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How to Add a ZTE ONT on Huawei OLT?

Both Huawei and ZTE are world well-known Chinese multinational technology company. The latest Dell’Oro Group report indicates the share of Huawei in the telecom equipment market has reached to 28%, ZTE is 10%. In this article, we take ZTE F601 and Huawei MA5800 X17 as example, to show you how to add a ZTE ONT on Huawei OLT.

Preparation:

ZTE ZXHN F601, Huawei MA5800 X17 with MPLB and GPHF C+, SC/PC connector, attenuator

Procedure:

1.Insert main control board MPLB and service board GPHF, and power on the MA5800 X17

2.Power on ZTE ZXHN F601, then connect it to Huawei MA5800 X17 by using the SC/PC connector and attenuator

3.Connect the MA5800 X17 to the network port of the PC directly

4.Login MA5800 X17 via Secure CRT, default user name is root, password is admin123

5.Run the commands enable, config, display version to check the software version of MA5800 X17

MA5800-X17(config)> enable

MA5800-X17(config)#config

MA5800-X17(config)#display version   

{ <cr>|backplane<K>|frameid/slotid<S><Length 1-15>||<K> }:

 

 Command:

          display version

 VERSION : MA5800V100R016C00

PRODUCT : MA5800-X17

 

  Active Mainboard Running Area Information:

  ————————————————–

  Current Program Area : Area B

  Current Data Area : Area A

 

  Program Area A Version : MA5800V100R016C00

  Program Area B Version : MA5800V100R016C00

 

  Data Area A Version : MA5800V100R016C00

  Data Area B Version : MA5800V100R016C00

  ————————————————–

 

  Standby Mainboard Running Area Information:

  ————————————————–

  Current Program Area : Area B

  Current Data Area : Area A

 

  Program Area A Version : MA5800V100R017C00

  Program Area B Version : MA5800V100R016C00

                                    

  Data Area A Version : MA5800V100R017C00

  Data Area B Version : MA5800V100R017C0   0

  ————————————————–

 

  Uptime is 0 day(s), 0 hour(s), 31 minute(s), 16 second(s)

 

6.Run command display board 0 to check board status

MA5800-X17(config)#display board 0 

{ <cr>||<K> }:

 

  Command:

          display board 0

  ————————————————————————-

  SlotID  BoardName  Status          SubType0 SubType1    Online/Offline

  ————————————————————————-

  0     

  1    

  2    

  3    

  4    

  5    

  6     

  7   

  8   

  9       H901MPLB   Standby_normal                     

  10      H901MPLB   Active_normal                

  11      H901GPHF   Normal                          

  12                            

  13                            

  14   

  15   

  16   

  17   

  18   

  19   

  20      H901PILA   Normal                          

  21      H901PILA   Normal                          

  ————————————————————————-

 

7.Run command display board 0/11 to check the status of service board GPHF

{ <cr>||<K> }: 

 

  Command:

          display board 0/11

 

  —————————————               

  Board Name          : H901GPHF                   

  Board Status        : Normal                      

  —————————————

 

  ——————————————————————————

  Power Status      Power-off cause                    Power-off Time

  ——————————————————————————

  POWER-ON          –                                  –

  ——————————————————————————

  ————————————————————-

    Port   Port   min-distance   max-distance   Optical-module

           type       (km)           (km)           status

  ————————————————————-

    0     GPON        0              20             Online

    1     GPON        0              20             Online

    2     GPON        0              20             Online

    3     GPON        0              20             Online

    4     GPON        0              20             Online

    5     GPON        0              20             Online

    6     GPON        0              20             Online

    7     GPON        0              20             Online

    8     GPON        0              20             Online

    9     GPON        0              20             Online

   10     GPON        0              20             Online

   11     GPON        0              20             Online

   12     GPON        0              20             Online

   13     GPON        0              20             Online

   14     GPON        0              20             Online

   15     GPON        0              20             Online

  ————————————————————-

  In port 0/ 11/0 , the total of ONTs are: 0, online: 0

  In port 0/ 11/1 , the total of ONTs are: 0, online: 0

  In port 0/ 11/2 , the total of ONTs are: 0, online: 0

  In port 0/ 11/3 , the total of ONTs are: 0, online: 0

  In port 0/ 11/4 , the total of ONTs are: 0, online: 0

  In port 0/ 11/5 , the total of ONTs are: 0, online: 0

  In port 0/ 11/6 , the total of ONTs are: 0, online: 0

  In port 0/ 11/7 , the total of ONTs are: 0, online: 0

  In port 0/ 11/8 , the total of ONTs are: 0, online: 0

  In port 0/ 11/9 , the total of ONTs are: 0, online: 0

  In port 0/ 11/10, the total of ONTs are: 0, online: 0

  In port 0/ 11/11, the total of ONTs are: 0, online: 0

  In port 0/ 11/12, the total of ONTs are: 0, online: 0

  In port 0/ 11/13, the total of ONTs are: 0, online: 0

  In port 0/ 11/14, the total of ONTs are: 0, online: 0

  In port 0/ 11/15, the total of ONTs are: 0, online: 0

8.Run command vlan 888 smart to add VLAN 888

9.port vlan 888 0/10 0 command is used to add an upstream port to VLAN 888. When you need to enable an upstream port to transmit VLAN-tagged user packets in the upstream direction, run this command to add the upstream port to the VLAN. After that, the VLAN-tagged packets can be transmitted through the port.

10.Run command interface vlanif to create a VLANIF interface and enter VLANIF interface mode from the global config mode. In the VLANIF interface mode, you can set parameters such as DHCP, firewall, IP address, MPLS, DHCP server, and ARP for the virtual Layer 3 interface.

11.Configure the IP address by using the ip address 192.168.200.200 24 command

12.quit

13.Use command traffic table ip index 8 name “ip-traffic-table_8” cir 4096 cbs 133072 pir 8192 pbs 264144 color-mode color-blind priority 1 priority-policy local-setting to create a traffic profile

14.Use commands as below to create a GPON ONT line profile and enter GPON ONT line profile mode or to enter the configuration mode of a created GPON ONT line profile.

ont-lineprofile gpon profile-id 0 profile-name “line-profile_default_0” 

tcont 0 dba-profile-id 2

tcont 1 dba-profile-id 0

commit

15.Enter to interface 0/11 first, and enable the ONT auto-find function of a PON port by using the command port 0 ont-auto-find enable

16.Use command display ont autofind all to query the automatically discovered ONTs in the system

17.Add the ZTE F601 using commands:

interface gpon 0/

ont add 0 20 sn-auth “5A544547C0A0DD05” omci ont-lineprofile-id 0 ont-srvprofile-id 0 desc “ZTEG”

18.Finally, back to command display board 0/11, check whether the ZTE F601 has been successfully added to the MA5800 X17

As a leading telecom equipment manufacture, in order to ensure its own profit, Huawei OLT usually not compatible with third-party device. In this article, we used a specific version of the main control board to achieve the third-party ONT compatibility, if you are interested, don’t hesitate to contact us for more details in supports@thunder-link.com

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