C600 User Manual [PDF]

Zitiervorschau

ZXA10 C600/C650/C680 Optical access office end convergence equipment

Initial configuration Product version: V1.0

ZTE Corporation Address: No.55, Keji South Road, Shenzhen Postcode: 518057 Tel: + 86-755-26770800 800-830-1118 Fax: + 86-755-26770801 Technical support website:http://support.zte.com.cn Email:[email protected]

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are registered trademarks of ZTE Corporation. The names and logos of ZTE products are the

proprietary marks or registered trademarks of ZTE. Other product or company names mentioned in this manual may be trademarks or trade names of their respective owners.This manual does not in any way grant the reader any license or right to use any mark appearing on this manual without the prior written consent of ZTE or the third party trademark or trade name owner. This product conforms to the design requirements on environmental protection and personal safety. The storage, use and disposal of the product shall comply with the requirements of the product manual, relevant contract or relevant national laws and regulations. This product is subject to improvement or technical change without prior notice. In case of product improvement or technical change, you can go to the ZTE technical support website http://support.zte.com.cn Inquire about information.

Revision History Data version

Release Date

Update Description

R1.0

2017-09-30

First release of the manual

Data No.: SJ-20170919142523-008 Release date: 2017-09-30 (R1.0)

Catalog 1 Configuration Process ........................................................................................ 1-1 2 Configuration preparation ................................................................................ 2-1 2.1 Software and hardware requirements....................................................................................... 2-1 2.2 Configuration maintenance terminal ........................................................................................ 2-1 2.3 Login Device ........................................................................................................................... 2-4 2.4 Enter Configuration Mode ....................................................................................................... 2-5

3 Configure basic data .......................................................................................... 3-1 3.1 Configure in-band network management services ................................................................... 3-1 3.2 Configure out-of-band network management services ............................................................ 3-3 3.3 Physical configuration ............................................................................................................. 3-4 3.4 Configure System Time ........................................................................................................... 3-8 3.5 Configure Action User ............................................................................................................. 3-9

4 Configure Interconnect Data............................................................................. 4-1 5 Configure basic services..................................................................................... 5-1 5.1 Configure EPON/10G-EPON services ...................................................................... 5-1 5.1.1 Configure EPON ONU Type Template ..................................................... 5-1 5.1.2 Configure EPON ONU authentication parameters .................................... 5-3 5.1.3 Configure EPON ONU Bandwidth Template ............................................ 5-4 5.1.4 Configure EPON ONU VoIP IP Template ...................................................... 5-5 5.1.5 Configuring the EPON VoIP VLAN Template ......................................... 5-6 5.1.6 Configure EPON ONU H. And templates ....................................................... 5-6 5.1.7 Configuring the EPON ONU SIP Template .................................................... 5-7 5.1.8 Configuring EPON broadband services .......................................................... 5-8 5.1.9 Configuring EPON multicast services ............................................................. 5-9 5.1.10 Configure EPON voice service (H.248) ............................................................ 5-12 5.1.11 Configure EPON voice services (SIP) ..................................................................... 5-13 5.1.12 Configure 10G-EPon services ..................................................................... 5-15 5.2 Configure GPON/10G-Pon services .................................................................. 5-19 5.2.1 Configure GPON ONU Type Template ................................................... 5-19

I

5.2.2 Configure GPON ONU authentication parameters .................................. 5-20 5.2.3 Configuring the T-CONT Bandwidth Template ............................................ 5-21 5.2.4 Configure GPON ONU IP Template .................................................. 5-23 5.2.5 Configuring the GPON ONU VLAN Template ............................. 5-24 5.2.6 Configure GPON VoIP Service Activation Code Template ................................ 5-25 5.2.7 Configure GPON VoIP Service Application Template ....................................... 5-26 5.2.8 Configuring the GPON ONU SIP Template ................................................. 5-27 5.2.9 Configure GPON ONU MGC Template ....................................... 5-28 5.2.10 Configuring GPON broadband services ...................................................... 5-30 5.2.11 Configuring GPON multicast services ......................................................... 5-32 5.2.12 Configure GPON voice service (SIP) ...................................................................... 5-34 5.2.13 Configure GPON voice service (H.248) ............................................................ 5-35 5.3 Template configuration of GPON/XG-Pon services ........................................ 5-37 5.3.1 Configure GPON ONU Line Template .................................................... 5-37 5.3.2 Configure GPON ONU service templates ............................................... 5-38 5.3.3 Configure GPON services ............................................................................. 5-39 5.4 Configure Ethernet access services ................................................................................. 5-40 5.5 Configure NTP services ........................................................................................... 5-41

Abbreviation ........................................................................................................... I

II

1 Configuration Process The process of initial configuration is as followFigure 1-1As shown in. Figure 1-1 Initial Configuration Process

The initial configuration process is described inTable 1-1。 Table 1-1 Description of initial configuration process Configuration Process

Explain

Configuration preparation

Complete the preparation work before configuration, including software and hardware requirements and the operation of entering various configuration modes.

Configure basic data

The basic data is mainly composed of in-band/out-of-band network management, physical configuration, system time and operating user, which is the basis for configuring ZXA10 C600/C650/C680 services.

Configure Interconnect Data

The interconnect data is used to configure the data needed to communicate with the upper network devices.

Configure basic services

Basic business includesVLAN、xPONBusiness、NTPBusiness.

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1-1

2. Configuration preparation This chapter contains the following topics:  Software and hardware requirements

2-1

 Configuration maintenance terminal

2-1

 Login Device

2-4

 Enter Configuration Mode

2-5

2.1 Software and hardware requirements Hardware requirement The following hardware items have been completed: ⚫

The rack, frame and single board have been installed.

⚫

The wires between the boards and frames have been connected normally.

⚫

The power supply is in place and the equipment has been powered up.

Software Requirements The network management software has been installed. The NE version meets the service requirements.

2.2 Configuration maintenance terminal Connect the maintenance terminal to ZXA10 C600/C650/C680 correctly to ensure normal communication between the maintenance terminal and the equipment during commissioning.

Premise The maintenance terminal used for commissioning has been installed with Windows operating system.

Procedure ⚫

Configure the serial debugging and maintenance terminal.

Initial configuration of ZXA10 C600/C650/C680 optical access central-office convergence equipment

1.

Connect the CONSOLE port of the control switch board with the serial port of the debugging terminal (PC) by using the debugging cable.

2.

On the debugging terminal, select the menu [Start → All Programs → Accessories → Communication → HyperTerminal] to open the connection description dialog box.

3.

After entering the connection name, click the OK button.

4.

Select the com port (COM1 in this example) according to the connection of the serial cable, and click OK to open the COM1 Properties dialog box.

5.

Set com port properties, such asFigure 2-1Click the OK button as shown in. Figure 2-1 Setting com Properties

Description: The baud rate of the ZXA10 C600/C650/C680 switching control board is 115 200.

⚫

2-2

Configure the out-of-band network port debugging and maintenance terminal. 1.

Connect the MGMT network port of the control switch board with the network port of the debugging terminal (PC) by using a cross network cable.

2.

On the debugging terminal desktop, right-click the Network Neighborhood icon and select Menu Properties to open the Network Connection window.

3.

Right-click the Local Area Connection icon and select Menu Properties to open the Local Area Connection Properties window.

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2. Configuration preparation

4.

On the General page, select Internet Protocol (TCP/IP) under This Connection Uses. Click the Properties button to open the Internet Protocol (TCP/IP) Properties dialog box.

5.

Set the IP address of the debugging terminal and ensure that the IP address is in the same network segment as the out-of-band IP address of ZXA10 C600/C650/C680, as shown inFigure 2-2Click the OK button as shown in. Figure 2-2 Setting the IP address of the debugging terminal

6.

Select [Start → Run] to open the Run dialog.

7.

Enter the telnet X. X. X. X ( "X. X. X. X" "is the out-of-band network management IP address of the network element), as shown inFigure 2-3Click the OK button as shown in.

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Initial configuration of ZXA10 C600/C650/C680 optical access central-office convergence equipment

Figure 2-3 Running Telnet

-- End of Step --

2.3 Login Device Before configuring the ZXA10 C600/C650/C680 through the maintenance terminal, you must log in to the ZXA10 C600/C650/C680.

Procedure ⚫

In the serial port mode, enter the enable command and the password zxr10 at the ZXAN > prompt to enter the administrator mode, and the prompt changes to ZXAN. *****************************************************************Welcome to ZXA10 C600 of ZTE Corporation *****************************************************************

ZXAN>enable Password: ZXAN# ⚫

In the out-of-band network port mode, enter the user name and password to enter the administrator mode (ZXAN #). *****************************************************************Welcome to ZXA10 C600 of ZTE Corporation *****************************************************************

Login at: 18:47:32 07-14-2017 Username:zte Password: ZXAN#

-- End of Step --

2-4

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2. Configuration preparation

2.4 Enter Configuration Mode This section describes how to enter the configuration mode of the ZXA10 C600/C650/C680. In the configuration mode, operations related to the initial configuration can be performed.

Procedure 1.

Connect the CONSOLE port of the switching control board with the serial port of the debugging terminal (PC) through the debugging cable.

2.

Open HyperTerminal in the debugging terminal and set the com port parameters (default value).

3.

