Layer 3 Analisis & Monitoring via OSS/BSC (NOKIA Equipment)

[dtel]

Hallo agan DTEI-ers

Mungkin suatu saat agan ada yang terjun atau mencoba juga dunia OSS/BSC/Radio Access


Tahukah agan-agan jika Layer 3 analisis bisa juga dilakukan nya melalui OSS/BSC ?
Dalam beberapa kasus,misalnya : rehoming,reparenting,lac splitting,amr activation kita bisa melakukan Layer 3 Messages tracing untuk mengetahui problem di Live Network,misal :
-handover failure karena LAC baru belum di create di sisi core network
-call setup failure karena CI untuk suatu BTS belum di create di sisi core network
-amr failure karena codec tidak disupport oleh handset.

Saya mau sharing sedikit khusus untuk perangkat Nokia (BSC 3i or FLEXI BSC)

Berikut step by step Layer 3 Monitoring & Analisis via OSS/BSC (NOKIA Equipment),kita dapat menggunakan Library TGM_BXSX

1. Login ke BSC -> via Telnet atau SSH

2. Login ke service terminal
MML Command:
ZDDS;

3. Load Modul >> TGMONI Library (TGM_BXSX)
Syntaks : ZLE:x,TGM_BXSX;
x=Angka atau Karakter bisa apa saja,misal kita pakai angka 8
MML Command:
ZLE:8,TGM_BXSX;

4. Run Monitoring Command untuk BTS 18
Message Type = All Messages

MML Comamnd:
Z8M:18;

OUTPUT:

*********************************************************************
Monitored BTS(TRX): 0018(09) 0018(10) 0018(11) 0018(12)
Monitoring modes: MSG = FULL, TP = FULL, NP = FULL, PRB = B

Radio Link Layer Management Transparent
DATA REQUEST (01H)
Channel Number
- Lm + ACCHs sub-channel : 1
- Timeslot : 4
Link Identifier
- Sapi : 0
- Channel type : FACCH or SDCCH
- High priority
L3 Information
HANDOVER COMMAND (RR)
Cell Description
- BCC, PLMN colour code : 1
- NCC, BS colour code : 3
- BCCH ARFCN : 56 (38h)
Channel Description 2
- TCH/F + FACCH/F and SACCH/F
- timeslot : 2
- training sequence code : 1
- hopping : RF hopping channel
- MAIO : 8 (08h)
- HSN : 50 (32h)
Handover Reference
- Value : 128
Power Command and access type
- power level : 5
- ATC : Sending of Handover access is mandatory
Synchronization Indication
- SI : Synchronized
- ROT : Mob. Time Dif. shall not included in HO msg.
- NCI : Out of range TA shall trigger a HO failure procedure
Cell Channel Description
- format id : bit map 0
- CA band number : 0
- CA : 56, 70, 71, 72, 73, 74, 75, 76,
77, 78, 79, 80, 81, 82, 83, 84,
85, 86, 87
Channel Mode
- speech full or half rate version 3
Mobile Allocation
- Length : 3
- freqs included from CA : 7, 255, 254MultiRate Configuration
- Multirate speech version : 1
- Noise Suppression Control Bit : 0
- Initial Codec Mode Indicator : 0
- Start Mode : 0
- Adaptive multirate codec modes : 10010101
- Treshold 1 : 18
- Hysteresis 1 : 2
- Treshold 2 : 6
- Treshold 2 (cont) : 0
- Hysteresis 2 : 2
- Treshold 3 : 2
- Treshold 3 (cont) : 0
- Hysteresis 3 : 2
*********************************************************************

Mungkin expert ada yang mau sharing dan menambahkan,monggo..

[Maykdave]

Hallo agan DTEI-ers

Mungkin suatu saat agan ada yang terjun atau mencoba juga dunia OSS/BSC/Radio Access


Tahukah agan-agan jika Layer 3 analisis bisa juga dilakukan nya melalui OSS/BSC ?
Dalam beberapa kasus,misalnya : rehoming,reparenting,lac splitting,amr activation kita bisa melakukan Layer 3 Messages tracing untuk mengetahui problem di Live Network,misal :
-handover failure karena LAC baru belum di create di sisi core network
-call setup failure karena CI untuk suatu BTS belum di create di sisi core network
-amr failure karena codec tidak disupport oleh handset.

