Post on 05-Oct-2015
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Confidential and Proprietary Information of ZTE CORPORATION
Confidential and Proprietary Information of ZTE CORPORATION
Integrated Access Gateway
ZXMSG5200 V3.1 Commissioning Guide
Preface
Welcome to use MSG5200 equipment.
If you have used 5200-V3.1 and previous versions, you have had a full knowledge of our
equipment and it may be an easy thing for you to configure this equipment. You need to read
this guide carefully. If you have never used 5200 equipment, this guide provides you a quick
understanding of the equipment.
V 3.1 Made by liuxin 10125036
Mail:liu.xin71@zte.com.cn
Contact:03145111470
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contents
Preface ...................................................................................................................................................... 1
commission guide ..................................................................................................................................... 3
1. OverView of MSAG5200 ................................................................................................................ 3
2. Hardware introduce .......................................................................................................................... 3
2.1. Card type and service .................................................................................................. 4
2.2. Hardware connection ................................................................................................... 5
3. Service Commission introduce......................................................................................................... 7
3.1. Entering into Data Configuration Interface ................................................................. 8
3.2. Delete original data ................................................................................................... 10
3.3. configuring Physical Position .................................................................................... 11
3.4. Upgradation the version ............................................................................................ 12
3.5. HSI Service configuration ......................................................................................... 17
3.6. IPTV Service configuration....................................................................................... 20
3.7. VOIP service configuration ....................................................................................... 22
3.8. NMS service configuration ....................................................................................... 25
3.9. 1+1 uplink protection LACP ............................................................................ 26
3.10. 1:1 uplink protection UAPS ............................................................................. 27
3.11. Selfswitch function .................................................................................................... 28
3.12. EPM configuration .................................................................................................... 29
3.13. Second dail configuration .......................................................................................... 35
3.14. DDN service configuration ....................................................................................... 36
3.15. ISDN-BRI service configuration ............................................................................... 39
3.16. ISDN PRI CONFIGURATIONS .............................................................................. 40
3.17. PPPOE+ function ...................................................................................................... 41
3.18. Function switch ......................................................................................................... 41
3.19. STAND BY SS CONFIGURATIONS ...................................................................... 43
3.20. SHDSL configration .................................................................................................. 43
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commission guide
1. OverView of MSAG5200
MSAG is the access equipment of SS (soft switch equipment MGC). MSAG connects with
SS via H248 protocol (or MGCP). MSAG is made up of control cardmedia resources sub
card test card and several subscriber cards, converging with a certain amount of
narrowband analog phone access and broadband ADSL access. The phone services are
provided by SS and broadband services are provided by internet.
2. Hardware introduce
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2.1. Card type and service
Card name Type Using Shelf/slot---function
GISB Control and switch card All shelves 9/10 slot;
GISE/GISB with
out voip subcard
Control and switch card Slave shelves 9/10 slot;
GISE only support Narrow band
service
GISB support both Narrow band
and Broad band services
VOIP subcard Resource card for
VOIP ,GISB card
accessory
Only install On main shelf GISB
card
ODTI Octal digital interface card Main shelf 8,11,12 slot,
subscriber cable is special,
for ISDN PRI / DDN/E1 service
HDB High-speed digital
subscriber card
Main shelf 1~8,11~13 slot
Slave shelves need special version
for DDN/E1/SHDSL service
STD HDB card accessory Only install On HDB card
ALC Analog line card All shelf 1~8,11-15 slot
for 32 Voip normal user
RALC Reverse Analog line card All shelf 1~8,11-15 slot
for 32 Voip Payphone User
TSLCE Subscriber test card Main shelf 16 slot
for 112 test
GELC 32-port integrated voice
data subscriber card
GISB shelf 1~8,11~15 slot
for 32 Voip/ADSL normal user
GVDL 16-port VDSL subscriber
card
GISB shelf 1~8,11~15 slot
for 16 VDSL normal user
DLCE ISDN digital subscriber
card
all shelves 1~8,11~13 slot
for ISDN BRI service
GEI 1000 Mbps Ethernet
cascade
interface card
Main shelf uplink card backplane
subcard
for 2GE+2FE uplink
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SUPI Slave shelf uplink
interface card
Slave shelf uplink card backplane
subcard
Expansion shelf, for cascading,
without uplink function
MBSL Backplane of the
dual-power rear outlet
shelf
Mother board for MSAG
2.2. Hardware connection
1) DIP switch(on backplan) :
MBSL----Master: ON:ON:OFF:OFF(0011)
MBSL----Slave: ON:ON:OFF: ON(0010)
Following is Slave shelf dip switch configurations
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2) Hw connection:
Master shelf ----Uplink card: GEI
slave shelf ----Uplink card: SUPI
X7 and X8 provide two 100 Mbps Ethernet electrical interfaces for
broadband service uplink.
X5 and X6 provide two 1000 Mbps Ethernet optial interfaces for
broadband service uplink.
X4 is used to connect broadband/narrowband cascade cables,
which provide 5 4 jack. Leave two rows of pins empty, and
then plug in the first cascade cable. Plug one cascade cable every
three rows. Four cascade cables are supported at most to connect
to four slave shelves
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3) Fiber connection:
Fiber need connect with Swith/TXN;
check GISB BACT light change to green Flashing every half second The broadband
service is normal.
Also can using command to check uplink status
4) Subscriber cable connection:
Leave the first pin empty plug 3*8 cable connector then after that connector leave one
another pin plug another 3*8 cable connector, this for 1~16 user
Leave the last pin empty plug 3*8 cable connector then befor that connector leave
one another pin plug another 3*8 cable connector,this for 17~32 user
DSL service checking : GELC card ACT light change to green means DSL link up
VOIP service checking: ALC/RALC card hook light change to green means phone hook
up
Also can using command to check status
3. Service Commission introduce
Topology for commission
X4 is used for cascading. The cascade cables provide 5 4 jack.
Leave the first two rows of pins empty. The third, fourth, fifth, and
sixth rows are used for FE broadband/narrowband uplink.
The ninth, tenth, eleventh, and twelfth rows are used for GE broadband/
narrowband uplink.
X1, X2, and X3 are only used to connect the backplanes
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Laptop
Cross cable
Console cable
Laptop
Console cable
Cross cable
Infront of MSAG MSAG MBSL board
GISB card
Preparing test equipment for commission
1) 2 Laptop (wftp;wireshark; Procomm Plus;VLC)
2) 1 ADSL 4 lan port modem;
3) Stubbox &TV;
4) Numbers of cross cables&console cables
5) Usb to s323 convertor for laptop
3.1. Entering into Data Configuration Interface
Console service: provide operationmaintenancedebuggingboot mode
Outband service: provide operation ,maintenance port ;connect GISB ethnet port
Inband service: provide operation,maintenance,service port;connect GEI uplink port
Diagram for configuration interface:
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Laptop
Console cable
Cross cable
MSAG MBSL board
GISB card
Network cable
1) Power on the master shelf of the cabinet, and the two GISB are in positions. Make the
GISB in Slot 9 as the active card. All the data configurations below are based on the
situation where the Slot 9 is active. we recommend you set Slot 9 as active.
