIST_CL_10 + CQI_DIST_CL_11 + CQI_DIST_CL_12 +
CQI_DIST_CL_13 + CQI_DIST_CL_14 + CQI_DIST_CL_15 + CQI_DIST_CL_16 +
CQI_DIST_CL_17 + CQI_DIST_CL_18 + CQI_DIST_CL_19 + CQI_DIST_CL_20 +
CQI_DIST_CL_21 + CQI_DIST_CL_22 + CQI_DIST_CL_23 + CQI_DIST_CL_24 +
CQI_DIST_CL_25 + CQI_DIST_CL_26 + CQI_DIST_CL_27 + CQI_DIST_CL_28 +
CQI_DIST_CL_29 + CQI_DIST_CL_30))
100* (sum ( CQI_DIST_CL_25 + CQI_DIST_CL_26 + CQI_DIST_CL_27 + CQI_DIST_CL_28 +
CQI_DIST_CL_29 + CQI_DIST_CL_30 )
/
sum(CQI_DIST_CL_0 + CQI_DIST_CL_1 + CQI_DIST_CL_2 + CQI_DIST_CL_3 +
CQI_DIST_CL_4 + CQI_DIST_CL_5 + CQI_DIST_CL_6 + CQI_DIST_CL_7 + CQI_DIST_CL_8
+ CQI_DIST_CL_9 + CQI_DIST_CL_10 + CQI_DIST_CL_11 + CQI_DIST_CL_12 +
CQI_DIST_CL_13 + CQI_DIST_CL_14 + CQI_DIST_CL_15 + CQI_DIST_CL_16 +
CQI_DIST_CL_17 + CQI_DIST_CL_18 + CQI_DIST_CL_19 + CQI_DIST_CL_20 +
CQI_DIST_CL_21 + CQI_DIST_CL_22 + CQI_DIST_CL_23 + CQI_DIST_CL_24 +
CQI_DIST_CL_25 + CQI_DIST_CL_26 + CQI_DIST_CL_27 + CQI_DIST_CL_28 +
CQI_DIST_CL_29 + CQI_DIST_CL_30) )
100* (((ONE_CELL_IN_ACT_SET_FOR_RT + TWO_CELLS_IN_ACT_SET_FOR_RT +
THREE_CELLS_IN_ACT_SET_RT )
/
((ONE_CELL_IN_ACT_SET_FOR_RT ) + ((TWO_CELLS_IN_ACT_SET_FOR_RT )/2) +
((THREE_CELLS_IN_ACT_SET_RT )/3))) - 1)

100* (((ONE_CELL_IN_ACT_SET_FOR_NRT + TWO_CELLS_IN_ACT_SET_FOR_NRT +

THREE_CELLS_IN_ACT_SET_NRT)
/
((ONE_CELL_IN_ACT_SET_FOR_NRT) + ((TWO_CELLS_IN_ACT_SET_FOR_NRT)/2) +
((THREE_CELLS_IN_ACT_SET_NRT)/3))) - 1)
avg(AVE_PRX_NOISE) / -100
 Granularity
SN KPI UoM new Formula
Radio Network Accessibility (NBH)

(RRC.SuccConnEstab.OrgConvCall+RRC.SuccConnEstab.T
mConvCall+RRC.SuccConnEstab.EmgCall)/
CS-Voice Call Setup Success Rate - % NBH-V (RRC.AttConnEstab.OrgConvCall+RRC.AttConnEstab.TmC
[E2E]
onvCall+RRC.AttConnEstab.EmgCall)*(VS.RAB.SuccEstabC
S.AMR/VS.RAB.AttEstab.AMR)*100

[(RRC.SuccConnEstab.OrgConvCall+RRC.SuccConnEstab.T
mConvCall+RRC.SuccConnEstab.EmgCall)/
CS-64 Call Setup Success Rate - [E2E] % NBH-V (RRC.AttConnEstab.OrgConvCall+RRC.AttConnEstab.TmC
onvCall+RRC.AttConnEstab.EmgCall)]*(VS.RAB.SuccEstCS.
Conv.64/VS.RAB.AttEstCS.Conv.64)*100

2
 PS-R99 DCH -Call Setup Success Rate % NBH-D
[E2E]

[(RRC.SuccConnEstab.OrgBkgCall+RRC.SuccConnEstab.Or
gInterCall+RRC.SuccConnEstab.TmBkgCall+RRC.SuccConn
Estab.TmItrCall)/
(RRC.AttConnEstab.OrgBkgCall+RRC.AttConnEstab.OrgInt
erCall+RRC.AttConnEstab.TmBkgCall+RRC.AttConnEstab.
TmInterCall)]*[(VS.RAB.SuccEstabPS.Conv+VS.RAB.SuccE
stabPS.Str+VS.RAB.SuccEstabPS.Int+VS.RAB.SuccEstabPS.
Bkg)/VS.RAB.AttEstabPS.Conv+VS.RAB.AttEstabPS.Str+VS.
3 RAB.AttEstabPS.Int+VS.RAB.AttEstabPS.Bkg)]*100
 HSDPA Call Setup Success Rate [E2E] % NBH-D

[(RRC.SuccConnEstab.OrgBkgCall+RRC.SuccConnEstab.Or
gInterCall+RRC.SuccConnEstab.TmBkgCall+RRC.SuccConn
Estab.TmItrCall)/
(RRC.AttConnEstab.OrgBkgCall+RRC.AttConnEstab.OrgInt
erCall+RRC.AttConnEstab.TmBkgCall+RRC.AttConnEstab.
TmInterCall)]*[(VS.HSDPA.RAB.SuccEstab/
4 VS.HSDPA.RAB.AttEstab)]*100
 HSUPA Call Setup Success Rate [E2E] % NBH-D

[(RRC.SuccConnEstab.OrgBkgCall+RRC.SuccConnEstab.Or
gInterCall+RRC.SuccConnEstab.TmBkgCall+RRC.SuccConn
Estab.TmItrCall)/
(RRC.AttConnEstab.OrgBkgCall+RRC.AttConnEstab.OrgInt
erCall+RRC.AttConnEstab.TmBkgCall+RRC.AttConnEstab.
TmInterCall)]*[(VS.HSUPA.RAB.SuccEstab/
5 VS.HSUPA.RAB.AttEstab)]*100

(RRC.SuccConnEstab.OrgConvCall+RRC.SuccConnEstab.T
CS Access Success Rate - [RRC] % NBH-V mConvCall+RRC.SuccConnEstab.EmgCall)/
(RRC.AttConnEstab.OrgConvCall+RRC.AttConnEstab.TmC
onvCall+RRC.AttConnEstab.EmgCall)*100

PS Access Success Rate - [RRC] % NBH-D

7 NA

CS-Voice Call Setup Success Rate - % NBH-V (VS.RAB.SuccEstabCS.AMR/VS.RAB.AttEstab.AMR)*100

[RAB]

8
 CS-64 Call Setup Success Rate - (VS.RAB.SuccEstCS.Conv.64/VS.RAB.AttEstCS.Conv.64)*1
[RAB] % NBH-V 00

[(VS.RAB.SuccEstabPS.Conv+VS.RAB.SuccEstabPS.Str+VS.
PS R99 Call Setup Success Rate - % NBH-D RAB.SuccEstabPS.Int+VS.RAB.SuccEstabPS.Bkg)/VS.RAB.A
[RAB] ttEstabPS.Conv+VS.RAB.AttEstabPS.Str+VS.RAB.AttEstabP
S.Int+VS.RAB.AttEstabPS.Bkg)]*100

10

HSDPA Call Setup Success Rate - % NBH-D (VS.HSDPA.RAB.SuccEstab/ VS.HSDPA.RAB.AttEstab)*100

[RAB]

11

HSUPA Call Setup Success Rate- % NBH-D (VS.HSUPA.RAB.SuccEstab/ VS.HSUPA.RAB.AttEstab)*100

[RAB]

12
Radio Network Retainability (NBH)

CS-Voice RAB Drop Rate % NBH-V [VS.RAB.AbnormRel.AMR/(VS.RAB.AbnormRel.AMR+

VS.RAB.NormRel.AMR)]*100

13

[VS.RAB.AbnormRel.CS64/
CS-64 RAB Drop Call Rate % NBH-V (VS.RAB.AbnormRel.CS64+VS.RAB.NormRel.CS64)]*100

