Telnet Huawei (1)

7/22/2019 Telnet Huawei (1)

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Huawei Telnet

Setup

Connect laptop lan cable ke BTS board CMPT port ETH.

Set IP address laptop 172.16.16.20

Start >> CM > telnet 172.16.16.16

!serna"e # system

Pass$ord # system

H% CBTS>opnday && Untuk mengaktifkan associational inputting

Check List Alarm ( Selain Temp & Humidity)

H% CBTS>lst curalm

'(brdtp)*bck"+o"u&bck"+s,-&bck"+clk&bc,"&p"u&crd"&cp"&ec"&tr"&c"pt+o"u&c"pt+s,-&

c"pt+clk&c"pt+trs&utrp&tcu&otu&all/opt,onal/deault#all> (!T")

'(brd,d)*/opt,onal>(!T")

'(alar"+leel)*cr,t,c&"aor&",nor&not,ce&all/opt,onal/deault#all>(!T")'(b-n+dt)*/opt,onal/deault#20003131>(!T")

'(b-n+t")*/opt,onal/deault#03030>(!T")

'(end+dt)*/opt,onal/deault#4000312341>(!T")

'(end+t")*/opt,onal/deault#243535>(!T")

'(alar"+code)*/opt,onal>(!T")

'(subun,t+tpe)*/opt,onal>(!T")

'(subun,t+no)*/opt,onal>(!T")



'(alar"+descr,p)*/opt,onal>(!T")

ok

H% CBTS>

8ccurT,"e ) 9200:10:1 10#10#2;</=lar"Tpe ) =lar"/ =lar"eel ) Maor

=lar"Ite" ) 9 6< =ccess Control =lar" o E?u,p"ent @oo"

CardTpe ) CMPT+8M!/ CardId ) 0Sub!n,tTpe ) 9255< Ao Subun,t Tpe/ Sub!n,tId ) 255

eta,ls ) 'A!>

H% CBTS>

8ccurT,"e ) 9200:10:1 10#10#44</=lar"Tpe ) =lar"/ =lar"eel ) Maor

=lar"Ite" ) 9110< =,r:Cond,t,on =lar"

CardTpe ) CMPT+8M!/ CardId ) 0

Sub!n,tTpe ) 9255< Ao Subun,t Tpe/ Sub!n,tId ) 255eta,ls ) 'A!>

H% CBTS>H% CBTS>

Check Alarm (Temp & Humidity)

H% CBTS>dsp c#tsen$para

'("trl-)*"et&,"p/opt,onal/deault#"et>(EATE@

Hu",d,t ) 59% Past,kan terdetect ada alue r

Te"perature ) 29o C Past,kan terdetect ada alue

H% CBTS>

Check %erformance

H% CBTS>str infotrace

'(brdtp)*bck"+o"u&bck"+s,-&bck"+clk&bc,"&crd"&p"u&cp"&ec"&tr"&c"pt+o"u&c"pt+s,-&

c"pt+clk&c"pt+trs&utrp&tcu/"andator>trm'(brd,d)*/"andator>

'(,te")*/opt,onal>'$swr'

'(,te")*/opt,onal>s$r

'(,te")*/opt,onal>rss,

'(,te")*/opt,onal>po$er



S%@ #

H% CBTS>9200:10:1 15#04#12<

T@D0 # Sector0 VSWR = 1.1 d, ba$a 1.4

H% CBTS>9200:10:1 15#04#12<

T@D0 # Sector1 VSWR = 1.1

H% CBTS>9200:10:1 15#04#12<

T@D0 # Sector2 VSWR = 1.1

H% CBTS>9200:10:1 15#04#14<

T@D0 # Sector0 S%@ ) 1.1

H% CBTS>9200:10:1 15#04#14<

T@D0 # Sector1 S%@ ) 1.1H% CBTS>

9200:10:1 15#04#14<T@D0 # Sector2 S%@ ) 1.1

H% CBTS>

9200:10:1 15#04#16<T@D0 # Sector0 S%@ ) 1.1

H% CBTS>

@SSI #

H% CBTS>Carr,er10 @SSI# ,s =- ) :10F.2/ ,s Peak ) :0.5/ ,s @at,o ) 0GCarr,er11 @SSI# Ma,n =- ) A&=/ Ma,n Peak ) A&=/ Ma,n @at,o ) A&=