2) Enter the user name and password in serial port ;serial configure baud rate is 9600
Configure your laptop ip using 144.1.1.0/24 then telnet 144.1.1.1 using outband service
user name/passwordzte/zte
3) Enter into the data configuration interface ;
five mode:
ZXAN #; ZXAN (config)#; ZXAN (config-msag)#; ZXAN (version)#; ZXANconfig-if)#
See as below
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Specifications on Data Configuration Interface
Interface Function Transfer
SHELL Debugging output exit
ZXAN # Commands of show types can be
used.
configure terminal transfer to ZXAN (config)#
Version transfer to ZXANversion)#
ZXAN (config)# Hardware and broadband data
configuration interface
ZXAN transfer to ZXAN (config-MSAG)#;
Interface x/x transfer to ZXAN (config-if)#
ZXAN (config-msag)# Narrowband data configuration
interface
exit transfer to ZXAN#;
ZXAN (version)# Version configuration interface exit transfer to ZXAN#
ZXAN (config-if)# Sub interface configuration exit transfer to (config)#
3.2. Delete original data
Numbe
r
Step Function
1 ZXAN #cd cfg Go to cfg folder
/cfg
2 ZXAN #dir Check all the folder
3 ZXAN#del startrun.dat delete broadband data
4 ZXAN #cd / exit cfg folder,go to root folder
5 ZXAN # cd data Go to data folder
/data
6 ZXAN #cd v0100 Go to V0100 folder
/data/v0100
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7 ZXAN #del *.zdb delete narrowband data in v0100 folder
8 ZXAN #cd / Exit folder ,Go to root folder
9 ZXAN #cd data
Go to data folder
/data
10 ZXAN #cd v0101
Go to V0101 folder
/data/v0101
11 ZXAN #del *.zdb
delete narrowband data in v0101 folder
12 ZXAN (config) #reboot
Reboot system
Notes: all data running on flash, after reboot will reload save data; never do wr after you delete data
3.3. configuring Physical Position
Numbe
r
Step Function
1 ZXAN (config) #add-rack rackno 1 racktype MSAG Add Rack
2 ZXAN (config) #add-shelf rackno 1 shelfno 1 shelftype
CTL_SHELF
Add Master Shelf
3 ZXAN (config) #add-shelf rackno 1 shelfno 2 shelftype
SLAVE_SHELF connectid 1
ZXAN (config) #add-shelf rackno 1 shelfno 3 shelftype
SLAVE_SHELF connectid 2
Add Slave shelf
HW Connectid start from 1;
Shelf range (2-5);Connectid range
(1-4)
4 ZXAN (config) #add-card rackno 1 shelfno 1 slotno 3 ALC
ZXAN (config) #add-card rackno 1 shelfno 1 slotno 4 GELC
Add user board for each service
card for Master shelf
(ALC/RALC/DLCE/ODTI/HDB/G
ELC/GVDL)
Add user board for each service
card for Master shelf
5 ZXAN (config) #add-card rackno 1 shelfno 2 slotno 9 GISB
ZXAN (config) #add-card rackno 1 shelfno 3 slotno 3 GELC
Add slave shelf Main control card
GISE/GISB
Add slave shelf user board for each
service card
(ALC/RALC/DLCE/ODTI/HDB/G
ELC/GVDL)
6 ZXAN (config) #show card Can check all card
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7 ZXAN(config)#del-subcard slotno 9 subcardno 2
default value NO.2 subcard is
CNIC/MAPP,you need delete
this,add voip card to NO.2
8 ZXAN(config)#add-subcard slotno 9 subcardno 2 VOIP default value NO.2 subcard is
CNIC/MAPP,you need delete
this,add voip card to NO.2
9 ZXAN(config)#show subcard Check subcard 2voip online
10 ZXAN#write Save data
Notes: Only after config rack system can start update version;uplink card GEI will be auto add by MSAG
3.4. Upgradation the version
1 Diagram for HSI configuration and troubleshooting
Ethernet cable
Ip add:144.1.1.100
Submask:255.255.255.0
Defult outband ip add:144.1.1.1
Submask:255.255.255.0
2 System FTP configuration
Number Step Function
1 ZXAN#config terminal Shift to config mode
2 ZXAN(config)#show interface mng1 Display outband ip and ftp
configration
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3 ZXAN(config)#interface mng1
ZXAN(config-if)#boot-server 144.1.1.100
ZXAN(config-if)#boot-username target
ZXAN(config-if)#boot-password target
Shift to management interface;
Both FTP username & Password
must be same at both MSAG &
FTP software
modify ftp server ip address;
modify ftp server username;
modify ftp server password;
4 ZXAN(config-if)#ex
ZXAN(config)#ex
ZXAN#wri
Quit mng1 interface
Quit config mode
Save config data
3 ftp server config
Run this ftp server software,you can see this windows as below:
Click security menu,choice users/rights
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Click
Enter username uni,click OK
Enter password uni,click OK
Enter version file directory like as E:\version
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Click Done,then minimum software window.
4 Update progress
Download version file to memery
Number Step Function
1 ZXAN#version Shift to config mode
2 ZXAN(version)#download version ics.bt
ZXAN(version)#download version ics.fw
ZXAN(version)#download version ics.mvr
ZXAN(version)#download version voip_normal.fw
Download GISB boot/version
3 ZXAN(version)#download version gise.bt
ZXAN(version)#download version gise.mvr
Download GISE boot/version
4 ZXAN(version)#download version gelca.bt
ZXAN(version)#download version gelca.mvr
Download gelca boot/version
5 ZXAN(version)#download version gdl.bt
ZXAN(version)#download version gvdld.fw
ZXAN(version)#download version gvdld.mvr
Download gvdld boot/version
6 ZXAN(version)#download version dti.bt
ZXAN(version)#download version dti.mvr
Download odti boot/version
7 ZXAN(version)#download version dlce.mvr
ZXAN(version)#download version tslce.mvr
Download dlce/tslceversion
Tslc use GDL.BT as its boot
version
NotesALC/HDB no need version
update boot one-by-one slot for sevice card(except control card)
