ZXA10 C610

Optical Access Convergence Equipment

Commissioning Guide

Version: V2.x

ZTE CORPORATION
No. 55, Hi-tech Road South, ShenZhen, P.R.China
Postcode: 518057
Tel: +86-755-26771900
URL: http://support.zte.com.cn
E-mail: support@zte.com.cn
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Revision History

Revision No. Revision Date Revision Reason

R1.0 2021-08-18 First edition

Serial Number: SJ-20210730093619-004

Publishing Date: 2021-08-18 (R1.0)

 Contents
1 Commissioning Flow................................................................................... 1
2 Commissioning Preparations......................................................................2
2.1 Hardware Preparations............................................................................................ 2
2.2 Software Preparations.............................................................................................. 3
2.3 Tool Preparations..................................................................................................... 3
2.4 Data Preparations.................................................................................................... 4
3 Local Office Commissioning.......................................................................5
3.1 Powering On the Device.......................................................................................... 5
3.2 Commissioning the Power Supply System.............................................................. 5
3.3 Configuring a Maintenance Terminal....................................................................... 6
3.4 Logging In to the System.........................................................................................9
3.5 Checking the Software Version..............................................................................10
3.6 Checking Board Status.......................................................................................... 11
3.7 Checking the Fan Status....................................................................................... 11
3.8 Checking the Status of an Uplink Port...................................................................12
3.9 Checking Service Ports..........................................................................................12
3.10 Checking the Average Transmit Optical Power of a Two-Fiber Bidirectional
Optical Interface.................................................................................................... 13
3.11 Saving Data.......................................................................................................... 14
3.12 Backing Up System Configuration Files...............................................................14
4 Debugging Connections............................................................................ 16
5 Service Commissioning.............................................................................19
5.1 Commissioning the GPON Broadband Service..................................................... 20
5.2 Commissioning the GPON Multicast Service.........................................................22
5.3 Commissioning the GPON Voice Service (H.248)................................................. 28
5.4 Commissioning the GPON Voice Service (SIP).....................................................34
Figures............................................................................................................ 40
Tables.............................................................................................................. 41
Glossary.......................................................................................................... 42

I
II
 Chapter 1
Commissioning Flow
System commissioning refers to system debugging and service verification after hard-
ware and software are installed completely. It is performed to ensure that the system
meets the design requirements and operates in a stable, reliable, and secure manner.
Figure 1-1 shows the commissioning flow.

Figure 1-1 Commissioning Flow

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 Chapter 2
Commissioning Prepa-
rations
Table of Contents
Hardware Preparations..................................................................................................... 2
Software Preparations.......................................................................................................3
Tool Preparations.............................................................................................................. 3
Data Preparations............................................................................................................. 4

2.1 Hardware Preparations

To ensure that you can perform commissioning smoothly, you must prepare and check
hardware before commissioning.
For the hardware check items before commissioning, refer to Table 2-1.

Table 2-1 Hardware Check Descriptions

Item Description

Power supply and ground- Ensure that the power supply and grounding meet the following require-
ing ments:
 Power cables and grounding cables are properly and reliably con-
nected and in good contact.
 The labels of power cables, grounding cables, and power switches
are correct, clear, and neat.
 External grounding cables of cabinets and PE cables are properly
and reliably connected and in good contact. Cables are free of dam-
age and breakage.
 Devices are powered properly.

Cable and connector Check local maintenance serial interface cables, network cables, opti-
cal fibers, and subscriber lines to ensure that they meet the following re-
quirements:
 No cable connector is loose or falls off.
 All cable sheathes are in good condition.
 Cables are labeled clearly.
 Cables are bound tightly.

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 2 Commissioning Preparations

Item Description

Upper-layer device Ensure that upper-layer devices meet the following requirements:
 The interconnection ports of each upper-layer device have correct
physical positions.
 Upper-layer devices are operating properly and available for debug-
ging.

2.2 Software Preparations

Before commissioning, software required for commissioning must be prepared to ensure
that you can perform commissioning smoothly.
For the software check items before commissioning, refer to Table 2-2.

Table 2-2 Software Check Descriptions

Item Description

Software debugging tool Verify that the software debugging tools required for commissioning are
prepared. Common commissioning tools are as follows:
 HyperTerminal: used to log in to the ZXA10 C610 in command line
mode.
 TFTP, FTP, and SFTP tools: used for downloading software.

2.3 Tool Preparations

Tools must be prepared before commissioning to ensure that you can perform commis-
sioning smoothly.
For the required tools, refer to Table 2-3.

Table 2-3 Tool Descriptions

Item Description

Cable One standard RS232 serial port One end is an RJ-45 connector and is con-
cable nected to the CONSOLE interface on the
switching control board of the ZXA10 C610.
The other end is a DB-9 female connector
and is connected to a maintenance terminal.
This cable is used to connect a maintenance
terminal to the ZXA10 C610 for maintenance
through a serial port.

One crossover cable It is used to connect a maintenance terminal

to the ZXA10 C610 in Telnet maintenance
mode. If the network port of the maintenance
terminal is self-adaptive, a straight-through
cable can also be used.

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ZXA10 C610 Commissioning Guide

Item Description

Two straight-through cables Used for service commissioning.

Several optical fibers Used for optical power detection, service ac-
cess, and uplink.

Maintenance termi- One maintenance terminal A portable computer installed with the Hyper-
nal Terminal, which is used for logging in to the
ZXA10 C610 and for debugging devices.

Auxiliary instrument One optical power meter Used to test the average transmit optical pow-
and meter er and actual receive optical power of each
optical interface.

One optical attenuator Used to attenuate input optical signals. Dur-

ing device debugging, it is used for a receiv-
ing optical interface to protect the optical in-
terface from being damaged by strong optical
power.

One multimeter Used to test the voltage, resistance, and cur-

rent strength during the power debugging
process.

Test terminal ONT, PC, and phone Used for service commissioning.

2.4 Data Preparations

To prepare device configuration, you need to collect information about the hardware
configuration, network, and data planning of the devices to be commissioned in accor-
dance with engineering documents before commissioning.
For the requirements for data preparations before commissioning, refer to Table 2-4.