Enter the username and password (initial username and password: enable/zxr10) at the [ZXAN >] prompt to enter administrator mode [ZXAN #].

4.

Under [ZXAN #], execute the configure terminal command to enter the global configuration mode [ZXAN (config) #].

5.

Under [ZXAN (config) #], execute the command to enter various configuration modes.

If

So

Enter VLAN interface mode [ZXAN (config-if-vlanid) #]

Execute the interface vlanid command.

Enter uplink interface mode [ZXAN (config-if-xgei-1/X/X)

Execute the interface xgei-1/X/X command.

#] Enter EPON configuration mode [ZXAN (config-epon) #]

Execute the EPON command.

Enter GPON configuration mode [ZXAN (config-gpon) #]

Execute the GPON command.

Enter PON configuration mode [ZXAN (config-pon) #]

Execute the pon command.

Enter EPON OLT interface configuration mode [ZXAN

Execute the interface EPON _ olt-1/X/X command.

(config-if-epon _ olt-1/X/X) #] Enter EPON ONU interface configuration mode [ZXAN (config-if-epon _ onu-1/X/X: X) #] Enter GPON OLT interface configuration mode [ZXAN

Execute the interface EPON _ onu-1/X/X: X command. Execute the interface GPON _ olt-1/X/X command.

(config-if-gpon _ olt-1/X/X) #] Enter GPON ONU interface configuration mode [ZXAN (config-if-gpon _ onu-1/X/X: X) #] Enter EPON ONU remote management configuration mode [ZXAN (config-epon-

Execute the interface GPON _ onu-1/X/X: X command. Execute the pon-onu-mng EPON _ onu-1/X/X: X command.

onu-mng) #] Enter GPON ONU remote management configuration mode [ZXAN (config-gpon-

Execute the pon-onu-mng GPON _ onu-1/X/X: X command.

onu-mng) #] Enter Vport interface mode [ZXAN (config-if-vport-

Execute the interface vport-1/X/X. X: X command.

1/X/X. X: X) #]

-- End of Step --

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3 Configure basic data This chapter contains the following topics:  Configure in-band network management services

3-1

 Configure out-of-band network management services3-3  Physical configuration

3-4

 Configure System Time

3-8

 Configure Action User

3-9

3.1 Configure in-band network management services In the in-band network management mode, the network management interaction information is transmitted through the service channel of the device. The in-band network management mode is flexible in networking, does not need additional equipment, and saves user cost, but is not convenient for maintenance.

Premise ⚫

Logged in to the appliance via HyperTerminal and entered administrator mode.

⚫

Upper header added.

Procedure 1.

In [ZXAN #] mode, execute the configure terminal command to enter global configuration mode.

2.

In [ZXAN (config) #] mode, execute the interface xgei-1/X/X command to enter the uplink port mode, and execute The switchport VLAN command configures the uplink interface VLAN.

3.

In [ZXAN (config) #] mode, execute the interface VLAN command to enter VLAN interface mode.

4.

In [ZXAN (config-if-vlanid) #] mode, execute the IP address command to configure the in-band management IP address.

5.

In [ZXAN (config) #] mode, execute the IP route command to configure the in-band pipe routing information.

6.

In [ZXAN (config) #] mode, execute the snmp-server community command to configure the SNMP community name.

Initial configuration of ZXA10 C600/C650/C680 optical access central-office convergence equipment

Explain The SNMP community name should be consistent with the configuration on the network management system.

7.

In [ZXAN (config) #] mode, execute the snmp-server host command to configure the IP address of the network management server.

8.

In [ZXAN #] mode, execute the write command to save the configuration data. -- End of Step --

Give an example of For configuration data of in-band network management, refer toTable 3-1。 Table 3-1 In-band network management configuration data Configuration Item

Data

Upstream port

xgei_1/1/1

In-band network management VLAN

VLAN ID：1000

IP address of in-band network management

10.1.1.1/24

Next hop IP addr

10.1.1.254/24

Network management server (SNMP server)

IP Address: 10.2.1.1/24 Version: v2c Community name: public (default) Alarm level: NOTIFICATIONS

The configuration of in-band network management is as follows. ZXAN#configure terminal Enter configuration commands, one per line. End with CTRL/Z.ZXAN(config)#interface xgei-1/1/1 ZXAN(config-if-xgei-1/1/1)#switchport vlan 1000 tagZXAN(config-if-xgei1/1/1)#exit ZXAN(config)#interface vlan1000 ZXAN(config-if-vlan1000)#ip address 10.1.1.1 255.255.255.0ZXAN(config-ifvlan1000)#exit ZXAN(config)#ip route 10.2.1.0 255.255.255.0 10.1.1.254 ZXAN(config)#snmp-server community public view AllView rw ZXAN(config)#snmpserver host 10.2.1.1 trap version 2c publicZXAN(config)#exit ZXAN#write

3-2

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3 Configure basic data

Explain The ZXA10 C600 configuration is used as an example in this article.

3.2 Configure out-of-band network management services The out-of-band network management mode uses the non-service channel to transmit the management information, separates the management channel from the service channel, and provides a more reliable device management path than the in-band network management mode. When ZXA10 C600/C650/C680 fails, it can locate the equipment information on the network in time and monitor it in real time.

Premise Logged in to the appliance via HyperTerminal and entered administrator mode.

Procedure 1.

In [ZXAN #] mode, execute the configure terminal command to enter global configuration mode.

2.

In the [ZXAN (config) #] mode, execute the interface mgmt _ eth command to enter the interface mode and execute the IP address Command to configure the out-of-band management IP address.

3.

In [ZXAN (config) #] mode, execute the IP route command to configure the in-band pipe routing information.

4.

In [ZXAN (config) #] mode, execute the snmp-server community command to configure the SNMP community name.

Explain The SNMP community name should be consistent with the configuration on the network management system.

5.

In [ZXAN (config) #] mode, execute the snmp-server host vrf mng command to configure the IP address of the network management server.

6.

(Optional) Execute the show IP interface mgmt _ eth command to view the out-of-band management IP addresses.

7.

In [ZXAN #] mode, execute the write command to save the configuration data. -- End of Step --

Give an example of For configuration data of out-of-band network management, refer toTable 3-2。

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Initial configuration of ZXA10 C600/C650/C680 optical access central-office convergence equipment

Table 3-2 Out-of-band network management configuration data Configuration Item

Data

IP address of in-band network management

11.1.1.1/24

Next hop IP addr

11.1.1.254/24

Network management server (SNMP server)

IP Address: 10.2.1.1/24 Version: v2c Community name: public (default) Alarm level: NOTIFICATIONS

Out-of-band network management is configured as follows. ZXAN#configure terminal Enter configuration commands, one per line. End with CTRL/Z .ZXAN(config)#interface mgmt_eth ZXAN(config-if-mgmt_eth)#ip address 11.1.1.1 255.255.255.0 ZXAN(config-if-mgmt_eth)#exit ZXAN(config)#ip route 10.2.1.0 255.255.255.0 11.1.1.254 ZXAN(config)#snmp-server community public view AllView rw ZXAN(config)#snmp-server host vrf mng 10.2.1.1 trap version 2c public ZXAN(config)#show ip interface mgmt_eth mgmt_eth AdminStatus is up, PhyStatus is up, line protocol is up, IPv4 protocolis up ip vrf forwarding mng Internet address is 11.1.1.1/24 Broadcast address is 255.255.255.255 Address determined by setup command IP MTU 1500 bytes ZXAN(config)#exit ZXAN#write

3.3 Physical configuration The physical configuration of ZXA10 C600/C650/C680 mainly includes:

3-4

⚫

Add single board

⚫

Delete Board

⚫

Reset single board

⚫

Configure the fan

⚫

Display board information

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3 Configure basic data

Premise The installation of hardware such as rack, shelf, single board and fan has been completed.

Related Information When the ZXA10 C600/C650/C680 is new, the rack and shelf need to be configured. For the description of the single board slot of the ZXA10 C600 21-inch shelf, refer toTable 3-3。 Table 3-3 ZXA10 C600 21-inch shelf board configuration description Slot Position

Veneer type

1～9，12～19

Business board, includingPONInterface board, Ethernet interface board

10/11

Switching Control Board

20/22

Power Panel

21

Clock interface board

23

Fan unit

For the description of the single board slot of the ZXA10 C600 19-inch shelf, refer toTable 3-4。 Table 3-4 Description of 19-inch shelf board configuration Slot Position

Veneer type

1～9，12～17

Business board, includingPONInterface board, Ethernet interface board

10/11

Switching Control Board

18/20

Power Panel

19

Clock interface board

21

Fan unit

For the description of the single board slot of the ZXA10 C650 shelf, refer toTable 3-5。 Table 3-5 ZXA10 C650 Shelf Single Board Slot Description Slot Position

Veneer type

1~4，7~9

Business board, includingPONInterface board, Ethernet interface board

5/6

Switching Control Board

10/12

Power Panel

11

Clock interface board

13

Fan unit

For the description of the single board slot of the ZXA10 C680 shelf, refer toTable 3-6.

