Cp Inovation

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BSC CHECK L Sr. No PREREQUISITE BEFORE HANDOVER 1 BOQ 2 INTEGRATION PLAN 3 SYNCHRONISATION REFERANCE DETAILS 4 NSVCI VALUE FROM VAS FOR GPRS DEFINITI 5 GPRS INTEGRATION PLAN FROM PLAANING 6 REFERENCE NODE FOR DATA COMPARISION 7 OSS connectivity Sr.No. Test case Commands Used Expected Test Result 1 OK 2 OK 3 NE test. As per H Module OK 4 Exchange properties. RAEPP:ID=ALL; OK 5 AXE Parameters. DBTSP:TAB=AXEPARS; OK 6 Size Alteration Saaep:sae=all; OK 7 All hardware is in Working state. OK 8 Software Records OK 9 Deblock any dip in ETM OK 10 Protection for ETM2 OK 11 NSDAP, NSSTP and NSTEI OK 12 OK 13 cpfls OK 14 OK 15 OK 16 RRGBP; RRPCP; OK 17 OK 18 OK 19 OK 20 Confirmation mail of GPRS from VAS OK 21 Alarm confirmation mail from NOC OK 22 rassp:dety=; OK 23 Device blocking supervision. rablp:dety=; OK 24 Logical Channel seziure supervision. RLVAP; OK 25 Processor load supervision PLSUP; OK 26 Automatic size alteration SAOCP OK 27 Threshold supervision of size alteration AFTSP OK 28 Supervision for C7. OK 29 System function definition OK 30 Define Power Failure Alarm OK 31 TRH load distribution is active RAHPP; and MP sheduled OK 32 Alarm for TRH load distribution. RAHLP; RAHDP; OK 33 TRA Spervision activated for trapool RRMSP; RRISP; NA 34 A Interface testing OK 35 RRTPP:TRAPOOL=ALL; NA Test Result (OK/NOT OK) Configuration of system is as per connectivity diagram. Hardware installation and commissioning is as per BOQ. Compare with Referance BSC. Compare with Referance BSC. Lasip:block=all; Lafbp:BCM=all; Pcorcp:block=all; Pcecp:suname=all; Laeip:suname=all; Make the Software record with SRH tool and comapare with Reference BSC.Please escalate to SCM if any discrepencies found. Check DIP goes to ABL state when deblocked for non connected ETM. All unused VC12 should be in MBL state. PWNSP , PWNSI , By blocking RP of active MS. Shifting of traffic from Active to Standby MS. External Clock defined and working as per sync diagram. There must be no deviation Confirmation regarding physical connections b/w Reference Inlet and ETM/MS has been verified. All RBS software required are loaded properly. Originating and terminating calls are working. Originating and terminating SMS are working. GPRS definition.PCU should be multiple environment. Check the status of RP's . All should be in active state RRPCP:RPINFO;/ dbtsp:tab=rpsrpirps; Block the RP'S one by one and shift GB link It shold work on each RP Confirmation regarding successful "data call/GPRS" testing, against each and every RP dedicated for GPRS hardware,with activity log Device seziure supervision for all types of devices. Should be in active state c7erp, erepp ; c7sup;c7ldp,c7rsp SYRAP,SYFSP,SYFDP DEFINED Calls should be tested on every E1. No of Devices Active in each case (HR, FR, EFR) The total devices active should be equal to 192*no of SNTs