Saya mau sharing sedikit khusus untuk perangkat Nokia (BSC 3i or FLEXI BSC)

Berikut step by step Layer 3 Monitoring & Analisis via OSS/BSC (NOKIA Equipment),kita dapat menggunakan Library TGM_BXSX

1. Login ke BSC -> via Telnet atau SSH

2. Login ke service terminal
MML Command:
ZDDS;

3. Load Modul >> TGMONI Library (TGM_BXSX)
Syntaks : ZLE:x,TGM_BXSX;
x=Angka atau Karakter bisa apa saja,misal kita pakai angka 8
MML Command:
ZLE:8,TGM_BXSX;

4. Run Monitoring Command untuk BTS 18
Message Type = All Messages

MML Comamnd:
Z8M:18;

OUTPUT:

*********************************************************************
Monitored BTS(TRX): 0018(09) 0018(10) 0018(11) 0018(12)
Monitoring modes: MSG = FULL, TP = FULL, NP = FULL, PRB = B

Radio Link Layer Management Transparent
DATA REQUEST (01H)
Channel Number
- Lm + ACCHs sub-channel : 1
- Timeslot : 4
Link Identifier
- Sapi : 0
- Channel type : FACCH or SDCCH
- High priority
L3 Information
HANDOVER COMMAND (RR)
Cell Description
- BCC, PLMN colour code : 1
- NCC, BS colour code : 3
- BCCH ARFCN : 56 (38h)
Channel Description 2
- TCH/F + FACCH/F and SACCH/F
- timeslot : 2
- training sequence code : 1
- hopping : RF hopping channel
- MAIO : 8 (08h)
- HSN : 50 (32h)
Handover Reference
- Value : 128
Power Command and access type
- power level : 5
- ATC : Sending of Handover access is mandatory
Synchronization Indication
- SI : Synchronized
- ROT : Mob. Time Dif. shall not included in HO msg.
- NCI : Out of range TA shall trigger a HO failure procedure
Cell Channel Description
- format id : bit map 0
- CA band number : 0
- CA : 56, 70, 71, 72, 73, 74, 75, 76,
77, 78, 79, 80, 81, 82, 83, 84,
85, 86, 87
Channel Mode
- speech full or half rate version 3
Mobile Allocation
- Length : 3
- freqs included from CA : 7, 255, 254MultiRate Configuration
- Multirate speech version : 1
- Noise Suppression Control Bit : 0
- Initial Codec Mode Indicator : 0
- Start Mode : 0
- Adaptive multirate codec modes : 10010101
- Treshold 1 : 18
- Hysteresis 1 : 2
- Treshold 2 : 6
- Treshold 2 (cont) : 0
- Hysteresis 2 : 2
- Treshold 3 : 2
- Treshold 3 (cont) : 0
- Hysteresis 3 : 2
*********************************************************************

Mungkin expert ada yang mau sharing dan menambahkan,monggo..

Super sekali... mari yg ilmu kanuragannya udah tingkat tinggi, silahkan gabung.. ane mantau ajah....

[the_little_messi]

Hallo agan DTEI-ers

Mungkin suatu saat agan ada yang terjun atau mencoba juga dunia OSS/BSC/Radio Access


Tahukah agan-agan jika Layer 3 analisis bisa juga dilakukan nya melalui OSS/BSC ?
Dalam beberapa kasus,misalnya : rehoming,reparenting,lac splitting,amr activation kita bisa melakukan Layer 3 Messages tracing untuk mengetahui problem di Live Network,misal :
-handover failure karena LAC baru belum di create di sisi core network
-call setup failure karena CI untuk suatu BTS belum di create di sisi core network
-amr failure karena codec tidak disupport oleh handset.

Saya mau sharing sedikit khusus untuk perangkat Nokia (BSC 3i or FLEXI BSC)

Berikut step by step Layer 3 Monitoring & Analisis via OSS/BSC (NOKIA Equipment),kita dapat menggunakan Library TGM_BXSX

1. Login ke BSC -> via Telnet atau SSH

2. Login ke service terminal
MML Command:
ZDDS;

3. Load Modul >> TGMONI Library (TGM_BXSX)
Syntaks : ZLE:x,TGM_BXSX;
x=Angka atau Karakter bisa apa saja,misal kita pakai angka 8
MML Command:
ZLE:8,TGM_BXSX;

4. Run Monitoring Command untuk BTS 18
Message Type = All Messages

MML Comamnd:
Z8M:18;

OUTPUT:

*********************************************************************
Monitored BTS(TRX): 0018(09) 0018(10) 0018(11) 0018(12)
Monitoring modes: MSG = FULL, TP = FULL, NP = FULL, PRB = B