Table 2-4 Data Preparations

Item Description

Hardware configuration This item includes but is not limited to:

 Switching control board and service board types and slot distribution
 Uplink port type, service port type, and physical port positions

Network and data plan- This item includes but is not limited to:
ning  Networking mode
 IP address allocation
 VLAN partitioning
 Service type and data planning

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 Chapter 3
Local Office Commis-
sioning
Table of Contents
Powering On the Device................................................................................................... 5
Commissioning the Power Supply System....................................................................... 5
Configuring a Maintenance Terminal................................................................................6
Logging In to the System..................................................................................................9
Checking the Software Version...................................................................................... 10
Checking Board Status................................................................................................... 11
Checking the Fan Status................................................................................................ 11
Checking the Status of an Uplink Port........................................................................... 12
Checking Service Ports...................................................................................................12
Checking the Average Transmit Optical Power of a Two-Fiber Bidirectional Optical Inter-
face.................................................................................................................................. 13
Saving Data.....................................................................................................................14
Backing Up System Configuration Files......................................................................... 14

3.1 Powering On the Device

This procedure describes how to supply power to the device to power on boards.

Prerequisite

 The device installation checks and power-on check are complete.

 All output control switches of the DC power distribution shelf are turned off.

Steps

1. Turn on the output control switches of the DC power distribution shelf.

3.2 Commissioning the Power Supply System

This procedure describes how to commission the power supply system so that it can stably
provide power to the ZXA10 C610.

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ZXA10 C610 Commissioning Guide

Steps

1. Check the power supply of the DC power distribution shelf. If two independent pow-
er supplies are available for the cabinet, ensure that each power supply can indepen-
dently provide power for the cabinet.
2. Check the power supply of each power board. Ensure that the redundancy function
is operating properly for the power boards.
If the PWR indicator of a power board is flashing green, it indicates that the power
board is operating properly.

3.3 Configuring a Maintenance Terminal

You need to properly connect a maintenance terminal to the ZXA10 C610 to ensure proper
communication between the ZXA10 C610 and the maintenance terminal during the com-
missioning process.

Prerequisite

 The maintenance terminal has been installed with the Windows operating system.
 The maintenance terminal has been installed with HyperTerminal.
 The out-of-band network management system of NEs has been configured.

Context

The default IP address of the out-of-band network management system of NEs is

136.1.1.100. After logging in to an NE through a serial port, you can run the show ip in-
terface mgmt_eth command to query the IP address of the out-of-band network man-
agement system.
You can use the follow command to change the IP address of the out-of-band network
management system.
For example,the IP address is 10.63.192.225,you can run the follow command:
ZXAN(config)#interface mgmt_eth

ZXAN(config-if-mgmt_eth)#ip address 10.63.192.225 255.255.255.0

Steps

 Configure a maintenance terminal to connect to the NE to be commissioned through

a serial port.
1. Use a serial port cable to connect the CONSOLE interface of the switching con-
trol board to the serial interface of the maintenance terminal (PC).
2. On the debugging PC, run the terminal tool (take PuTTY as an example).
3. On the PuTTY Configuration dialog box, select Connection > Serial.

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 3 Local Office Commissioning

4. Select a COM port (COM1) in accordance with the cable connection on the serial
interface. Set the COM properties, see Figure 3-1. Click Open.

Figure 3-1 PuTTY Configuration Dialog Box

Note

The baud rate of the ZXA10 C610 switching and control board is 115200.

 Configure the maintenance terminal to connect to the NE to be debugged through an

out-of-band network interface.
1. Connect the MGMT network interface of the switching control board to the net-
work interface of the maintenance terminal (PC) by using a crossover cable.
2. On the desktop of the maintenance terminal, right-click My Network Places and
select Properties from the shortcut menu. The Network Connection dialog box
is displayed.
3. Right-click Local Area Connection and select Properties from the shortcut
menu. The Local Area Connection Properties dialog box is displayed.

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ZXA10 C610 Commissioning Guide

4. In the This connection uses the following items in of the General tab, select
Internet Protocol (TCP/IP). Click Properties. The Internet Protocol (TCP/IP)
Properties dialog box is displayed.
5. Set the IP address of the maintenance terminal to ensure that the IP address of
the maintenance terminal and the out-of-band IP address of the ZXA10 C610 are
in the same network segment, see Figure 3-2. Click OK.

Figure 3-2 Setting the IP Address for the Maintenance Terminal

6. Select Start > Run. The Run dialog box is displayed.

7. Enter telnet x.x.x.x (x.x.x.x is the IP address of the NE for out-of-band manage-
ment), see Figure 3-3. Click OK.

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 3 Local Office Commissioning

Figure 3-3 Running the Telnet

Note

3.4 Logging In to the System

Before configuring the ZXA10 C610 through a maintenance terminal, you need log in to
the ZXA10 C610.

Steps

 In serial interface mode, run the enable command and the password zxr10 at the
ZXAN> prompt to enter administrator mode. The prompt changes to ZXAN#.

*******************************************************************************

Welcome to TITAN series OLT of ZTE Corporation

*******************************************************************************

ZXAN>enable

Password:

ZXAN#

Create a user that the username and password is zte and the privilege level is 15.

ZXAN(config)#aaa-authentication-template 2001

ZXAN(config-aaa-authen-template)#aaa-authentication-type local

ZXAN(config)#aaa-authorization-template 2001

ZXAN(config-aaa-author-template)#aaa-authorization-type local

ZXAN(config)#system-user

ZXAN(config-system-user)#authorization-template 1

ZXAN(config-system-user-author-temp)#bind aaa-authorization-template 2001

ZXAN(config-system-user-author-temp)#local-privilege-level 15

ZXAN(config-system-user)#authentication-template 1

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ZXA10 C610 Commissioning Guide

ZXAN(config-system-user-authen-temp)#bind aaa-authentication-template 2001

ZXAN(config-system-user)#strong-password check disable

ZXAN(config-system-user)#user-name zte

ZXAN(config-system-user-username)#bind authentication-template 1

ZXAN(config-system-user-username)#bind authorization-template 1

ZXAN(config-system-user-username)#password zte

ZXAN(config-system-user-username)#exit

ZXAN(config)#write

 In out-of-band network interface mode, enter the username and password (both are
zte ) to enter administrator mode (ZXAN#).

*******************************************************************************

Welcome to TITAN series OLT of ZTE Corporation

*******************************************************************************

Login at: 18:47:32 03-14-2018

Username:zte

Password:

ZXAN#

3.5 Checking the Software Version

This procedure describes how to check the current software version meets the onsite
commissioning requirement.

Steps

Run the show software command to view information about the current version.

ZXAN#show software

ZXA10 C610

ZTE ZXA10 Software, Version: C610, Release software

Copyright (c) 2019 by ZTE Corporation Build on 2019/01/30 10:13:09

System image file is <sysdisk0: verset/c610_base_rel_T3.set>,

file size is 223,385,375 Bytes

[GMRA, shelf 1, slot 1]:

Active Packages on Node MPU-1/1/0:

Base-1.1.0:

Package: Base

Version: V1.1.0T3

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 3 Local Office Commissioning

3.6 Checking Board Status

This procedure describes how to check whether boards are operating properly.