Carr,er11 @SSI# ,s =- ) A&=/ ,s Peak ) A&=/ ,s @at,o ) A&=

@es p$r# Ma,n ) :F6./ ,s ) :F;.5@ =JC -a,n# Ma,n) 0.0/ ,s ) 0.0

H% CBTS>

9200:10:1 15#00#11<T@D0 #

SectorId[0]:

Carr,er0 @SSI# Main Avg = 110.!/ Ma,n Peak ) :6.6/ Ma,n @at,o ) 0G

Carr,er0 @SSI# "iv# Avg = 110.0/ ,s Peak ) :6./ ,s @at,o ) 0GCarr,er1 @SSI# Ma,n =- ) :110.6/ Ma,n Peak ) :6.6/ Ma,n @at,o ) 0G

Carr,er1 @SSI# ,s =- ) :110.4/ ,s Peak ) :7.6/ ,s @at,o ) 0G

Carr,er2 @SSI# Ma,n =- ) :110.6/ Ma,n Peak ) :7.;/ Ma,n @at,o ) 0GCarr,er2 @SSI# ,s =- ) :110.1/ ,s Peak ) :5.5/ ,s @at,o ) 0G

Carr,er4 @SSI# Ma,n =- ) A&=/ Ma,n Peak ) A&=/ Ma,n @at,o ) A&=

Carr,er4 @SSI# ,s =- ) A&=/ ,s Peak ) A&=/ ,s @at,o ) A&=@es p$r# Ma,n ) :7.F/ ,s ) :F2.;



@ =JC -a,n# Ma,n) 0.0/ ,s ) 0.0

H% CBTS>

9200:10:1 15#00#11<T@D0 #

SectorId[1]:

Carr,er; @SSI# Main Avg = 111.1/ Ma,n Peak ) :102.7/ Ma,n @at,o ) 0GCarr,er; @SSI# "iv# Avg = 110.9/ ,s Peak ) :100.4/ ,s @at,o ) 0G

Carr,er5 @SSI# Ma,n =- ) :111.4/ Ma,n Peak ) :102.1/ Ma,n @at,o ) 0G

Carr,er5 @SSI# ,s =- ) :111.0/ ,s Peak ) :101.6/ ,s @at,o ) 0GCarr,er6 @SSI# Ma,n =- ) :111.4/ Ma,n Peak ) :101.6/ Ma,n @at,o ) 0G

Carr,er6 @SSI# ,s =- ) :111.2/ ,s Peak ) :100.;/ ,s @at,o ) 0G

Carr,er7 @SSI# Ma,n =- ) A&=/ Ma,n Peak ) A&=/ Ma,n @at,o ) A&=

Carr,er7 @SSI# ,s =- ) A&=/ ,s Peak ) A&=/ ,s @at,o ) A&=@es p$r# Ma,n ) :F1.5/ ,s ) :F2.6

@ =JC -a,n# Ma,n) 0.0/ ,s ) 0.0

H% CBTS>

9200:10:1 15#00#11<T@D0 #

SectorId[2]:Carr,erF @SSI# Main Avg = 109.$/ Ma,n Peak ) :4./ Ma,n @at,o ) 0G

Carr,erF @SSI# "iv# Avg = 109.2/ ,s Peak ) :5.1/ ,s @at,o ) 0G

Carr,er @SSI# Ma,n =- ) :10.7/ Ma,n Peak ) :4.;/ Ma,n @at,o ) 0GCarr,er @SSI# ,s =- ) :10.2/ ,s Peak ) :5.4/ ,s @at,o ) 0G

Carr,er10 @SSI# Ma,n =- ) :10.5/ Ma,n Peak ) :0.5/ Ma,n @at,o ) 0G

Carr,er10 @SSI# ,s =- ) :10.0/ ,s Peak ) :0.6/ ,s @at,o ) 0G

Carr,er11 @SSI# Ma,n =- ) A&=/ Ma,n Peak ) A&=/ Ma,n @at,o ) A&=Carr,er11 @SSI# ,s =- ) A&=/ ,s Peak ) A&=/ ,s @at,o ) A&=