Number Step Function
1 ZXAN#version Shift to config mode
2 ZXAN(version)#update-boot shelfno 1 slotno 3 local
ZXAN(version)#show update-status shelfno 1
Update boot for shelfno 1 slotno 3
Display update status,you can see
success or same versions
3 ZXAN(version)#update-boot shelfno 1 slotno 4 local
ZXAN(version)#show update-status shelfno 1
Update boot for shelfno 1 slotno 4
Display update status,you can see
success or same version
4 Same for all the service cards for all the shelves . Update boot is slot by slot .
5 ZXAN(version)#update-boot shelfno 2 slotno 3 local
ZXAN(version)#show update-status shelfno 2
Update boot for shelfno 2 slotno 3
Display update status,you can see
success or same versions
6 ZXAN(version)#update-boot shelfno 3 slotno 3 local
ZXAN(version)#show update-status shelfno 3
Update boot for shelfno 3 slotno 3
Display update status,you can see
success or same versions
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NotesALC/HDB no need version,this document only give the sample ,all configuration follow actually
situation
update version batch every shelf
Number Step Function
1 ZXAN#version Shift to config mode
2 ZXAN(version)#update-version shelfno 1 local
ZXAN(version)#show update-status shelfno 1
Update version batch for shelfno 1
Display update status, you can see sucess
3 ZXAN(version)#update-version shelfno 2 local
ZXAN(version)#show update-status shelfno 2
Update version batch for shelfno 2
Display update status, you can see sucess
4 ZXAN(version)#update-version shelfno 3 local
ZXAN(version)#show update-status shelfno 3
Update version batch for shelfno 3
Display update status, you can see sucess
NotesAll configuration follow actually situation
update boot for main control card every shelf
Number Step Function
1 ZXAN#version Shift to config mode
2 ZXAN(version)#update boot shelfno 1 slotno 9 local Update version batch for shelfno 1
Display update status, you can see sucess
3 ZXAN(version)#update boot shelfno 2 slotno 9 local Update version batch for shelfno 2
Display update status, you can see sucess
4 ZXAN(version)#update boot shelfno 3slotno 9 local Update version batch for shelfno 3
Display update status, you can see sucess
NotesAll configuration follow actually situation
Update version for slave control card every shelf
Number Step Function
1 ZXAN#version Shift to config mode
2 ZXAN(version)#main-backup version
synchronization shelfno 1
ZXAN(version)#show sync-status shelfno 1
Synchronization shelfno 1
Display syn status
3 ZXAN(version)#main-backup version
synchronization shelfno 2
ZXAN(version)#show sync-status shelfno 2
Synchronization shelfno 2
Display syn status
4 ZXAN(version)#main-backup version
synchronization shelfno 3
ZXAN(version)#show sync-status shelfno 3
Synchronization shelfno 3
Display syn status
NotesAll configuration follow actually situation
Check version every shelf
Number Step Function
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1 ZXAN(version)#exit Shift to config mode
2 ZXAN#show card Display Card status
3 ZXAN#show version-running shelfno 1
ZXAN#show version-running shelfno 2
ZXAN#show version-running shelfno 3
Display old version,active version,
This version store in flash
4 ZXAN#show version-saved shelfno 1
ZXAN#show version-saved shelfno 2
ZXAN#show version-saved shelfno 3
Display new version,inactive version
This version store in memory
NotesAll configuration follow actually situation
Reboot shelf start from slave shelf
Number Step Function
1 ZXAN#reboot shelfno 4
ZXAN#show card shelfno 4
After reboot ,check all cards status for
shelf 4
2 ZXAN#reboot shelfno 3
ZXAN#show card shelfno 3
After reboot ,check all cards status for
shelf 3
3 ZXAN#reboot shelfno 2
ZXAN#show card shelfno 2
After reboot ,check all cards status for
shelf 2
4 ZXAN#reboot shelfno 1
ZXAN#show card
Master shelf reboot ,need wait same time
before all shelf running
NotesAll configuration follow actually situation
5 Simple trouble shooting
All Card not get up ,change the slot
Shelf not get up ,check DIP switch & HW cable connection
3.5. HSI Service configuration
1) Diagram for HSI configuration and toubleshooting
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Configure the Modem in
Bridge mode
Make a dialer in user
laptop and dial.
Soft Bras
Connect the laptop on
Spare FE Uplink port
Configure HSI VLAN untag
the Spare Uplink
Subscriber cable
TRX Equipment
Bras
2) Preparing for starting configure HSI
equipment preparing
1 Laptopsoftwarewiresharksoftbras
2 4 port ADSL modem
3 Number of Network cables
4 Number of subscriber cables
Data preparing:
1) HSI vlan
2) PPPOE username & password
3) HSI configuration step
1) Create vlan
2) User port untag to this vlanuplink port tag to this vlan
3) Change PVC value same to modemenable PVC 1
4) Change ADSL profile
Numbe
r
Step Function
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1 ZXAN (config)#vlan 402
ZXAN(config)#vlan database
ZXAN(vlan)#vlan 101,201,301,3999,401
Create vlan 402 (for create one by one)
Create vlan database (for create multi vlan
together)
2 ZXAN (config) #interface adsl_1/4/1-32
ZXAN (config-if-range) #no shutdown
ZXAN(config-if-range) #switchport default vlan
101 pvc 1
Configure the port transfer sub-interface using
range
Open this interface
Add first PVC 1 untag to Vlan 101,
when type default vlan means pvid same to vid
3 ZXAN (config-if-range) #atm pvc 1 vpi 8 vci 81
ZXAN (config-if-range) # PVC 1 enable
Change the first PVC 1 ; VPI&VCI need same to
modem;
Enable the first PVC
4 ZXAN(config-if-range)#adsl profile def2m.prf
Apply adsl profile for link up rate
ADSL2+ can reach 24 M download speed
ADSL2+ can reach 1 M upload speed
5 ZXAN(config)#adsl profile xyz
Creat and modify new adsl profile;profile name is
xyz
6 ZXAN(config)#interface gei_1/9/3
ZXAN(config-if)#switchport vlan
101,201,301,3999,401 tag
ZXAN(config-if)#no shutdown
Configure the uplink
Tag uplink to vlan 101,201,301,399,401
Enable uplink port
7 ZXAN#show vlan 402
Check the vlan information include tag port &
untag port
8 ZXAN#show adsl port-info adsl_1/3/1
Check dsl service link up rate
9 ZXAN#show dsl interface adsl_1/3/1 pvc 1 Check port pvc status
10 ZXAN#show adsl port-config adsl_1/3/1
Check line profile for this adsl port
11 ZXAN#show runing Check all the configuration
12 ZXAN#write Save the data
Notes: all data configure need check again,show running will be more easy to check all the configuration
If configure 1+1 uplink using sgsmartgroup