description

Cp Inovation

Transcript of Cp Inovation

Page 1: Cp Inovation

BSC CHECK LIST Sr. No. PREREQUISITE BEFORE HANDOVER FOR AT

1 BOQ

2 INTEGRATION PLAN

3 SYNCHRONISATION REFERANCE DETAILS

4 NSVCI VALUE FROM VAS FOR GPRS DEFINITION

5 GPRS INTEGRATION PLAN FROM PLAANING

6 REFERENCE NODE FOR DATA COMPARISION

7 OSS connectivity

Sr.No. Test case Commands Used Expected Test Result

1 OK

2 OK

3 NE test. As per H Module OK

4 Exchange properties. RAEPP:ID=ALL; OK

5 AXE Parameters. DBTSP:TAB=AXEPARS; OK

6 Size Alteration Saaep:sae=all; OK

7 All hardware is in Working state. OK

8 Software Records OK

9 Deblock any dip in ETM OK

10 Protection for ETM2 OK

11 NSDAP, NSSTP and NSTEI OK

12 OK

13 All RBS software required are loaded properly. cpfls OK

14 Originating and terminating calls are working. OK

15 Originating and terminating SMS are working. OK

16 RRGBP; RRPCP; OK

17 OK

18 Block the RP'S one by one and shift GB link It shold work on each RP OK

19 OK

20 Confirmation mail of GPRS from VAS OK

21 Alarm confirmation mail from NOC OK

22 Device seziure supervision for all types of devices. rassp:dety=; OK

23 Device blocking supervision. rablp:dety=; OK

24 Logical Channel seziure supervision. RLVAP; OK

25 Processor load supervision PLSUP; OK

26 Automatic size alteration SAOCP Should be in active state OK

27 Threshold supervision of size alteration AFTSP OK

28 Supervision for C7. OK

29 System function definition OK

30 Define Power Failure Alarm OK

31 TRH load distribution is active RAHPP; and MP sheduled OK

32 Alarm for TRH load distribution. RAHLP; RAHDP; OK

33 TRA Spervision activated for trapool RRMSP; RRISP; NA

34 A Interface testing OK

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No of Devices Active in each case (HR, FR, EFR)

RRTPP:TRAPOOL=ALL; NA

Test Result (OK/NOT OK)

Configuration of system is as per connectivity diagram.

Hardware installation and commissioning is as per BOQ.

Compare with Referance BSC.

Compare with Referance BSC.

Lasip:block=all;Lafbp:BCM=all;

Pcorcp:block=all;Pcecp:suname=all;Laeip:suname=all;

Make the Software record with SRH tool and

comapare with Reference BSC.Please escalate to

SCM if any discrepencies found.

Check DIP goes to ABL state when deblocked for non connected ETM.

All unused VC12 should be in MBL state.

PWNSP , PWNSI , By blocking RP of active MS.

Shifting of traffic from Active to Standby MS.

External Clock defined and working as per sync diagram. There must be no deviation

Confirmation regarding physical connections b/w Reference Inlet and ETM/MS has been verified.

GPRS definition.PCU should be multiple environment.

Check the status of RP's . All should be in active state

RRPCP:RPINFO;/ dbtsp:tab=rpsrpirps;

Confirmation regarding successful "data call/GPRS" testing, against each and every RP dedicated for GPRS hardware,with activity log

c7erp, erepp ; c7sup;c7ldp,c7rsp

SYRAP,SYFSP,SYFDP DEFINED

Calls should be tested on every E1.

The total devices active should be equal to 192*no

of SNTs

B42
evibjai: improvement required.
B43
evibjai: Consult with Brij Sir.
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36 TRA SNT Testing. NA

37 Small Restart OK

38 Large Restart OK

39 FR/EFR distribution NA

40 Small Manual Restart OK

41 Large Manual Restart OK

42 Reload OK

43 AFTSP:TEST=110,SAE=ALL; Audit Function OK

44 AFBLP:SURVEY; Audit Function OK

45 C7 report towards RBSC in BSC/TRC c7tpp,c7trp OK

46 BSC DEFINITION IN MSC MGBSP:BSC=ALL; OK

47 A-interface parameter should be same. Exrop:r=******; OK

48 OK

49 Access control implementation OK

ALARM FUNCTION

50 ALLIP; OK

51 ALACP; OK

52 ALCLP; OK

53 ALDIP; OK

54 ALLTP; OK

55 ALSCP; OK

56 ALALP; OK

57 ALEXP; OK

58 ALSTP; OK

DIAGNOSTIC FUNCTION

59 DIRCP; OK

60 DIRRP; OK

61 DPHIP OK

62 DPRBP OK

63 DPWSP OK

64 PLCDP; OK

65 PLEIP; OK

66 PLLDP; OK

67 PLOBP; OK

68 PLRPP; OK

69 PLSDP; OK

70 PLSMP:mp=all; OK

71 PLSUP; OK

72 PLSVP; OK

SYSTEM FUNCTION

73 SYELP; OK

74 SYRAP OK

75 SYBHP; OK

76 SYFAP; OK

77 SASTP; OK

78 SYFSP OK

79 SYFDP OK

80 SAOSP; OK

81 SYBMP; OK

82 No alarm in A1,A2,A3 category & APG. Allip; & Alist OK

83 RRMBP:MSC=ALL; OK

Calls should be tested on every SNT.