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Initial configuration of ZXA10 C600/C650/C680 optical access central-office convergence equipment

Table 3-6 ZXA10 C680 Shelf Board Configuration Description Slot Position

Veneer type

1～9，12～19，23～41

Business board, includingPONInterface board, Ethernet interface board

10/11

Control panel

20/22/42/44

Power Panel

21

Clock interface board

45~48

Switchboard

49/50/51

Fan unit

For the description of board status of ZXA10 C600/C650/C680, refer toTable 3-7。 Table 3-7 Description of Board Status State

Implication

INSERVICE

The single board works normally.

CONFIGING

The board is in service configuration.

HWONLINE

The board is inserted in the shelf, but the version is not correct and is not functioning properly.

OFFLINE

The board has been added, but the hardware of the board is offline.

STANDBY

The single board is in the standby working state.

TYPEMISMATCH

The actual type of the board is inconsistent with the configuration type.

UNKNOW

Board is unknown.

POWERSAVE

The board is in power-saving mode.

Procedure 1.

3-6

In the global configuration mode, configure the board.

If

So

Add Board

Execute the add-card command in [ZXAN (config) #] mode.

Delete Board

Execute the del-card command in [ZXAN (config) #] mode.

Reset single board

In [ZXAN #] mode, execute the reload slot command.

Switching control board

Execute the redundancy switch SC command in [ZXAN #] mode.

2.

In [ZXAN (config) #] mode, execute the fan speed command to configure the fan speed mode.

3.

(Optional) View the configuration.

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3 Configure basic data

If

So

View all board information

In any mode, execute the show card command.

View the board information of the specified slot

In any mode, execute the show card slotno command.

View fan configuration information

In any mode, execute the show fan command.

-- End of Step --

Give an example of The following configuration takes the ZXA10 C600 21-inch shelf as an example. ⚫

Configure the board. ZXAN(config)#add-card rackno 1 shelfno 1 slotno 1 XFTO ZXAN(config)#add-card rackno 1 shelfno 1 slotno 5 GFGH ZXAN(config)#add-card rackno 1 shelfno 1 slotno 7 EFGH

⚫

Delete the board. ZXAN(config)#del-card rackno 1 shelfno 1 slotno 3Confirm to delete card? [yes/no]:yes

⚫

Switch the switching control board. ZXAN#redundancy switch sc grace Proceed with redundancying switch SC? [yes/no]:yes

⚫

Configure the fan speed mode. ZXAN(config)#fan speed auto

⚫

View the fan configuration information. ZXAN(config)#show fan [shelf 1 LCC]: Fan speed mini level: 1 Group 0: online Fan speed mode: auto Fan Index

name: FAN Status

Speed

0

work normally

45%

1

work normally

44%

2

work normally

45%

3

work normally

45%

4

work normally

45%

5

work normally

45%

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Initial configuration of ZXA10 C600/C650/C680 optical access central-office convergence equipment

⚫

6

work normally

45%

7

work normally

44%

View all board information. ZXAN#show card Shelf Slot CfgType Port HardVer Status

⚫

1

1

XFTO

8

V1.0.0

INSERVICE

1

5

GFGH

16

V1.0.0

INSERVICE

1

7

EFGH

16

V1.0.0

INSERVICE

1

10

SFUL

0

V1.0.0

INSERVICE

1

11

SFUL

0

V1.0.0

STANDBY

1

20

PRVR

0

V1.0.0

INSERVICE

1

23

FCVD B

0

V1.0.0

INSERVICE

View the information of a board. ZXAN#show card slotno 10 Config-Type

: SFUL

Status

: INSERVICE

Port-Number

:0

Serial-Number

:

Product-Number

:

Hardware-VER

: V0.0.0

Uptime

: 26 Days, 19 Hours, 8 Minutes, 8 Seconds

3.4 Configure System Time After configuring the system time, the user can view the corresponding time recorded in the command line log and alarm to locate the fault.

Related Information The system time of ZXA10 C600/C650/C680 is maintained by internal software. The system will read the hardware clock and initialize the system time of the NE whenever the NE is powered up.

Procedure 1.

In [ZXAN (config) #] mode, execute the clock timezone command to configure the time zone.

2.

In [ZXAN #] mode, execute the clock set command to configure the system time.

-- End of Step -Give an example of 1.

3-8

Configure the time zone.

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3 Configure basic data ZXAN(config)#clock timezone BJ 8ZXAN(config)#exit

2.

Configure the system time. ZXAN#clock set 15:00:00 07-10-2017

3.

View the clock configuration. ZXAN#show clock 15:00:02 BJ Mon Jul 10 2017

3.5 Configure Action User An operating user is a user who operates through a CLI terminal, including a serial port terminal, Telnet, orSSH? The person who logs in to configure and maintain the equipment.

Related Information The authority of the operating user is divided into 16 levels from 0 to 15. For the operation management permission of the operation user, seeTable 3-8。 Table 3-8 Description of User Level Permission User level

Description of user permission

Users with permission 0 ~ 1

After logging in the equipment, enter the operator mode and execute the commands with the command authority of 0 ~ 1. After entering the enable command and password, the privilege can be upgraded to 15, and any operation can be performed.

Users with permissions from 2 After logging in the device, enter the administrator mode and execute the commands to 9 with the command authority of 0 ~ 9. Users with authority of 10 ~ 15

After logging in to the device, enter the administrator mode and execute the operation commands with the command authority of 0 ~ 15. It can maintain and manage the equipment and operating user accounts.

•

The operation user with permission 0 can only execute the operation command with permission 0; The operation user with authority 1 can execute the operation command with authority 0 ~ 1; The operation user with permission 2 can execute the operation command with permission 0 ~ 2, and so on; The operating user with the authority of 15 can execute the operating commands with the authority of 0-15.

When creating an operation user, you need to configure the user's attributes, including the user's account, password, and permissions. Only users with authority of 10 ~ 15 can create other operation users. For the description of operation user attributes, seeTable 3-9。 Table 3-9 User Attribute Description User attribute

Explain

Account number

User name, consisting of 1 to 16 printable characters (no spaces). The user name must be unique and cannot be a duplicate. User names are case sensitive.

Password

Password, consisting of 3 to 16 characters, case-sensitive.

Certification Template

Defines the user authentication method, local or remote server.

Authentication Template

Define the user authentication mode and operation authority. The operation authority

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3-9

is divided into 16 levels, 0 ~ 15.

The ZXA10 C600/C650/C680 supports 128 operating users.

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Initial configuration of ZXA10 C600/C650/C680 optical access central-office convergence equipment

Procedure 1.

In [ZXAN (config) #] mode, execute the system-user command to enter the system user configuration mode.

2.

In [ZXAN (config-system-user) #] mode, execute the user-name command to create a user.

3.

In [ZXAN (config-system-user-username) #] mode, execute the password command to configure the password.

4.

In [ZXAN (config-system-user-username) #] mode, execute the bind authenticationtemplate command to bind the authentication template.

5.

In [ZXAN (config-system-user-username) #] mode, execute the command bind authorization-template to bind the authentication template.

6.

In [ZXAN (config-system-user) #] mode, execute the authentication-template command to configure the authentication template.

7.

In [ZXAN (config-system-user-authen-temp) #] mode, execute the bind aaa-authenticationte mplate command to bind the AAA authentication template.

8.

In [ZXAN (config-system-user) #] mode, execute the authorization-template command to configure the authentication template.

9.

In [ZXAN (config-system-user-author-temp) #] mode, execute the bind aaa-authorizationtemplate command to bind the AAA authentication template.

10. In [ZXAN (config) #] mode, execute the aaa-authentication-template command to configure the AAA authentication template. 11. In [ZXAN (config-aaa-authen-template) #] mode, execute the aaa-authentication-type command to configure the AAA authentication method. 12. In [ZXAN (config) #] mode, execute the aaa-authorization-template command to configure the AAA authentication template. 13. In [ZXAN (config-aaa-authority-template) #] mode, execute the aaa-authorization-type command to configure the AAA authentication mode. 14. (Optional) Execute the show username command to view the operating user. -- End of Step -Give an example of 1.

Create a user with the username and password ABC. ZXAN(config)#system-user ZXAN(config-system-user)#user-name abc ZXAN(config-system-user-username)#password abc

2.

Binding authentication and authorization templates. ZXAN(config-system-user-username)#bind authentication-template 1 ZXAN(config-system-user-username)#bind authorization-template 1

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3 Configure basic data ZXAN(config-system-user-username)#exit

3.

Configure the authentication template for the operating user. ZXAN(config-system-user)#authentication-template 1 ZXAN(config-system-user-authen-temp)#bind aaa-authentication-template 2001 ZXAN(config-system-user-authen-temp)#exit

4.

Configure the authentication template for the operating 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-author-temp)#exit ZXAN(config-system-user)#exit

5.

Configure AAA authentication templates. ZXAN(config)#aaa-authentication-template 2001 ZXAN(config-aaa-authen-template)#aaa-authentication-type local ZXAN(config-aaa-authen-template)#exit

6.

Configure AAA authentication template. ZXAN(config)#aaa-authorization-template 2001 ZXAN(config-aaa-author-template)#aaa-authorization-type local ZXAN(config-aaa-author-template)#exit

7.