4) Simple trouble shooting
1) Using one laptop to dialing ,another laptop connected spare FE port,configure
uplink to untag to HIS vlan first ;then using monitor session to capture the PPPOE
packet
2) Using one laptop to dialing, another laptop using softbras to simulate Bras,to check
this vlan is ok or not
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Authentication failure testing method at MSAN.doc
software BRAS setting.doc
3.6. IPTV Service configuration
1 Diagram for IPTV configuration and troubleshooting
Uplink network
modem
televisionSTB
subscribercable
LAN cable
Audio/video cable
Fiber cable
Configure the Modem in Bridge mode
PVC same as MSAG
2 Preparing for starting configure IPTV
IPTV include two partlive channel&VOD
live channel: using multicast packet, protocol using IGMP;
function is see the live channel together
VOD : using unicast packet,protocol ;also using for stubbox authentication PPPOE
protocol
Function is register to Bras and also can see the movie
equipment preparing
1 Laptopsoftwarewiresharksoftbrasvlc
2 4 port ADSL modem
3 Number of Network cables
4 Number of subscriber cables
5 Stubbox & TV
Data preparing:
Live channel
1) Mvlan using 3999
2) Channel group
VOD
1) PPPOE username & password for VODneed provide by PTCL
2) VOD vlan
3 IGMP configuration step
Live channel
1) Create vlan
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2) Make the MVlan
3) Enable IGMP
4) Change IGMP mode to proxy
5) Add source port for IGMP
6) Add receive port for IGMP
7) Add group for IGMP
8) Add uplink port tag to MVlan
9) Mvlan translate VOD vlan to Mvlan
VOD vlan
1 Add user port PVC 2 untag to VOD vlan;Add uplink port tag to VOD Vlan
2 Change PVC 2 value same to modem;enable PVC 2
3 Add uplink port tag to MVlan
4 Change ADSL profile
IGMP configuration
Number Step Function
1 ZXAN (config)#vlan 3999
ZXAN (config) # igmp mvlan 3999
Create vlan 3999 for MVlan
Create MVLan
2 ZXAN (config) #igmp enable Igmp global enable
3 ZXAN(config) #igmp mvlan 3999 work-mode proxy Igmp work mode snooping/proxy
4 ZXAN (config) #igmp mvlan 3999 group 239.194.0.1 to
239.194.0.170
Set Iptv channel
5 ZXAN(config)#igmp mvlan 3999 source-port gei_1/9/3 Set iptv source port
6 ZXAN (config) #igmp mvlan 3999 receive-port
adsl_1/5/1-32 pvc 2
Set iptv receive port
7 ZXAN(config)#interface gei_1/9/3
ZXAN(config-if)#switchport vlan 3999 tag
Add uplink to this 3999 Mvlan & VOD
vlan also
8 ZXAN (config) #interface adsl_1/5/1-32 Enter ADSL port config mode
9 ZXAN (config-if-range) #no shutdown Port enable
10 ZXAN (config-if-range) #switchport mode access Set port mode access/trunk/hybrid
VOD part
11 ZXAN (config-if-range) #switchport default vlan 201 pvc
2
Add vlan to PVC2,PVID is 201
VOD part
12 ZXAN (config-if-range) #atm pvc 2 vpi 0 vci 35 Set pvc 2,VPI/VCI
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ZXAN (config-if-range) # pvc 2 enable PVC2 enable
13 ZXAN (config-if-range) #adsl profile def4m.prf Set adsl port profile
14 ZXAN (config-if-range) # mvlan-translate 3999 to untag
pvc 2
Translate municast vlan 3999 to
ports PVID 201
Notes: all data configure need check again,show running will be more easy to check all the configuration
4 Simple trouble shooting
VOD register failed
a) If STB fail to connect the server use PPPOE dialing trough computer and verify
username and password.
b) If PPPOE dialing fail through computer please verify VOD vlan
configuration.Using this document
IPTV troubleshooting.doc
UNICAST AND MULTICAST TESTING.doc
3.7. VOIP service configuration
1) Diagram for IPTV configuration and troubleshooting
Configure Monitor session
for uplink ,untag spare unlink
to capture magaco packet
Subscriber cable
TRX Equipment
Softswitch
2) Preparing data for starting config VOIP
Normally using H248 protocol
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equipment preparing
1) Phone
2) Number of Network cables
3) Number of subscriber cables
Data preparing:
1) SS type & IP address
2) VOIP protocol H248 or MGCPprotocol port 2944 for h248
3) TID for narrow band user and RTP resource
4) MSAG VOIP IP address and next hop;NAT protocol
5) VOIP vlan
3) VOIP configuration step
1) VOIP subcard should be ok,first time configure will be take long time 10~15 minuter
2) Create VOIP vlan and bind vlan
3) Set Softswitch(MGC) parameter
4) Create MG bind with MGC
5) Set MSAG voip ipaddress and set MSAG voip next hop
6) Set NAT protocol for MSAG
7) Create VOIP TID on each narrow band cards// HW:A ZTE: USER
8) Create RTP resource
9) Add uplink port tag to VOIP vlan
10) Configure IP on VOIP vlan
Number Step Function
1 ZXAN(config)#del-subcard slotno 9 subcardno 2
ZXAN(config)#add-subcard slotno 9 subcardno 2 VOIP
ZXAN(config)#show subcard
Delete default subcard 2
Add voip card to subcard 2
Get VOIP subcard status should be OK
2 ZXAN(config)#vlan 301
ZXAN(config-vlan)#voip-bind
ZXAN(config-vlan)#voip-ctrl
ZXAN(config-vlan)#exit
Create VOIP vlan
Bind VOIP media
Bind VOIP signal
3 ZXAN#msag
ZXAN(config-msag)#mgc add 1 10.20.32.5 port 2944
type 1
Config softswitch(MGC) parameter
Type 1 for zte ss
Type 2 for huawei ss
4 ZXAN(config-msag)#mg add 1 1 port 2944
Create MSAG bind with
Softswitch(MGC)
5 ZXAN(config-msag)#voip interface add ctrl-ip
10.63.86.113 ctrl-mask 255.255.255.0 media-ip
Set MSAG VOIP IPaddress
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10.63.86.113 media-mask 255.255.255.0 route-mode 2
ZXAN(config-msag)#voip route add 10.63.86.254
Set MSAG VOIP next hop
6 ZXAN(config-msag)#media-nat add 9 1 9 5 5
10.63.86.113 10000
Add NAT protocol for RTP translater
Nat port start from 10000
7 ZXAN(config-msag)# slc terminationid add rackno 1
shelfno 1 3 USER type 3 begin-no 0 digit-length 4
mgid 1
ZXAN(config-msag)# slc terminationid add rackno 1
shelfno 1 7 A type 2 begin-no 0
ZTE Softswitch TID must using
USER0000~USER00XX..ETC
HW Softswitch TID must use
A0~Axxx
8 ZXAN(config-msag)# rtp terminationid add RTP
begin-seqno 1 240 type 3
ZXAN(config-msag)#rtp terminationid add RTP/
begin-seqno 1 240
Add RTP resources if ZTE SS must
start RTP000~RTP0XX
Add RTP resource if HW ss must start
RTP/0~RTP/xx
9 ZXAN(config)#interface gei_1/9/3
ZXAN(config-if)#switchport vlan 301 tag
ZXAN(config)#interface vlan 301
ZXAN(config-if)#ip address 10.63.86.113
255.255.255.0
ZXAN(config-if)#exit
ZXAN(config)# ip route 10.0.0.0 255.0.0.0
10.63.86.254 (vrrp ip , voip next hope )
Add uplink port to VOIP vlan
Configure this IP on this vlan .
