Site level: can apply grep to all commands (| grep "yyyy-mm-dd")(| grep DXU0040) amos site# lt all alt (active alarms) lga (history os alarms) lga | grep -i T1phy (shows on and off time for alarms) lgv (node in node out) lge (evry minute activities on site) lgo (changes on site) lgs (RAX/TX crashes) lgs -m 48h (gives hardware crashes) lgd 60: downtime hc-???? cabr- see restarts of nodeB cvls (daily activies on site) llog (log for restarts on the site) lgsavemo (To get the history of the site for the working) pmr -m 2 ( two hourly) (1 gives RSSI -97 to -108) pmr -m 0.25 (quarterly 15 min rop) st t1(status of T1's) lst t1 (shows T1s) pget t1 (status of T1) st ima (IMA group status) lh ru fui get devstat- current generated form the sctor with TMA st link st ethernet get iub plane (gives if the site is ip or atm) pmx -m 2 t1 s -a (error secs) get . nodebfunction (it will provide you with the # of channel elements available (DL and UL)(1rax board = 128ch elements, i.e., 512, then 4 rax board is needed (4 x 128 = 512) sometimes, the rax board defined is more than what is physically at the site) HXV3386> get . maxtot-max total power hget rbs rbslocalcell|localcellid|maxDlPowerCapability te log read | grep ERROR (gives log on site with errors) readclock hget . fq|cellid (to check freq of sectors) get . Band (gives frequency band) get rbslocalcell (gives rbs) st rbs (gives operating state of rbs) St carrier lst cell dump list -a Get radiolink (gives radiolinks) lget radiolink noofradio (gives total number of radio links, no radio links is disabled cells) Get cell localcell (gives localid) Get prach ubch pmx . pmPropagationDelay -m 1 -a (counters) pget rach pmprop (counters) get . maxdl (gives maximumDlPowerCapability) get ANTFEEDERCABLE (gives feeder attenuation, each sector and branch can be checked against the RNDCIQ) get feedercable= dlattenuation get feedercable= ulattenuation get . atten get ant att (gives antenna attuenation) get ant ulatt (gives antenna UL attuenation) get ant dlatt (gives antenna DL attuenation) get . internal (gives if tma is powered internally or externally) get tma get tma dl (gives TMA DL attenuation) get tma ul (gives TMA UL attenuation) lst aal (aal congestion) cabx | grep RAX (Shows all RAX boards installed in the NodeB) st aux (Check the Status of Auxillary Units, this will show whether you are dealing with an RRU or RU/FUs. With RRU, the interface card is the OBIF and the standard RU/FUs utilise the RUIF) st ruif/st obif (When the interface hardware is an RUIF, a Status Check of the RUIF will provide the slot position you will need to allow for polling the board, If aux shows that the Site has RRUs, then command line will be st obif, Usually slot convention falls into: macro=12, RRU/Combo Cab=9 and micro=6) lh ru fui get devstat (gives current, volt, Ulgain, sensitivity=49 means supervision on and txfreq) lh ru fui get vswr (gives vswr- shud be in 12 to 24 dB range, higher is better 20dB is good) lh ru fui get faults lhsh 001200/port_4_dev_12 fui get vswr or devstat (gives device status and vswr for respective port# and dev#) (dualband tma if current ~280mA) lhsh 001200 ps | grep -i hang (hanging board) lhsh 001200 ps | grep FU (will give the remote RUIF board for all processes grouped by FU- first row will usually be carrier 1 alpha sector and so on) st rax (checking individual borads and their slot numbers and operational state) st tx (checking individual borads and their slot numbers and operational state) st cbu (checking individual borads and their slot numbers and operational state) lhsh 000slot#00 te log read (gives logs on that particular slot-000600 is slot 6) pgets (gives all the enabled counters) RNC level: can apply grep to all commands (| grep "yyyy-mm-dd")(| grep DXU0040) amos RNC# lt all pmr (8 | grep DXU0040)(8 | sort -k4 -n) pmx DXU0040 pmNoSystemRabReleaseSpeech –m 4 -a (4 hours and aggregate(-a), sum(-s)) pmx DXU0040 pmnosysRelSpeechNeighbr (gives number of drops due to missing nbrs) pmx DXU0040 pmnosysRelSpeechUlSynch –m 4 -a (gives drops due to ULsync, last 4 hours aggregated) alt (active alarms) get . loadsharingrrcenabled (Should be true(1) in order to activate the load sharing) lget utrancell=DXU1858 loadsharingcandidate (shows all the neighbors for which the loadsharingcandidate is true(1) i.e activated) lget DXU4020C.