3g kpi benchmark with formula

8/10/2019 3G KPI Benchmark With Formula

1/12

ID Style

Location Up NBH >=98

((84151990+ 84151992 + 84151995+ 84151996+841519957+84151998+84151999+84152000+84152006+84152007+

84152021+

84152019)/84151985)*100

Paging Succ NBH >=95 ((84152190+84152192) /84152189)*100

Network Av NBH >=99.999

Success Call NBH >=99100-(84148264+ 84148257+84148207+84148263+84174202+

84148537+84148536/84148255+)*100

Authenticati NBH >=98 (84149331+ 84149334+ 84149337)/ 84149330

CSV Access NBH


2/12

CSV Drop Ra NBH


3/12

CSD Access NBH


4/12


5/12

Erlang Minu NBH >=250

(((C310040001+C310040002+C310040003+C310040004+C31004000

5+C310040006+C310040007+

C310040008+C310040009+C310040010+C310040011+C310040012+

C310040013+C310040014+

C310040015+C310040016+C310040017)/3600)*60)/(C310231162+C

310231163+C310231164+C310231165+C310231166+C310231167+C

310231168+

C310231169+C310231170+C310231171+C310231172+C310231173+

C310231174+C310231175+

C310231176+C310231177+C310231178)

Radio Netw 24Hrs >=99.95Radio Netw 24Hrs >=99.5

CSV Access BBH >=95

CSV Drop Ra BBH >=95

CSV IRAT Fai BBH >=95

CSD Access BBH >=95

CSD Drop RaBBH >=95

HSDPA + HS DBBH >=95

HSDPA + HS DBBH >=95

ISP radio network availabilty taken from NNOC reportActual radio network availability taken from NNOC report

(((Total no. of operational cells)-(No.of cells having CSV Access Failure

(((Total no. of operational cells)-(No.of cells having CSV Drop Rate > 2

(((Total no. of operational cells)-(No.of cells having CSV IRAT Failure R

(((Total no. of operational cells)-(No.of cells having CSD Access Failure

(((Total no. of operational cells)-(No.of cells having CSD Drop Rate > 2

(((Total no. of operational cells)-(No.of cells having HSDPA + HSUPA +

(((Total no. of operational cells)-(No.of cells having HSDPA + HSUPA +


6/12

CQI Samples DBH >=45

(C372490047+C372490048+C372490049+C372490050+C372490051+

C372490052+C372490053+C3724900

54+C372490055)*100/(C372490025+C372490026+C372490027+C37

2490029+C372490028+C372490030+C

372490031+C372490032+C372490033+C372490034+C372490035+C

372490036+C372490037+C372490038

+C372490039+C372490040+C372490041+C372490042+C372490043

+C372490044+C372490045+C3724900

46+C372490047+C372490048+C372490049+C372490050+C3724900

51+C372490052+C372490053+C37249

0054+C372490055)

CQI Samples DBH >=85

(C372490041+C372490042+C372490043+C372490044+C372490045+

C372490046+C372490047+C3724900

48+C372490049+C372490050+C372490051+C372490052+C3724900

53+C372490054+C372490055)/(C3724

90025+C372490026+C372490027+C372490029+C372490028+C3724

90030+C372490031+C372490032+C372490033+C372490034+C372490035+C372490036+C372490037+C37

2490038+C372490039+C372490040+C

372490041+C372490042+C372490043+C372490044+C372490045+C

372490046+C372490047+C372490048

+C372490049+C372490050+C372490051+C372490052+C372490053

+C372490054+C372490055)

Complaints 24Hrs =90

Complaints 24Hrs >=95

Average Cell DBBH >1 Mbps ((C310545121)/(C310545122*0.002)/1024)

% of Cells wi DBBH >70 (No.of cells having Cell throughput


7/12

Name Style

((Successful Location Updates in the VLR+Successful

Location Updates During Roaming+ Location Update Failures Caused by Unknown

Subscribers in the HLR+ Location Update Failures Caused by Illegal Devices+ Location

Update Failures Caused by Illegal Subscribers+Location Update Failures Caused by PLMN

Prohibition+Location Update Failures Caused by Location Area Prohibition+Location

Update Failures Caused by Roaming Prohibition+Location Update Failures Caused by

Location Area Prohibition in the Network+Location Update Failures Caused by Cell

Prohibition in the Location Area+Location Update Failures Caused by Roaming

Prohibition for Personal Handyphone Systems+Location Update Failures Caused by Non-