Ping next hope to check your config
Add route to PING SS ,
Now Ping SS ip
ZXAN#show vlan 312
ZXAN#show msag mgc
ZXAN#show msag mg
ZXAN#show msag voip-ipaddr
ZXAN#show msag allnat
ZXAN#show msag rtp terminationid
ZXAN#show msag slc terminationid shelf 1 3
ZXAN#show msag h248-status
verify that up link tagged over VOIP
VLAN.
verify that SS parameter is
configured properly or not
vertify Mg configure properly or
not
check MSAG VOIP address and next
hop
check NAT parameter
check RTP
check TID
check H248 status
Notes: all data configure need check again,show running will be more easy to check all the configuration
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4) Simple trouble shooting
1) Using wireshark to capture uplink packet to check H248 packet (Megaco),
monitor session for this spare uplink port
2) Ping SS IP address ZXAN# ping 10.16.98.102
3.8. NMS service configuration
1) Diagram for NMS configuration and troubleshooting
Uplink network
LAN cable-outbandSerial cable-console port
terminal
Fiber cable
2) Preparing data for starting config nms
1) NMS vlan
2) NMS IPaddress for MSAG
3) NMS Next hop
Number Step Function
1 ZXAN(config)#interface gei_1/9/4 Enter GE port config mode
2 ZXAN(config-if)#switchport vlan 401 tag Create FE port VID connect uplink port
3 ZXAN(config-if)#exit Quit to global config mode
4 ZXAN(config)#interface vlan 401 Enter vlan config mode
5 ZXAN(config-if)#ip address 10.100.10.10
255.255.255.0
Create L3 ip address
6 ZXAN(config-if)#exit Quit to global config mode
7 ZXAN(config)#ip route 10.0.0.0 255.0.0.0
10.100.10.1
Create ip route information,nexthop and
network
8 ZXAN#ping 10.100.10.1 Ping
Notes:You can ping nexthop ip address
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ZXAN#ping 10.100.10.1
sending 5,100-byte ICMP echos to 10.100.10.1,timeout is 2 seconds.
!!!!!
Success rate is 100 percent(5/5),round-trip min/avg/max= 0/8/40 ms.
3) Simple trouble shooting
1) Using spare FE uplink to connect one laptop ,configure this spare port in NMS vlan
Configure Laptop ipaddress same to NMS next hop IP
2) Ping MSAG using laptop
NMS.doc
3.9. 1+1 uplink protection LACP
Using 2 GE uplink to meet load sharing with traffic
LACP configuration step
1 Create Smartgroup
2 2 GE uplink must same using same vlan
3 Add smartgroup in these vlan same configuration with GE uplink
Number Step Function
1 ZXAN(config)#interface smartgroup1
ZXAN(config-if)#switchport vlan 401 tag
ZXAN(config-if)exit
create smartgroup 1
add this smartgroup to this vlan
2 ZXAN(config)#interface fei_1/9/3
ZXAN(config-if)#switchport vlan 401 tag
ZXAN(config-if)#smartgroup 1 mode active
ZXAN(config)#interface fei_1/9/4
ZXAN(config-if)#switchport vlan 401 tag
ZXAN(config-if)#smartgroup 1 mode active
Add uplink to this vlan
Smartgroup mode have three
Activepassiveon
LACP using active mode
Trunk using on mode
Our suggestion active mode
3 ZXAN(config)#show lacp internal Check LACP status
Simple trouble shooting
ZXAN(config)#show lacp internal
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Smartgroup:1
Flag *--LOOP is TRUE
Actor Agg LACPDUs Port Oper Port RX Mux
Port State Interval Priority Key State Machine Machine
-----------------------------------------------------------------------------
gei_1/9/3 selected 30 32768 0x103 0x3d current distributing
gei_1/9/4 selected 30 32768 0x103 0x3d current distributing
if you see two port are all select, means the one plus one function is OK, you can do the
test!
3.10. 1:1 uplink protection UAPS
AG
Uplink network
gei_1/9/3 gei_1/9/4
gei_2/22 gei_2/22
gei_1/10 gei_1/10
gei_1/11 gei_1/11
VLAN plan:
100 HSI
200 NMS
300 VOIP
IP plan:
NMS 12.12.12.254/24 nexthop 12.12.12.1/24
VOIP 10.10.10.254/24 nexthop 10.10.10.3/24
VRRP ipaddress:10.10.10.3/24
VLAN 300 interface
ipaddress:10.10.10.1/24
VLAN 300 interface
ipaddress:10.10.10.2/24
modem
Number Step Function
1 ZXAN#configure termianal
ZXAN(config)#uaps-group 1
Create uplink protection group
2 ZXAN(cfg-uaps-1)#port master-port gei_1/9/4
slave-port gei_1/9/3
add port to protection group
(1/9/4 active, 1/9/3 for
standby)
3 ZXAN(cfg-uaps-1)#next-hop 10.10.10.3 link-type
media
Set up to detect link type
(media or normal), can examine
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the next-hop ok or not.