@es p$r# Ma,n ) :F6./ ,s ) :F;.4

@ =JC -a,n# Ma,n) 0.0/ ,s ) 0.0H% CBTS>

@es p$r# Ma,n ) :7.F/ ,s ) :F2.7

@ =JC -a,n# Ma,n) 0.0/ ,s ) 0.0H% CBTS>

Po$er Trans",t #

H% CBTS>

9200:10:1 15#06#0<T@D0 #

SectorAo# 0

Base Band Po$er# Carr,er0 ) 47.6/ Carr,er1 ) 47.6/ Carr,er2 ) 47.7/ Carr,er4) A&=,-,tal Po$er # Carr,er0 ) 47.6/ Carr,er1 ) 47.6/ Carr,er2 ) 47.7/ Carr,er4) A&=

=ttenuat,on # Carr,er0 ) 0.0/ Carr,er1 ) 0.0/ Carr,er2 ) 0.0/ Carr,er4 ) 0.0

Sector # 0

,-,tal Po$er Su" ) ;2.;/ I Ja,n =dust ) :1.0/ ! Ja,n =dust ) 0.0



=pp P @MS Error ) 0.006/ ,-,tal Ja,n =d ) 0.14

=tten Ja,n =dust ) :2.F/ P I Ja,n =dust ) 0.0/

S"& In'(t )o*er = +!.2/ S! Eco Po$er ) 1.6/ HP= 8utput Po$er ) ;2.78BS Cannel Po$er ) :5.F/ 8BS = Po$er ) :1F.1/ P @MS Error ) 0.006

8BS Ja,n =dust ) 0.0/ 8BS Te"p =dust ) 0.5/ ,er o Po$er ) 0.00

H% CBTS>9200:10:1 15#06#0<

T@D0 #

SectorAo# 1Base Band Po$er# Carr,er0 ) 47.6/ Carr,er1 ) 47.6/ Carr,er2 ) 47.7/ Carr,er4

) A&=

,-,tal Po$er # Carr,er0 ) 47.6/ Carr,er1 ) 47.6/ Carr,er2 ) 47.7/ Carr,er4

) A&==ttenuat,on # Carr,er0 ) 0.0/ Carr,er1 ) 0.0/ Carr,er2 ) 0.0/ Carr,er4

) 0.0

Sector # 1

,-,tal Po$er Su" ) ;2.;/ I Ja,n =dust ) :1.0/ ! Ja,n =dust ) 0.0=pp P @MS Error ) 0.006/ ,-,tal Ja,n =d ) 0.0F

=tten Ja,n =dust ) :0.2/ P I Ja,n =dust ) 0.0/S"& In'(t )o*er = +!.!/ S! Eco Po$er ) 20.5/ HP= 8utput Po$er ) ;2.;

8BS Cannel Po$er ) :5.7/ 8BS = Po$er ) :1F.0/ P @MS Error ) 0.006

8BS Ja,n =dust ) 0.0/ 8BS Te"p =dust ) 0.5/ ,er o Po$er ) 0.00H% CBTS>

9200:10:1 15#06#0<

T@D0 #

SectorAo# 2Base Band Po$er# Carr,er0 ) 47.6/ Carr,er1 ) 47.6/ Carr,er2 ) 4F.5/ Carr,er4

) A&=

,-,tal Po$er # Carr,er0 ) 47.6/ Carr,er1 ) 47.6/ Carr,er2 ) 4F.5/ Carr,er4) A&=

=ttenuat,on # Carr,er0 ) 0.0/ Carr,er1 ) 0.0/ Carr,er2 ) 0.0/ Carr,er4

) 0.0Sector # 2

,-,tal Po$er Su" ) ;2.7/ I Ja,n =dust ) :1.0/ ! Ja,n =dust ) 0.0

=pp P @MS Error ) 0.006/ ,-,tal Ja,n =d ) 0.0F

=tten Ja,n =dust ) :1.;/ P I Ja,n =dust ) 0.0/S"& In'(t )o*er = +2.$/ S! Eco Po$er ) 21.0/ HP= 8utput Po$er ) ;4.0

