ERICSSON BASIC COMMAND MOSHEL 3G RBS 6000.pdf

ERICSSON BASIC COMMAND MOSHEL 3G RBS 6000

Source : http://kulitelco.blogspot.com/2013/07/ericsson-basic-command-moshel-3g-rbs.html http://10.145.124.68:80/cello/emas/mgw_index_stubbed.html emas for Mgw Untuk mengecek alarm : RBS> al atau RBS> ala  untuk deskripsi alarm secara lengkap ………………………………………………………………………………………………………………………………………... Restart RBS via MOSHELL RBS> restartObj (Obj)  Object bias berupa Node B atau PIU RBS> acc o restart ………………………………………………………………………………………………………………………………………... Block RBS> bl 5  5 merupakan proxy bila kita melakukan pr atau lst dari apa yang kita load (lt). Command bl bisa untuk mem-block beberapa board sekaligus. RBS> bl 5 6 9  memblock board pada proxy 5, 6, 9 RBS> bl 5-12  memblock board pada proxy 5-12 UnBlock Board RBS> deb 5 ………………………………………………………………………………………………………………………………………... Melihat status board RBS> cab atau RBS> cabx  lebih detail ………………………………………………………………………………………………………………………………………... Melihat status / Nama site RBS> get  untuk melihat status secara lengkap berikut parameter-parameternya RBS> get 0  untuk melihat status dan type RBS ………………………………………………………………………………………………………………………………………... Me-Load suatu object RBS> lt (Managed Object)  Object bias berupa antenna, feeder, RBS, Radio, etc ………………………………………………………………………………………………………………………………………... Melihat board yang diinginkan RBS> lhsh aabbcc (command)  command bias berupa vii, te log read,llog, ps port, reload/ restart aa : SMN ; bb : APN ; cc : default 00 contoh : RBS> lhsh 000800 vii  untuk melihat status RAX RBS> lhsh 010400 reload  untuk reload TRX RBS> lhsh 010600 restart  untuk restart AIU RBS> lhsh 010200/port_0_dev_12 vii  melihat status MCPA RBS> lhsh 010600/port_0_dev_17 restart  restart ASC RBS> lhsh 010600/port_0_dev_17 ? bantuan command ASC RBS> lhsh 010200/port_0_dev_12 ?  bantuan command MCPA RBS> lhsh xxxxxx ps  untuk pencarian lebih lanjut ………………………………………………………………………………………………………………………………………... Melihat log Alarm RBS> te log read atau RBS> ter atau RBS> llog  status restart Bila ingin sort status yang diinginkan, tambahkan | grep … RBS> te log read | grep clock  melihat status yang ada clock RBS> te log read | grep error  melihat status yang ada error RBS> te log read | grep faulty RBS> te help  bantuan command te Jika menggunakan command lt, maka akan muncul konfirmasi, pilih Y, setelah itu hajar dengan command pr atau lst.

RBS> lgs 2005-03-20 RBS> lgasmi 30 RBS> lgaevs 5h RBS> lgac 30m ………………………………………………………………………………………………………………………………………... Untuk melihat Proxy RBS> pr Untuk melihat status secara detail, gunakan command get. ………………………………………………………………………………………………………………………………………... Melihat configuration version (CV) RBS> cvls  melihat status CV terakhir RBS> cvms  untuk membuat dan set CV baru ………………………………………………………………………………………………………………………………………... Melihat radiolink ID dan status pendudukan kanal radio RBS> lt radio RBS> get radio no ………………………………………………………………………………………………………………………………………... Apabila ingin merubah parameter, gunakan command set Contoh : untuk merubah feeder delay dan redaman RBS> lt feeder RBS> get antfeedercable RBS> get (proxy) RBS> set (no proxy) dl attenuation xxxxxxxxxxxx  untuk setting att pada arah downlink x = merupakan nilai yang baru (12x) ………………………………………………………………………………………………………………………………………... Melihat apakah ada interference di TRX atau sector RBS> lhsh 010400 te log clear  menghapus log lama pada TRX sector 1 (010400) RBS> lhsh 010400 te e trace3 trxMeasIntLevelC  langsung disable, kemudian RBS> lhsh 010400 te log read lh mod celldata -cid utrancellnya41413 ………………………………………………………………………………………………………………………………………... Melihat pendudukan kanal radio RBS> lt radio RBS> get radio no ………………………………………………………………………………………………………………………………………... Memilih CV yang digunakan pada saat startable RBS> cvset (name CV) ………………………………………………………………………………………………………………………………………... Menambah Route Pada DOC prompt  C: route print ………………………………………………………………………………………………………………………………………... TxDeviceG faulty 1. Site>Lt tx Site>Get TxDeviceGroup Change Lihat cabx loadHs false if txHs loadHs = true set proxyxxx loadHs false/True 2.