ZXAN(config)#show uaps
Group List :
---------------------------------------
Group List :
---------------------------------------
1
ZXAN(config)#show uaps groupid 1
Revertive control : disable
Next-hop : 10.10.10.3
Link-type : media
Link-detect-retry : 5
Link-detect-interval : 3
Link status : connected or NA
Bfd next_hop : 0.0.0.0
Bfd Link status : connected or NA
Switch-type : common port
Master ports status : block gei_1/9/3 : up
Slave ports status : forwarding gei_1/9/4 : up
3.11. Selfswitch function
Dont need connect Softswitch can make dail
Selfswitch configure step
1) Add-phone number
2) Add-digitmap
3) Self-exchange configuration
Number Step Function
1 ZXAN (config-msag) #SLC phone-number modify 3
begin-index 1 num 16 begin-phone-number 88801
ZXAN (config-msag) #show msag slc phone-number
ZXAN (config-msag) #SLC phone-number del
Add selfswitch phone number
Get result
Delete selfswitch phone number
2 ZXAN (config-msag) #digitmap add 1 SELFDM digit-map
888XX servicetype 1
Digitmap must follow the number
Like phone number 8888,so digitmap
need 8xxx;
3 ZXAN (config-msag)#MG capability 1 self-exchange 1 Enable self exchange
ZXAN (config-msag)#mg parameter 1 link-kept-time 10
ZXAN(config-msag)#show msag mg parameter mgid 1
Change H248 linkdown time
Check the result
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ZXAN (config-msag) #mgc type modify 2 dm-long 15
ZXAN (config-msag) #mgc type modify 2 dm-start 15
ZXAN (config-msag) #show msag mgc type mgctype 2
Change dial tone time
Check the result
3.12. EPM configuration
Creat SNMP TRAP SERVER first use the following command set to set SNMP TRAP
SERVER
Zxan(config)#snmp-server host 116.71.241.228 trap
version 2c public enable NOTIFICATIONS
server-index 1 udp-port 162
MSAG SERVER IN H-9
Zxan(config)#snmp-server host 119.153.44.116 trap
version 2c public enable NOTIFICATIONS
server-index 2 udp-port 162
SNMP TRAP SERVER IN PTCL NOC
Zxan(config)#snmp-server host 144.1.1.100 trap
version 2c private enable NOTIFICATIONS
server-index 3 udp-port 162
FOR LOCAL CHECK DURING PRE PAT
Show snmp config
ZXAN(config)#fan-epm-console epm
Show fan-epm-console
1. Create EPM unit on nms
2. Choose the NE, click create button
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3. you will see EPM in the bottom of the rack map
4. config environment sensor
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5,only need config the sensor 1 , after this , you can test if all the sensor works well
6,config the power unit
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7,click create button
8. COM No usually be 2 , the power type depend on which type of power the site use, then
create OK
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9,then at here you will see the temperature , humidity , AC, DC, battery sensor value
10, you can config the sensors threshold at here
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11,for test the temperature sensor , you can config the upper value very low
10. power threshold config , config 52 for battery and DC voltage test
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11,here to check all the environment and power alarm
3.13. Second dail configuration
182_191_255_20(config-msag)#rtp mprb-parameter dtmf dtmfrelaymode 1 choose viice
coding,
If you still find issue in dialing phone numbers like 1218, 080080800 , 1217, 131 777 77 then use
the following commond
182_191_255_20(config-msag)#rtp mprb-parameter dtmf dtmfrelaymode 6
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0 NOT RELAY.
1 VOICE CODING.
2 Red RFC2833.
4 AAL2/IETF.
6 nRed RFC2833.
3.14. DDN service configuration
1) Diagram for NMS configuration and troubleshooting
E1 analysis tester
E1 cable
transmision
Subscriber cable
V35 cable
2) Topo Logic
O H
D D
T B
I
MODEM SDH
Network
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3) equipment preparing
1 SHDSL (X3208D) modem
2 Modem interface :V35
3 Test equipmenterror E1 analysis equipmentACTERNA E1 and Data EDT-135
4 HDB card hardware jumper wire config X12~X15X1223X1312X1412
X1512
5 ODTI card hardware jumper wire config X10-X25:12---75ohm,23---120ohm
4) DDN service configure step
1) Configure HDB work mode
1 port mode i.e 1*n*64k
32x64k
1
32
1 port mode is using maximum of 2mb circuit, if your using 1 port mode, it uses all timeslot
for 1 E1 i.e 32 timeslots, the command for configuring 1 port mode is :
msag(config-msag) ddn port add hdb 5 1 type type_hdb subratetype subratetype_32x64k
2 port mode i.e 2*n*64k
16x64k 16x64k
1 17
32
2 port mode is using maximum two 1mb circuits i.e 1mb circuit for first 16 timeslots (1-16 ts),
and 1mb circuit for other 16 timeslots (17-32 ts),the commands for configuring 2 port mode
is :
msag(config-msag) ddn port add hdb 5 1 type type_hdb subratetype subratetype_16x64k
msag(config-msag) ddn port add hdb 5 17 type type_hdb subratetype subratetype_16x64k
3 port mode i.e 1*n*64k+2*m*64k
16x64k 8 x64k 8x64k
1 17 25 32
3 port mode can using maximum one 1mb circuit and two 512 kbs circuit , using 1-17
timeslots for 1mb, 17-25 time slots for 512kbs and 25-32 timeslots for other 512kbs,
commands for configuring 3 mode is :
msag(config-msag) ddn port add hdb 5 1 type type_hdb subratetype subratetype_16x64k
msag(config-msag) ddn port add hdb 5 17 type type_hdb subratetype subratetype_8x64k
msag(config-msag) ddn port add hdb 5 25 type type_hdb subratetype subratetype_8x64k
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4 port mode 4*n*64k
8x64k 8x64k 8x64k 8x64k
1 9 17 25 32
4 port mode is using maximum four 512kbs circuits,i.e using first 1-9 timeslots for 512kbs,
other 9-17 timeslots 512kbs, other 17-25 for next 512kbs,similarly 25-32 timeslot for last
512kbs circuit,commands for 4 port mode is:
msag(config-msag) ddn port add hdb 5 1 type type_hdb subratetype subratetype_16x64k
msag(config-msag) ddn port add hdb 5 9 type type_hdb subratetype subratetype_8x64k
msag(config-msag) ddn port add hdb 5 17 type type_hdb subratetype subratetype_8x64k
msag(config-msag) ddn port add hdb 5 25 type type_hdb subratetype subratetype_8x64k
2) Create DDN port for HDB
3) Create DDN port for ODTI
4) Create DDN connection from HDBODTI
Number Step Function
1 ZXAN(config-msag)#ddn hdb portnum modify 3 portnum
4*n*64K
Configure HDB work mode
Notes: it can using 4 ports
First port is 24A/24Csecond port is