14
 [VS.RAB.AbnormRel.PS/ (VS.RAB.AbnormRel.PS+
PS R99 DCH RAB Drop Call Rate % NBH-D VS.RAB.NormRel.PS)]*100

15

[(VS.HSDPA.RAB.AbnormRel)/
(VS.HSDPA.RAB.AbnormRel+VS.HSDPA.RAB.NormRel+VS.
HSDPA RAB Drop Rate % NBH-D HSDPA.H2D.Succ+
VS.HSDPA.H2F.Succ+VS.HSDPA.HHO.H2D.SuccOutIntraFr
eq+ VS.HSDPA.HHO.H2D.SuccOutInterFreq)]*100

16

[VS.HSUPA.RAB.AbnormRel/
(VS.HSUPA.RAB.AbnormRel+VS.HSUPA.RAB.NormRel+VS.
HSUPA RAB Drop Rate % NBH-D HSUPA.HHO.E2D.SuccOutIntraFreq+VS.HSUPA.HHO.E2D.
SuccOutInterFreq+VS.HSUPA.E2F.Succ+VS.HSUPA.E2D.Su
cc)]*100

17
Radio Network Mobility (NBH)

Soft Handover Success Rate % NBH-V SUM(VS.SHO.SuccRLAdd+VS.SHO.SuccRLDel)/SUM(VS.SH

O.AttRLAdd+VS.SHO.AttRLDel)

18
 CS Soft Handover Success Rate % NBH-V [(VS.SHO.AMR.Succ)+(VS.SHO.CS64.Succ)]/
(VS.SHO.AMR.Att)+(VS.SHO.CS64.Att)]*100

19

PS R99 DCH Handover Success Rate % NBH-D [(VS.SHO.PS.Succ)/(VS.SHO.PS.Att)]*100

20

CS-Voice Inter System Handover % NBH-V (IRATHO.SuccOutCS/ IRATHO.AttOutCS)*100

Success Rate( 3G - 2G)

21

PS Inter System Handover Success (IRATHO.SuccOutPSUTRAN/

Rate ( 3G - 2G) % NBH-D IRATHO.AttOutPSUTRAN)*100

22
Radio Network Accessibility (BBH)

% Cells CS-Voice Call Setup Success % BBH-V Same as NBH

Rate - [E2E] {>98%}

23

% Cells CS-64 Call Setup Success % BBH-V Same as NBH

Rate - [E2E] {>98%}

24

% Cells PS-Call Setup Success Rate % BBH-D Same as NBH

[E2E] {>97%}

25

% Cells HSDPA Call Setup Success % BBH-D Same as NBH

Rate [E2E] {>97%}

26
 % Cells HSUPA Call Setup Success
% BBH-D Same as NBH
Rate [E2E] {>97%}

27

% Cells CS Access Success Rate -

% BBH-V Same as NBH
[RRC] {>98%}

28

% Cells PS Access Success Rate -

[RRC] {>97%} % BBH-D Same as NBH

29

% Cells CS-Voice Call Setup Success

% BBH-V Same as NBH
Rate - [RAB] {>98%}

30

% Cells CS-64 Call Setup Success % BBH-V Same as NBH

Rate - [RAB] {>98%}

31

% Cells PS Call Setup Success Rate - % BBH-D Same as NBH

[RAB] {>97%}

32

% Cells HSDPA Call Setup Success

Rate - [RAB] {>97%} % BBH-D Same as NBH

33

% Cells HSUPA Call Setup Success % BBH-D Same as NBH

Rate- [RAB] {>97%}

34
Radio Network Retainability (BBH)

% Cells with CSV RAB Drop Rate

{>2%} % BBH-V Same as NBH
35
 % Cells with CS-64 RAB Drop Call
Rate {>2%} % BBH-V Same as NBH

36

% Cells with PS RAB Drop Call Rate % BBH-D Same as NBH

{>2%}
37

% Cells with HSDPA RAB Drop Rate % BBH-D Same as NBH

{>2%}
38

% Cells with HSUPA RAB Drop Rate % BBH-D Same as NBH

{>2%}
39
Radio Network Mobility (BBH)

% Cells with Soft Handover Success % BBH-V Same as NBH

Rate {>95%}

40

% Cells with CS Soft Handover % BBH-V Same as NBH

Success Rate {>95%}

41

% Cells with PS Handover Success % BBH-D Same as NBH

Rate {>95%}

42

% Cells with CS-Voice Inter System

Handover Success Rate( 3G - 2G) % BBH-D Same as NBH
{>95%}

43

% Cells with PS Inter System

Handover Success Rate ( 3G - 2G) % BBH-D Same as NBH
{>95%}

44
3G Traffic - RNC
 NBH- {VS.RB.AMR.DL.12.2+VS.RB.AMR.DL.10.2+VS.RB.AMR.DL.
Voice_Traffic_Erlangs - RNC V/BBH- 7.95+VS.RB.AMR.DL.7.4+VS.RB.AMR.DL.6.7+VS.RB.AMR.
V/24H DL.5.9+VS.RB.AMR.DL.5.15+VS.RB.AMR.DL.4.75}*{SP}/60

45 Erl
NBH-
Video_Traffic_Erlangs - RNC V/BBH- {(VS.RB.CS.Conv.DL.64)*2}*{SP}/60
46 Erl V/24H

NBH-
PS-R99_DL_Traffic - RNC D/BBH-
D/24H

(1/1024/1024/8*(VS.PS.BE.kbits.DL.0.32.BestCell+VS.PS.
Bkg.DL.64.Traffic+VS.PS.Bkg.DL.128.Traffic+VS.PS.Bkg.DL.
144.Traffic+VS.PS.Bkg.DL.256.Traffic+VS.PS.Bkg.DL.384.Tr
affic+VS.PS.Int.DL.8.Traffic+VS.PS.Int.DL.16.Traffic+VS.PS.
Int.DL.32.Traffic+VS.PS.Int.DL.64.Traffic+VS.PS.Int.DL.128
.Traffic+VS.PS.Int.DL.144.Traffic+VS.PS.Int.DL.256.Traffic+
VS.PS.Int.DL.384.Traffic+VS.PS.Str.DL.8.Traffic+VS.PS.Str.
DL.16.Traffic+VS.PS.Str.DL.32.Traffic+VS.PS.Str.DL.64.Tra
ffic+VS.PS.Str.DL.128.Traffic+VS.PS.Str.DL.144.Traffic+VS.
PS.Str.DL.256.Traffic+VS.PS.Str.DL.384.Traffic+VS.PS.Conv
47 MB .DL.Traffic))
 NBH-
PS-R99_UL_Traffic - RNC D/BBH-
D/24H

(1/1024/1024/8*(VS.PS.BE.kbits.UL.0.32.BestCell+VS.PS.
Bkg.UL.64.Traffic+VS.PS.Bkg.UL.128.Traffic+VS.PS.Bkg.UL.
144.Traffic+VS.PS.Bkg.UL.256.Traffic+VS.PS.Bkg.UL.384.T
raffic+VS.PS.Int.UL.8.Traffic+VS.PS.Int.UL.16.Traffic+VS.PS
.Int.UL.32.Traffic+VS.PS.Int.UL.64.Traffic+VS.PS.Int.UL.12
8.Traffic+VS.PS.Int.UL.144.Traffic+VS.PS.Int.UL.256.Traffic
+VS.PS.Int.UL.384.Traffic+VS.PS.Str.UL.8.Traffic+VS.PS.Str
.UL.16.Traffic+VS.PS.Str.UL.32.Traffic+VS.PS.Str.UL.64.Tra
48 MB ffic+VS.PS.Str.UL.128.Traffic+VS.PS.Conv.UL.Traffic))

NBH-
HSDPA_Traffic - RNC D/BBH-
D/24H
49 MB (VS.HSDPA.MeanChThroughput.TotalBytes/1024/1024)

NBH-
HSUPA_Traffic - RNC D/BBH-
D/24H
50 MB (VS.HSUPA.MeanChThroughput.TotalBytes/1024/1024)
Service Integrity/Quality