Context

For the board status description of the ZXA10 C610, refer to Table 3-1.

Table 3-1 Board Status Description

Status Description

INSERVICE The board is operating properly.

CONFIGING The board is being configured.

HWONLINE The board is installed in a shelf, but its version is incorrect, so that it
does not operate properly.

OFFLINE The board is added, but it is not properly installed in the shelf.

STANDBY The board is in standby status.

TYPEMISMATCH The board type is different from the configured type.

Steps

Run the show card command to query the status of each board.

ZXAN#show card

Shelf Slot CfgType Port HardVer Status

-------------------------------------------

1 1 GMRA 6 V1.0.0 INSERVICE

1 2 CVCT 0 OFFLINE

1 3 GVGH 16 V1.0.0 INSERVICE

1 5 PUMD 0 N/A INSERVICE

1 5 PUMO 0 N/A INSERVICE

3.7 Checking the Fan Status

This procedure describes how to check whether fans are operating properly.

Steps

Run the show fan command to query the operational status of fans.

ZXAN#show fan

[shelf 1 LCC]:

Fan speed mini level: 1

Slot 6: online

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ZXA10 C610 Commissioning Guide

Fan speed mode: auto

Fan name: FAN

Index Status Speed

0 work normally 27%

1 work normally 27%

2 work normally 27%

3 work normally 27%

3.8 Checking the Status of an Uplink Port

This procedure describes how to check the status of an uplink interface, including whether
the port is up and whether the negotiation mode, duplex mode, VLAN mode, and PVID
are correct.

Steps

1. Run the show interface xgei_1/1/x command (x can be 1–4 ) to query the 10GE
port status.
2. Run the show interface gei_1/1/x command (x can be 5–6 ) to query the 1GE port
status.
3. Run the show vlan port xgei_1/x/x command (x can be 1–4 ) to query the VLAN
and PVID information about the 10GE port.
4. Run the show vlan port gei_1/x/x command (x can be 5–6) to query the VLAN and
PVID information about the 1GE port.

3.9 Checking Service Ports

This procedure describes how to check the status of each service port.

Steps

 Run the show interface gpon-olt_1/3/x command (x can be 1–16 ) to query the
GPON OLT interface status.
 Run the show gpon onu state gpon-olt_1/3/x command (x can be 1–16 ) to query
the GPON ONU status.
 Run the show interface gpon-onu_1/3/x:y command (x can be 1–16, y can be 1–
128) to query the GPON ONU interface status.

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 3 Local Office Commissioning

3.10 Checking the Average Transmit Optical Power of a Two-

Fiber Bidirectional Optical Interface
This procedure describes how to check the average transmit optical power of a local dual-
fiber bidirectional optical interface.

Prerequisite

A calibrated optical power meter, fiber pigtails with different connectors, and optical fiber
connectors are prepared.

Context

Pay attention to the following during detection:

 Set the unit on the optical power meter to dBm.
 Use a single-mode optical fiber for a single-mode optical module, and a multi-mode
optical fiber for a multi-mode optical module.
 Clean fiber joints and optical modules of the optical interface board panel and con-
nect them properly.
 The length of the fiber pigtail is 2 m to 5 m. It is recommended that you use a new
fiber pigtail.

CAUTION

You must not stare at light from the laser transmit ports, fiber joints, and optical fiber
connectors of the optical interface board.

Steps

1. Remove the optical fiber from the Tx port of the interface to be test, and install a pro-
tective cap on the optical fiber connector.
2. Connect one end of the test fiber pigtail to the Tx port of the interface to be test, see
Figure 3-4. Connect the other end to the optical power meter.

Figure 3-4 Detecting the Transmit Optical Power of the Dual-Fiber Bidirectional Op-
tical Interface

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ZXA10 C610 Commissioning Guide

Note

You should select the fiber pigtail in accordance with the interface of the optical pow-
er meter.

3. Set the wavelength of the optical power meter in accordance with the operating
wavelength of the interface to be tested.
4. Observe the readings on the optical power meter, and record the steady reading.
This reading is the average transmit optical power of the interface.
5. Repeat steps 3 to 4 to check whether the optical power value meets the technical re-
quirement.

Note

For the optical power ranges of interfaces, refer to Interface Specifications in the
ZXA10 C610 GPON Optical Access Convergence Equipment Product Description.

6. Restore the optical fiber connection of the interface.

3.11 Saving Data

This procedure describes how to save data to the flash memory to prevent data loss due
to an unexpected restart.

Context

During the command execution process, prompt messages are displayed. Before data
is completed stored, do not restart or power off the system. Otherwise, the data saved in
the flash memory may be damaged.
If configuration data is saved too frequently, the system operation frequency will be af-
fected.

Steps

1. In administrator mode, run the write command to save data to the flash memory.

3.12 Backing Up System Configuration Files

This procedure describes how to back up system configuration files to avoid data loss due
to system faults.

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 3 Local Office Commissioning

Prerequisite

The FTP software is already installed on the maintenance terminal.

Steps

1. Use a crossover cable to the network interface of the maintenance terminal to the
out-of-band network interface of the ZXA10 C610. The out-of-band network interface
is the MGMT interface of the switching control board.
2. Run the FTP server program on the maintenance terminal, set the path for saving
backup files, select a correct IP address, and save data.
3. In ZXAN# mode, run the copy sftp root: /datadisk0/DATA0/startrun.dat //host/
filepath@username:password encrypt aes128 compress zlib mac md5 com-
mand to back up the configuration files to the maintenance terminal.

Note

Because FTP has potential risk in file transferring, it is recommended to use SFTP to
download and upload files.

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 Chapter 4
Debugging Connec-
tions
This procedure describes how to debug interconnections to ensure proper communication
between the ZXA10 C610 and upper-layer network devices. The port rate and physical
working mode of each uplink interface must be the same as those of the opposite end.

Steps

1. Run the show vlan port xgei-1/1/x command (x can be 1–4 ) to query the attributes
of the VLAN interface for in-band network management.
2. Run the show interface xgei-1/1/x command (x can be 1–4 ) to query the attributes
of an uplink interface.
3. Run the show ip interface vlanid command to view the in-band network manage-
ment IP address.
4. Run the show ip forwarding route command to query the specified in-band network
management route.
5. In administrator mode, run the ping x.x.x.x command to ping the IP address of a
network gateway or upper-layer device.
If the ping is successful, the ZXA10 C610 properly communicates with the upper-lay-
er device. If the ping fails, check the physical connection between devices and up-
per-layer network data.