26A/26Cthird port is 28A/28C
fourth port is 30A/30C
2 ZXAN(config-msag)# ddn port add HDB shelf 3 4 1 type
type_hdb subratetype subtype_3x64k
Create DDN port for HDB
3 ZXAN(config-msag)#ddn port add ODTI shelf 1 8 1 type
type_odti subratetype subtype_3x64k ts 1
Create DDN port for ODTI
Notestotal 364Konly can bind 1
E1 ,start must from ts 1
4 ZXAN(config-msag)#ddn connection add 1 PortName1 HDB
PortName2 ODTI DDN--HBL
Create DDN connection from
HDBODTI
Notes:using name to bind each other
5 ZXAN(config)#set-e1clktype EST2M Set clock source
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6 ZXAN#show msag ddn connection
ZXAN#show msag ddn hdb portnum shelf 3 4
ZXAN#show msag ddn port shelf 1 slot 8
ZXAN#show msag ddn port shelf 3 slot 4
ZXAN#show e1clock
check DDN connect
check work mode
check DDN port(ODTI)
check DDN port(HDB)
check clock source
7 ZXAN(config-msag)#pcm attribution modify 8 1
loop-back 1
ODTI E1 loop
5 Simple trouble shooting
Test way pls check this document
DDN config manul.doc
DDN-test.doc
3.15. ISDN-BRI service configuration
1) Diagram for NMS configuration and troubleshooting
Configure Monitor session
for uplink ,untag spare unlink
to capture magaco packet
Subscriber cable
TRX Equipment
Softswitch
NT1
2) equipment preparing
1 ISDN NT1
2 Connect Phone with DLCE card
ISDN parameter preparing
1) Desport 6100 ;local port 2905
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2) Interface ID (IID)
3) TID for ISDN user
3) ISDN service configure step
1) Add AS
2) Add ASP ,
3) Bind AS & ASP,
4) Configure D channel
5) Add TID for ISDN user
6) Add SCTP signal port
Notes:before configure ensure H248 is OK;check licence.dat
Number Step Function
1 ZXAN(config-msag)#as add 1
ZXAN(config-msag)#asp add 1 6100 2905 1 10.16.98.102
instream 8 outstream 8
ZXAN(config-msag)#asasp add 1 1
ZXAN(config-msag)#show msag as
ZXAN(config-msag)#show msag asp
Add AS ;
Add ASP set parameter for ASP need
Same to Softswith;
Bind AS&ASP;
Check AS status
Check ASP status
2 ZXAN(config-msag)#isdn dlink span add 7 1 1 100 1
ZXAN(config-msag)#show msag isdn dlink attribute
Add Dlink,IID must same to SS
Check ISDN Dlink status
3 ZXAN(config-msag)#show msag slc terminationid 7
ZXAN(config-msag)#slc terminationid add 7 BRA 1
Check ISDN BRI terminal ID
Add ISDN BRI user terminal ID
4 ZXAN(config-msag)#ctrlport add 1 6610 info 1 Add ctrl port
4) Simple trouble shooting
1) First AS & ASP need active ,check parameter with SS
2) Then capture the signal to check
3.16. ISDN PRI CONFIGURATIONS
Number Step Function
1 ZXAN(config-msag)#as add 1
ZXAN(config-msag)#asp add 1 6100 2905 1 10.16.98.102
instream 8 outstream 8
ZXAN(config-msag)#asasp add 1 1
ZXAN(config-msag)#show msag as
ZXAN(config-msag)#show msag asp
Add AS ;
Add ASP set parameter for ASP need
Same to Softswith;
Bind AS&ASP;
Check AS status
Check ASP status
2 ZXAN(config-msag)#isdn dlink span add 8 pcm-no 1 1 17 1 1
ZXAN(config-msag)#show msag isdn dlink attribute
Add Dlink,IID must same to SS
17 is the index for version 3
Check ISDN Dlink status
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3 ZXAN(config-msag)#show msag trunk terminationid 8 1
ZXAN(config-msag)#trunk terminationid add 8 1 A
begain-no 4001 type 2
Check ISDN PRI terminal ID
Add ISDN PRI user terminal ID
4 ZXAN(config-msag)#ctrlport add 1 9899 info 1 Add ctrl port
3.17. PPPOE+ function
ZXAN(config)#pppoe-plus enable
ZXAN(config)#interface adsl_2/11/2
ZXAN(config-if)#pppoe-plus enable pvc 1
ZXAN(config)#port-location ?
access-node-identifier Config access-node-identifier info
hostname Config port-location hostname
vlan Config specific vlan
vlan-control Config vlan control
3.18. Function switch
Function switch provides additional features which could adjust CPU to process certain type of
traffic and disable the process for certain type of traffic for exam you enable CPU to process
IGMP service but disable DDN service
This file could be accessed by attaining the LICENSE.DAT placed inside CFG folder
182_191_255_32-ITR_DHKLH_MG#dir
Directory of flash:/
attribute size date time name
1 drwx 16384 JUL-06-2011 12:06:40 img
2 drwx 16384 AUG-22-2011 20:10:40 cfg
3 drwx 16384 AUG-29-2011 07:24:46 data
4 drwx 16384 FEB-18-2010 10:31:54 gponont
5 -rwx 8822 AUG-29-2011 07:29:50 error.log
6 drwx 16384 FEB-18-2010 13:48:32 user
7 -rwx 51645 JUN-10-2011 14:40:38 error.log.bak
64880640 bytes total (43188224 bytes free)
drwx ddirectory
r read
wwrite
Img Version saved in this
directory
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xexcute
drwx ddirectory
r read
wwrite
xexcute
Cfg Startrun.dat saved in
this directory
drwx ddirectory
r read
wwrite
xexcute
Data Narrowband data saved
in this directory
drwx ddirectory
r read
wwrite
xexcute
Gponont Gpon ont version saved
182_191_255_32-ITR_DHKLH_MG#cd cfg
182_191_255_32-ITR_DHKLH_MG#dir
Directory of flash:/cfg
attribute size date time name
1 drwx 16384 AUG-22-2011 20:10:40 .
2 drwx 16384 JAN-01-1970 00:00:00 ..
3 -rwx 676 FEB-18-2010 13:48:48 license.dat
4 -rwx 236108 AUG-22-2011 20:10:40 startrun.dat
5 -rwx 4096 JUL-14-2011 01:19:08 nvram.dat
64880640 bytes total (43188224 bytes free)
License.dat There are many functions which defined by
this file, H248,MGCP,DDN,ISDN etc.
Startrun.dat Broadband data file, rack,shelf,card,etc.
Nvram.dat Boot parameter, outband ip, mac,etc.
You can download it by using this command
ZXAN#copy flash: /cfg/license.dat ftp: //144.1.1.100/startrun.dat@root:root
you just have to configure FTP server attributes before you download this data
once you finish download this file open it in NOTEPAD and you will see:
#ZXMSAG V2.0 License File
#Comments must start with a '#' mark
#Supported by WuFeng, wu.feng3@zte.com.cn
#define LM_ITEM_START_H248 ((int) 1) /*whether or not enable H.248 services*/
#define LM_ITEM_START_MGCP ((int) 2) /*whether or not enable MGCP services*/
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#define LM_ITEM_START_V5 ((int) 3) /*whether or not enable V5 services*/
#define LM_ITEM_START_ISDN ((int) 4) /*whether or not enable ISDN services*/
#define LM_ITEM_START_E1_MNG ((int) 5) /*e1 management*/
#define LM_ITEM_START_ISDN2B ((int) 6) /*ISDN2B Term */
#define LM_ITEM_START_SIP ((int) 7) /*whether or not enable SIP services*/
1=1
2=1
3=1
4=1
5=1
6=1
7=1
1 is for enabling any feature and 0 is to disable any feature.