% Cells with UL BLER -[Voice] -

{<2%} BBH-V
（VS.ULBler.AMR.ErrTB）/ [500 *
(VS.ULBler.AMR.Sample]*100
51 %
 % Cells with UL BLER -[R99] - {<2%} BBH-D

(VS.ULBler.PS.BE.DCH.8.ErrTB+VS.ULBler.PS.BE.DCH.16.E
rrTB+VS.ULBler.PS.BE.DCH.32.ErrTB+VS.ULBler.PS.BE.DC
H.64.ErrTB+VS.ULBler.PS.BE.DCH.128.ErrTB+VS.ULBler.PS
.BE.DCH.144.ErrTB+VS.ULBler.PS.BE.DCH.256.ErrTB+VS.U
LBler.PS.BE.DCH.384.ErrTB+VS.ULBler.PS.BE.RACH.ErrTB+
VS.ULBler.PS.Conv.ErrTB+VS.ULBler.PS.Str.ErrTB)/
[500*(VS.ULBler.PS.BE.DCH.8.Sample+VS.ULBler.PS.BE.D
CH.16.Sample+VS.ULBler.PS.BE.DCH.32.Sample+VS.ULBle
r.PS.BE.DCH.64.Sample+VS.ULBler.PS.BE.DCH.128.Sampl
e+VS.ULBler.PS.BE.DCH.144.Sample+VS.ULBler.PS.BE.DC
H.256.Sample+VS.ULBler.PS.BE.DCH.384.Sample+VS.ULBl
er.PS.BE.RACH.Sample+VS.ULBler.PS.Conv.Sample+VS.UL
52 % Bler.PS.Str.Sample)]*100

% Cells with UL BLER - [HS] - {<2%} BBH-D NA

53 %

% Cells with DL BLER - [VOICE] - BBH-V NA

{<2%}

54 %

% Cells with DL BLER - [R99] - {<2%} BBH-D NA

55 %

% Cells with DL BLER - [HS] - {<2%} BBH-D NA

56 %
 (VS.PS.Str.UL.8.Traffic+VS.PS.Str.UL.16.Traffic+VS.PS.Str.
UL.32.Traffic+VS.PS.Str.UL.64.Traffic+VS.PS.Str.UL.128.Tr
affic+VS.PS.Conv.UL.Traffic+VS.PS.Bkg.Kbps.UL8+VS.PS.B
kg.Kbps.UL16+VS.PS.Bkg.Kbps.UL32+VS.PS.Bkg.Kbps.UL6
4+VS.PS.Bkg.Kbps.UL128+VS.PS.Bkg.Kbps.UL144+VS.PS.B
kg.Kbps.UL256+VS.PS.Bkg.Kbps.UL384+VS.PS.Int.UL.8.Tra
ffic+VS.PS.Int.UL.16.Traffic+VS.PS.Int.UL.32.Traffic+VS.PS.
Int.UL.64.Traffic+VS.PS.Int.UL.128.Traffic+VS.PS.Int.UL.14
4.Traffic+VS.PS.Int.UL.256.Traffic+VS.PS.Int.UL.384.Traffic
)}
/{(VS.PS.Bkg.UL.8.Traffic/VS.PS.Bkg.Kbps.UL8+VS.PS.Bkg.
UL.16.Traffic/VS.PS.Bkg.Kbps.UL16+VS.PS.Bkg.UL.32.Tra
ffic/VS.PS.Bkg.Kbps.UL32+VS.PS.Bkg.UL.64.Traffic/VS.PS.
PS R99 UL Average Throughput NBH-D Bkg.Kbps.UL64+VS.PS.Bkg.UL.128.Traffic/VS.PS.Bkg.Kbps.
from RNC UL128+VS.PS.Bkg.UL.144.Traffic/VS.PS.Bkg.Kbps.UL144+
VS.PS.Bkg.UL.256.Traffic/VS.PS.Bkg.Kbps.UL256+VS.PS.Bk
g.UL.384.Traffic/VS.PS.Bkg.Kbps.UL384+VS.PS.Int.UL.8.Tr
affic/VS.PS.Int.Kbps.UL8+VS.PS.Int.UL.16.Traffic/VS.PS.Int
.Kbps.UL16+VS.PS.Int.UL.32.Traffic/VS.PS.Int.Kbps.UL32+
VS.PS.Int.UL.64.Traffic/VS.PS.Int.Kbps.UL64+VS.PS.Int.UL.
128.Traffic/VS.PS.Int.Kbps.UL128+VS.PS.Int.UL.144.Traffi
c/VS.PS.Int.Kbps.UL144+VS.PS.Int.UL.256.Traffic/VS.PS.In
t.Kbps.UL256+VS.PS.Int.UL.384.Traffic/VS.PS.Int.Kbps.UL
384+VS.PS.Str.UL.8.Traffic/VS.PS.Str.Kbps.UL8+VS.PS.Str.
UL.16.Traffic/VS.PS.Str.Kbps.UL16+VS.PS.Str.UL.32.Traffic
/VS.PS.Str.Kbps.UL32+VS.PS.Str.UL.64.Traffic/VS.PS.Str.K
bps.UL64+VS.PS.Str.UL.128.Traffic/VS.PS.Str.Kbps.UL128
+VS.PS.Conv.UL.Traffic/VS.PS.Conv.Kbps.UL)}

57 Kbps
 (VS.PS.Str.DL.8.Traffic+VS.PS.Str.DL.16.Traffic+VS.PS.Str.D
L.32.Traffic+VS.PS.Str.DL.64.Traffic+VS.PS.Str.DL.128.Tra
ffic+VS.PS.Str.DL.144.Traffic+VS.PS.Str.DL.256.Traffic+VS.
PS.Str.DL.384.Traffic+VS.PS.Conv.DL.Traffic+VS.PS.Bkg.DL
.8.Traffic+VS.PS.Bkg.DL.16.Traffic+VS.PS.Bkg.DL.32.Traffic
+VS.PS.Bkg.DL.64.Traffic+VS.PS.Bkg.DL.128.Traffic+VS.PS.
Bkg.DL.144.Traffic+VS.PS.Bkg.DL.256.Traffic+VS.PS.Bkg.D
L.384.Traffic+VS.PS.Int.DL.8.Traffic+VS.PS.Int.DL.16.Traffi
c+VS.PS.Int.DL.32.Traffic+VS.PS.Int.DL.64.Traffic+VS.PS.In
t.DL.128.Traffic+VS.PS.Int.DL.144.Traffic+VS.PS.Int.DL.25
6.Traffic+VS.PS.Int.DL.384.Traffic)}
/{(VS.PS.Bkg.DL.8.Traffic/VS.PS.Bkg.Kbps.DL8+VS.PS.Bkg.
DL.16.Traffic/VS.PS.Bkg.Kbps.DL16+VS.PS.Bkg.DL.32.Tra
ffic/VS.PS.Bkg.Kbps.DL32+VS.PS.Bkg.DL.64.Traffic/VS.PS.
Bkg.Kbps.DL64+VS.PS.Bkg.DL.128.Traffic/VS.PS.Bkg.Kbps.
PS R99 DL Average Throughput NBH-D DL128+VS.PS.Bkg.DL.144.Traffic/VS.PS.Bkg.Kbps.DL144+
from RNC VS.PS.Bkg.DL.256.Traffic/VS.PS.Bkg.Kbps.DL256+VS.PS.Bk
g.DL.384.Traffic/VS.PS.Bkg.Kbps.DL384+VS.PS.Int.DL.8.Tr
affic/VS.PS.Int.Kbps.DL8+VS.PS.Int.DL.16.Traffic/VS.PS.Int
.Kbps.DL16+VS.PS.Int.DUL.32.Traffic/VS.PS.Int.Kbps.DL32
+VS.PS.Int.DL.64.Traffic/VS.PS.Int.Kbps.DL64+VS.PS.Int.D
L.128.Traffic/VS.PS.Int.Kbps.DL128+VS.PS.Int.DL.144.Tra
ffic/VS.PS.Int.Kbps.DL144+VS.PS.Int.DL.256.Traffic/VS.PS.
Int.Kbps.DL256+VS.PS.Int.DL.384.Traffic/VS.PS.Int.Kbps.D
L384+VS.PS.Str.DL.8.Traffic/VS.PS.Str.Kbps.DL8+VS.PS.Str
.DL.16.Traffic/VS.PS.Str.Kbps.DL16+VS.PS.Str.DL.32.Traffi
c/VS.PS.Str.Kbps.DL32+VS.PS.Str.DL.64.Traffic/VS.PS.Str.K
bps.DL64+VS.PS.Str.DL.128.Traffic/VS.PS.Str.Kbps.DL128
+VS.PS.Str.DL.144.Traffic/VS.PS.Str.Kbps.DL144+VS.PS.Str
.DL.256.Traffic/VS.PS.Str.Kbps.DL256+VS.PS.Str.DL.384.Tr
affic/VS.PS.Str.Kbps.DL384+VS.PS.Conv.DL.Traffic/VS.PS.
Conv.Kbps.DL)}