*DXU4020Z qoffset2sn (shows the qoffset2sn for the respective source and target cells) lget DXU0167.*DXU2479 qoffset2sn (shows the qoffset2sn for the respective source and target sites) ced | grep DXU0040 (Utran audit) cedr | egrep '(DXU0167|DXU2479)'|sort +6n (used during live monitoring, shows all counters related to power utilization, can be sorted columnwise) cedr | egrep '(DXU0167|DXU2479)' (used during live monitoring, shows all counters related to power utilization) lget utrancell=CNU1732 frequencyrelationtype 0 (gives all the INTRA defined nbrs for a site) lget utrancell=CNU1732 frequencyrelationtype 1 (gives all the INTER defined nbrs for a site) lget cnu3229A frequencyrel (same as above) get utrancell=DXU0040 maximumtransmissionpower get utrancell=DXU0040 hoType get utrancell=cnu1970 adminis (gives unlocked) get utrancell=cnu1970 cellreserve (gived reserved) get UTRANcell=cnu1970 qrxlevmin|usedFreqThresh2dEcno|sIntersearch|cpich|usedFreqThresh2dRscp|MaximumTransmissionPower (counters can ce clubbed, can check any possible counters) lki (will show consistent and in-consistent Iub links all) h lki (help on lki) str | grep DXU5850A (Shows the status of the cell DXU5850A) get utrancell=HXU0470 scr (scrambling code) Pmx -m 2 aal2ap=b265 pmUnSuccOutConnsRemoteQosClass (getting Iub congestion -remote last 2 hours) get PRSJU0033 rbsid (gives the bnum of the site) get utrancell=PRSJU0010 (gives al information about the cell) lget utrancell=TXV42374 directedretry hget utrancell=HXU4921 Administrativestate|operationalstate|cellreserved hget .HXV2921 localCellId|dlCodeAdm|pwrAdm rbs: lgo rnc: lgo | grep #### get HXU0182 pwradm|pwroffset|dlcodeadm|compmodeadm|sf hget HXV2921 maximumTransmissionPower|cpich|minpwrRL|minpwrmax|primaryCpichPower cedr | grep#### cedh | grep2637 s+ : apply this cmd before any relations cmd to get the relations in desending order. amos -v corba_class=5,nm_credential=/home/v94868/Ericsson/OMSec/ssucredentials.xml SNANTX78CRBR10 to check ROP pmx utrancell=TXU0275 pmtotnorrcconnect(req$|reqsuccess)|pmNoRabEstablishSuccessSpeech|pmNoRabEstablishAttemptSpeech -m 0.25 -a pmx TXU0237|TXV4237 pmnosystemrabreleasespeech|pmNoSysRelSpeechSoHo|pmNoSysRelSpeechNeighbr|pmNoSysRelSpeechUlSynch -m 0.25 -a pmx -m 2 cell=TXU61188 pmCellDowntime -to check downtime lget . defaulthotype pmom . counter name mom . Cpich () llog(restart info) lhsh 000100 te log read | grep -i err lhsh 000100 te log read | grep error lhsh 000100 te log read | grep synchronizationFailure pmxh . pmCapAllocIubHsLimitingRatioSpi03|pmHsDataFramesLostSpi03 -m 5-Transport issues pmx UtranCell=HXU2531 pmNoFailedAfterAdm -m 48 -a (Failed after admission) get . outputpower get externalTMA lget utrancell=HXU4182 hsiflsmarginusers|hsiflsthreshusers|iflsmode|pathlossthreshold lget coveragerelation ref lget utrancell=HXU25551 coveragerelation get UtranCell=HXU25551,CoverageRelation lh rax ter 3600 lh tx ter 3600 external defined or not AUSUTXNIRNC003> lget HXV43777 external RL attempts from OSS pmx UtranCell=HXU0043 pmRlAddAttemptsBestCellSpeech -m 240 Hardware: Main RBS Cabinet for macrocells contains: FU, RU, RUIF for drpdue to others board errors CBU errors RSSI overshooting pilot pollution in the area vswr transport issues SC collision IFHO failures Neighboring