Change CV Cvls. Cvms [] [] Cvcu melihat cv yg active ………………………………………………………………………………………………………………………………………... Baca log file lhsh 001200/port_8_dev_6 te log read baca log file ………………………………………………………………………………………………………………………………………... Carrier Average Rssi and Transmitted Power $pmr lt tma PADEMANGAN TIMUR>get TMA ………………………………………………………………………………………………………………………………………... Non Aktif LNA di ASC 10.149.14.105> lhsh 001200/port_9_dev_19 asc lnaerr $ lhsh 001200/port_9_dev_19 asc lnaerr ERROR: LNA branch A, one transistor faulty LNA transistors branch B OK 10.149.14.105> lhsh 001200/port_9_dev_19 asc lnaerrset n a lhsh 001200/port_9_dev_19 asc lnaerrset n a No LNA transistor faults set for branch a 10.149.14.105> lhsh 001200/port_5_dev_17 asc lnaerr lhsh 001200/port_5_dev_17 asc lnaerr LNA transistors branch A OK LNA transistors branch B OK ……………………………………………………………………………………………………………………………………… Check OBIF Bekasi_Bintara> lt all Bekasi_Bintara> cabx Bekasi_Bintara> get OBIF Bekasi_Bintara> get optical ………………………………………………………………………………………………………………………………………... Check sektor status lt utrancell 182_Jamrut> lt all 182_Jamrut> pr fach SET Clock NODE B $ setclock yyyy-mm-dd hh:mm:ss eg: $ setclock 2006-10-26 18:39:00 Print Out Clock $Readclock ………………………………………………………………………………………………………………………………………... Ubah antennaSupervisionThreshold $ lt antenna $ get Antenna $ set antennaSupervisionThreshold 20 (jika 0 maka VSWR tidak tersupervisi) ………………………………………………………………………………………………………………………………………...

Melihat status transmisi Pada EMAS RNC, jika site A down E1 harus merah. Akan tetapi jika site A down dan LED E1 hijau, hal ini pasti karena di loop ke RNC. Pada Moshell RNC, lt E1 dan lst, jika site down dan Op state disable, maka TRS problem (open), tapi ji ka Op state enable, maka TRS loop ke RNC. Check E1. MoShell> lst ImaGroup=ES-2-2-1 dis MoShell> lk phy MoShell> lpr Subrack=...,Slot=..,PlugInUnit=1,Etmc41=1,Os155SpiTtp=pp1,Vc4..... MoShell> lpget RNC>lt all RXJKT02> for ever Enter commands (one per line), then type "done" > pget 685 687 689 691 es > pget 685 687 689 691 uas > wait 1800 > done ((to check performance site in E1,see the value,is there any counter in every time ? if yes,the performance is going to worse,if the value is stabil,the performance is OK ) RNC> pget es1-2-1 (lihat Value pmReceivedAtmCells, pmSecondsWithUnexp, pmTransmittedAtmCells) Error VC ete Loss of Connectivity aal5 hang $get aal5 $set 4 continuityCheck false (jika True coba di false …lalu di kembalikan lagi ke posisi awal) $set 4 continuityCheck true Check Kelerusan E1 RNSBY01> strt check VC pertama dan ke dua (bila ada) RNSBY01> lt vc RNSBY01> lacc atmport=es1-24-17 eteloopback 2193 AtmPort=ES1-24-17,VplTp=vp1,VpcTp=1,VclTp=vc32 >>> Return value = false