58 Kbps

HSDPA Average throughput from NBH-D VS.DataOutput.Mean / (VS.DataTtiRatio.Mean

RNC -VS.HSDPA.InactiveDataTtiRatio.Mean)

59 Kbps

HSUPA Average throughput from NBH-D VS.HSUPA.MeanBitRate.WithData

RNC
60 Kbps
3G Radio Utilization

% Cells with Code Utilization % NBH-D

{>80%}
61 VS.RAB.SFOccupy / 256
 %Cells Peak CE Utilization UL - Site % NBH-D
level {>80%}

VS.LC.DLMean.LicenseGroup.Shared)/
62 (VS.LC.DLCreditAvailable.Shared)*100

%Cells Peak CE Utilization DL - Site % NBH-D

level {>80%}

(VS.LC.ULMean.LicenseGroup.Shared)/
63 (VS.LC.ULCreditAvailable.Shared)*100

DL Power Utilization- cell Wise % NBH-D

{>80%}

64 (10^(VS.MeanTCP/10))/(CELL max Tx Power*1000)*100

RNP/RNO Specific KPI

CQI <=15 NBH-D

sum(VS.CQI.0～VS.CQI.15)/sum(VS.CQI.0～
65 % VS.CQI.35)*100

CQI between 15 and 25 NBH-D

sum(VS.CQI.16～VS.CQI.24)/sum(VS.CQI.0～
66 % VS.CQI.35)*100

CQI >=25 NBH-D

sum(VS.CQI.25～VS.CQI.35)/sum(VS.CQI.0～
67 % VS.CQI.35)*100
 [(VS.SHO.AS.1RL+VS.SHO.AS.2RL+VS.SHO.AS.3RL+VS.SHO
.AS.4RL+VS.SHO.AS.5RL+VS.SHO.AS.6RL)/
Soft Handover Overhead (%) RT % NBH-V (VS.SHO.AS.1RL+VS.SHO.AS.2RL/2+VS.SHO.AS.3RL/3+
VS.SHO.AS.4RL/4+VS.SHO.AS.5RL/5+VS.SHO.AS.6RL/6)-
1]*100%

68

Soft Handover Overhead (%) NRT % NBH-D NA

69

UL Interference/noise Ratio
(unloaded state) % NBH-V VS.MeanRTWP

70
Remarks
Not Supported in Present Version

Not Supported in Present Version

Not Supported in Present Version

Not Supported in Present Version

There is no separate counter for
RT/NRT in Huawei
 Granularity
SN KPI UoM new Formula
Formula ID/counters
Formula ID/counters
Radio Network Accessibility (NBH)

(CELL_RRCC
ONNEST_AC
CESS_SUCC
ESS_SPEECH
/
(CELL_RRCC
ONNEST_AT
T_SPEECH_
CALL -
CS-Voice CELL_REPEA
Call Setup % NBH-V T_RRCCON
Success NEST_
Rate - [E2E] ATT_SPEEC
H_CALL))*C
ELL_CELL_C
SRABSTPSU
CC_C_SPEE
CH / (C31008019
CELL_CELL_ 2/
CSRABSTPA (C31008004
TT_ 5-
C_SPEECH C31008004
8))*C31010
0712/C3100
1 (1-300166)* 90253

(CELL_RRCC
ONNEST_AC
CESS_SUCC
ESS_VIDEO
/
(CELL_RRCC
ONNEST_AT
T_VIDEO_C
ALL -
CS-64 Call CELL_REPEA
Setup T_RRCCON
% NBH-V
Success NEST_
Rate - [E2E] ATT_VIDEO
_CALL)) *
CELL_CELL_
CSRABST (C31008019
PSUCC_C_6 3/
4_64 / (C31008004
CELL_CELL_ 6-
CSRABSTPA C31008004
TT_C_64_6 9))*(C31010
4) 0730)/
(C31009027
2 (1-300167)* 1)
 CELL_CELL_
R99_PSRAB
STPSUCC_
S+
CELL_CELL_
R99_PSRAB
STPSUCC_I
+
CELL_CELL_
R99_PSRAB
STPSUCC_B)
/
((CELL_CELL
_R99_PSRA
BSTPSUCC_
C+
CELL_CELL_
R99_PSRAB
STPSUCC_S
PS-R99 DCH +
-Call Setup % NBH-D CELL_CELL_ (C31008019
Success R99_PSRAB 6/
Rate [E2E] STPSUCC_I (C31008005
+ 3-
CELL_CELL_ C31008005
R99_PSRAB 4))*(C31016
STPSUCC_ 0784+C310
B) + 160785+C3
(CELL_CELL_ 10160798+
R99_PSRAB C31016081
STPFAIL_C + 4)/
CELL_CELL_ ((C3101607
R99_PSRAB 84+C31016
STPFAIL_S + 0785+C310
CELL_CELL_ 160798+C3
R99_PSRAB 10160814)+
STPFAIL_ (C31016043
I+ 6+C310160
CELL_CELL_ 437+C3101
R99_PSRAB 60450+C31
3 STPFAIL_B)) 300023*300 0160466))
 ABSTPSUCC
_I
+
CELL_CELL_
HSDPA_PSR
ABSTPSUCC
_B) /
((CELL_CELL
_HSDPA_
PSRABSTPS
UCC_C +
CELL_CELL_
HSDPA_PSR
ABSTPSUCC
_
S+
CELL_CELL_
HSDPA_PSR
ABSTPSUCC
HSDPA Call _I +
Setup % NBH-D CELL_CELL_ (C31008019
Success HSDPA_PSR 6/
Rate [E2E] ABSTPSUCC (C31008005
_B) + 3-
(CELL_CELL_ C31008005
HSDPA_ 4))*(C31017
PSRABSTPF 0830+C310
AIL_C + 170832+C3
CELL_CELL_ 10170851+
HSDPA_PSR C31017087
ABSTPFAIL_ 0)/
S ((C3101708
+ 30+C31017
CELL_CELL_ 0832+C310
HSDPA_PSR 170851+C3
ABSTPFAIL_ 10170870)+
I+ (C31017048
CELL_CELL_ 2+C310170
HSDPA_ 484+C3101
PSRABSTPF 70503+C31
4 AIL_B)) 300023*300 0170522))
 S+
CELL_CELL_
HSUPA_PSR
ABSTPSUCC
_I + CELL_
CELL_HSUP
A_PSRABST
PSUCC_B) /
((CELL_CELL
_HSUPA_PS
RABSTPSUC
C_
C+
CELL_CELL_
HSUPA_PSR
ABSTPSUCC
_S + CELL_
CELL_HSUP
A_PSRABST
HSUPA Call PSUCC_I +
Setup % NBH-D CELL_CELL_ (C31008019
Success HSUPA_PSR 6/
Rate [E2E] ABSTPSUCC (C31008005
_ 3-
B) + C31008005
(CELL_CELL_ 4))*(C31017
HSUPA_PSR 0831+C310
ABSTPFAIL_ 170843+C3
C+ 10170862+
CELL_CELL_ C31017088
HSUPA_PSR 1)/
ABSTPFAIL_ ((C3101708
S+ 31+C31017
CELL_CELL_ 0843+C310
HSUPA_PSR 170862+C3
ABSTPFAIL_ 10170881)+
I+ (C31017048
CELL_CELL_ 3+C310170
HSUPA_PSR 495+C3101
ABSTPFAIL_ 70514+C31
5 B)) 300023*300 0170533))