Example

For the interconnection data plan, refer to Table 4-1.

Table 4-1 Interconnection Data Plan

Item Value

VLAN ID 100

Uplink interface xgei-1/1/1

Uplink interface mode trunk

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 4 Debugging Connections

Item Value

In-band network management IP address 10.1.1.1/24

Default gateway 10.1.1.254/24

Destination IP address 10.2.1.1/24

 The following example shows how to query the VLAN interface attributes:

ZXAN(config)#show vlan port xgei-1/1/1

PortMode Pvid Tpid TLSStatus TLSVlan

-----------------------------------------------------

trunk 1 0x8100 disable 0

UntaggedVlan:

TaggedVlan:

100

 The following example shows how to query the uplink interface attributes:

ZXAN(config)#show interface xgei-1/1/1

xgei-1/1/1 admin status is down, line protocol is down, detect status is OK

Byname is null

The port negotiation is force

The port is optical

Duplex full

Interface current rate :

input : 0 Bps, 0 pps

output : 27 Bps, 0 pps

Interface peak rate

input : 25 Bps, output: 80 Bps

Interface utilization:

input : 0.00000%, output : 0.00000%

... ...

 The following example shows how to query the in-band network management IP ad-
dress:

ZXAN(config)#show ip interface vlan1000

vlan1000 AdminStatus is up, PhyStatus is up, line protocol is up,

IPv4 protocol is up

Internet address is 10.1.1.1/24

Broadcast address is 255.255.255.255

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ZXA10 C610 Commissioning Guide

Address determined by setup command

Load-sharing bandwidth 1000000 Kbps

IP MTU 1500 bytes

 The following example shows how to query the specified route:

ZXAN(config)#show ip forwarding route

IPv4 Routing Table:

Headers: Dest: Destination, Gw: Gateway, Pri: Priority;

Codes : BROADC: Broadcast, USER-I: User-ipaddr, USER-S: User-special,

MULTIC: Multicast, USER-N: User-network, DHCP-D: DHCP-DFT,

ASBR-V: ASBR-VPN, STAT-V: Static-VRF, DHCP-S: DHCP-static,

GW-FWD: PS-BUSI, NAT64: Stateless-NAT64, LDP-A: LDP-area,

GW-UE: PS-USER, P-VRF: Per-VRF-label, TE: RSVP-TE,

BP: BRAS-pool, HAGP: Hybrid-access-gateway-protocol;

Status codes: *valid, >best, R: Relay;

Dest Gw Interface Owner Pri Metric

*> 10.2.1.1/24 10.1.1.254 vlan100 Static 1 0

*> 10.1.1.1/32 10.1.1.1 vlan100 Address 0 0

The following example shows how to query whether the devices can ping each other
successfully.

ZXAN#ping 10.2.1.1

sending 5,100-byte ICMP echo(es) to 10.2.1.1,timeout is 2 second(s).

!!!!!

Success rate is 100 percent(5/5), round-trip min/avg/max= 1/2/10 ms.

[finish]

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 Chapter 5
Service Commissioning
Table of Contents
Commissioning the GPON Broadband Service.............................................................. 20
Commissioning the GPON Multicast Service................................................................. 22
Commissioning the GPON Voice Service (H.248)..........................................................28
Commissioning the GPON Voice Service (SIP)............................................................. 34

The ZXA10 C610 is a large-capacity, high-density, and convergence full-service optical

access platform. The ZXA10 C610 supports GPON services.
Figure 5-1 shows the network diagram of the ZXA10 C610.

Figure 5-1 Network Diagram

CBU: Cellular Backhaul Unit CPN: Customer Premise Network

DPU: Distribution Point Unit EMS: Element Management System

HGU: Home Gateway Unit IMS: IP Multimedia Subsystem

MDU: Multiple Dwelling Unit MTU: Multi-Tenant Unit

SBU: Single Business Unit SFU: Single Family Unit

VOD: Video On Demand OTT: Over The Top

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ZXA10 C610 Commissioning Guide

5.1 Commissioning the GPON Broadband Service

This procedure describes how to commission the GPON broadband service to ensure
that the service is configured properly and users can access the Internet.

Prerequisite

The GPON broadband service is configured.

Steps

1. Run the show gpon profile tcont command to query the T-CONT bandwidth profile.
2. Run the show gpon onu tcont gpon_olt-1/3/x onuid tcontid command to query
the T-CONT configuration.
3. Run the show gpon onu gemport gpon_olt-1/3/x onuid gemportid command to
query the specified GEM port.
4. Run the show vlan port xgei-1/1/x command to query the VLAN configuration of the
specified uplink port.
5. Run the show service-port interface vport-1/3/x.x:x command to query the VLAN
configuration of the specified Vport interface.
6. Run the show gpon remote-onu service gpon_onu-1/3/x:x command to query the
service channel of the specified ONU.
7. Run the show gpon remote-onu vlan eth gpon_onu-1/3/x:x command to query the
VLAN configuration of ONU user ports.

Example

For the configuration of the GPON broadband service, refer to Table 5-1.

Table 5-1 GPON Broadband Service Configuration

Configuration Item Setting

Service VLAN ID 100

Service priority 0

Uplink port xgei-1/1/1

Service port vport-1/3/1.1:1

T-CONT Index: 1
T-CONT profile: 200M

GEM Port Index: 1

T-CONT index: 1

Service channel Name: HSI

GEM port index: 1

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Configuration Item Setting

Priority: 0
VLAN ID: 100

User port VLAN Port: eth_0/1

VLAN mode: tag
VLAN ID: 100
Priority: 0

1. The following example shows how to query the T-CONT bandwidth profile:

ZXAN#show gpon profile tcont 200M

Profile name :200M

Type FBW (kbps) ABW (kbps) MBW (kbps) PRIORITY WEIGHT

1 200000 0 0 N/A N/A

2. The following example shows how to query the T-CONT configuration:

ZXAN#show gpon onu tcont gpon_olt-1/3/1 1 1

Name: tcont1

OLT: gpon_olt-1/3/1

ONU: 1

T-CONT: 1

Alloc ID: 256

DBA gap mode: mode0

Using following bandwidth profile:

Profile name: 200M

3. The following example shows how to query the GEM port configuration:

ZXAN#show gpon onu gemport gpon_olt-1/3/1 1 1

OLT: gpon_olt-1/3/1

ONU: 1

GEM port: 1

Name: gemport1

T-CONT: 1

Port ID: 129

GEM port direction: both

Encrypt status: disable

Default queue: 0

4. The following example shows how to query the VLAN configuration of the specified
uplink port:

ZXAN#show vlan port xgei-1/1/1

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PortMode Pvid Tpid TLSStatus TLSVlan

-----------------------------------------------------

trunk 1 0x8100 disable 0

UntaggedVlan:

TaggedVlan:

100

5. The following example shows how to query the VLAN configuration of the specified
Vport service port:

ZXAN#show service-port interface vport-1/3/1.1:1

Interface vport-1/3/1.1:1

Sport Vport BeginVid EndVid OuterVid InnerVid UserPrio Etype Vlan Cos SVlan SCos

Tls TlsSVid Ingress Egress Status Enable

---------------------------------------------------------------------------------

--------------------------------------------------------------------

1 1 100 100 -- -- -- -- 100 -- -- --

-- -- -- -- -- YES

Sport total number:

6. The following example shows how to query the service channel configuration of the
specified ONU:

ZXAN#show gpon remote-onu service gpon_onu-1/3/1:1

Service name GEM port IfId CoS VLAN

--------------------------------------------------------

HSI 1 -- 0 100

7. The following example shows how to query the VLAN configuration of user ports:

ZXAN#show gpon remote-onu vlan eth gpon_onu-1/3/1:1

Interface Mode Def-VID Def-Prio Vlan-list

.................................................................

eth_0/1 tag 100 0 100

5.2 Commissioning the GPON Multicast Service

This procedure describes how to commission the GPON multicast service to ensure that
the service is configured properly and users can receive multicast programs.

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 5 Service Commissioning

Prerequisite

The GPON multicast service is configured.

Steps

1. Run the show gpon profile tcont command to query the T-CONT bandwidth profile.
2. Run the show gpon onu tcont gpon_olt-1/3/x onuid tcontid command to query
the T-CONT configuration.
3. Run the show gpon onu gemport gpon_olt-1/3/x onuid gemportid command to
query the specified GEM port.
4. Run the show vlan port xgei-1/1/x command to query the VLAN configuration of the
specified uplink port.
5. Run the show service-port interface vport-1/3/x.x:x command to query the VLAN
configuration of the specified Vport interface.
6. Run the show igmp command to check the global IGMP configuration.
7. Run the show igmp interface vport-1/x/x.x:x command to check the IGMP configu-
ration of the Vport interface.
8. Run the show igmp mvlan mvlanid command to check the MVLAN configuration.
9. Run the show igmp mvlan mvlanid group-filter command to check the filter infor-
mation of multicast groups.
10. Run the show gpon remote-onu service gpon_onu-1/3/x:x command to query the
service channel of the specified ONU.
11. Run the show gpon remote-onu mvlan gpon_onu-1/3/x:x command to query the
MVLAN configuration of the specified ONU.
12. Run the show gpon remote-onu vlan eth gpon_onu-1/3/x:x command to query the
VLAN configuration of ONU user ports.

Example

For the configuration of the GPON multicast service, refer to Table 5-2.

Table 5-2 GPON Multicast Service Configuration

Configuration Item Setting

Multicast VLAN (MVLAN) ID 200

Service priority 5

MVLAN working mode Proxy (default)

MVLAN multicast group 224.1.1.1–224.1.1.3

Uplink port xgei-1/1/1

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Configuration Item Setting

Service port vport-1/3/1.1:2

T-CONT Index: 2
T-CONT bandwidth profile: 50M

GEM Port Index: 2

T-CONT index: 2

Service channel Name: multicast

GEM port index: 2
Priority: 5
VLAN ID: 200

User port MVLAN MVLAN ID: 200

MVLAN tag stripping: enable

User port VLAN Port: eth_0/2

VLAN mode: tag
VLAN ID: 200
Priority: 5

1. The following example shows how to query the T-CONT bandwidth profile:

ZXAN#show gpon profile tcont 50M

Profile name :50M

Type FBW (kbps) ABW (kbps) MBW (kbps) PRIORITY WEIGHT

3 0 10000 50000 N/A N/A

2. The following example shows how to query the T-CONT configuration:

ZXAN#show gpon onu tcont gpon_olt-1/3/1 1 2

Name: tcont2

OLT: gpon_olt-1/3/1

ONU: 1

T-CONT: 2

Alloc ID: 257

DBA gap mode: mode0

Using following bandwidth profile:

Profile name: 50M

3. The following example shows how to query the GEM port configuration:

ZXAN#show gpon onu gemport gpon_olt-1/3/1 1 2

OLT: gpon_olt-1/3/1

ONU: 1

GEM port: 2

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Name: gemport2

T-CONT: 2

Port ID: 130

GEM port direction: both

Encrypt status: disable

Default queue: 0

4. The following example shows how to query the VLAN configuration of the specified
uplink port:

ZXAN(config)#show vlan port xgei-1/1/1

PortMode Pvid Tpid TLSStatus TLSVlan

-----------------------------------------------------

trunk 1 0x8100 disable 0

UntaggedVlan:

TaggedVlan:

100,200

5. The following example show how to query the VLAN configuration of the specified
Vport service port:

ZXAN(config)#show service-port interface vport-1/3/1.1:2

Interface vport-1/3/1.1:2

Sport Vport BeginVid EndVid OuterVid InnerVid UserPrio Etype Vlan Cos SVlan SCos

Tls TlsSVid Ingress Egress Status Enable

----------------------------------------------------------------------------------

-------------------------------------------------------------------

2 2 200 200 -- -- -- -- 200 -- -- --

-- -- -- -- -- YES

Sport total number:

6. The following example shows how to query the global IGMP configuration:

ZXAN#show igmp

IGMP global parameters:

----------------------------------------------------

IGMP is globally enable.

Span vlan is enable.

Host tracking is disable.

Bandwidth control is disable.

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IGMP log is enable.

IGMP log record-packet is disble.

IGMP syslog is disable.

General query gemport mode is unicast.

Router alert is disable.

Query-version user-compatible is enable.

Prejoin interval is 120(second).

7. The following example shows how to query the IGMP parameter settings of the spec-
ified Vport interface:

ZXAN#show igmp interface vport-1/3/1.1:2

IGMP interface vport-1/3/1.1:2 parameters:

----------------------------------------------------

IGMP status is enable.

IGMP version is v3.

Fast leave is enable.

Max concurrent group num is 8192.