View the action user. ZXAN(config)#show username Username

Encrypted-Password

zte

ce7c04930c52bfe1669f6c22 1

AuthenNo. AuthorNo. AgingTime Set-Time 1

never

10:38:47 06-13-2017

1

never

13:10:33 07-12-2017

9ef61b761ec847e5b3052bdb 51456385bb2a9a57 abc

3394952d70835115b935a28f 1 70e472521fbf62a4c1b88e90 351806bd657be82e

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Enable

3-11

4 Configure Interconnect Data In order to ensure the normal communication between ZXA10 C600/C650/C680 and the upper network equipment, it is necessary to configure the interconnection data correctly.

Premise The business data has been planned.

Procedure 1.

In [ZXAN (config-if-xgei-1/X/X) #] mode, execute switchport mode to configure the port mode of the uplink port.

2.

Under [ZXAN (config-if-xgei-1/X/X) #], execute the switchport VLAN command to configure the uplink interface VLAN.

3.

In [ZXAN (config-if-vlanid) #] mode, execute the IP address command to configure the in-band management IP address.

4.

In the global configuration mode [ZXAN (config) #], execute the IP route command to configure the inband network management route.

5.

In [ZXAN #] mode, execute the ping X. X. X. X command to the IP address of the gateway or upper device. If the Ping is successful, it indicates that the communication between the ZXA10 C600/C650/C680 and the upper network device is normal; If not, check the upper layer network data and the physical connection between the devices.

-- End of Step -Give an example of For interconnection configuration data, see Table 4-1。 Table 4-1 Interconnection Configuration Data Configuration Item

Data

VLAN ID

1000

Upstream interface

xgei–1/1/1

Uplink interface model

trunk

IP address of in-band network management

10.1.1.1/24

Default Gateway

10.1.1.254/24

Upper layer device IP addr

10.2.1.1/24

The interconnection configuration is as follows. ZXAN(config)#interface xgei-1/1/1

Initial configuration of ZXA10 C600/C650/C680 optical access central-office convergence equipment ZXAN(config-if)#switchport mode trunk ZXAN(config-if)#switchport vlan 1000 tag ZXAN(config-if)#exit ZXAN(config)#interface vlan 1000 ZXAN(config-if-vlan1000)#ip address 10.1.1.1 255.255.255.0 ZXAN(config-if-vlan1000)#exit ZXAN(config)#ip route 10.2.1.0 255.255.255.0 10.1.1.254 ZXAN(config)#exit 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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5 Configuration of basic services This chapter contains the following topics:  Configure EPON/10G-EPON services  Configure GPON/10G-Pon services

5-1 5-19

 Template configuration of GPON/XG-Pon services  Configure Ethernet access services

5-40

 Configure NTP services

5-41

5-37

5.1 Configure EPON/10G-EPON services EPON/10G-EPON access is an access technology that can provide flexible access capability in broadband and narrowband service environments. It can provide ultra-high bandwidth access and support multiple rate modes. It uses a single optical fiber to provide users with voice, data, video and other services. The service configuration of 10G-EPON and EPON is basically the same, and the difference lies in the ONU type and bandwidth. 10G-EPon can provide users with data bandwidth of up to 10 Gbps. ⚫

EPON service uses EPON ONU, which can provide users with data bandwidth up to 1 Gbps.

⚫

The 10G-EPON service uses the 10G-EPON ONU to provide users with data bandwidth of up to 10 Gbps.

5.1.1 Configure EPON ONU Type Template Before authenticating the EPON ONU, if the ONU type does not exist, the ONU type template needs to be created.

Related Information The ZXA10 C600/C650/C680 supports the following default EPON ONU types: ⚫

ZTE-9806

⚫

ZTE-D400、ZTE-D402、ZTE-D420、ZTE-D421、ZTE-D422

⚫

ZTE-F401、ZTE-F420、ZTE-F425、ZTE-F429、ZTE-F430、ZTE-F435

⚫

ZTE-F500

⚫

ZTE-F803、ZTE-F822、ZTE-F850、ZTE-F860

You can use the show onu-type EPON command to see which EPON ONU types are present on the system by default.

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5-1

Initial configuration of ZXA10 C600/C650/C680 optical access central-office convergence equipment

Procedure 1.

In [ZXAN (config) #] mode, execute the pon command to enter the PON configuration mode.

2.

In [ZXAN (config-pon) #] mode, execute the onu-type command to create the ONU type template.

3.

In [ZXAN (config-pon) #] mode, execute the onu-type-if command to configure the user port of the ONU type.

4.

In [ZXAN (config) #] mode, execute the EPON command to enter the EPON configuration mode.

5.

In [ZXAN (config-epon) #] mode, execute the auto-dispatch-set command to configure the automatic dispatch function of the ONU type.

6.

(Optional) Execute the show onu-type EPON command to view the EPON ONU type template configuration.

-- End of Step -Give an example of 1.

In the PON configuration mode, create an ONU type template. ZXAN(config)#pon ZXAN(config-pon)#onu-type ZTE-F822A epon speed 10g-asymmetric ZXAN(config-pon)#onu-type ZTE-F822A epon description 24FE,24POTS

2.

Configure the user port of the ONU type. ZXAN(config-pon)#onu-type-if ZTE-F822A eth_0/1 ZXAN(config-pon)#onu-type-if ZTE-F822A eth_0/2 ... ... ZXAN(config-pon)#onu-type-if ZTE-F822A eth_0/24 ZXAN(config-pon)#onu-type-if ZTE-F822A pots_1/1 ZXAN(config-pon)#onu-type-if ZTE-F822A pots_1/2 ... ... ZXAN(config-pon)#onu-type-if ZTE-F822A pots_1/24 ZXAN(configpon)#exit

3.

Enter the EPON configuration mode, and disable the automatic distribution function of the ONU type. ZXAN(config)#epon ZXAN(config-epon)#auto-dispatch-set ZTE-F822A disable

4.

View the EPON ONU type template configuration. ZXAN(config-epon)#show onu-type epon ZTE-F822AONU type

5-2

name:

ZTE-F822A

PON type:

epon

Description:

24FE,24POTS

Protect type:

none

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5 Configuration of basic services Speed:

10g-asymmetric

Location:

enable

5.1.2 Configure EPON ONU authentication parameters First-time onlineEPON ONUBefore configuring its services, it is necessary to configure ONU authentication parameters to achieve ONU authentication.

Related Information ZXA10 C600/C650/C680 supports the following ONU authentication methods. ⚫

MAC address authentication (default mode) The PON MAC address of the ONU is used for authentication.

⚫

Logical identification (LOID) Certification The logical ID of the ONU is used for authentication.

⚫

Hybrid Authentication The authentication identification may be a MAC address or a logical identification.

Procedure 1.

Execute the show pon ONU uncfg EPON _ olt-1/X/X command to query the unconfigured ONU information.

2.

In [ZXAN (config) #] mode, execute the interface EPON _ olt-1/X/X command to enter the OLT interface mode.

3.

In [ZXAN (config-if-epon _ olt-1/X/X) #] mode, execute the ONU type command to configure ONU authentication parameters.

4.

(Optional) Execute the show EPON ONU state command to view the certified ONU.

-- End of Step -Give an example of 1.

View the uncertified ONU information. ZXAN#show pon onu uncfg epon_olt-1/7/1 mac model

2.

OltIndex

Model

MAC

epon_olt-1/7/1

ZTE-F420

00d0.d09a.46b6

Configure ONU authentication parameters in OLT interface mode. ZXAN(config)#interface epon_olt-1/7/1 ZXAN(config-if-epon_olt-1/7/1)#onu 1 type ZTE-F420 mac 00d0.d09a.46b6

3.

View certified ONUs. ZXAN(config-if-epon_olt-1/7/1)#show epon onu state epon_olt-1/7/1OnuIndex OamStatus

OnlineStatus

RegMac

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Initial configuration of ZXA10 C600/C650/C680 optical access central-office convergence equipment

epon_onu-1/7/1:1

Online

idle

00d0.d09a.46b6

ONU Number: 1/1

5.1.3 Configure EPON ONU Bandwidth Template When configuring the bandwidth of EPON ONUs in batches, that is, when the ONUs use the same bandwidth configuration, the bandwidth template can be used.

Related Information The default bandwidth template of ZXA10 C600/C650/C680 is default, and its configuration is shown inTable 5-1。 Table 5-1 Default Bandwidth Template Parameters Direction

Parameter

Data

Ascending

Maximum bandwidth (MaxBw)

100000 kbps

Minimum bandwidth (MinBw)

2000 kbps

Fixed Bandwidth (FixBw)

0

Fixed Packet Size (FixPktSize)

64 byte

Maximum Burst Size (MaxBurstSize)

45000 byte

Priority

0

Procedure 1.

In [ZXAN (config) #] mode, execute the EPON command to enter the EPON configuration mode.

2.

In [ZXAN (config-epon) #] mode, execute the onu-sla-profile command to configure the bandwidth template.

3.

(Optional) Execute the show EPON onu-sla-profile command to view the ONU bandwidth template configuration. -- End of Step --

Give an example of 1.

In the EPON configuration mode, configure the upstream bandwidth of the ONU bandwidth template. ZXAN(config)#epon ZXAN(config-epon)#onu-sla-profile 10M upstream assured 5000 maximum 10000

Explain When configuring the uplink bandwidth, it is recommended to configure the guaranteed bandwidth and the maximum bandwidth, and use the default values for other parameters.

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2.

5-4

View the bandwidth template configuration.