CELL_RRCC
ONNEST_AC
CESS_SUCC
ESS_CS_DO
MAIN
/
CS Access (CELL_RRCC
Success % NBH-V ONNEST_AT
Rate - [RRC] T_CS_DOM
AIN -
CELL_REPEA
T_RRCCON
NEST_ATT_
CS_DOMAI
N)
6 300022 C310080195/(C310080051-C310080052)
 CELL_RRCC
ONNEST_AC
CESS_SUCC
ESS_PS_DO
PS Access MAIN /
Success % NBH-D (CELL_RRCC
Rate - [RRC] ONNEST_AT
T_PS_DOM
AIN -
CELL_REPEA
T_RRCCON
NEST_
ATT_PS_DO
7 MAIN) 300023 C310080196/(C310080053-C310080054)
CELL_CELL_
CSRABSTPS
CS-Voice UCC_C_SPE
Call Setup ECH
Success % NBH-V /
Rate - CELL_CELL_
[RAB] CSRABSTPA
TT_C_SPEEC
8 H 300050 C310100712/C310090253

(CELL_CELL_
CS-64 Call CSRABSTPS
Setup UCC_C_64_
64) /
Success % NBH-V (CELL_CELL_
Rate - CSRABSTPA
[RAB]
TT_C_64_6
4)
9 300048 (C310100730)/(C310090271)
 STPSUCC_C
+
CELL_CELL_
R99_PSRAB
STPSUCC_
S+
CELL_CELL_
R99_PSRAB
STPSUCC_I
+
CELL_CELL_
R99_PSRAB
STPSUCC_B)
/
((CELL_CELL
_R99_PSRA
BSTPSUCC_
C+
PS Call CELL_CELL_
R99_PSRAB
Setup % NBH-D STPSUCC_S
Success
Rate - [RAB] +
CELL_CELL_
R99_PSRAB
STPSUCC_I
+
CELL_CELL_ (C31016078
R99_PSRAB 4+C310160
STPSUCC_ 785+C3101
B) + 60798+C31
(CELL_CELL_ 0160814)/
R99_PSRAB ((C3101607
STPFAIL_C + 84+C31016
CELL_CELL_ 0785+C310
R99_PSRAB 160798+C3
STPFAIL_S + 10160814)+
CELL_CELL_ (C31016043
R99_PSRAB 6+C310160
STPFAIL_ 437+C3101
I+ 60450+C31
10 CELL_CELL_ 300075 0160466))
 HSDPA_
PSRABSTPS
UCC_S +
CELL_CELL_
HSDPA_PSR
ABSTPSUCC
_I
+
CELL_CELL_
HSDPA_PSR
ABSTPSUCC
_B) /
((CELL_CELL
_HSDPA_
PSRABSTPS
UCC_C +
CELL_CELL_
HSDPA_PSR
HSDPA Call ABSTPSUCC
_
Setup % NBH-D S+
Success
Rate - [RAB] CELL_CELL_
HSDPA_PSR
ABSTPSUCC
_I +
CELL_CELL_
HSDPA_PSR (C31017083
ABSTPSUCC 0+C310170
_B) + 832+C3101
(CELL_CELL_ 70851+C31
HSDPA_ 0170870)/
PSRABSTPF ((C3101708
AIL_C + 30+C31017
CELL_CELL_ 0832+C310
HSDPA_PSR 170851+C3
ABSTPFAIL_ 10170870)+
S (C31017048
+ 2+C310170
CELL_CELL_ 484+C3101
HSDPA_PSR 70503+C31
11 ABSTPFAIL_ 300094 0170522))
 CELL_CELL_
HSUPA_PSR
ABSTPSUCC
_
S+
CELL_CELL_
HSUPA_PSR
ABSTPSUCC
_I + CELL_
CELL_HSUP
A_PSRABST
PSUCC_B) /
((CELL_CELL
_HSUPA_PS
RABSTPSUC
C_
C+
CELL_CELL_
HSUPA Call HSUPA_PSR
ABSTPSUCC
Setup % NBH-D _S + CELL_
Success
Rate- [RAB] CELL_HSUP
A_PSRABST
PSUCC_I +
CELL_CELL_
HSUPA_PSR
ABSTPSUCC (C31017083
_ 1+C310170
B) + 843+C3101
(CELL_CELL_ 70862+C31
HSUPA_PSR 0170881)/
ABSTPFAIL_ ((C3101708
C+ 31+C31017
CELL_CELL_ 0843+C310
HSUPA_PSR 170862+C3
ABSTPFAIL_ 10170881)+
S+ (C31017048
CELL_CELL_ 3+C310170
HSUPA_PSR 495+C3101
ABSTPFAIL_ 70514+C31
12 I+ 300109 0170533))
Radio Network Retainability (NBH)
 WAMR18_2 C31023117
5 8+C310231
+CELL_CSRA 179+
BABNORMA C31023118
LREL_WAM 0+C310231
R15_85 181+C3102
+CELL_CSRA 31182+C31
BABNORMA 0231183+C
LREL_WAM 31023
R14_25 1184)/
+CELL_CSRA (C31023118
BABNORMA 5+C310231
LREL_ 186+C3102
WAMR12_6 31187+C31
5 0231188+
+CELL_CSRA C31023118
BABNORMA 9+C310231
LREL_ 190+C3102
WAMR8_85 31191+C31
+CELL_CSRA 0231192+C
CS-Voice
RAB Drop % NBH-V BABNORMA 31023
Rate LREL_WAM 1193+C310
R6_60) 231194+C3
/ 10231195+
(CELL_CS_T C31023119
OTALRABRE 6+C310231
L_AMR12_2 197+
+CELL_CS_T C31023119
OTALRABRE 8+C310231
L_ 199+C3102
AMR10_2 31200+C31
+CELL_CS_T 0231201+C
OTALRABRE 31023
L_AMR7_95 1202+C310
+CELL_CS_T 231203+C3
OTALRABRE 10231204+
L_AMR7_4 C31023120
+CELL_CS_T 5+C310231
OTALRABRE 206+
L_ C31023120
13 AMR6_7 300249 7)
+CELL_CS_T
CELL_CSRAB
CS-64 RAB ABNORMAL
Drop Call % NBH-V REL_CS_64_
64/CELL_CS
Rate
_TOTALRAB
REL_C_64K
14 300291 C310231180/C310231203
 9_NORMRE 653+
LRAB_ C31026165
S_64_128 4+C310261
+CELL_PSR9 655+C3102
9_NORMRE 61656+C31
LRAB_S_64 0261657+C
_144 31026
+CELL_PSR9 1658+C310
9_NORMRE 261659+C3
LRAB_S_64 10261661+
_256 C31026166
+CELL_PSR9 2+C310261
9_NORMRE 663+
LRAB_ C31026166
S_64_384 4+C310261
+CELL_PSR9 665+C3102
9_NORMRE 61666+C31
LRAB_S_38 0261667+C
4_384 31026
+CELL_PSR9 1668+C310
PS R99 DCH
RAB Drop % NBH-D 9_NORMRE 261669+C3
Call Rate LRAB_S_ELS 10261670+
E C31026167
+CELL_PSR9 1+C310261
9_NORMRE 672+
LRAB_ C31026167
I_8_8 4+C310261
+CELL_PSR9 675+C3102
9_NORMRE 61676+C31
LRAB_I_32_ 0261677+C
32 31026
+CELL_PSR9 1678+C310
9 261679+C3
_NORMREL 10261680+
RAB_I_16_6 C31026168
4 1+C310261
+CELL_PSR9 682+
9_NORMRE C31026168
LRAB_I_64_ 3+C310261
64 684+C3102
15 +CELL_PSR9 300296 61685)
9_NORMRE
 _16 +C3102514
+ 63+C31025
CELL_PSHSD 1464+C310
PARAB_ABN 251465+C3
ORMREL_B_ 1025
UECATE_15 1466+C310
_16 251467+C3
+ 10251468+
CELL_PSHSD C31025146
PARAB_ABN 9+C310251
ORMREL_C_ 470-
UECATE_17 C31028636
_18 3-
+ C31028636
CELL_PSHSD 4-
PARAB_ABN C31028636
ORMREL_S_ 5-
UECATE_17 C31028636
_18 6-C3102
+ 86367-
HSDPA RAB % NBH-D CELL_PSHSD C31028636
Drop Rate 8-
PARAB_ABN
ORMREL_I_ C31028636
UECATE_17 9-
_18 + C31028637
CELL_PSHSD 0-
PARAB_ABN C31028637