Radio Link Layer Management Transparent
DATA REQUEST (01H)
Channel Number
- Lm + ACCHs sub-channel : 1
- Timeslot : 4
Link Identifier
- Sapi : 0
- Channel type : FACCH or SDCCH
- High priority
L3 Information
HANDOVER COMMAND (RR)
Cell Description
- BCC, PLMN colour code : 1
- NCC, BS colour code : 3
- BCCH ARFCN : 56 (38h)
Channel Description 2
- TCH/F + FACCH/F and SACCH/F
- timeslot : 2
- training sequence code : 1
- hopping : RF hopping channel
- MAIO : 8 (08h)
- HSN : 50 (32h)
Handover Reference
- Value : 128
Power Command and access type
- power level : 5
- ATC : Sending of Handover access is mandatory
Synchronization Indication
- SI : Synchronized
- ROT : Mob. Time Dif. shall not included in HO msg.
- NCI : Out of range TA shall trigger a HO failure procedure
Cell Channel Description
- format id : bit map 0
- CA band number : 0
- CA : 56, 70, 71, 72, 73, 74, 75, 76,
77, 78, 79, 80, 81, 82, 83, 84,
85, 86, 87
Channel Mode
- speech full or half rate version 3
Mobile Allocation
- Length : 3
- freqs included from CA : 7, 255, 254MultiRate Configuration
- Multirate speech version : 1
- Noise Suppression Control Bit : 0
- Initial Codec Mode Indicator : 0
- Start Mode : 0
- Adaptive multirate codec modes : 10010101
- Treshold 1 : 18
- Hysteresis 1 : 2
- Treshold 2 : 6
- Treshold 2 (cont) : 0
- Hysteresis 2 : 2
- Treshold 3 : 2
- Treshold 3 (cont) : 0
- Hysteresis 3 : 2
*********************************************************************

Mungkin expert ada yang mau sharing dan menambahkan,monggo..

ini cuba buat view doank kan gan ??? terus untuk mengetahui problem network diatas bagaimana cara membacanya output command tsb ???

mkasi gan...

[dtel]

Hallo agan DTEI-ers

Mungkin suatu saat agan ada yang terjun atau mencoba juga dunia OSS/BSC/Radio Access


Tahukah agan-agan jika Layer 3 analisis bisa juga dilakukan nya melalui OSS/BSC ?
Dalam beberapa kasus,misalnya : rehoming,reparenting,lac splitting,amr activation kita bisa melakukan Layer 3 Messages tracing untuk mengetahui problem di Live Network,misal :
-handover failure karena LAC baru belum di create di sisi core network
-call setup failure karena CI untuk suatu BTS belum di create di sisi core network
-amr failure karena codec tidak disupport oleh handset.

Saya mau sharing sedikit khusus untuk perangkat Nokia (BSC 3i or FLEXI BSC)

Berikut step by step Layer 3 Monitoring & Analisis via OSS/BSC (NOKIA Equipment),kita dapat menggunakan Library TGM_BXSX

1. Login ke BSC -> via Telnet atau SSH

2. Login ke service terminal
MML Command:
ZDDS;

3. Load Modul >> TGMONI Library (TGM_BXSX)
Syntaks : ZLE:x,TGM_BXSX;
x=Angka atau Karakter bisa apa saja,misal kita pakai angka 8
MML Command:
ZLE:8,TGM_BXSX;

4. Run Monitoring Command untuk BTS 18
Message Type = All Messages

MML Comamnd:
Z8M:18;

OUTPUT:

*********************************************************************
Monitored BTS(TRX): 0018(09) 0018(10) 0018(11) 0018(12)
Monitoring modes: MSG = FULL, TP = FULL, NP = FULL, PRB = B

Radio Link Layer Management Transparent
DATA REQUEST (01H)
Channel Number
- Lm + ACCHs sub-channel : 1
- Timeslot : 4
Link Identifier
- Sapi : 0
- Channel type : FACCH or SDCCH
- High priority
L3 Information
HANDOVER COMMAND (RR)
Cell Description
- BCC, PLMN colour code : 1
- NCC, BS colour code : 3
- BCCH ARFCN : 56 (38h)
Channel Description 2
- TCH/F + FACCH/F and SACCH/F
- timeslot : 2
- training sequence code : 1
- hopping : RF hopping channel
- MAIO : 8 (08h)
- HSN : 50 (32h)
Handover Reference
- Value : 128
Power Command and access type
- power level : 5
- ATC : Sending of Handover access is mandatory
Synchronization Indication
- SI : Synchronized
- ROT : Mob. Time Dif. shall not included in HO msg.
- NCI : Out of range TA shall trigger a HO failure procedure
Cell Channel Description
- format id : bit map 0
- CA band number : 0
- CA : 56, 70, 71, 72, 73, 74, 75, 76,
77, 78, 79, 80, 81, 82, 83, 84,
85, 86, 87
Channel Mode
- speech full or half rate version 3
Mobile Allocation
- Length : 3
- freqs included from CA : 7, 255, 254MultiRate Configuration
- Multirate speech version : 1
- Noise Suppression Control Bit : 0
- Initial Codec Mode Indicator : 0
- Start Mode : 0
- Adaptive multirate codec modes : 10010101
- Treshold 1 : 18
- Hysteresis 1 : 2
- Treshold 2 : 6
- Treshold 2 (cont) : 0
- Hysteresis 2 : 2
- Treshold 3 : 2
- Treshold 3 (cont) : 0
- Hysteresis 3 : 2
*********************************************************************