eteLoopBack 0

Atau lewat EM RNC equipment pilih MS atau ES terus pilih VC ke XX… cari E1 keXX ………………………………………………………………………………………………………………………………………... Check E1 from RXI RXI> lt aal2 RXI>lst iublink RXI>lt all RXI>lst imagroup=xxxx (form vclTpId copy MS-16-1-IMA3) RXI>get porxy ………………………………………………………………………………………………………………………………………... Melihat status RBS yang available RNC> str RNC> str –I 1003  melihat RBS 1003 RNC> lt utrancell RNC> get utrancell RNC> lst utrancell RNC> set (no proxy) primaryCpichpower (value)  per 3 dB max. ………………………………………………………………………………………………………………………………………...

Melihat RNC ok atau gak RNC> std ………………………………………………………………………………………………………………………………………... Melihat cell error code RNC> tg ………………………………………………………………………………………………………………………………………... Troubleshooting Melihat status E1 site> lt E1 site>pget e1 es RNC> lst ………………………………………………………………………………………………………………………………………... Ubah Cell ID RJK01> lt cell RJK01> lt cell=0920 RJK01> get cell=0920 local RJK01> get cell=0920 RJK01> set 1489 localCellId=9201 ………………………………………………………………………………………………………………………………………... Block/DeBlock Cell CD12 IUBLINK RNSBY01> lt cell RNSBY01>get {IUBLINK} /Cell ID RNSBY01>lst {IUBLINK} /Cell ID RNSBY01>bl {proxy} untuk block RNSBY01>deb {proxy} untuk deblock RNSBY01>lbl {IUBLINK} CD12 di block sekaligus RNSBY01>ldeb {IUBLINK} CD12 di deblock sekaligus ………………………………………………………………………………………………………………………………………... Block/DeBlock Sektor – Utrancell RNSBY01>lbl {utrancell} all sector di block sekaligus RNSBY01>lbl {utrancell1} sector1 saja di block RNSBY01>ldeb {utrancell} all sector di deblock sekaligus RNSBY01>ldeb {utrancell1} sector1 saja di deblock ………………………………………………………………………………………………………………………………………... RetDevice_RetNotCalibrated lt ret lst ret acl actc forceCalibration (do it twice) Loop Commen RNSBY01> for ever RNSBY01> strt RNSBY01> 5 RNSBY01> done ………………………………………………………………………………………………………………………………………... Check Traffic and HSDPA $lt radio $get Radio $lt IubDataStreams $get IubDataStreams For detail information $mom all noOfCommonStreams

