MOSHELL BASIC

October 3, 2017 | Author: Rwayda Nadim | Category: Wireless, Radio Technology, Electrical Engineering, Electronics, Telecommunications
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Short Description

DESCRIPTION OF MOSHELL...

Description

MOSHELL cookbook

Prepared by Nenad Stojanovic Last time updated: November 17, 2009

NODE B LEVEL

lst cell List of all cells including Operational State.

NODE B LEVEL

get rbslocalcell List of all cells including parameters

NODE B LEVEL

pget t1 Error seconds on T1-s;

NODE B LEVEL

pmx . pmes -m 2 -a Error seconds on T1-s; for two hours, aggregated.

NODE B LEVEL

get . noofrad Number of radio links per cell.

You can see for example that 3 sectors have no radio links (disabled cells)

RNC LEVEL

lst cansu0003 listing all MOs on a site.

RNC LEVEL

st cansu0003 Listing all cells on a site.

RNC LEVEL

8 | grep cansu0319

When using “pmr”, you can use filtering option like one above. (will give the report no 8 of all cells on the site CANSU0319)

The columns of Report 8: Object

SpchAccess SpchCCSR SpchDrop SpchDropContrib SpchNoRabEstAtt SpchRabSuc

8 | sort –k4 –n

RNC LEVEL

When using “pmr”, you can use filtering option like the one above, It will give the report no 8 and sort it according to 4th column (SpchDrop).



The columns of Report 8: Object

SpchAccess SpchCCSR SpchDrop SpchDropContrib SpchNoRabEstAtt SpchRabSuc

RNC LEVEL

lget CANSU0319 cellreserved cellReserved parameter

RNC LEVEL

st CANSU0319

You can see for example that the cells are UNLOCKED and ENABLED

RNC LEVEL

pmx cansu0319 pmNoSystemRabReleaseSpeech –m 4 -a Number of drops per cell for site CANSU0319 4 hours aggregate

RNC LEVEL

pmx cansu0003 PmnoRabEstablishSuccessSpeech Number of established RABs per cell for the site CANSU0319

RNC LEVEL

pmx cansu0003 pmnosysRelSpeechNeighbr

number of drops per cell for site CANSU0319 caused by missing nbr

RNC LEVEL

pmx cansu0319 pmnosysRelSpeechUlSynch –m 4 -a (drops related to Uplink Synch, the last 4 hours, aggregated)

RNC LEVEL

pmx cansu0319 pmnoOfTermSpeechCong –m 4 -a drops related to Congestion

RNC LEVEL

pmx cansu0319 pmnosysRelSpeechSoho –m 4 -a drops related to Soft Handover failure

pmx CANSU0633 pmNoFailedRabEstAttemptLackUlHw|pmNoFailedRabEstAttemptLackUlHwBest|pmNoFailedRabEstAttemptLackDlPwr -m 1

If you want to combine several counters, put “|” between counters.

RNC LEVEL

lget utrancell=casdu0657x frequencyrelationtype 0 Cell relations, intra frequency

RNC LEVEL

lget utrancell=cansu0003z frequencyrelationtype 1 Cell relations, inter frequency

NODE B LEVEL

lgs -m 48h gives you HW crashes

RNC LEVEL

ced grep CNU1730 Utran Audit:

te log read | grep ERROR

RNC LEVEL lga –m 48h | grep b280 lga –m 48h | grep 10-25 lga –m 48h | grep CASDU0137 lga –m 48h | grep transmission_error

FILTERING while lga: rbs, date, NodeB, cause type

RNC LEVEL

get CNU1726 hotype

Getting hotype on a site:

RNC LEVEL

Getting T1 errors, using:

lst t1 lpget 181-184

(enabled T1-s)

RNC LEVEL lst cansu0633

get 49449

Obtaining rbs or b number

RNC LEVEL get casdu0609 rbsid

Obtaining rbs or b number – 2nd way

RNC LEVEL

Getting Iub congestion - remote (last 2 hours)

Pmx -m 2 aal2ap=b265 pmUnSuccOutConnsRemoteQosClass

NODE B LEVEL get AntFeederCable

Here shown sector6, Branch B, branch A, to be checked against RND CIQ

Getting Feeder attenuation

NODE B LEVEL

Getting TMA attenuation

get TMA

Here shown sector 6,sector 5

NODE B LEVEL

Getting feeder attenuation

get feedercable= dlattenuation

RNC LEVEL

Getting Iub congestion - remote (last 2 hours)

Pmx -m 2 aal2ap=b265 pmUnSuccOutConnsRemoteQosClass

RNC LEVEL

Tracking changes done on Cell

lgsavemo | grep GAATU4034

e.g. NBR deleted and Added on 9th Dec.

NodeB LEVEL Lhsh 001200 ps Lhsh 000900 ps

VSWR measurements (1 of 2) Depending on RBS type use 001200 or 009000, this polls the RUIF board.

Look at output and based on number sequence it is assumed that: 6,7,8 are alpha, beta, gamma of 1st Carrier. 12,13,14 are alpha, beta, gamma of 2nd Carrier.

NodeB LEVEL

VSWR measurements (2 of 2)

lhsh 000900/port_0_dev_6 fui get vswr

Check VSWR on S1 1st Carrier

Check VSWR on S2 1st Carrier

Check VSWR on S1 2nd Carrier

In general: 20dB is ok. >20dB is good.

NodeB LEVEL

VSWR measurements (2 of 2)

lhsh 000900/port_0_dev_6 fui get vswr

Check VSWR on S1 1st Carrier

Check VSWR on S2 1st Carrier

Check VSWR on S1 2nd Carrier

In general: 20dB is ok. >20dB is good.

Check TMA

NodeB LEVEL Lhsh 001200 ps Lhsh 000900 ps

2nd Carrier (1900Mhz) – port 3,4,5 1st Carrier (850Mhz) – port 0,1,2

Alpha 1900Mhz – TMA current/temp looks ok

Beta 1900Mhz – TMA current/temp looks ok

NodeB LEVEL get . atten

Feeder Attenuation

Maximum DL Power Capability

NodeB LEVEL get . maxdl

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