Protocol Subscribers)/Location Update

Requests)*100

((Number of First Paging Responses from Iu Interface+Number of Repeated

Paging Responses from Iu Interface) / First Pagings to Iu Interface)*100

100-(Total Failures/Total Attempts)*100

(AUTH Success Times+AUTH Failures due to Illegal

SRES+Negative AUTH Responses by Subscribers)/AUTH Requests

(1-{([Number of successful RRC connection access,MO Conversational

Call(Times)]+

[Number of successful RRC connection access,MT Conversational call(Times)]+

[Number

of successful RRC connection access, Emergence Call])/

(([Number of attempted RRC connection establishment,Originating Conversational

Call(Times)]+[Number of attempted RRC connection establishment, Terminating

Conversational Call(Times)+[ Number of attempted RRC connection establishment,

Emergency Call ]])-([Number of repeated RRC connection request

message,Originating

Conversational Call(Times)] +[Number of repeated RRC connection request

message,

Terminating Conversational Call(Times)]+[ Number of repeated RRC connection

request

message, Emergency Call]))}*([Number of successful RAB assignment setup in cell

for CS

domain, SPEECH(Times)]/[Number of attempted RAB assignment setup in cell for

CS

domain, SPEECH(Times)]))*100

Formulas


8/12

Times)]+[Number of RAB abnormal release for CS domain,WB-AMR

14.25,(Times)]+[Number of RAB abnormal release for CS domain,WB-AMR



6.60.(Times)])/([Total number of RAB release for CS domain,AMR

12.2(Times)]+[Total

number of RAB release for CS domain,AMR 10.2(Times)]+[Total number ofRAB

release

for CS domain,AMR 7.95(Times)]+[Total number of RAB release for CS

domain,AMR

7.4,(Times)]+[Total number of RAB release for CS domain,AMR 6.7,(Times)]+[Total

number of RAB release for CS domain,AMR 5.9,(Times)]+[Total number of RAB

release

for CS domain,AMR 5.15(Times)]+[Total number ofRAB release for CS domain,AMR

4.75(Times)]+[Total number ofRAB release for CS domain,WB-AMR

23.85(Times)]+[Total number of RAB release for CS domain,WB-AMR

23.05,(Times)]+[Total number of RAB release for CS domain,WB-AMR







6.60.(Times)])*100

- -

failed

outgoing CS inter-RAT handovers,Configuration unacceptable(Times)]-[Number of

failed

outgoing CS inter-RAT handovers,Physical Channel failed(Times)]-[Number of

failed

outgoing CS inter-RAT handovers,Protocol Error(Times)]-[Number of failedoutgoing CS

inter-RAT handovers,Inter-RAT Protocol Error(Times)]-[Number of failed outgoing

CS

inter-RAT handovers,Unspecified failed(Times)]-[Number of failed outgoing CS

inter-RAT

handovers,No Reply(Times)])/[Number of attempted outgoing CS inter-RAT

*


9/12

- ,

Call(Times)]+[ Number of successful RRC

connection access,MT Conversational Call(Times)]))*100

/

(([Number of attempted RRC connection establishment,Originating Conversational

Call(Times)]+[Number of

attempted RRC connection establishment,Terminating Conversational

Call(Times)])-([Number of repeated

RRC connection request message,Originating Conversational Call(Times)]

+[Number of repeated RRC

connection request message,Terminating Conversational Call(Times)]))

*

([Number of successful RAB assignment setup in cell for CS domain,64K

Conversational

DATA(Times)]/[Number of attempted RAB assignment setup in cell for CS

domain,64K

[Number of RAB abnormal release for CS

domain,64K/64K(Videotelephony)(Times)]/[Total number of RAB release for CS

domain,64K/64K(Videotelephony)(Times)]*100- um er o success u connec on access, n erac ve

Call(Times)]+[Number of successful RRC

connection access,MO Background Call(Times)]+[Number of successful RRC

connection access,MT

Interactive Call(Times)]+[Number of successful RRC connection access,MT

Background Call(Times)])/

((Number of attempted RRC connection establishment, Originating Interactive

Call(Times)]+[Number of

attempted RRC connection establishment, Originating Background Call(Times)]

+[Number of attempted RRC

connection establishment, Terminating Interactive Call(Times)]+[Number of

attempted RRC connectionestablishment, Terminating Background Call(Times)])-([Number of repeated RRC

connection request

message, Originating Interactive Call(Times)]+[Number of repeated RRC

connection request message,

Originating Background Call(Times)]+[Number of repeated RRC connection

request message, Terminating

Interactive Call(Times)]+[Number of repeated RRC connection request message,

Terminating Background

Call(Times)]))*

([Number of successful RAB assignment setup in cell for PS domain,

Conversational(Times)]+[Number of

successful RAB assignment setup in cell for PS domain,

Streaming(Times)]+[Number of successful RAB

assignment setup in cell for PS domain, Interactive(Times)]+[Number of successful