ORMREL_B_ 1-
UECATE_17 C31028637
_18 + 2-
CELL_PSHSD C31028637
PARAB_ABN 3-
ORMREL_C_ C31028637
UECATE_19 4-
_20 + C31028637
CELL_PSHSD 9)/
PARAB_ABN (C311866
ORMREL_S_ 338+C3118
UECATE_19 66339+C31
_20 + 1866340+C
16 CELL_PSHSD 300330 311866341)
 C_UECATE_ 251534+C3
5+ 10251535+
CELL_PSHS C31025153
UPARAB_AB 6+C-
NORMREL_ 310251537
S_UECATE_ +C3102515
5+ 38+C31025
CELL_PSHS 1539+C310
UPARAB_AB 251540+C3
NORMREL_I 10251
_UECATE_5 541+C3102
+ 51542-
CELL_PSHS C31028638
UPARAB_AB 1-
NORMREL_ C31028638
B_UECATE_ 2-
5+ C31028638
CELL_PSHS 3-C31
UPARAB_AB 0286384-
NORMREL_ C31028638
HSUPA RAB % NBH-D C_UECATE_ 5-
Drop Rate 6+ C31028638
CELL_PSHS 6-
UPARAB_AB C31028638
NORMREL_ 7-
S_UECATE_ C31028638
6+ 8-
CELL_PSHS C31028638
UPARAB_AB 9-
NORMREL_I C31028639
_UECATE_6 0-
+ C31028639
CELL_PSHS 1-
UPARAB_AB C31028639
NORMREL_ 2-C3102863
B_UECATE_ 97)/
6+ (C31186635
CELL_PSHS 2+C311866
UPARAB_AB 353+C3118
NORMREL_ 66354+C31
17 C_UECATE_ 300358 1866355)
7+
Radio Network Mobility (NBH)
 SYCRECONF
+
CELL_SOFT_
ADD_FAIL_T
CMERR +
CELL_SOFT_
ADD_FAIL_
PROTOERR
+
CELL_SOFT_
ADD_FAIL_
CELLUPDAT
E+ (C31032221
CELL_SOFT_ 6+C310322
ADD_FAIL_T 217+C3103
OUTFORUE 22218+C31
+ 0322232+C
CELL_SOFT_ 3103
ADD_FAIL_ 22233+C31
Soft 0322234)-
MISC +
Handover % NBH-V CELL_SOFT_ (C31032222
Success 2+C310322
Rate DROP_FAIL
_CONFNOT 223+C3103
SUPP + 22224
CELL_SOFT_ +C3103222
DROP_FAIL 25+C31032
_PHYCHFAIL 2226+C310
+ 322227+C3
CELL_SOFT_ 10322230+
DROP_FAIL C3103
_NOTMATC 22231+C31
HSYCRECON 0322235+C
F+ 310322236
CELL_SOFT_ +C3103222
DROP_FAIL 37+C31032
_TCMERR + 2238+
CELL_SOFT_ C31032223
DROP_FAIL 9+C310322
_PROTOERR 240+C3103
+ 22243+C31
18 CELL_SOFT_ 300451 0322244)
 CELL_SOFTA
DD_DCH_A
MR_FAIL_N
UM
-
CELL_SOFTA
DD_DCH_W
AMR_FAIL_
NUM -
CELL_SOFT
DEL_DCH_A
MR_FAIL_N
UM -
CELL_SOFT
DEL_DCH_ (C31032226
WAMR_FAI 2+C310322
L_NUM)+ 263+C3103
(CELL_SOFT 22278+C31
ADD_DCH_ 0322279-
CS Soft VIDEO_ATT C31032227
Handover % NBH-V _NUM 0-
Success + C31032227
Rate CELL_SOFT 1-
DEL_DCH_V C31032228
IDEO_ATT_ 6-
NUM - C31032228
CELL_SOFTA 7+C310322
DD_DCH_VI 264+C3103
DEO_FAIL_ 22280-
NUM - C31032227
CELL_SOFT 2-
DEL_DCH_V C31032228
IDEO_FAIL_ 8)/
NUM))/ (C31032226
((CELL_SOFT 2+C310322
ADD_DCH_ 263+C3103
AMR_ATT_ 22278+C31
NUM + 0322279+C
CELL_SOFTA 310322264
DD_DCH_W +C3103222
19 AMR_ATT_ 80)
NUM +
 +
CELL_SOFTA
DD_
DCH_B_ATT
_NUM +
CELL_SOFT
DEL_DCH_I
_ATT_NUM
+
CELL_SOFT
DEL_DCH_B
_ATT_NUM
-
CELL_SOFTA
DD_
DCH_I_FAIL
_NUM -
CELL_SOFTA
PS R99 DCH DD_DCH_B
_FAIL_NUM
Handover % NBH-D -
Success
Rate CELL_SOFT
DEL_DCH_I
_FAIL_NUM (C31032226
- 7+C310322
CELL_SOFT 268+C3103
DEL_ 22283+C31
DCH_B_FAIL 0322284-
_NUM) / C31032227
(CELL_SOFT 5-
ADD_DCH_I C31032227
_ATT_NUM 6-
+ C31032229
CELL_SOFTA 1-
DD_DCH_B C31032229
_ATT_NUM 2)/
+ (C310322
CELL_SOFT 267+C3103
DEL_ 22268+C31
DCH_I_ATT 0322283+C
20 _NUM + 300454 310322284)
 RRAT_CELL_
CS_COMMI
T_OUT_REQ
-
CELL_INTER
RAT_CELL_C
S_COMMIT
_OUT_FAIL_
CONFNOTS
UPP
-CELL_INTE
RRAT_CELL_
CS_COMMI
T_OUT_FAIL
_PHYCHFAIL
-
CELL_INTER
CS-Voice RAT_CELL_C
Inter S_COMMIT
System _OUT_FAIL_
Handover % NBH-V PROTOERR -
Success CELL_INTER
Rate( 3G - RAT_CELL_C
2G) S_COMMIT
_OUT_FAIL_
INTERRAT_
PROTOERR - (C31035294
CELL_INTER 5-
RAT_CELL_C C31035294
S_COMMIT 6-
_OUT_FAIL_ C31035294
MISC - 7-
CELL_INTER C31035294
RAT_CELL_C 8-
S_COMMIT C31035294
_OUT_FAIL_ 9-
TIMEOUT) / C31035295
CELL_INTER 0-
RAT_CELL_C C31035295
S_COMMIT 1)/C310352
21 _OUT_REQ 300476 945
 INTERRAT_
CELL_PS_CO
MMIT_OUT
_FAIL_PROT
OERR +
INTERRAT_
CELL_PS_CO
MMIT_OUT
_FAIL_INTE
RRAT_PROT
OERR
+
INTERRAT_
CELL_PS_CO
MMIT_OUT
_FAIL_MISC
+
PS Inter INTERRAT_
System CELL_PS_CO
MMIT_OUT
Handover % NBH-D _FAIL_TIME
Success (C31035295
Rate ( 3G - OUT
+CELL_INTE 2+C310352
2G) RRAT_CELL_ 959-
PS_COMM_ (C31035295
OUT_FAIL_C 3+C310352
ONFNOTSU 954+C3103
PP 52955+C31
+ 0352956+C
CELL_INTER 310352957
RAT_CELL_P +C3103529
S_COMM_O 58+C31035
UT_FAIL_PH 2960+
YCHFAIL + C31035296
CELL_INTER 1+C310352
RAT_CELL_P 962+C3103
S_COMM_O 52963+C31
UT_FAIL_PR 0352964))/
OTOERR (C310
+ 352952+C3
22 CELL_INTER 300478 10352959)
Radio Network Accessibility (BBH)
% Cells CS-
Voice Call
Setup Same as
Success % BBH-V NBH
Rate - [E2E]
{>98%}
23
% Cells CS-
64 Call
Setup Same as
% BBH-V
Success NBH
Rate - [E2E]
{>98%}
24
% Cells PS-
Call Setup Same as
Success % BBH-D
Rate [E2E] NBH
{>97%}
25
 % Cells
HSDPA Call
Setup Same as
% BBH-D
Success NBH
Rate [E2E]
{>97%}
26
% Cells
HSUPA Call
Setup Same as
Success % BBH-D NBH
Rate [E2E]
{>97%}
27
% Cells CS
Access Same as
Success % BBH-V NBH
Rate - [RRC]
{>98%}
28
% Cells PS
Access Same as
Success % BBH-D
Rate - [RRC] NBH
{>97%}
29