8BS Cannel Po$er ) :6.2/ 8BS = Po$er ) :1F.6/ P @MS Error ) 0.006

8BS Ja,n =dust ) 0.0/ 8BS Te"p =dust ) 0.5/ ,er o Po$er ) :0.01

Check and link status

H% CBTS>dsp c#tslnkstat



'(brdtp)*c"pt&utrp&bc,"/"andator>c"pt

'(brd,d)*/"andator>0

'(lnk,d)*/opt,onal>(EATE@

:::::::::::::::::CMPT Board0 ,nkStatus Kuer report:::::::::::::::

,nkI # ,nkTpe # ra"eor"at # ErrorB,t@ate # ,nkStatus

0 # E1 # MM # 0.00eL00 # J88 1 # E1 # MM # 0.00eL00 # J88

2 # E1 # MM # ,nal,d alue # 8S

4 # E1 # MM # ,nal,d alue # 8S

H% CBTS>

Check %S

H% CBTS>dsp c#ts#rdspecstat

'(brdtp)*bck"+o"u&bck"+s,-&bck"+clk&bc,"&crd"&p"u&cp"&ec"&tr"&c"pt+o"u&c"pt+s,-&c"pt+clk&c"pt+trs&utrp/"andator>cmpt*clk

'(brd,d)*/"andator>

'("trl-)*"et&,"p/opt,onal>(!T")

clk re source # ,nbrdre d,past,kan ,nbrde

rece,er "odule tpe # @esolut,on:Trece,er "odule "ode # -ps onl@M Pos,t,on Hold status # enable

JPS satell,tes traced # F Me",l,k, JPS satell,tes leb, dar, 6

J8A=SS satell,tes traced # 0lat,tude # S6o4260(6.0507;7o

lon-,tude # E105o551F4F(105.221F0o

alt,tude # 24"(75t

pll status # locked Past,kan dala" pos,s, 8CNE

JMT oset # eastern 07#00

T,"e sste" # standard t,"e

H% CBTS>



Check #attery (+TS ,--AC)

H% CBTS>dsp c#tspmu#attpara

'(brd,d)*/"andator>

Batter Pos,t,on ) Bas,c @ack Batter Capac,t ) 100=H Sesua,kan den-an ard$are batter capac,t an- d,,nstal

H% CBTS>



User name : ATP_accPasword : ATP_acc123

IP address : 172.16.16.16

Command yang bisa di eksekusi dianaranya:

command !eerangan

"#! $%& b'ock resource

U"# $%& unb'ock resource

(&P C"T&%)*PA$A dis+'ay em+eraure dan ,umidiy

(&P $%& dis+'ay resource

&A* C"T&C- sa/e bs con0igurasi

&T$ C"T&$%&T$C

sar resource race uk +engukuran:

1. *&$2. Transmi Power

&TP C"T&$%&T$Cso+ resource race uk +engukuran:1. *&$2. Transmi Power

&T$ C"T&$*&)T sar re/erse mainenance bs

(&P C"T&"$(&P%C&TATdis+'ay g+s 'ongiude 'aiude dansaus P## P&

(&P C"T&#)!&TAT dis+'ay 'ink 4%15 "T&

#&T A## dis+'ay curren a'arm

&%T C"T&A#P$T seing a'arm

BTSID xxx

Alarm ID Description EMUA port Bolean Port

16001 Rectifier Failure S1 0 Normally Open/Close OFF

16002 Heat Detector Active S2 1 Normally Open/Close OFF

16003 Door Open S3 2 Normally Open/Close OFF

16004 PLN Power Failure S4 3 Normally Open/Close OFF

16005 Smoke Alarm S5 4 Normally Open/Close OFF

16006 AC Alarms S6 5

16007 DC Power To Low S7 6 Normally Open/Close OFF16008 DC Fan Active S8 7 Normally Open/Close OFF

Sw always on

Variable acon

Pn = port number

Aid = alarm ID





Documents

Telnet Huawei (1)