8. The following example shows how to query the MVLAN configuration:

ZXAN#show igmp mvlan 200

Protocol packet's priority is 0 (in proxy/spr/router mode).

Protocol packet's dscp is 48 (in proxy/spr/router mode).

Act Port is 0.

Cvlan is 0.

MaxGroupNum is 8192.

Host ip is 192.168.2.14.

Router ip is 192.168.2.14.

Igmp v1 mode is accept.

Igmp v2 mode is accept.

Igmp v3 mode is accept.

Robustness variable is 2.

General query interval is 125 (second).

Query max response time is 100 (0.1second).

Last member query interval is 10 (0.1second).

Last member query count is 2.

Unsolicited report interval is 1 (second).

Startup query interval is 30 (second).

Startup query count is 2.

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Snooping aging time is 300 (second).

Query active user only control is enable.

-------------------------------------------------------------------------------

Source Port HostCompatibleMode HostConfigMode V1TimeOut V2TimeOut

-------------------------------------------------------------------------------

xgei-1/1/1 v3 auto 0 0

Receive Port

----------------------------

vport-1/3/1.1:2

SSM Group Range

----------------------------

232.0.0.0 mask 255.0.0.0

9. The following example shows how to query the filter information of multicast groups:

ZXAN#show igmp mvlan 200 group-filter

configured filter group address

-------------------------------------------

224.1.1.1 - 224.1.1.3

10. The following example shows how to query the service channel configuration of the
specified ONU:

ZXAN#show gpon remote-onu service gpon_onu-1/3/1:1

Service name GEM port IfId CoS VLAN

--------------------------------------------------------

HSI 1 -- 0 100

multicast 2 -- 5 200

11. The following example shows how to query the MVLAN configuration of the specified
ONU:

ZXAN#show gpon remote-onu mvlan gpon_onu-1/3/1:1

Multicast VLAN: 200

12. The following example shows how to check the VLAN configurations of ONU user
ports:

ZXAN#show gpon remote-onu vlan eth gpon_onu-1/3/1:1

Interface Mode Def-VID Def-Prio Vlan-list

............................................................................

eth_0/1 tag 100 0 --

eth_0/2 tag 200 5 --

eth_0/3 N/A -- -- --

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ZXA10 C610 Commissioning Guide

eth_0/4 N/A -- -- --

5.3 Commissioning the GPON Voice Service (H.248)

This procedure describes how to commission the GPON voice service to ensure that the
service is configured properly and users can originate and answer calls.

Prerequisite

The GPON H.248 voice service is configured.

Steps

1. Run the show gpon profile tcont command to query the T-CONT bandwidth profile.
2. Run the show gpon onu tcont gpon_olt-1/3/x onuid tcontid command to query
the T-CONT configuration.
3. Run the show gpon onu gemport gpon_olt-1/3/x onuid gemportid command to
query the specified GEM port.
4. Run the show vlan port xgei-1/1/x command to query the VLAN configuration of the
specified uplink port.
5. Run the show service-port interface vport-1/3/x.x:x command to query the VLAN
configuration of the specified Vport interface.
6. Run the show gpon remote-onu service gpon_onu-1/3/x:x command to query the
service channel of the specified ONU.
7. Run the show gpon remote-onu voip gpon_onu-1/3/x:x command to query the
VoIP protocol of the specified ONU.
8. Run the show gpon onu profile ip command to query the IP profile of the specified
GPON ONU.
9. Run the show gpon onu profile vlan command to query the VLAN profile of the
specified GPON ONU.
10. Run the show gpon onu profile mgc command to query the MGC profile of the
specified GPON ONU:
11. Run the show gpon remote-onu voip-ip gpon_onu-1/3/x:x command to query the
VoIP IP address of the specified ONU.
12. Run the show gpon remote-onu mgc-service gpon_onu-1/3/x:x command to
query the VoIP service configuration of the specified ONU.

Example

For the configuration of the GPON H.248 voice service, refer to Table 5-3.

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 5 Service Commissioning

Table 5-3 GPON Voice Service Configuration (H.248)

Configuration Item Setting

Service VLAN ID 300

Service priority 7

Uplink port xgei-1/1/1

Service port vport-1/3/1.1:3

T-CONT Index: 3
T-CONT bandwidth profile: 20M

GEM Port Index: 3

T-CONT index: 3

Service channel Name: voip-h248

GEM port index: 3
Priority: 7
VLAN ID: 300

VoIP protocol H.248

Domain name iad.zte.com.cn

VoIP address IP address mode: static

VoIP IP profile: ip-test
IP address: 1.2.3.4/24
VoIP VLAN profile: vlan-test

VoIP service Port: pots_0/1

MGC profile: mgc-test

1. The following example shows how to query the T-CONT bandwidth profile:

ZXAN#show gpon profile tcont 20M

Profile name :20M

Type FBW (kbps) ABW (kbps) MBW (kbps) PRIORITY WEIGHT

1 20000 0 0 N/A N/A

2. The following example shows how to query the T-CONT configuration:

ZXAN#show gpon onu tcont gpon_olt-1/3/1 1 3

Name: tcont3

OLT: gpon_olt-1/3/1

ONU: 1

T-CONT: 3

Alloc ID: 258

DBA gap mode: mode0

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Using following bandwidth profile:

Profile name: 20M

3. The following example shows how to query the GEM port configuration:

ZXAN#show gpon onu gemport gpon_olt-1/3/1 1 3

OLT: gpon_olt-1/3/1

ONU: 1

GEM port: 3

Name: gemport3

T-CONT: 3

Port ID: 131

GEM port direction: both

Encrypt status: disable

Default queue: 0

4. The following example shows how to query the VLAN configuration of the specified
uplink port:

ZXAN#show vlan port xgei-1/1/1

PortMode Pvid Tpid TLSStatus TLSVlan

-----------------------------------------------------

trunk 1 0x8100 disable 0

UntaggedVlan:

TaggedVlan:

100,200,300

5. The following example show how to query the VLAN configuration of the specified
Vport service port:

ZXAN#show service-port interface vport-1/3/1.1:3

Interface vport-1/3/1.1:3

Sport Vport BeginVid EndVid OuterVid InnerVid UserPrio Etype Vlan Cos SVlan SCos

Tls TlsSVid Ingress Egress Status Enable

---------------------------------------------------------------------------------

--------------------------------------------------------------------

3 3 300 300 -- -- -- -- 300 -- -- --

-- -- -- -- -- YES

Sport total number:

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6. The following example shows how to query the service channel configuration of the
specified ONU:

ZXAN#show gpon remote-onu service gpon_onu-1/3/1:1

Service name GEM port IfId CoS VLAN

--------------------------------------------------------

HSI 1 -- 0 100

multicast 2 -- 5 200

voip-h248 3 -- 7 300

7. The following example shows how to query the VoIP protocol of the specified ONU:

ZXAN#show gpon remote-onu voip gpon_onu-1/3/1:1

Protocol used: H248

Available protocol: N/A

Domain: iad.zte.com.cn

Equipment name: N/A

MID flag: domain

Config method used: default

Available config method:N/A

Config state: inactive

Config server:

Validation scheme: disable

File version:

IP mode: single

8. The following example shows how to query the IP profile of the specified GPON
ONU:

ZXAN#show gpon onu profile ip ip-test

Profile name: ip-test

Gateway: 1.2.3.1

Primary DNS: 0.0.0.0

Secondary DNS: 0.0.0.0

9. The following example shows how to query the VLAN profile of the specified GPON
ONU:

ZXAN(config-gpon)#show gpon onu profile vlan vlan-test

Profile name: vlan-test

Tag mode: tag

CVLAN: 300

CVLAN priority:7

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10. The following example shows how to query the MGC profile of the specified GPON
ONU:

ZXAN(config-gpon)#show gpon onu profile mgc mgc-test

Profile name: mgc-test

Server1: 1.2.3.1

Validation scheme: disable

Username: N/A

Password: N/A

Realm: N/A

Server2: 1.2.3.2

Validation scheme: disable

Username: N/A

Password: N/A

Realm: N/A

UDP port: 2944

DSCP/TOS: 0

Media UDP port: 2944

Media DSCP/TOS: 0

Message format: text long

Version: 0

Maximum retry time: 0(s)

Maximum retry attempts: 0(s)

Service change delay: 0(s)

Softswitch vendor:

User TID: specified

Prefix: user

Postfix length: 5

Postfix start number: 1

RTP TID: specified

Prefix: rtp

Postfix length: 5

Postfix start number: 1

Heart beat: service change

RTP link detect: disable

Number shortest match: disable

Digit map long timer: 20000(ms)

Digit map short timer: 5000(ms)

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Digit map start timer: 10000(ms)

Heart beat interval: 60000(ms)

Rereg timer min: 60000(ms)

Rereg timer max: 120000(ms)

Regmsg retran timer: 2000(ms)

Total retran timer: 10000(ms)

Passive heart beat: disable

Min avalanche timer: 10000(ms)

Max avalanche timer: 60000(ms)

11. The following example shows how to query the VoIP IP address of the specified
ONU:

ZXAN#show gpon remote-onu voip-ip gpon_onu-1/3/1:1

Slot index: 0

Mode: static

IP: 1.2.3.4

Mask: 255.255.255.0

Gateway: 1.2.3.1

Primary DNS: 0.0.0.0

Secondary DNS: 0.0.0.0

Ping response: enable

Traceroute response: disable

VLAN tag mode: tag

CVLAN: 300

CVLAN priority: 7

SVLAN: 0

Current IP: 0.0.0.0

Current mask: 0.0.0.0

Current gateway: 0.0.0.0

Current primary DNS: 0.0.0.0

Current secondary DNS: 0.0.0.0

Domain name:

Host name:

MAC address: 0000.0000.0000

IP host ID: 1

12. The following example shows how to query the VoIP service of the specified ONU:

ZXAN#show gpon remote-onu mgc-service gpon_onu-1/3/1:1

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ZXA10 C610 Commissioning Guide

Interface: pots_0/1

MgcId: 1

Profile: mgc-test

SigCode: loop-start

MediaProfile:

5.4 Commissioning the GPON Voice Service (SIP)

This procedure describes how to commission the GPON voice service to ensure that the
service is configured properly and users can originate and answer calls.

Prerequisite

The GPON SIP voice service is configured.

Steps

1. Run the show gpon profile tcont command to query the T-CONT bandwidth profile.
2. Run the show gpon onu tcont gpon_olt-1/3/x onuid tcontid command to query
the T-CONT configuration.
3. Run the show gpon onu gemport gpon_olt-1/3/x onuid gemportid command to
query the GEM port.
4. Run the show vlan port xgei-1/1/x command to query the VLAN configuration of the
uplink port.
5. Run the show service-port interface vport-1/3/x.x:x command to query the VLAN
configuration of the Vport interface.
6. Run the show gpon remote-onu service gpon_onu-1/3/x:x command to query the
service channel of the specified ONU.
7. Run the show gpon remote-onu voip gpon_onu-1/3/x:x command to query the
VoIP protocol of the specified ONU.
8. Run the show gpon onu profile ip command to query the IP profile of the specified
GPON ONU.
9. Run the show gpon onu profile vlan command to query the VLAN profile of the
specified GPON ONU.
10. Run the show gpon onu profile sip command to query the SIP profile of the speci-
fied GPON ONU.
11. Run the show gpon remote-onu voip-ip gpon_onu-1/3/x:x command to query the
VoIP IP address of the specified ONU.
12. Run the show gpon remote-onu sip-service gpon_onu-1/3/x:x command to query
the VoIP service configuration of the specified ONU.

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Example

For the configuration of the GPON SIP voice service, refer to Table 5-4.

Table 5-4 GPON Voice Service Configuration (SIP)

Configuration Item Setting

Service VLAN ID 300

Service priority 7

Uplink port xgei-1/1/1

Service port vport-1/3/1.1:3

T-CONT Index: 3
T-CONT bandwidth profile: voip

GEM Port Index: 3

T-CONT index: 3

Service channel Name: voip-sip

GEM port index: 3
Priority: 7
VLAN ID: 300

VoIP protocol SIP

VoIP address IP address mode: static

VoIP IP profile: ip-test
IP address: 1.2.3.4/24
VoIP VLAN profile: vlan-test

VoIP service Port: pots_0/1

SIP profile: sip-test
User name: 12345
Password: 12345

1. The following example shows how to query the T-CONT bandwidth profile:

ZXAN#show gpon profile tcont voip

Profile name :voip

Type FBW (kbps) ABW (kbps) MBW (kbps) PRIORITY WEIGHT

1 20000 0 0 N/A N/A

2. The following example shows how to query the T-CONT configuration:

ZXAN#show gpon onu tcont gpon_olt-1/3/1 1 3

Name: tcont3

OLT: gpon_olt-1/3/1

ONU: 1

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T-CONT: 3

Alloc ID: 258

DBA gap mode: mode0

Using following bandwidth profile:

Profile name: voip

3. The following example shows how to query the GEM port configuration:

ZXAN#show gpon onu gemport gpon_olt-1/3/1 1 3

OLT: gpon_olt-1/3/1

ONU: 1

GEM port: 3

Name: gemport3

T-CONT: 3

Port ID: 131

GEM port direction: both

Encrypt status: disable

Default queue: 0

4. The following example shows how to query the VLAN configuration of the uplink port:

ZXAN#show vlan port xgei-1/1/1

PortMode Pvid Tpid TLSStatus TLSVlan

-----------------------------------------------------

trunk 1 0x8100 disable 0

UntaggedVlan:

TaggedVlan:

100,200,300

5. The following example show how to query the VLAN configuration of the Vport ser-
vice port:

ZXAN#show service-port interface vport-1/3/1.1:3

Interface vport-1/3/1.1:3

Sport Vport BeginVid EndVid OuterVid InnerVid UserPrio Etype Vlan Cos SVlan SCos

Tls TlsSVid Ingress Egress Status Enable

---------------------------------------------------------------------------------

--------------------------------------------------------------------

3 3 300 300 -- -- -- -- 300 -- -- --

-- -- -- -- -- YES

Sport total number:

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6. The following example shows how to query the service channel configuration of the
specified ONU:

ZXAN#show gpon remote-onu service gpon_onu-1/3/1:1

Service name GEM port IfId CoS VLAN

--------------------------------------------------------

HSI 1 -- 0 100

multicast 2 -- 5 200

voip-sip 3 -- 7 300

7. The following example shows how to query the VoIP protocol of the specified ONU:

ZXAN#show gpon remote-onu voip gpon_onu-1/3/1:1

Protocol used: SIP

Available protocol: N/A

Config method used: default

Available config method:N/A

Config state: inactive

Config server:

Validation scheme: disable

File version:

IP mode: single

8. The following example shows how to query the IP profile of the specified GPON
ONU:

ZXAN#show gpon onu profile ip ip-test

Profile name: ip-test

Gateway: 1.2.3.1

Primary DNS: 0.0.0.0

Secondary DNS: 0.0.0.0

9. The following example shows how to query the VLAN profile of the specified GPON
ONU:

ZXAN#show gpon onu profile vlan vlan-test

Profile name: vlan-test

Tag mode: tag

CVLAN: 300

CVLAN priority:7

10. The following example shows how to query the SIP profile configuration:

ZXAN#show gpon onu profile sip sip-test

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ZXA10 C610 Commissioning Guide

Profile name : sip-test

Proxy server: 1.2.3.1

Outbound proxy: 1.2.3.1

Registrar: 1.2.3.1

Validation scheme: disable

UDP port: 5060

DSCP/TOS: 0

Media UDP port: 5060

Media DSCP/TOS: 0

DNS1: 0.0.0.0

DNS2: 0.0.0.0

Registration expiration time: 3600(s)

Re-registration time: 360(s)

User domain:

Softswitch vendor:

Dial plan table name: N/A

Release timer: 10(s)

ROH timer: 15(s)

Link test: disable

Link test interval: N/A

Appsrv: voip-service

Accesscode: abc

11. The following example shows how to query the VoIP IP address of the specified
ONU:

ZXAN#show gpon remote-onu voip-ip gpon_onu-1/3/1:1

Slot index: 0

Mode: static

IP: 1.2.3.4

Mask: 255.255.255.0

Gateway: 1.2.3.1

Primary DNS: 0.0.0.0

Secondary DNS: 0.0.0.0

Ping response: enable

Traceroute response: disable

VLAN tag mode: tag

CVLAN: 300

CVLAN priority: 7

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 5 Service Commissioning

SVLAN: 0

Current IP: 0.0.0.0

Current mask: 0.0.0.0

Current gateway: 0.0.0.0

Current primary DNS: 0.0.0.0

Current secondary DNS: 0.0.0.0

Domain name:

Host name:

MAC address: 0000.0000.0000

IP host ID: 1

12. The following example shows how to query the VoIP service of the specified ONU:

ZXAN(config-gpon-onu-mng)#show gpon remote-onu sip-service gpon_onu-1/3/1:1

Interface: pots_0/1

Profile: sip-test

User identification: 12345

Username: 12345

Password: 12345

Display name:

SIP agent ID: 1

SIP agent status: N/A

Voicemail server:

Validation scheme:

Voicemail subscription expiration time: 0(s)

SJ-20210730093619-004 | 2021-08-18 (R1.0) 39

 Figures
Figure 1-1 Commissioning Flow..................................................................... 1

Figure 3-1 PuTTY Configuration Dialog Box.................................................. 7

Figure 3-2 Setting the IP Address for the Maintenance Terminal.................. 8

Figure 3-3 Running the Telnet....................................................................... 9

Figure 3-4 Detecting the Transmit Optical Power of the Dual-Fiber Bidi-
rectional Optical Interface............................................................................. 13

Figure 5-1 Network Diagram........................................................................ 19

40 SJ-20210730093619-004 | 2021-08-18 (R1.0)

 Tables
Table 2-1 Hardware Check Descriptions....................................................... 2

Table 2-2 Software Check Descriptions......................................................... 3

Table 2-3 Tool Descriptions........................................................................... 3

Table 2-4 Data Preparations.......................................................................... 4

Table 3-1 Board Status Description............................................................. 11

Table 4-1 Interconnection Data Plan........................................................... 16

Table 5-1 GPON Broadband Service Configuration.................................... 20

Table 5-2 GPON Multicast Service Configuration........................................ 23

Table 5-3 GPON Voice Service Configuration (H.248)................................ 29

Table 5-4 GPON Voice Service Configuration (SIP).................................... 35

SJ-20210730093619-004 | 2021-08-18 (R1.0) 41

 Glossary

CBU

- Cellular Backhaul Unit

CPN

- Customer Premise Network

DPU

- Distribution Point Unit

EMS

- Element Management System

FTP

- File Transfer Protocol

GPON

- Gigabit Passive Optical Network

HGU

- Home Gateway Unit

IMS

- IP Multimedia Subsystem

MDU

- Multiple Dwelling Unit

MTU

- Multi-Tenant Unit

ONT

- Optical Network Terminal

OTT

- Over The Top

42 SJ-20210730093619-004 | 2021-08-18 (R1.0)

 SBU

- Single Business Unit

SFTP

- Secure File Transfer Protocol

SFU

- Single Family Unit

TFTP

- Trivial File Transfer Protocol

VOD

- Video On Demand

SJ-20210730093619-004 | 2021-08-18 (R1.0) 43