Set the parameters as per requirement adjust it if required . before doing this please contact
zte if they allow then do it
LM_ITEM_START_H248 INT 1 1 1:enable 0:disable
LM_ITEM_START_MGCP INT 2 1 1:enable 0:disable
LM_ITEM_START_V5 INT 3 1 1:enable 0:disable
LM_ITEM_START_ISDN INT 4 1 1:enable 0:disable
LM_ITEM_START_E1_MNG INT 5 1 1:enable 0:disable
LM_ITEM_START_ISDN2B INT 6 1 1:enable 0:disable
LM_ITEM_START_SIP INT 7 1 1:enable 0:disable
3.19. STAND BY SS CONFIGURATIONS
Use following commands to set stand by SOFT SWITCH whenever required
ZXAN(CONFIG-MSAG)#mgc add
2 10.20.16.2 port 2944 type 2 (TYPE 2 =hauwie TYPE 1 =ZTE)
ZXAN(CONFIG-MSAG)# mg modify 1 1
mgcid2 2 port 2944
Show msag mg Check
Show msag mgc Check
3.20. SHDSL configration
1). Test Enviroment
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MSAGV3.1
SHDSL MODEM
SMARTBITS600B
2). Hareware configration
Main control card GISB slot 9
SHDSL CARD GSDLB slot 15
MODEM TAILET 1608
SMARTBITS SMARTBITS 600B
UPLINK SUBCARD GEI
32 subscriber pin to port
M S BLUE ORANGE GREEN BROWN
WHITE 1 2 3 4
RED 5 6 7 8
BLACK 9 10 11 12
YELLOW 13 14 15 16
WHITEBLUE 17 18 19 20
REDBLUE 21 22 23 24
BLACKBLUE 25 26 27 28
YELLOWBLUE 29 30 31 32
GSDLB support 16 shdsl ports, the subscribe sequence is first 8 ports and last 8 ports
There is a connector box: RJ45 transfer to subscriber
RJ45 TRANSFERBOX SUBSCRIBER
WHITEORANGE BLUE 4TH
ORANGE YELLOW 5TH
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WHITEGREEN BLACK 3RD
BLUE RED 6TH
WHITEBLUE GREEN 7TH
GREEN YELLOW 8TH
WHITEBROWN BROWN 1ST
BROWN WHITE 2ND
3). Software Configuration
config rack shelf add rack shelf cards
set data-path-mode msag(config)#interface shdsl_1/15/1-16
msag(if-config)#data-path-mode efm
modem only support
efm mode
create shdsl profile msag(config)#shdsl profile 2wire create 4wire and 8wire
like this
Apply profile to ports msag(config)#interfaceshdsl_1/15/1-4
shdsl profile 2wire
shdsl alarm profile sdefval.prf
we use default alarm
profile
Config uplink and shdsl
ports interface shdsl_1/15/1-4
switchport mode hybrid
switchport default vlan 1000
interface fei_0/9/0
no shutdown
switchprot mode hybrid
negotiation auto
switchport defaut vlan 1000
set modem with 8wire Pls check modem configuration docx
check the synchronize
status
show shdsl port-status shdsl_1/15/1
smartbits Send and receive packet for testing
MSAG(CONFIG)#shdsl profile 2wire
SpanConfWireInterface(1-twoWire,2-fourWire,3-sixWire,4-eightWire):[1]
SpanConfMinLineRate(192..30000kbps):[200]
SpanConfMaxLineRate(200..30000kbps):[6000]
SpanConfPSD(1-symmetric,2-asymmetric):[1]
SpanConfTransmissionMode(0-default,1-custom):[0]
SpanConfRemoteEnabled(1-enable,2-disable)):[1]
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Confidential and Proprietary Information of ZTE CORPORATION
SpanConfPowerFeeding(1-noPower,2-powerFeed,3-wettingCurrent):[1]
SpanConfCurrCondTargetMarginDown(0..10dB):[5]
SpanConfWorstCaseTargetMarginDown(-10..10dB):[0]
SpanConfCurrCondTargetMarginUp(0..10dB):[5]
SpanConfWorstCaseTargetMarginUp(-10..10dB):[0]
SpanConfUsedTargetMargins(0-default,1-custom):[0]
SpanConfReferenceClock(1-LocalClk,2-NetworkClk,3-DataOrNetworkClk,4-DataClk):[1]
SpanConfLineProbeEnable(1-disable,2-enable):[1]
MSAG(CONFIG)#shdsl profile 4wire
SpanConfWireInterface(1-twoWire,2-fourWire,3-sixWire,4-eightWire):[2]
SpanConfMinLineRate(192..30000kbps):[200]
SpanConfMaxLineRate(200..30000kbps):[6000]
SpanConfPSD(1-symmetric,2-asymmetric):[1]
SpanConfTransmissionMode(0-default,1-custom):[0]
SpanConfRemoteEnabled(1-enable,2-disable)):[1]
SpanConfPowerFeeding(1-noPower,2-powerFeed,3-wettingCurrent):[1]
SpanConfCurrCondTargetMarginDown(0..10dB):[5]
SpanConfWorstCaseTargetMarginDown(-10..10dB):[0]
SpanConfCurrCondTargetMarginUp(0..10dB):[5]
SpanConfWorstCaseTargetMarginUp(-10..10dB):[0]
SpanConfUsedTargetMargins(0-default,1-custom):[0]
SpanConfReferenceClock(1-LocalClk,2-NetworkClk,3-DataOrNetworkClk,4-DataClk):[1]
SpanConfLineProbeEnable(1-disable,2-enable):[1]
MSAG(CONFIG)#shdsl profile 8wire
SpanConfWireInterface(1-twoWire,2-fourWire,3-sixWire,4-eightWire):[4]
SpanConfMinLineRate(192..30000kbps):[200]
SpanConfMaxLineRate(200..30000kbps):[6000]
SpanConfPSD(1-symmetric,2-asymmetric):[1]
SpanConfTransmissionMode(0-default,1-custom):[0]
SpanConfRemoteEnabled(1-enable,2-disable)):[1]
SpanConfPowerFeeding(1-noPower,2-powerFeed,3-wettingCurrent):[1]
SpanConfCurrCondTargetMarginDown(0..10dB):[5]
SpanConfWorstCaseTargetMarginDown(-10..10dB):[0]
SpanConfCurrCondTargetMarginUp(0..10dB):[5]
SpanConfWorstCaseTargetMarginUp(-10..10dB):[0]
SpanConfUsedTargetMargins(0-default,1-custom):[0]
Confidential and Proprietary Information of ZTE CORPORATION
Confidential and Proprietary Information of ZTE CORPORATION
SpanConfReferenceClock(1-LocalClk,2-NetworkClk,3-DataOrNetworkClk,4-DataClk):[1]
SpanConfLineProbeEnable(1-disable,2-enable):[1]
4). test 4wires and 2wires like above procedures;
NOTE
pls make sure the pin to port is correctif it is wrongmaybe linkstatus is okbut service not through
G,SHDSL TAINET MODEM CONFIGRATION.docx
Cable order.xlsx