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5 Configuration of basic services ZXAN(config-epon)#show epon onu-sla-profile 10MProfileName :10M UpStream

MaxBw

10000

MinBw

FixBw

(Kbps)

(Kbps)

5000

0

FixPktSize MaxBurstSize Priority(Kbps) (Bytes)

64

(Bytes)

45000

0

5.1.4 Configure EPON ONU VoIP IP Template Through the use ofEPON ONU VoIP IP template, VoIP IP address of EPON ONU can be configured in batch.

Related Information ZXA10 C600/C650/C680 supports 3 IP address allocation modes: ⚫

Static allocation mode

⚫

DHCP

⚫

PPPoE

Only one IP address allocation method can be used on one ONU. The VoIP IP template is only available for static assignments.

Procedure 1.

In [ZXAN (config) #] mode, execute the EPON command to enter the EPON configuration mode.

2.

In [ZXAN (config-epon) #] mode, execute the ONU profile VoIP -ip command to configure the ONU VoIP IP template.

3.

(Optional) Execute the show EPON ONU profile voip-ip command to view the EPON ONU VoIP IP template. -- End of Step --

Give an example of 1.

In EPON configuration mode, configure the VoIP IP template. ZXAN(config)#epon ZXAN(config-epon)#onu profile voip-ip ip-test relation independent mode staticgateway 1.2.1.1 dns 1.1.1.1

2.

View the configured EPON ONU VoIP IP template. ZXAN(config-epon)#show epon onu profile voip-ip ip-test

Voice-ip profile:

ip-test

relation between voice IP and MNG IP:

independent

voice ip mode:

static

voice ip default gateway:

SJ-20170919142523-008 | 2017-09-30（R1.0）

1.2.1.1

5-5

Initial configuration of ZXA10 C600/C650/C680 optical access central-office convergence equipment DNS :

1.1.1.1

Backup DNS :

0.0.0.0

5.1.5 Configuring the EPON VoIP VLAN Template Through the EPON ONU VoIP VLAN template, VoIP VLANs of EPON ONUs can be configured in batches.

Procedure 1.

In [ZXAN (config) #] mode, execute the EPON command to enter the EPON configuration mode.

2.

In [ZXAN (config-epon) #] mode, execute the ONU profile voip-vlan command to configure the PON ONU VoIP VLAN template.

3.

(Optional) Execute the show EPON ONU profile voip-vlan command to view the EPON ONU VoIP VLAN template. -- End of Step --

Give an example of 1.

In EPON configuration mode, configure the EPON VoIP VLAN template. ZXAN(config)#epon ZXAN(config-epon)#onu profile voip-vlan vlan-test tag-mode tag cvlan 300 priority 7

2.

View the configured EPON ONU VoIP VLAN template. ZXAN(config-epon)#show epon onu profile voip-vlan vlan-test

Voice-vlan profile:

vlan-testVlan

tag mode:

tag

Cvlan:

300

Priority:

7

Svlan:

0

5.1.6 Configure EPON ONU H. And templates Through the EPON ONU H. 248 template, the H.248 parameters of the EPON ONU can be configured in batches.

Procedure 1.

In [ZXAN (config) #] mode, execute the EPON command to enter the EPON configuration mode.

2.

In [ZXAN (config-epon) #] mode, execute the ONU profile h248 command to configure the EPON ONU H. 248 template.

3.

(Optional) Execute the show EPON ONU profile h248 command to view the EPON ONU H. 248 template. -- End of Step --

5-6

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5 Configuration of basic services

Give an example of 1.

In EPON configuration mode, configure the EPON ONU H. 248 template. ZXAN(config)#epon ZXAN(config-epon)#onu profile h248 h248-test register-server ip 1.2.3.1ZXAN(config-epon)#onu profile h248 h248-test backup-register-server ip1.2.3.2 ZXAN(config-epon)#onu profile h248 h248-test mg register-mode domainname

2.

View the template for the EPON ONU H. ZXAN(config-epon)#show epon onu profile h248 h248-test

H248protocol profile:

h248-test

register server ip: port:

1.2.3.1 2944

backup register server ip: port:

1.2.3.2 2944

rtp link kept flag:

disble

heartbeat mode:

h248ctc

cycle-time(in seconds):

60

count-time:

3

MG register mode:

domainname

MG port:

2944

5.1.7 Configuring the EPON ONU SIP Template Through EPON ONU SIPTemplate, SIP parameters of EPON ONU can be configured in batch.

Procedure 1.

In [ZXAN (config) #] mode, execute the EPON command to enter the EPON configuration mode.

2.

In [ZXAN (config-epon) #] mode, execute the ONU profile sip command to configure the EPON ONU SIP template.

3.

(Optional) Execute the show EPON ONU profile sip command to view the EPON ONU SIP template.

-- End of Step -Give an example of 1.

In EPON configuration mode, configure the EPON ONU SIP template. ZXAN(config)#epon ZXAN(config-epon)#onu profile sip sip-test register-server ip 1.2.3.1 ZXAN(config-epon)#onu profile sip siptest backup-register-server ip 1.2.3.2

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5-7

Initial configuration of ZXA10 C600/C650/C680 optical access central-office convergence equipment ZXAN(config-epon)#onu profile sip sip-test proxy-server ip 1.2.3.1 ZXAN(config-epon)#onu profile sip siptest backup-proxy-server ip 1.2.3.2ZXAN(config-epon)#onu profile sip sip-test outbound-server ip 1.2.3.1

2.

View the EPON ONU SIP template. ZXAN(config-epon)#show epon onu profile sip sip-test

Sip-protocol profile:

sip-testMG

portNo:

5060

register server:

1.2.3.1

port:

5060

backup register server:

1.2.3.2

port:

5060

proxy server:

1.2.3.1

port:

5060

backup proxy server:

1.2.3.2

port:

5060

outbound server:

1.2.3.1

port:

5060

register interval:

3600

heartbeat:

enable.

heartbeat cycle:

20

heartbeat count:

3

5.1.8 Configuring EPON broadband services After configuring the EPON broadband service, the user can use the Internet service.

Premise ⚫

EPON ONU is certified.

⚫

The EPON ONU bandwidth template is configured.

Procedure 1.

Configure ONU bandwidth in [ZXAN (config-if-epon _ onu-1/X/X: 1) #] mode. ⚫ Use the sla-profile command to specify the ONU bandwidth template. ⚫

2.

5-8

Use the SLA command to modify the ONU bandwidth directly.

In [ZXAN (config-if-xgei-1/X/X) #] mode, execute the switchport VLAN command to configure the uplink interface VLAN.

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5 Configuration of basic services

3.

In [ZXAN (config-if-vport-1/X/X. X) #] mode, execute the service-port command to configure the service interface VLAN.

4.

In [ZXAN (config-epon-onu-mng) #] mode, execute the VLAN port command to configure the ONU user port VLAN.

5.

In [ZXAN #] mode, execute the write command to save the configuration data. -- End of Step --

Give an example of 1.

In the ONU interface configuration mode, configure the ONU bandwidth. ⚫

Specifies the ONU bandwidth template. ZXAN(config)#interface epon_onu-1/7/1:1 ZXAN(config-if-epon_onu1/7/1:1)#sla-profile 10MZXAN(config-if-epon_onu-1/7/1:1)#exit

⚫

Directly modify the ONU bandwidth. ZXAN(config)#interface epon_onu-1/7/1:1 ZXAN(config-if-epon_onu-1/7/1:1)#sla upstream assured 5000 maximum 10000ZXAN(config-ifepon_onu-1/7/1:1)#exit

2.

In the uplink interface configuration mode, configure the uplink interface VLAN. ZXAN(config)#interface xgei_1/1/1 ZXAN(config-if-xgei_1/1/1)#switchport vlan 101 tagZXAN(config-ifxgei_1/1/1)#exit

3.

In the ONU interface configuration mode, configure the service interface VLAN. ZXAN(config)#interface vport-1/7/1.1:1 ZXAN(config-if-vport-1/7/1.1:1)#service-port 1 user-vlan 101 vlan 101ZXAN(config-if-vport1/7/1.1:1)#exit

4.

In the ONU remote management mode, configure the user port VLAN. ZXAN(config)#pon-onu-mng epon_onu-1/7/1:1 ZXAN(config-epon-onu-mng)#vlan port eth_0/1 mode tag vlan 101 priority 0ZXAN(config-epon-onumng)#end

5.

Save the configuration data. ZXAN#write

5.1.9 Configuring EPON multicast services After configuring the EPON multicast service, the user can use the multicast service.

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Initial configuration of ZXA10 C600/C650/C680 optical access central-office convergence equipment

Premise ⚫

EPON ONU is certified.

⚫

The EPON ONU bandwidth template is configured.

Procedure 1.

In [ZXAN (config-if-epon _ onu-1/X/X: 1) #] mode, execute the sla-profile command to configure the ONU bandwidth.

2.

In [ZXAN (config-if-xgei-1/X/X) #] mode, execute the switchport VLAN command to configure the uplink interface VLAN.

3.

In [ZXAN (config-if-vport-1/X/X. X) #] mode, execute the service-port command to configure the service interface VLAN.

4.

In [ZXAN (config) #] mode, execute the IGMP enable command to enable the global IGMP protocol.

5.