RAB assignment setup in

cell for PS domain, Background(Times)])/([Number of attempted RAB assignment

setup in cell for PS

domain, Conversational(Times)]+[Number of attempted RAB assignment setup in


10/12

um er o a norma re ease or oma n,conversa on-

VOIP(Times)]+[Number of RAB abnormal

release for PS domain,other conversation(Times)]+[Number of RAB abnormal

release for PS

domain,streaming-8/8(Times)]+[Number of RAB abnormal release for PS

domain,streaming-

32/32(Times)]+[Number of RAB abnormal release for PS domain,streaming-

16/64(Times)]+[Number of RABabnormal release for PS domain,streaming-64/64(Times)]+[Number of RAB

abnormal release for PS


domain,streaming-


64/256(Times)]+[Number of

RAB abnormal release for PS domain,streaming-64/384(Times)]+[Number of RAB



domain,streaming-over


other(Times)]+[Number ofRAB abnormal release for PS domain,interactive-8/8(Times)]+[Number of RAB


domain,interactive-32/32(Times)]+[Number of RAB abnormal release for PS

domain,interactive-

16/64(Times)]+[Number of RAB abnormal release for PS domain,interactive-

64/64(Times)]+[Number of RAB

abnormal release for PS domain,interactive-64/128(Times)]+[Number of RAB


domain,interactive-64/144(Times)]+[Number of RAB abnormal release for PS

domain,interactive-

-

(([Duration of one radio link state(sec)]+[Duration of two radio links

state(sec)]*2+[Duration of three radio links state(sec)]*3+[Duration of four radio

links

state(sec)]*4+[Duration of five radio links state(sec)]*5+[Duration of six radio links

state(sec)]*6)/([Duration of one radio link state(sec)]+[Duration of two radio links

state(sec)]+[Duration of three radio links state(sec)]+[Duration of four radio links

state(sec)]+[Duration of five radio links state(sec)]+[Duration of six radio links

state(sec)])-1)*100


11/12

o ng me or e es ce , . sec o ng me or e es

cell,AMR10.2(sec)]+[Holding time for the best cell,AMR7.95(sec)]+[Holding time

for the best

cell,AMR7.4(sec)]+[Holding time for the best cell,AMR6.7(sec)]+[Holding time for

the best

cell,AMR5.9(sec)]+[Holding time for the best cell,AMR5.15(sec)]+[Holding time for

the best

cell,AMR4.75(sec)]+[Holding time for the best cell,WB-AMR23.85(sec)]+[Holdingtime for the

best cell,WB-AMR23.05(sec)]+[Holding time for the best cell,WB-

AMR19.85(sec)]+[Holding time

for the best cell,WB-AMR18.25(sec)]+[Holding time for the best cell,WBAMR15.85(

sec)]+[Holding time for the best cell,WB-AMR14.25(sec)]+[Holding time for the

best

cell,WB-AMR12.65(sec)]+[Holding time for the best cell,WB-

AMR8.85(sec)]+[Holding time for the

best cell,WB-AMR6.60(sec)])/3600)*60)/([Number of RAB abnormal release for CS

domain,AMR 12.2(Times)]+[Number of RAB abnormal release for

CS domain,AMR 10.2(Times)]+[Number of RAB abnormal release for CS

domain,AMR 7.95(Times)]+[Numberof RAB abnormal release for CS domain,AMR 7.4,(Times)]+[Number of RAB

abnormal release for CS

domain,AMR 6.7,(Times)]+[Number of RAB abnormal release for CS domain,AMR

5.9,(Times)]+[Number of

RAB abnormal release for CS domain,AMR 5.15(Times)]+[Number of RAB

abnormal release for CS

domain,AMR 4.75(Times)]+[Number of RAB abnormal release for CS domain,WB-

AMR

23.85(Times)]+[Number of RAB abnormal release for CS domain,WB-AMR

23.05,(Times)]+[Number of RAB

-

Rate > 2%))/(Total no. of operational cells))*100

))/(Total no. of operational cells))*100

te > 2%))/(Total no. of operational cells))*100

Rate > 2%))/(Total no. of operational cells))*100

))/(Total no. of operational cells))*100

S Access Failure Rate


12/12

([Number of Reported CQI 22]+[Number of Reported CQI 23]+[Number of

Reported CQI 24]+[Number of Reported CQI

25]+[Number of Reported CQI 26]+[Number of Reported CQI 27]+[Number of

Reported CQI 28]+[Number of Reported

CQI 29]+[Number of Reported CQI 30])/([Number of Reported CQI 0]+[Number of


CQI 2]+[Number of Reported CQI 4]+[Number of Reported CQI 3]+[Number of

Reported CQI 5]+[Number of Reported CQI6]+[Number of Reported CQI 7]+[Number of Reported CQI 8]+[Number of





Reported CQI 17]+[Number of

Reported CQI 18]+[Number of Reported CQI 19]+[Number of Reported CQI

20]+[Number of Reported CQI 21]+[Number

of Reported CQI 22]+[Number of Reported CQI 23]+[Number of Reported CQI

24]+[Number of Reported CQI


Reported CQI 28]+[Number of Reported([Number of Reported CQI 16]+[Number of Reported CQI 17]+[Number of







29]+[Number of Reported CQI 30])/([Number


2]+[Number of Reported CQI 4]+[Number of






14]+[Number of Reported CQI 15]+[Number


18]+[Number of Reported CQI





Re orted CQI 27]+[Number of Re orted CQI 28]+[Number of Re orted CQI

(([Traffic of user data that HSDPA downlink MAC acknowledges(Kbit)])/([Number

of TTI

with user data of MAC-hs in buffer(Piece)]*0.002)/1024)

cells))*100

3g kpi benchmark with formula

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