% Cells CS-
Voice Call
Setup Same as
Success % BBH-V
Rate - NBH
[RAB]
{>98%}
30

% Cells CS-
64 Call
Setup
Success % BBH-V Same as
NBH
Rate -
[RAB]
{>98%}
31
% Cells PS
Call Setup
Success % BBH-D Same as
NBH
Rate - [RAB]
{>97%}
32
% Cells
HSDPA Call
Setup % BBH-D Same as
Success NBH
Rate - [RAB]
{>97%}
33
% Cells
HSUPA Call
Setup Same as
Success % BBH-D NBH
Rate- [RAB]
{>97%}
34
 Radio Network Retainability (BBH)
% Cells with
CSV RAB Same as
Drop Rate % BBH-V NBH
35 {>2%}

% Cells with
CS-64 RAB Same as
Drop Call % BBH-V NBH
Rate {>2%}
36
% Cells with
PS RAB Same as
Drop Call % BBH-D NBH
37 Rate {>2%}

% Cells with
HSDPA RAB % BBH-D Same as
Drop Rate NBH
38 {>2%}

% Cells with
HSUPA RAB % BBH-D Same as
Drop Rate NBH
39 {>2%}
Radio Network Mobility (BBH)
% Cells with
Soft Same as
Handover % BBH-V
Success NBH
Rate {>95%}
40
% Cells with
CS Soft
Handover % BBH-V Same as
Success NBH
Rate {>95%}
41
% Cells with
PS
Handover % BBH-D Same as
Success NBH
Rate {>95%}
42

% Cells with
CS-Voice
Inter
System % BBH-D Same as
Handover NBH
Success
Rate( 3G -
2G) {>95%}
43
 % Cells with
PS Inter
System Same as
Handover % BBH-D
Success NBH
Rate ( 3G -
2G) {>95%}
44
3G Traffic - RNC
BEST_CELL_
TRAFFIC_A
MR_7_4
+
BEST_CELL_
TRAFFIC_A
MR_6_7 +
BEST_CELL_
TRAFFIC_A
MR_5_9 +
BEST_CELL_
TRAFFIC_A
MR_5_15 +
BEST_CELL_
TRAFFIC_A
MR_4_75 +
BEST_CELL_
TRAFFIC_W
AMR_23_85 (C31004000
+ 1+C310040
Voice_Traffi NBH- BEST_CELL_
c_Erlangs - V/BBH- 002+C3100
RNC V/24H TRAFFIC_W 40003+C31
AMR_23_05 0040004+C
+ 3100
BEST_CELL_ 40005+C31
TRAFFIC_W 0040006+C
AMR_19_85 310040007
+ +C3100400
BEST_CELL_ 08+C31004
TRAFFIC_W 0009+
AMR_18_25 C31004001
+ 0+C310040
BEST_CELL_ 011+C3100
TRAFFIC_W 40012+C31
AMR_15_85 0040013+C
+ 31004
BEST_CELL_ 0014+C310
TRAFFIC_W 040015+C3
AMR_14_25 10040016+
+ C31004001
45 Erl BEST_CELL_ 300536 7)/3600
TRAFFIC_W
(BEST_CELL
Video_Traffi NBH-
c_Erlangs - V/BBH- _TRAFFIC_C
RNC V/24H S_64) /
46 Erl 3600 300561 (C310040018)/3600
 BEST_CELL_
VOLUME_P
S_DL_DCH_
B_64K +
BEST_CELL_
VOLUME_P
S_DL_DCH_
S_128K +
BEST_CELL_ (C31001019
VOLUME_P 4+C310010
S_DL_DCH_I 195+C3100
_128K + 10196+C31
BEST_CELL_ 0010197+C
VOLUME_P 3100
S_DL_DCH_ 10198+C31
B_128K + 0010199+C
BEST_CELL_ 310010200
VOLUME_P +C3100102
S_DL_DCH_ 01+C31001
PS- NBH- S_256K + 0209+C310
R99_DL_Tra D/BBH- BEST_CELL_ 010210+C3
ffic - RNC D/24H VOLUME_P 10010211+
S_DL_DCH_I C31001021
_256K + 2+C310010
BEST_CELL_ 213+C3100
VOLUME_P 1
S_DL_DCH_ 0214+C310
B_256K + 010215+C3
BEST_CELL_ 10010216+
VOLUME_P C31001022
S_DL_DCH_ 4+C310010
S_384K + 225+
BEST_CELL_ C31001022
VOLUME_P 6+C310010
S_DL_DCH_I 227+C3100
_384K + 10228+C31
BEST_CELL_ 0010229+C
VOLUME_P 31001
S_DL_DCH_ 0230+C310
B_384K)/10 010231)/10
47 MB 24 24
 BEST_CELL_
VOLUME_P
S_UL_DCH_
B_64K +
BEST_CELL_
VOLUME_P
S_UL_DCH_
S_128K +
BEST_CELL_
VOLUME_P
S_UL_DCH_I
_128K +
BEST_CELL_
VOLUME_P
S_UL_DCH_ (C31001018
B_128K + 8+C310010
BEST_CELL_ 189+C3100
VOLUME_P 10190+C31
S_UL_DCH_ 0010191+C
PS- NBH- S_256K + 3100
R99_UL_Tra D/BBH- BEST_CELL_ 10192+C31
ffic - RNC D/24H VOLUME_P 0010193+C
S_UL_DCH_I 310010202
_256K + +C3100102
BEST_CELL_ 03+C31001
VOLUME_P 0204+
S_UL_DCH_ C31001020
B_256K + 5+C310010
BEST_CELL_ 206+C3100
VOLUME_P 10207+C31
S_UL_DCH_ 0010208+C
S_384K + 31001
BEST_CELL_ 0217+C310
VOLUME_P 010218+C3
S_UL_DCH_I 10010219+
_384K + C31001022
BEST_CELL_ 0+C310010
VOLUME_P 221+
S_UL_DCH_ C31001022
B_384K)/10 2+C310010
48 MB 24 223)/1024

(BEST_CELL
_MAC_HSD
PA_DL_VOL
UME_C +
BEST_CELL_
NBH- MAC_HSDP
HSDPA_Tra
ffic - RNC D/BBH- A_DL_VOLU
D/24H ME_S +
BEST_CELL_
MAC_HSDP
A_DL_VOLU
ME_I + (C31001015
BEST_CELL_ 7+C310010
MAC_HSDP 158+C3100
A_DL_VOLU 10159+C31
ME_B)/102 0010160)/1
49 MB 4 024
 (BEST_CELL
_MAC_HSU
PA_UL_VOL
UME_C +
NON_BEST_
CELL-
_MAC_HSU
PA_UL_VOL
UME_C +
BEST_CELL_
MAC_HSUP
A_UL_
VOLUME_S
+
NON_BEST_
NBH- CELL_MAC_
HSUPA_Tra D/BBH- HSUPA_UL_
ffic - RNC D/24H VOLUME_S
+
BEST_CELL_
MAC_HSUP
A_UL_VOLU
ME_I +
NON_BEST_
CELL_MAC_
HSUPA_UL_
VOLUME_I (C31001015
+ 3+C310010
BEST_CELL_ 177+C3100
MAC_HSUP 10154+C31
A_UL_VOLU 0010178+C
ME_ 3100
B+ 10155+C31
NON_BEST_ 0010179+C
CELL_MAC_ 310010156
HSUPA_UL_ +C3100101
50 MB VOLUME_B) 80)/1024
Service Integrity/Quality
 85 + 3105
CELL_CS_SV 34833+C31
R_ULTOTAL 0534834+C
BLOCKNUM 310534835
_WAMR23_ +C3105348
05 36+C31053
+CELL_CS_S 4837+
VR_ULTOTA C31053483
LBLOCKNU 8+C310534
M_WAMR1 839+C3105
9_85 + 34840+C31
CELL_CS_SV 0534841+C
R_ULTOTAL 31053
BLOCKNUM 4842+C310
_WAMR18_ 534843+C3
25 + 10534844+
CELL_CS_SV C31053484
R_ULTOTAL 5)/
BLOCKNUM (C31053487
% Cells with _WAMR15_ 8+
UL BLER - BBH-V 85 + C31053487
[Voice] - CELL_CS_SV 9+C310534
{<2%} R_ULTOTAL 880+C3105
BLOCKNUM 34881+C31
_WAMR14_ 0534882+C
25 + 31053
CELL_CS_SV 4883+C310
R_ULTOTAL 534884+C3
BLOCKNUM 10534885+
_WAMR12_ C31053488
65 + 6+C310534
CELL_CS_SV 887+
R_ULTOTAL C31053488
BLOCKNUM 8+C310534
_WAMR8_8 889+C3105
5+ 34890+C31
CELL_CS_SV 0534891+C
R_ULTOTAL 31053
BLOCKNUM 4892+C310
_WAMR6_6 534893+C3
51 % 0) 300870 10534894)