………………………………………………………………………………………………………………………………………... Check all imsi list RJK01> ueregprint all melihat imsi yg aktiv RJK01> uer (xxxIMSIXXX) all check status imsi RJK01> uer check semua imsi yg menggunakan data atau voic lengkap dgn radio ling ………………………………………………………………………………………………………………………………………... Test VSWR dll 3G_ITC_FATMAWATI> lhsh 001200/port_1_dev_16 asc ………………………………………………………………………………………………………………………………………... Lihat software list RNC U/ Trace RJK01> pglist – check software RNC u/ target monitor handle=43 (default handle=42) RJK01> pgload CXC1326054_R1D01 – jika belum aktif, load software 43 di RNC RJK01> pgstart 43 – untuk mengaktifkan software 43 yg telah di load RJK01>pgkill 43 RJK01> bo – list board di RNC u/ melihat GPB mana yang akan dimonitor RJK01> lhsh 011300 te enable bus_send bus_receive RANAP* - mis GPB yang ada di Extension subrack dan di slot 13, dan kita hanya memonitor RANAP-nya saja NB. > lhsh 011300 te enable bus_send bus_receive NBAP* > lhsh 011300 te enable bus_send bus_receive RRC* > ueenable imsi (XXXXXXimsi number) bus_send bus_receive NBAP > ueenable imsi bus_send bus_receive Lokasi s/w decoder [~/moshell]$ ls –l Cara Chack All call Track [~/moshell]$ monitor6054.exe 10.24.20.9 011300 -nolocal |decoder/decoder.pl |de coder/flow.pl –colour KILL S/w ke 43 $pgkill 43 ………………………………………………………………………………………………………………………………………... RXI Melihat aal2 di rxi Lk .4702 ………………………………………………………………………………………………………………………………………... AAL2RoutingCase di Node B Bila melakukan perubahan buat cv (CVMR) 1. $lt aal2sp 2. $lt aal2routingcase (lihat a2ea) $get aal2routingcase 3. Lihat / dan samakan di RXI juga di RNC $lt aal2routingcase $get aal2routingcase=a2ea (contoh get aal2routingcase=620000100405232 ) Bila beda dan akan melakukan perubahan Pada Node B 1.

$ set 1 a2ea 620000100402999 (nilai 999 Dummy) 2. Pada RXI $ rset 159 numberDirection 620000100402999 (nilai 999 Dummy) ………………………………………………………………………………………………………………………………………... MSC Kalau mau lihat IMSI dan LAI: mgtrp:msisdn=6285851100071; mgssp:imsi=510015090000071; jika ordered ---> tekan ESC check teregister di 3G mgslp:imsi=510108913009899,all; Integrasi: !Site Name: Daeng Sirua! !Sector 1! MGAAI:AREA=UP61341,SAI=510-10-9511-61341; MGAAC:AREA=UP61341,RO=0,CO=0,EA=0; MGAAP:AREA=UP61341; !Sector2! MGAAI:AREA=UP61342,SAI=510-10-9511-61342 MGAAC:AREA=UP61342,RO=0,CO=0,EA=0; !Site Name: Daeng Sirua! Signaling m3asp CP STATE dpwsp; CEK MSC HEALTH 1. Processor Load plldp; 2. Active calls saaep:sae=1; arldp:apclnk=all; 3. Check for hangings syfap:minutes=10; 4. Check for Forlopps/restarts syrip:survey; Software Error 5. syrip:survey; syrip:event=36,print=jam; 5. Check SAE congestion dbtsp:tab=saactions; dbtsp:tab=saefaults;

6. Check alarms allip; 7. Check MGw errors erepp:enum=all; 8. Check charging congestion saaep:block=chop,sae=500; 9. Check routes strsp:r=routes; 10. Check signalling m3rsp:dest=all; 11. Check MGw Availability nrgwp:mg=all; 12. Size altation of data files size chage Required dbtsp:tab=saactions; saali; allip; dbtsp:tab=saactions; saaep:sae=all,block=mrnr; dbtsp:tab=saactions; sybue; saaii:sae=504,block=mrnr,ni=700; saali; ………………………………………………………………………………………………………………………………………... Cara Cepat Baca Alarm $lt Plu untuk melihat plugin unit lebih detail $lst $get Proxy disable ………………………………………………………………………………………………………………………………………... CV Inventory RNC>l+ ==>to store the file RNC>inv ==>to get inventory of RNC RNC>l==>to end the store file. ………………………………………………………………………………………………………………………………………... HSDPA for check maxHsRate 3G_PI_MALL> lt IubDataStreams 3G_PI_MALL> get IubDataStreams maxHsRate 15 for 1 E1 ………………………………………………………………………………………………………………………………………... (4 commands below are to be executed on RNC when the Heartbeat Failure on RNC only), Telnet or moshell to RNC. We only have a few minutes to execute the command before the JVM recovered. Your help is appreciated. RNC> RNC> RNC> RNC>

lhsh lhsh lhsh lhsh

001200 001200 001200 001200

capi tot capi type pri capi type pri 30 ps -bw JVM

(about 2 minutes of logs displayed on screen)