Mungkin expert ada yang mau sharing dan menambahkan,monggo..

ini cuba buat view doank kan gan ??? terus untuk mengetahui problem network diatas bagaimana cara membacanya output command tsb ???

mkasi gan...

Lihat isi message RR Cause salah satu nya

[ListiantoB]

Hallo agan DTEI-ers

Mungkin suatu saat agan ada yang terjun atau mencoba juga dunia OSS/BSC/Radio Access


Tahukah agan-agan jika Layer 3 analisis bisa juga dilakukan nya melalui OSS/BSC ?
Dalam beberapa kasus,misalnya : rehoming,reparenting,lac splitting,amr activation kita bisa melakukan Layer 3 Messages tracing untuk mengetahui problem di Live Network,misal :
-handover failure karena LAC baru belum di create di sisi core network
-call setup failure karena CI untuk suatu BTS belum di create di sisi core network
-amr failure karena codec tidak disupport oleh handset.

Saya mau sharing sedikit khusus untuk perangkat Nokia (BSC 3i or FLEXI BSC)

Berikut step by step Layer 3 Monitoring & Analisis via OSS/BSC (NOKIA Equipment),kita dapat menggunakan Library TGM_BXSX

1. Login ke BSC -> via Telnet atau SSH

2. Login ke service terminal
MML Command:
ZDDS;

3. Load Modul >> TGMONI Library (TGM_BXSX)
Syntaks : ZLE:x,TGM_BXSX;
x=Angka atau Karakter bisa apa saja,misal kita pakai angka 8
MML Command:
ZLE:8,TGM_BXSX;

4. Run Monitoring Command untuk BTS 18
Message Type = All Messages

MML Comamnd:
Z8M:18;

OUTPUT:

*********************************************************************
Monitored BTS(TRX): 0018(09) 0018(10) 0018(11) 0018(12)
Monitoring modes: MSG = FULL, TP = FULL, NP = FULL, PRB = B

Radio Link Layer Management Transparent
DATA REQUEST (01H)
Channel Number
- Lm + ACCHs sub-channel : 1
- Timeslot : 4
Link Identifier
- Sapi : 0
- Channel type : FACCH or SDCCH
- High priority
L3 Information
HANDOVER COMMAND (RR)
Cell Description
- BCC, PLMN colour code : 1
- NCC, BS colour code : 3
- BCCH ARFCN : 56 (38h)
Channel Description 2
- TCH/F + FACCH/F and SACCH/F
- timeslot : 2
- training sequence code : 1
- hopping : RF hopping channel
- MAIO : 8 (08h)
- HSN : 50 (32h)
Handover Reference
- Value : 128
Power Command and access type
- power level : 5
- ATC : Sending of Handover access is mandatory
Synchronization Indication
- SI : Synchronized
- ROT : Mob. Time Dif. shall not included in HO msg.
- NCI : Out of range TA shall trigger a HO failure procedure
Cell Channel Description
- format id : bit map 0
- CA band number : 0
- CA : 56, 70, 71, 72, 73, 74, 75, 76,
77, 78, 79, 80, 81, 82, 83, 84,
85, 86, 87
Channel Mode
- speech full or half rate version 3
Mobile Allocation
- Length : 3
- freqs included from CA : 7, 255, 254MultiRate Configuration
- Multirate speech version : 1
- Noise Suppression Control Bit : 0
- Initial Codec Mode Indicator : 0
- Start Mode : 0
- Adaptive multirate codec modes : 10010101
- Treshold 1 : 18
- Hysteresis 1 : 2
- Treshold 2 : 6
- Treshold 2 (cont) : 0
- Hysteresis 2 : 2
- Treshold 3 : 2
- Treshold 3 (cont) : 0
- Hysteresis 3 : 2
*********************************************************************

Mungkin expert ada yang mau sharing dan menambahkan,monggo..

super sekali

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