In [ZXAN (config-if-vport-1/X/X. X: X) #] mode, execute the IGMP fast-leave command to configure the Vport interface IGMP parameters.

6.

In [ZXAN (config) #] mode, execute the IGMP mvlan command to create the MVLAN.

7.

In [ZXAN (config-igmp-mvlan-xx) #] mode, execute the work-mode command to configure the MVLAN work mode.

8.

In [ZXAN (config-igmp-mvlan-xx) #] mode, execute the prejoin-group command to configure the MVLAN prejoin multicast group.

9.

In [ZXAN (config-igmp-mvlan-xx) #] mode, execute the source-port command to configure the MV LAN source port.

10. In [ZXAN (config-igmp-mvlan-xx) #] mode, execute the receive-port command to configure the MVLAN receive port. 11. In [ZXAN (config-epon-onu-mng) #] mode, execute the multicast VLAN command to configure the user port MVLAN. 12. In [ZXAN (config-epon-onu-mng) #] mode, execute the multicast VLAN tag-strip command to enable the user port MVLAN strip function. 13. In [ZXAN (config-epon-onu-mng) #] mode, execute the VLAN port command to configure the ONU user port VLAN. 14. In [ZXAN #] mode, execute the write command to save the configuration data. -- End of Step -Give an example of 1.

In the ONU interface configuration mode, configure the ONU bandwidth. ZXAN(config)#interface epon_onu-1/7/1:1

5-10

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5 Configuration of basic services ZXAN(config-if)#sla-profile 10M ZXAN(config-if)#exit

2.

In the uplink interface configuration mode, configure the uplink interface VLAN. ZXAN(config)#interface xgei_1/1/1 ZXAN(config-if-xgei_1/1/1)#switchport vlan 201 tagZXAN(config-ifxgei_1/1/1)#exit

3.

In the Vport interface configuration mode, configure the service interface VLAN. ZXAN(config)#interface vport-1/7/1.1:1 ZXAN(config-if-vport-1/7/1.1:1)#service-port 1 user-vlan 201 vlan 201ZXAN(config-if-vport1/7/1.1:1)#exit

4.

(Optional) Turn on the global IGMP protocol. ZXAN(config)#igmp enable

5.

In Vport interface configuration mode, configure the Vport interface IGMP parameters. ZXAN(config)#interface vport-1/7/1.1:1 ZXAN(config-if-vport-1/7/1.1:1)#igmp fast-leave enableZXAN(config-if-vport1/7/1.1:1)#exit

6.

Configure MVLAN. ZXAN(config)#igmp mvlan 201 ZXAN(config-igmp-mvlan-201)#work-mode proxy ZXAN(config-igmpmvlan-100)#prejoin-group 224.1.1.1 ZXAN(config-igmp-mvlan-100)#prejoin-group 224.1.1.2 ZXAN(config-igmp-mvlan-100)#prejoin-group 224.1.1.3 ZXAN(config-igmpmvlan-201)#source-port xgei_1/1/1 ZXAN(config-igmp-mvlan-201)#receive-port vport-1/7/1.1:1

7.

In ONU remote management mode, configure the user port MVLAN. ZXAN(config)#pon-onu-mng epon_onu-1/7/1:1 ZXAN(config-epon-onu-mng)#multicast vlan port eth_0/2 add vlanlist 201ZXAN(config-epon-onumng)#multicast vlan tag-strip port eth_0/2 enable

8.

Configure the user port VLAN. ZXAN(config-epon-onu-mng)#vlan port eth_0/2 mode tag vlan 201 priority 5ZXAN(config-epon-onumng)#end

9.

Save the configuration data. ZXAN#write

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Initial configuration of ZXA10 C600/C650/C680 optical access central-office convergence equipment

5.1.10 Configure EPON voice service (H.248) ConfigurationEPONAfter voice service, users can make and receive calls.

Premise ⚫

EPON ONUCertified.

⚫

The EPON ONU bandwidth template is configured.

⚫

EPON VoIP IP template is already configured.

⚫

The EPON VoIP VLAN template is configured.

⚫

The EPON H. 248 template has been configured.

Procedure 1.

In [ZXAN (config-if-epon _ onu-1/X/X: 1) #] mode, execute the sla-profile command to configure the ONU bandwidth.

2.

In [ZXAN (config-if-xgei-1/X/X) #] mode, execute the switchport VLAN command to configure the uplink interface VLAN.

3.

In [ZXAN (config-if-vport-1/X/X. X) #] mode, execute the service-port command to configure the service interface VLAN.

4.

In [ZXAN (config-epon-onu-mng) #] mode, execute the voip-module global-profile command to configure the VoIP global template.

5.

In [ZXAN (config-epon-onu-mng) #] mode, execute the VoIP mg-domainname command configurationMGDomain name.

6.

In [ZXAN (config-epon-onu-mng) #] mode, execute the VoIP ip-address command to configure the MG IP address.

7.

In [ZXAN (config-epon-onu-mng) #] mode, execute the voip-module protocol-profile command to configure the VoIP protocol template.

8.

In [ZXAN (config-epon-onu-mng) #] mode, execute the VoIP user-tid command to configure the userTID。

9.

Execute the VoIP rtp-tid command configuration in [ZXAN (config-epon-onu-mng) #] modeRTPTID。

10. In [ZXAN #] mode, execute the write command to save the configuration data. -- End of Step --

Give an example of 1.

In the ONU interface configuration mode, configure the ONU bandwidth. ZXAN(config)#interface epon_onu-1/7/1:1 ZXAN(config-if-epon_onu1/7/1:1)#sla-profile 10MZXAN(config-if-epon_onu-1/7/1:1)#exit

2.

5-12

In the uplink interface configuration mode, configure the uplink port VLAN.

SJ-20170919142523-008 | 2017-09-30（R1.0）

5 Configuration of basic services ZXAN(config)#interface xgei_1/1/1 ZXAN(config-if-xgei_1/1/1)#switchport vlan 301 tagZXAN(config-ifxgei_1/1/1)#exit

3.

In the Vport interface configuration mode, configure the service port VLAN. ZXAN(config)#interface vport-1/7/1.1:1 ZXAN(config-if-vport-1/7/1.1:1)#service-port 1 user-vlan 301 vlan 301ZXAN(config-if-vport1/7/1.1:1)#exit

4.

In the ONU remote management mode, configure the VoIP global template. ZXAN(config)#pon-onu-mng epon_onu-1/7/1:1 ZXAN(config-epon-onu-mng)#voip-module global-profile apply ip ip-test vlan vlan-test

5.

Configure the MG domain name. ZXAN(config-epon-onu-mng)#voip mg-domainname iad.zte.com.cn slot 1

6.

Configure VoIP protocol templates. ZXAN(config-epon-onu-mng)#voip-module protocol-profile apply h248 h248-test

7.

Configure the user TID. ZXAN(config-epon-onu-mng)#voip user-tid 1 beginid 1 tid-num 2 prefix USER begin-digit 0 align enable digit-length 2 slot 1

8.

Configure the RTP TID. ZXAN(config-epon-onu-mng)#voip rtp-tid prefix RTP begin-digit 0 align enable digit-length 2 slot 1 ZXAN(config-epon-onu-mng)#end

9.

Save the configuration data. ZXAN#write

5.1.11 Configure EPON voice services (SIP) After configuring the EPON voice service, the user can make and receive calls.

Premise ⚫

EPON ONU is certified.

⚫

The EPON ONU bandwidth template is configured.

⚫

The EPON VoIP IP template is already configured.

⚫

The EPON VoIP VLAN template is configured.

⚫

The EPON SIP template is already configured.

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Initial configuration of ZXA10 C600/C650/C680 optical access central-office convergence equipment

Procedure 1.

In [ZXAN (config-if-epon _ onu-1/X/X: 1) #] mode, execute the sla-profile command to configure the ONU bandwidth.

2.

In [ZXAN (config-if-xgei-1/X/X) #] mode, execute the switchport VLAN command to configure the uplink interface VLAN.

3.

In [ZXAN (config-if-vport-1/X/X. X) #] mode, execute the service-port command to configure the service interface VLAN.

4.

In [ZXAN (config-epon-onu-mng) #] mode, execute the voip-module global-profile command to configure the VoIP global template.

5.

In [ZXAN (config-epon-onu-mng) #] mode, execute the voip-module protocol-profile command to configure the VoIP protocol type.

6.

In [ZXAN (config-epon-onu-mng) #] mode, execute the VoIP ip-address command to configure the user IP address.

7.

In [ZXAN (config-epon-onu-mng) #] mode, execute the VoIP sip-user command to configure the user account.

8.

In [ZXAN #] mode, execute the write command to save the configuration data.

-- End of Step -Give an example of 1.

In the ONU interface configuration mode, configure the ONU bandwidth. ZXAN(config)#interface epon_onu-1/7/1:1 ZXAN(config-if-epon_onu1/7/1:1)#sla-profile 10MZXAN(config-if-epon_onu-1/7/1:1)#exit

2.

In the uplink interface configuration mode, configure the uplink port VLAN. ZXAN(config)#interface xgei_1/1/1 ZXAN(config-if-xgei_1/1/1)#switchport vlan 301 tagZXAN(config-ifxgei_1/1/1)#exit

3.