………………………………………………………………………………………………………………………………………... Signaling MGW $st mtp3bsrs Check HW_VIG, HW_MGW, dll ………………………………………………………………………………………………………………………………………... Check Temp $lh ru fui get temp ………………………………………………………………………………………………………………………………………... Log alarm $lga $ lgasmi 30 ………………………………………………………………………………………………………………………………………... ………………………………………………………………………………………………………………………………………... ………………………………………………………………………………………………………………………………………... Salah satu Penyebab Common Channel down 1 .Check RJK01> lk iublink=1003 Looks PROXY 6574 6573, Aal5TpVccTp disable, and I look that 2. 3G_PERS_BLD>lt aal5 3G_PERS_BLD> get 1333 1334 Aal5TpVccTp Looks…..continuity check set to true, and I check in RBS 3. RJK01> set 6574 continuityCheck false In RBS continuity check set to false…..So change continuity check in RNC to false : ………………………………………………………………………………………………………………………………………... CEK SCRAMBLING CODE/ PNCODE RJK01>lt all RJK01> get all primaryScramblingCode Atau: RJK01> get utrancell=4184 primaryScramblingCode - utk satu cell ………………………………………………………………………………………………………………………………………... CEK PARAMETER CELL RNC1> lt utrancell RNC1> get 13091  cell 1309 sektor 1 ………………………………………………………………………………………………………………………………………... CEK STATUS CROSSCONNECT RXI>> stc 2051 --> show all crossconnections where the information matches "2051" (in the case below, where the atmport is 2051) RXI >> stc .* 0 --> show all crossconnections that are disabled. ………………………………………………………………………………………………………………………………………... CEK STATUS IubLink RNSBY01> lst .1040 ………………………………………………………………………………………………………………………………………... CEK STATUS CELL RNSBY01> str | grep 1040 ………………………………………………………………………………………………………………………………………... CEK STATUS CELL RNSBY01> lst .SBY040 ……………………………………………………………………………………………………………………………………...

CEK INTERFERENCE RNJKT01> tgd cell=51361 ulinterference celldata Atau: RNJKT01> dyncelldata cid 51361

 cell 5136 sektor 1

CEK ULINTERFERENCE RCN>tgd cell ulinterference ………………………………………………………………………………………………………………………………………... Check HSDPA: $ Lt iubdata $ get IubDataStreams Check Exp : IubDataStreamsId maxHsRate noOfCommonStreams noOfDedicatedStreams userLabel

1

60 14 17

noOfCommonStreams = n*4 maxHsRate 15= 1E1 keterangan mom all maxHsRate ………………………………………………………………………………………………………………………………………... MSC check USER mgsvp; TOTNSUB (yg attah ke 3G 58051 TOTNSUBA (yg pakai 3G) 44738 Menghilangkan MT Authentification Fault MGAAR; Check Blocking supervision Stpdp:r:msja2t i/o; Exdep:dev=updr-3329&&-3359; Ntcop:snt=rtdma-104; Exrop:r=msja2t i/o; C7spp:sp=all; ………………………………………………………………………………………………………………………………………... Tracert IP or OAM problem Lst .iub Get proxy Lacc eteloopback ………………………………………………………………………………………………………………………………………... KILL JVM RNC TELNET IP RNC $lhsh 001200 pglist –e