sites with alarms or cell down time HSIFLS this iflsmode will tell that when to trigger eaither 0=rar_est 1=Upswitch_att, 2=Rab_est_or_upswitch_att hsIflsThreshUsers First inter-frequency load sharing candidate cells must be defined, by defining coverage relations and setting the hsLoadSharing and/or dchLoadSharing attributes to ON. HSDPA load sharing can then be activated by setting hsIflsThreshUsers to a value other than 0. Non-HSPA load sharing can then be activated by setting dchIflsThreshPower and/or dchIflsThreshCode to a values other than 0. this is what i under shood i am sharing to you if we are keep 0 thenif power congestion ifls will not trigger if you are keeping cod as 0 the n also it will not trigger it will trigger only wehn you are keep 50 ok i will try for i cell & share NON HS ok so you have total power and than you have power used each cell for cs traffic. the ideally is to keep that power as low as possible. and whateever the power used on cs traffic rest are for the hs. the graph that shows the power utilization for yoru cs are called the non-hs power utilization you look into this to make judgement if you cell is heavily congested or not. if it is not than you can cahnge your admission parameters cause many cases they are set to very high Date: 2013-07-19 Object Counter 15:00 16:00 17:00 UtranCell=HXU52511 pmNoFailedRabEstAttemptLackDlHw 0 0 0 UtranCell=HXU52511 pmNoFailedRabEstAttemptLackDlHwBest 0 0 0 UtranCell=HXU52512 pmNoFailedRabEstAttemptLackDlHw 0 0 0 UtranCell=HXU52512 pmNoFailedRabEstAttemptLackDlHwBest 0 0 0 UtranCell=HXU52513 pmNoFailedRabEstAttemptLackDlHw 0 0 0 UtranCell=HXU52513 pmNoFailedRabEstAttemptLackDlHwBest 0 0 0 UtranCell=HXU52514 pmNoFailedRabEstAttemptLackDlHw 10 6 0 UtranCell=HXU52514 pmNoFailedRabEstAttemptLackDlHwBest 8 6 0 UtranCell=HXU52515 pmNoFailedRabEstAttemptLackDlHw 56 27 0 UtranCell=HXU52515 pmNoFailedRabEstAttemptLackDlHwBest 46 12 0 UtranCell=HXU52516 pmNoFailedRabEstAttemptLackDlHw 0 0 0 UtranCell=HXU52516 pmNoFailedRabEstAttemptLackDlHwBest 0 0 0 UtranCell=HXU5251A pmNoFailedRabEstAttemptLackDlHw 0 0 0 UtranCell=HXU5251A pmNoFailedRabEstAttemptLackDlHwBest 0 0 0 UtranCell=HXU5251B pmNoFailedRabEstAttemptLackDlHw 0 0 0 UtranCell=HXU5251B pmNoFailedRabEstAttemptLackDlHwBest 0 0 0 UtranCell=HXU5251C pmNoFailedRabEstAttemptLackDlHw 0 0 0 UtranCell=HXU5251C pmNoFailedRabEstAttemptLackDlHwBest 0 0 0 UtranCell=HXV62511 pmNoFailedRabEstAttemptLackDlHw 9 6 0 UtranCell=HXV62511 pmNoFailedRabEstAttemptLackDlHwBest 9 8 0 UtranCell=HXV62512 pmNoFailedRabEstAttemptLackDlHw 15 36 0 UtranCell=HXV62512 pmNoFailedRabEstAttemptLackDlHwBest 14 32 0 UtranCell=HXV62513 pmNoFailedRabEstAttemptLackDlHw 8 6 0 UtranCell=HXV62513 pmNoFailedRabEstAttemptLackDlHwBest 6 6 ************************************************************************************************************************************ UtranCell hsdschInactivityTimerCpc long ------------------------------------------------------------------------------------------------------------------------------------ Time after which a CPC activated connection with low throughput is downswitched from CELL_DCH to CELL_FACH. This parameter is used instead of hsdschInactivityTimer for CPC activated connections. Special value -1: corresponding parameter on MOC ChannelSwitching is used Resolution: 5 Dependencies: Used if the feature InactivityTimerCellConfig is activated and if the parameter value is defined. If not the corresponding parameter on MOC ChannelSwitching is used. Feature: InactivityTimerCellConfig Change takes effect: New connections Unit: 0.1 s Range: -1, 0 to 1000, Default=-1 ************************************************************************************************************************************ ************************************************************************************************************************************ UtranCell