(CS_SRV_UL
ERRBLOCKN
UM_DCH +
PS_SRV_UL
% Cells with ERRBLOCKN
UL BLER - BBH-D UM_DCH) /
[R99] - (CS_SRV_UL
{<2%} TOTALBLOC
KNUM_DCH
+
PS_SRV_UL
TOTALBLOC
KNUM_DCH
52 % ) 300865 (C310535111+C310535112)/(C310535114+C310535115)
% Cells with
UL BLER -
[HS] - BBH-D
53 {<2%} % NA
 % Cells with
DL BLER -
[VOICE] - BBH-V
{<2%}
54 % NA
% Cells with
DL BLER - BBH-D
[R99] -
55 {<2%} % NA

% Cells with
DL BLER - BBH-D
[HS] - {<2%}
56 % NA
+ BEST-
_CELL_VOL
UME_PS_UL
_DCH_I_32
K+
NON_BEST_
CELL_VOLU
ME_
PS_UL_DCH
_I_32K +
BEST_CELL_ (8*C311920
VOLUME_P
S_UL_DCH_I 820+16*C3
_64 11920821+
K+ 32*C31192
0822+64*C
NON_BEST_ 311920823
CELL_VOLU
ME_PS_UL_ +128*C311
920824+25
DCH_I_64K 6*C311920
PS R99 UL + 825+384*C
Average BEST_CELL_
Throughput NBH-D VOLUME_P 311920826)
/
from RNC S_UL_DCH_I (C31192082
_128K +
NON_BEST_ 0+C311920
CELL_VOLU 821+C3119
ME_PS_ 20822+C31
1920823+C
UL_DCH_I_ 311920824
128K +
BEST_CELL_ +C3119208
VOLUME_P 25+C31192
0826)
S_UL_DCH_I
_384K
+
NON_BEST_
CELL_VOLU
ME_PS_UL_
DCH_I_384
K+
BEST_CELL_
57 Kbps VOLUME_P
S_UL_DCH_I
 DCH_I_32K
+
BEST_CELL-
_VOLUME_
PS_DL_DCH
_I_64K +
NON_BEST_
CELL_VOLU
ME_PS_
DL_DCH_I_ (8*C311920
64K + 828+32*C3
BEST_CELL_ 11920829+
VOLUME_P 64*C31192
S_DL_DCH_I 0830+128*
_128K C31192083
+NON_BEST 1+144*C31
_CELL_VOL 1920832+2
UME_PS_DL 56*C31192
_DCH_I_12 0833+384*
PS R99 DL 8K + C31192083
Average NBH-D BEST_CELL_ 4)
Throughput VOLUME_P /
from RNC S_DL_DCH_I (C31192082
_144K + 8+C311920
NON_BEST_ 829+C3119
CELL_VOLU 20830+C31
ME_ 1920831+
PS_DL_DCH C31192083
_I_144K + 2
BEST_CELL_ +C3119208
VOLUME_P 33+C31192
S_DL_DCH_ 0834)
I_256K +
NON_BEST_
CELL_VOLU
ME_PS_DL_
DCH_I_256
K
+
BEST_CELL_
58 Kbps VOLUME_P
S_DL_DCH_I

(BEST_CELL
_MAC_HSD
PA_DL_VOL
UME_C +
BEST_CELL_
MAC_HSDP
A_DL_VOLU
HSDPA ME_S +
Average
throughput NBH-D BEST_CELL_
MAC_HSDP
from RNC A_DL_VOLU
ME_I +
BEST_CELL_
MAC_HSDP
A_DL_VOLU
ME_B) *8/
Gr

59 Mbps C310545121/1024/Gr
 (BEST_CELL
_MAC_HSU
PA_UL_VOL
UME_C +
NON_BEST_
CELL-
_MAC_HSU
PA_UL_VOL
UME_C +
BEST_CELL_
MAC_HSUP
A_UL_
VOLUME_S
+
NON_BEST_
CELL_MAC_
HSUPA_UL_
HSUPA VOLUME_S
Average NBH-D +
throughput BEST_CELL_
from RNC MAC_HSUP
A_UL_VOLU
ME_I +
NON_BEST_
CELL_MAC_
HSUPA_UL_
VOLUME_I
+
BEST_CELL_
MAC_HSUP
A_UL_VOLU
ME_
B+
NON_BEST_
CELL_MAC_
HSUPA_UL_
VOLUME_B)
*8 / Gr
60 Mbps
3G Radio Utilization

1-
% Cells with (CODERESA
Code VAILABILITY
% NBH-D
Utilization RAITO_SUM
{>80%} /
CODERESST
61 ATNUM) 1-300802 1-(C310424230/C310424231)
%Cells Peak
CE NODEB_UL_
Utilization CE_TOTAL_
% NBH-D RATIO /
UL - Site
level NODEB_CE_
{>80%} RATIO_TIM
62 ES 300791 C310810036/C310810041
%Cells Peak
CE NODEB_DL_
Utilization CE_TOTAL_
DL - Site % NBH-D RATIO /
level NODEB_CE_
{>80%} RATIO_TIM
63 ES 300793 C310810040/C310810041
 DL Power
Utilization-
cell Wise % NBH-D
TCP_SUM/T
64 {>80%} CP_TIMES 300824 C310444439/C310444444
RNP/RNO Specific KPI

C37249002
5+C372490
026+C3724
90027+C37
DPA CELL 2490028+C
KPI 372490039
CQI <=15 NBH-D MEASURE/ +C3724900
30+C37249
C37249002 0031+C372
5 ….0040 490032+C3
72490033+
C37249003
4+C372490
035+C3724
90036+C37
2490037+C
372490038
+C3724900
65 % 39

C37249004
0+C372490
041+C3724
DPA CELL 90042+C37
CQI KPI 2490043+C
between 15 NBH-D MEASURE/ 372490044
and 25 C37249004 +C3724900
1 ….0051 45+C37249
0046+C372
490047+C3
72490048+
C37249004
9+C372490
66 % 050

DPA CELL C37249005

KPI 1+C372490
CQI >=25 NBH-D MEASURE/ 052+C3724
C37249005 90053+C37
1 ….0056 2490054+C
67 % 372490055
 1-
CELL_SOFT_
1RL_TIME /
(CELL_SOFT
_1RLS_TIME
+
CELL_SOFT_
Soft 2RLS_TIME
Handover +
% NBH-V CELL_SOFT_
Overhead 3RLS_TIME 1-
(%) RT +CELL_SOFT C31032234
_4RLS_TIME 8/
+ (C31032235
4+C310322
CELL_SOFT_ 355+C3103
5RLS_TIME 22356+C31
+CELL_SOFT
_6RLS_TIME 0
322357+C3
) 10322358+
C31032235
68 300494 9)
Soft
Handover
Overhead % NBH-D NA
69 (%) NRT

UL
Interferenc
e/noise AverageRT
Ratio % NBH-V WP
(unloaded
state)
70 300840 C310444466/C310444467
1-C310080052)
3-C310080054)
2)/(C310535114+C310535115)