In the Vport interface configuration mode, configure the service port VLAN. ZXAN(config)#interface vport-1/7/1.1:1 ZXAN(config-if-vport-1/7/1.1:1)#service-port 1 user-vlan 301 vlan 301ZXAN(config-if-vport1/7/1.1:1)#exit

4.

In the ONU remote management mode, configure the VoIP global template. ZXAN(config)#pon-onu-mng epon_onu-1/7/1:1 ZXAN(config-epon-onu-mng)#voip-module global-profile apply ip ip-test vlan vlan-test

5.

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Configure VoIP protocol templates.

SJ-20170919142523-008 | 2017-09-30（R1.0）

5 Configuration of basic services ZXAN(config-epon-onu-mng)#voip-module protocol-profile apply sip sip-test

6.

Configure the SIP user IP address. ZXAN(config-epon-onu-mng)#voip ip-address 1.2.1.2 mask 255.255.255.0 slot 1

7.

Configure SIP user accounts. ZXAN(config-epon-onu-mng)#voip sip-user account 12345 name 12345 password 12345 pots_1/1ZXAN(config-epon-onumng)#end

8.

Save the configuration data. ZXAN#write

5.1.12 Configure 10G-EPon services Access the ONU equipment through the 10G-EPon interface to provide users with Internet access, video and voice services.

Related Information The 10G-EPON service of ZXA10 C600/C650/C680 can support two modes: ⚫

10G symmetric model

⚫

10g Asymmetric Mode

The ZXA10 C600/C650/C680 supports the following 10G-EPON ONUs: ⚫

10g Symmetry: ZTE-F850, ZTE-F1400

⚫

10g Asymmetric: ZTE-F860

Procedure Configure ONU 1.

Under [ZXAN (config-if-epon _ olt-1/X/X) #], execute the speed command to configure the OLT operating mode.

2.

In [ZXAN (config-if-epon _ olt-1/X/X) #] mode, execute the ONU type command to configure ONU authentication parameters.

3. In [ZXAN (config-if-epon _ onu-1/X/X: X) #] mode, execute the SLA command to configure ONU bandwidth. Configure VLAN 4.

In [ZXAN (config-if-xgei-1/X/X) #] mode, execute the switchport command to configure the uplink interface VLAN.

5.

In [ZXAN (config-if-vport-1/X/X. X: X) #] mode, execute the service-port command to configure the Vport interface VLAN.

Configure MVLAN 6.

(Optional) In [ZXAN (config) #] mode, execute the IGMP enable command to turn on the global IGMP protocol.

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Initial configuration of ZXA10 C600/C650/C680 optical access central-office convergence equipment

Explain By default, the ZXA10 C600/C650/C680 global IGMP function is enabled.

7.

In [ZXAN (config-if-vport-1/X/X. X: X) #] mode, execute the IGMP fast-leave command to configure the Vport interface IGMP parameters.

8.

In [ZXAN (config) #] mode, execute the mvlan command to create the MVLAN.

9.

In [ZXAN (config-mvlan-xx) #] mode, execute the work-mode command to configure the MVLAN work mode.

10. In [ZXAN (config-mvlan-xx) #] mode, execute the group command to configure the MVLAN multicast group. 11. In [ZXAN (config-mvlan-xx) #] mode, execute the source-port command to configure the MV LAN source port. 12. In [ZXAN (config-mvlan-xx) #] mode, execute the receive-port command to configure the MVLAN receive port. Configuring ONU multicast services 13. In [ZXAN (config-epon-onu-mng) #] mode, execute the multicast VLAN command to configure the user port MVLAN. 14. In [ZXAN (config-epon-onu-mng) #] mode, execute the multicast VLAN tag-strip command to enable the user port MVLAN strip function. 15. In [ZXAN (config-epon-onu-mng) #] mode, execute the VLAN port command to configure the ONU user port VLAN. Configure the management IP address of ONU 16. In [ZXAN (config-epon-onu-mng) #] mode, execute the mgmt-ip command to configure the management IP address of the ONU. -- End of Step -Give an example of 1.

In the OLT interface configuration mode, configure the 10G-EPon working mode. ZXAN(config)#interface epon_olt-1/17/1 ZXAN(config-if-epon_olt-1/17/1)#speed 10g-asymmetric

2.

Certified ONU. ZXAN(config-if-epon_olt-1/17/1)#onu 1 type ZTE-F822A mac 0019.c600.0011ZXAN(config-if-epon_olt1/17/1)#exit

3.

In the ONU interface configuration mode, configure the ONU bandwidth. ZXAN(config)#interface epon_onu-1/17/1:1

5-16

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5 Configuration of basic services ZXAN(config-if-epon_onu-1/17/1:1)#sla upstream assured 10000 maximum 100000ZXAN(config-if-epon_onu1/17/1:1)#exit

4.

In the uplink interface configuration mode, configure the uplink interface VLAN. ZXAN(config)#interface xgei_1/1/1 ZXAN(config-if-xgei_1/1/1)#switchport vlan 110,120,130,1000 tagZXAN(config-ifxgei_1/1/1)#exit

5.

In the Vportt interface configuration mode, configure the service port VLAN. ZXAN(config)#interface vport-1/17/1.1:1 ZXAN(config-if-vport-1/17/1.1:1)#service-port 1 user-vlan 110 vlan 110 ZXAN(config-if-vport-1/17/1.1:1)#service-port 2 user-vlan 120 vlan 120 ZXAN(config-if-vport-1/17/1.1:1)#service-port 3 user-vlan 130 vlan 130 ZXAN(config-if-vport-1/17/1.1:1)#service-port 4 user-vlan 1000 vlan 1000ZXAN(config-if-vport1/17/1.1:1)#exit

6.

(Optional) Turn on the global IGMP protocol. ZXAN(config)#igmp enable

7.

Configure the Vport interface IGMP parameters. ZXAN(config)#interface vport-1/17/1.1:1 ZXAN(config-if-vport-1/17/1.1:1)#igmp fast-leave enableZXAN(config-if-vport1/17/1.1:1)#exit

8.

Configure MVLAN. ZXAN(config)#igmp mvlan 120 ZXAN(config-igmp-mvlan-120)#work-mode proxy ZXAN(config-igmp-mvlan-120)#group 224.1.1.1 to 224.1.1.3ZXAN(config-igmpmvlan-120)#source-port xgei_1/1/1 ZXAN(config-igmp-mvlan-120)#receive-port vport-1/17/1.1:2

9.

Under the ONU remote management mode, the broadband service of the ONU is configured. ZXAN(config)#pon-onu-mng epon_onu-1/17/1:1 ZXAN(config-epon-onu-mng)#vlan port eth_0/1 mode tag vlan 110 priority 0

10. Configure the multicast service of the ONU. ZXAN(config-epon-onu-mng)#multicast switch igmpsnoopingZXAN(configepon-onu-mng)#multicast fastleave enable ZXAN(config-epon-onu-mng)#vlan port eth_0/2 mode tag vlan 120 priority 5ZXAN(config-epon-onumng)#multicast vlan port eth_0/2 add vlanlist 120 ZXAN(config-epon-onu-mng)#multicast vlan tag-strip port eth_0/2 enable

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11. Configure the management IP address of ONU. ZXAN(config-epon-onu-mng)#mgmt-ip 10.1.1.1 255.255.255.0 vlan 1000 priority 7 route 0.0.0.0 0.0.0.0 10.1.1.254

12. Save the configuration data. ZXAN(config-epon-onu-mng)#endZXAN#write

13. Log in to the F822 device and configure the voice service.

Explain The configuration of the F822 is for reference only, and the actual configuration varies with the software version of the F822.

a.

Configure voice service VLAN ZXAN(config)#vlan 300 ZXAN(configvlan)#exit ZXAN(config)#interface gei_0/3/1 ZXAN(config-if)#switchport vlan 300 tagZXAN(configif)#exit

b.

Configure voice IP addresses and routing. ZXAN(config)#interface inband-vlan 300 ZXAN(config-if)#ip address 10.2.2.2 255.255.255.0 voipZXAN(config-if)#exit ZXAN(config)#ip route 0.0.0.0 0.0.0.0 10.2.2.1 name zterouteZXAN(config)#exit

c.

Configure MGC. ZXAN#ag ZXAN(ag)#mod-mgc mgcid 1 mgcip 2.1.1.2 mgctype 1

d.

(Optional) ConfigurationSLC TIDAndIPS TID。 ZXAN(ag)#del-slctermid beginslot 1 num 48 ZXAN(ag)#add-slctermid beginslot 1 num 48 tmidfix USER type 3 digitlen 3 mgid 1ZXAN(ag)#del-ipstermid ZXAN(ag)#add-ipstermid tmidfix RTP type 3 digitlen 3 mgid 1

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5 Configuration of basic services

5.2 Configure GPON/10G-Pon services GPON/10G-Pon access can provide flexible access capability in broadband and narrowband service environments, provide ultra-high bandwidth access, support multiple rate modes, and provide users with voice, data, video and other services using a single optical fiber. 10G-Pon includesXG-PONAndXGS-PONIts principle and service configuration are basically the same as those of GPON, but the difference lies in ONU type and bandwidth. ⚫

The GPON service uses the GPON ONU to provide users with data bandwidth of up to 1 Gbps.