hsdschInactivityTimer long ------------------------------------------------------------------------------------------------------------------------------------ Time after which a connection with low throughput is downswitched from HS-DSCH to CELL_FACH. Once the throughput on both the uplink and downlink has fallen below the value of ChannelSwitching::downswitchTimerThreshold, a downswitch to FACH/RACH is normally requested after this length of time. However, the downswitch is not requested if the throughput has subsequently increased above the value of ChannelSwitching::downswitchTimerThreshold. If CELL_FACH state is not available, the connection is switched down to IDLE state. Applicable only for radio connections without CPC. Special values: -1: corresponding parameter on MOC ChannelSwitching is used 7200: only for internal use. Dependencies: Used if the feature InactivityTimerCellConfig is activated and if the parameter value is <> -1. If not the corresponding parameter on MOC ChannelSwitching is used. Feature: InactivityTimerCellConfig Change takes effect: New connections Unit: s Range: -1, 1 to 255, 7200, Default=-1 ************************************************************************************************************************************ for parameters mom MO parametername for counters pmom MO countername HOW TO MOBATCH mobatch sitelist.txt 'lt all;get . rbslocalcell; get . localcellid;get . maxDlPowerCapability' Parameters in some cases when you need something but that parameter needs pass (like cabx) you need to add a password in the sitelist CVU2066 password=rbs2066 CNU6108 password=rbs6108 CVU0407 password=rbs0407 CVU4366 password=rbs4366 egrep -i (optional) 'maxdl|localcellid|rbs' ./*.log > dump.txt for multiple lookups in Parameter CR VLOOKUP(B2,Sheet1!A:V,MATCH(D2,Sheet1!A$1:V$1,0),0) lgaes -s 20130901-alarms,event,crashes llog lgd-downtime st t1 pmr -m 3 -r 25-report no 25 to show the packetloss lh rax te log read | grep -i error-RAX check lh tx te log read | grep -i error-Tx Check s+ For 1900, check if its -120/ -8 For 850, if its -95/-8 This usually helps the PS ACC.. HW/SW loadMOCParameterAT&T Gold StandardInitial Value (Only to be used by Ericsson when building a new site) W12BEul=1900pathlossThresholdEulTti295..170120 W12BEul=850pathlossThresholdEulTti295..17095 W12BEulthreshEulTti2Ecno-8 AAL2 BO Jose Alberto Grimaldo 4:30 PM ok, this report show you of course if you site have ATM transport if you have congestion issues in the transport part every QosClass have some resources assigned for voice, video, data Mohammed Mohiuddin 4:31 PM ok Jose Alberto Grimaldo 4:32 PM and with this report you can see the number of success in every class and how many are unsuccess amos -v corba_class=5,nm_credential=/home/v46248C/Ericsson/OMSec/ssucredentials.xml,secure_shell=1,secure_ftp=1,username=eeidhd OKCYOKMTCRBR12 hget SXU0048|SXV0548 qrxlevmin|primarycpich|uarfcndl|hsiflsthresh|sf8Adm$|dlcodeadm|sf16Adm$|pwradm|pwroffset|individual|dchiflsthresh|admin mobatch -v corba_class=5,nm_credential=/home/v94868/Ericsson/OMSec/ssucredentials.xml AUSSTXBWRNC002,AUSUTXNICRBR11,AUSUTXNICRBR12,AUSUTXNICRBR13,AUSUTXNICRBR15,AUSUTXNICRBR17,AUSUTXNICRBR18, 'lt utranrelation;lget . frequencyrelationtype 0' AUS_1002 mobatch HSTNTX01CR0R14,HSTNTXM2RNC003,HSTNTXM2RNC001,HSTNTX01CRBR21, 'lt utranrelation;lget . frequencyrelationtype 0' intra_0927 mobatch sitelist.txt 'lt all; st cell; other cmds; q' outputfolder v94868@all2e2cx2> cd AUS_1002 v94868@all2e2cx2> grep UtranCell ./*.log > AUS_1002.txt v94868@all2e2cx2> gzip AUS_1002.txt v94868@all2e2cx2> pwd pmx HXU5216|HXV6216 pmOutHsIflsHhoAtt|pmOutHsIflsHhoSucc -m 2 for Eutranfreq- get HXU2547.*,eutranfreqrelation Id