$lhsh 001200 pgkill 8 (List no 8 handle Java) ………………………………………………………………………………………………………………………………………... Tracert CEK MGW How to clearing alarm MTP3 route set unavailabel 1. Check capacity lhsh xxxx00 capi tot (on all boards) 2. Check te error log lhsh xxxx00 (need to check all boards) te log read 3. check disks mirror stat lhsh 000300 mirror stat 4. Use OSS/EMAS to check alarms 5. Use OSS/EMAS to check signalling and routes 6. Check hardware vii (on all boards) ………………………………………………………………………………………………………………………………………... EXECPTION $cd moshell $cd excep run $cat EXCEP_070505_1600.log | egrep RRCConRel | egrep -i exception | egrep 56028 | sed 's/ = /=/g' | awk '{ print $4 " " $7 " " $11 }' | sort -n | uniq -c | sort +1n $cat EXCEP_070505_1600.log ………………………………………………………………………………………………………………………………………... get utrancell=48231 sf8adm|sf16adm|sf32adm UtranCell=48231 UtranCell=48231 UtranCell=48231

sf16Adm sf32Adm sf8Adm

16 32 8

64 = sf32adm di set 32 yg lain 0 128 = sf32adm diset 32 sama sf16adm diset 16 yg lain 0 384 = semuanya si set aktiv ………………………………………………………………………………………………………………………………………... HOW TO REMOVE THE BOARD AND REPLACE WITH DIFFERENT BOARD : * FOr remove and delete the board from NODE : 1. Lock the board 2. Go to Software allocation --> Right click property 3. Move the software for the board that want to remove from right to left 4. Go to Equipment and select the board --> Right click and Delete

* For Add the new board to NODE: 1. Go to software allocation --> Right click property 2. Add the new software board from left to right 3. Go to moshell --> do command --> lt all --> pr managed --> get 1 --> See AutoConfiguration allow --> the state should be TRUE 4. Plug-in the new board. 5. Restart the new board and wait until the board synchronize to the NODE ………………………………………………………………………………………………………………………………………...

HOW TO UPGRADE SOFTWARE RBS & RNC FROM OSS

1. Install the Upgrade Package software to OSS, dont forget to unzip the file inOSS with command :  unzip 2. Run RANOS (WCDMA RAN OSS Explorer) -->GO to Configuration menu --> choose Hardware and Software management --> choose SMO 3. Go to software menu in SMO, choose the software-->right click choose Synhcronize CPP SW Package 4. Go to Network menu --> Find RBS or RNC that want to Upgrade --> right click and choose Upgrade 5. Choose software upgrade and click next 6. Dont thick the "Use associated software FTP service for each NE" and choose "UTRAN SOFTWARE" 7. In TAB Jobs Configuration --> Thick the 2 upper point --> Installation (Immediate)  Verify Upgrade (Manual) 8. Click NEXT and in Paramaeter choose Software and In Installation load module transfer type choose FULL 9. 9. Go to JOBS menu and see the progress/log of Install Software (wait until it show the activity install complete) after activity install complete 10. 10.Go to NE Thread again, right click and select Start NE Threads --> this activity will upgrade the node go to JOBS menu and see the progress/log of Upgrade (wait until it show the activity upgrade complete) 11. After the upgrade complete back to NETWROKS menu right click and choose ADJUST 12. In menu adjust thick All Filters and Jobs scheduling Immediate 13. Go to JOBS menu and see the log, wait until Adjust activity complete 14. 14.Go to network menu Choose RBS or RNC want to Upgrade, right click choose Upgrade. 15. In Jobs Configuration Thick Upgrade "Immediate", Confirm Upgrade "Manual" and SWAdjust "Manual" 16. TAB Upgrade choose Reboot Node upgrade 17. See progress in Jobs menu 18. If activity upgrade complete go to NE Threads -->choose the NODE and right click and choose Start NE Thread 19. Go back again to NE Threads to verify the Software Adjusment by right click and choose start NE Thread again 20. FINISH UPGRADE ACTIVITY