Active call should not get disconnected.

Active call should get disconnected.

As per planning recommendations

For alarm handling & recovery

Node to be defined in RNOC-TOOLs ( eg ER, TeMIP, OVO) & SMS-CSR online

DATA PROCESSING SYSTEM

PROCESSOR LOAD FUNCTION

MSC POINT CODE SHOULD BE DEFINED

B85
evibjai: Improve to be outstanding.
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84 RLTDP:MSC=ALL; ACTIVE MODE OF MSC OK

85 OK

86 RLVLP; OK

87 RRNTP; OK

88 RLOMP OK

All the used devices (e.g. RHDEV, RTLTT2, RALT2, RTLTB2, RTLTT, RTLTB, RTGPHDV, RTGLT2, C7 devices etc) must be deblocked.

TRC POINT CODE SHOULD BE DEFINED

MODE SHOULD BE MULTIPLE

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BSC CHECK LIST PREREQUISITE BEFORE HANDOVER FOR AT OK/NOK

BOQ

INTEGRATION PLAN

SYNCHRONISATION REFERANCE DETAILS

NSVCI VALUE FROM VAS FOR GPRS DEFINITION

GPRS INTEGRATION PLAN FROM PLAANING

REFERENCE NODE FOR DATA COMPARISION

OSS connectivity

Deviation observed After Handover (If test result is/was NOT OK) Remarks

pwnsp:sdip=all; find the RP of wo em with ntdcp:snt=<etm1-0>,subnet=0; (see with pwnsp if it is blocked), pwmsi:sdip=<0etm2,ms=<ms-1>;

to be checked by FM on call

to be checked by FM on call

FM CHECK POINT

to be checked by FM on call

RASSC:DETY=rtlTb2,PL=24,ACL=A3; rassi:DETY=rtltb2;

compare the two nodes

compare the two nodes

compare the two nodes

aftsp:test=101,102,104; -- compare with reference node

FOR c7sup(c7suc and c7sui),

match on both ref and AT node

rahpc: rahdc:

valid only for BSCTRC OR TRC

to be checked by FM on call

valid only for BSCTRC OR TRC

save the logs of both AT and ref node and run in DB TOOL( RUN THE DT GENERATED BY THE TOOL)

compare the printout on both the AT and ref node in excel sheet in three parts, blanks, block name and blank.

AFTSS:TEST=101,LIM1=90,LIM2=99,hyst1=5,hyst2=5,acl1=

a3,acl2=a2;

compare with ref node and do as follows:rahpi:mp=4;trtsi:mp=4;trtse:mp=4;

TRTSI:MP=4,NRP=1,RPL=120,DATE=090203,NDAYS=365,time=0100;trtsp:mp=4;

rahpp;

Parameter RNOTRA should be > than Pool active

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valid only for BSCTRC OR TRC

to be checked by FM on call

to be checked by FM on call

to be checked by FM on call

to be checked by FM on call

to be checked by FM on call

aftss:test=110,sae=<sae no.>,etc

nothing to see

c7tri:

nothing to see

more value of Band width is ok

PLEIC:LV12=200,LV23=150,LV34=100,COU=20; pl defined using command PLEIC

PLOBC:LV12=90,LV23=70,LV34=50,COU=20; defined using command PLOBC

compare with reference node( redefine using plrpc;)

compare with reference node

if not defined( define with command plsmi:mp=1,io=af-5;) (trtsi:mp=1,nrp=24,rpl=60,date=090131,ndays=365,time=0000;)

PLSVC:ACL=A2,REJCLLS=10,tdmi=1,task=nomisc;

syrac:smallnum=5;syrac:smallminutes=10;

syfdc

SEE NO 47 & 48

see SP in the command and crosscheck by logging In the MSC and give the command c7spp:sp=all;

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rablp:dety=all;

rlvlc; rlvli;

check point code in rrntp of RBSC and Cross check with c7spp:sp=all; in TRC