⚫

10G-Pon service uses 10G-Pon ONU, which can provide users with data bandwidth up to 10 Gbps. XG-PONIt can provide users with up to 10 Gbps of downstream data bandwidth.XGSPONIt can provide users with up to 10 Gbps of uplink and downlink data bandwidth.

5.2.1 Configure GPON ONU Type Template Before the GPON ONU is authenticated, if the ONU type does not exist, the ONU type template needs to be created.

Related Information The ZXA10 C600/C650/C680 supports the following default GPONs ONUType: ⚫

ZTE-F601

⚫

ZTE-F621

⚫

ZTE-F622

⚫

ZTE-F625

⚫

ZTE-F628

⚫

ZTE-F640

⚫

ZTE-F641

⚫

ZTEG-VIRTUAL

You can use the show onu-type GPON command to view the system's default GPON ONU type.

Procedure 1.

In [ZXAN (config) #] mode, execute the pon command to enter the PON configuration mode.

2.

In [ZXAN (config-pon) #] mode, execute the onu-type command to create the ONU type template.

3.

In [ZXAN (config-pon) #] mode, execute the onu-type-if command to configure the user port of the ONU type.

-- End of Step -Give an example of 1.

In the PON configuration mode, create an ONU type template. ZXAN(config)#pon ZXAN(config-pon)#onu-type ZTEG-F620 gpon description 4FE,2POTS max-tcont 7

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Initial configuration of ZXA10 C600/C650/C680 optical access central-office convergence equipment max-gemport 32 max-switch-perslot 1 max-flow-perswitch 32

2.

Configure the user port of the ONU type. ZXAN(config-pon)#onu-type-if ZTEG-F620 eth_0/1ZXAN(configpon)#onu-type-if ZTEG-F620 eth_0/2ZXAN(config-pon)#onu-type-if ZTEG-F620 eth_0/3ZXAN(config-pon)#onu-type-if ZTEG-F620 eth_0/4ZXAN(config-pon)#onu-type-if ZTEG-F620 pots_0/1 ZXAN(config-pon)#onu-type-if ZTEG-F620 pots_0/2

3.

(Optional) View the configured ONU template. ZXAN(config-pon)#show onu-type gpon ZTEG-F620ONU type name:

ZTEG-F620

PON type:

gpon

Description:

4FE,2POTS

Max T-CONT:

7

Max GEM port:

32

Max switch per slot:

1

Max flow per switch:

32

Max IP host:

2

Max IPv6 host:

0

Service ability N:1:

support

Service ability 1:M:

support

Service ability 1:P:

support

WIFI mgmt via non OMCI: disableOMCI send mode:

async

Default multicast range:none MGC configure mode:

zte

Max VEIP:

0(default: 1 VEIP)

Extended OMCI:

disable

Location:

disable

5.2.2 Configure GPON ONU authentication parameters For first-time onlineGPON ONUBefore configuring its services, it is necessary to configure ONU authentication parameters to achieve ONU authentication.

Related Information For the parameter description of ONU Phase State, please refer toTable 5-2。

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5 Configuration of basic services

Table 5-2 Description of ONU Phase Status Parameters State

Explain

Offline

The OLT does not find the ONU, and the ONU is offline.

Logging

The OLT has found the ONU and is performing ranging.

syncMib

The OLT has completed the ranging of the ONU and is synchronizing the data.

Working

Data synchronization between OLT and ONU is completed, and service configuration can be performed.

LOS

The optical fiber link between the OLT and the ONU fails, causing the ONU to be disconnected.

DyingGasp

The ONU is powered off.

Procedure 1.

Execute the show pon ONU uncfg command to query the unconfigured ONU information.

2.

In [ZXAN (config) #] mode, execute the interface GPON _ olt-1/X/X command to enter the OLT interface mode.

3.

In [ZXAN (config-if-gpon _ olt-1/X/X) #] mode, execute the ONU type command to configure the ONU authentication parameters.

4.

(Optional) Execute the show GPON ONU state command to view the certified ONU information.

-- End of Step -Give an example of 1.

View the uncertified ONU information. ZXAN#show pon onu uncfg gpon_olt-1/5/1 sn model

2.

OltIndex

Model

SN

gpon_olt-1/7/1

ZTE-F622

08181ab00021

AtOLTIn the interface mode, configure ONU authentication parameters. ZXAN(config)#interface gpon_olt-1/5/1 ZXAN(config-if-gpon_olt-1/5/1)#onu 1 type ZTE-F601 sn 08181ab00021

3.

View certified ONU information. ZXAN(config-gpon_olt-1/5/1)#show gpon onu state gpon_olt-1/5/1OnuIndex

Admin

State OMCC State Phase State Channel

1/5/1:1

enable

enable

Working

1(GPON)

ONU Number: 1/1

5.2.3 Configuring the T-CONT Bandwidth Template The T-CONT (Transmission Container) bandwidth template describes the traffic parameters of the T-CONT. By specifying a T-CONT bandwidth template, the T-CONT can be flow controlled. SJ-20170919142523-008 | 2017-09-30（R1.0）

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Initial configuration of ZXA10 C600/C650/C680 optical access central-office convergence equipment

Related Information The ZXA10 C600/C650/C680 supports the configuration of 512 T-CONT templates. There are five types of upstream bandwidth. ⚫

Fixed Bandwidth

⚫

Ensure Bandwidth

⚫

Unguaranteed bandwidth

⚫

Best effort bandwidth

⚫

Maximum Bandwidth

The priorities of fixed bandwidth, guaranteed bandwidth, non-guaranteed bandwidth, best effort bandwidth and maximum bandwidth decrease in order. There are five types of T-CONT bandwidth templates that can contain one or more bandwidth types. ⚫

Fixed Bandwidth (Type 1) Contains only fixed bandwidth. It has a definite bandwidth and time slot, and is suitable for services that are sensitive to delay and jitter, and have a fixed traffic rate or little fluctuation, such as voice services.

⚫

Ensure Bandwidth (Type 2) Contains only guaranteed bandwidth. It has a certain bandwidth, but the time slot is uncertain, which is suitable for services with low requirements for delay and jitter and limited traffic rate, such as video on demand services.

⚫

Guaranteed and Unguaranteed Bandwidth (Type 3) Including guaranteed bandwidth and non-guaranteed bandwidth. It has the minimum bandwidth guarantee, can dynamically share the remaining bandwidth, and has the maximum bandwidth constraint, which is suitable for services with service guarantee requirements and large burst traffic, such as subscription download services.

⚫

Best Effort Bandwidth (Type 4) Only best-effort bandwidth is included. After the allocation of fixed bandwidth, guaranteed bandwidth and non-guaranteed bandwidth, the remaining bandwidth is used competitively, which is suitable for services with low delay and jitter requirements, such as Web browsing services.

⚫

All supported (Type 5) It is a combination of the above types, which has the characteristics of each type and is suitable for most business flows. The sum of the fixed bandwidth and the guaranteed bandwidth of a single Pon port cannot exceed 1 Gbps.

Procedure 1. In [ZXAN (config-gpon) #] mode, execute the profile tcont command to configure the T-CONT bandwidth template. -- End of Step -5-22

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Give an example of 1.

In GPON configuration mode, create a T-CONT bandwidth template. ZXAN(config)#gpon

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5 Configuration of basic services ZXAN(config-gpon)#profile tcont 200M type 5 fixed 20000 assured 50000 maximum 200000ZXAN(config-gpon)#profile tcont 150M type 4 maximum 150000 ZXAN(config-gpon)#profile tcont 100M type 3 assured 50000 maximum 100000ZXAN(configgpon)#profile tcont 50M type 2 assured 50000 ZXAN(config-gpon)#profile tcont 20M type 1 fixed 20000

2.

(Optional) View the T-CONT bandwidth template. ZXAN(config-gpon)#show gpon

profile tcont

Profile name :default Type

FBW(kbps)

1 10000

ABW(kbps)

MBW(kbps)

00

PRIORITY N/A

WEIGH T N/A

Profile name :200M Type

FBW(kbps)

ABW(kbps)

MBW(kbps)

PRIORITY

5

20000

50000

200000

N/A

FBW(kbps)

ABW(kbps)

MBW(kbps)

PRIORITY

WEIGHT4

0

0

150000

WEIGH T N/A

Profile name :150M Type

N/A

N/A

Profile name :100M Type

FBW(kbps)

ABW(kbps)

MBW(kbps)

PRIORITY

3

0

50000

100000

N/A

Type

FBW(kbps)

ABW(kbps)

MBW(kbps)

PRIORITY

2

0

50000

0

N/A

Type

FBW(kbps)

ABW(kbps)

MBW(kbps)

PRIORITY

1

20000

0

0

N/A

WEIGH T N/A

Profile name :50M WEIGH T N/A

Profile name :20M WEIGH T N/A

5.2.4 Configure GPON ONU IP Template ThroughGPON ONU The IP template can be used to configure the IP addresses of ONUs in batches.

Related Information SJ-20170919142523-008 | 2017-09-30（R1.0）

5-23

ZXA10 C600/C650/C680 supports 3 IP address allocation modes: ⚫

Static allocation mode

SJ-20170919142523-008 | 2017-09-30（R1.0）

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Initial configuration of ZXA10 C600/C650/C680 optical access central-office convergence equipment ⚫

DHCPWay

⚫

PPPoEWay

Only one IP address allocation method can be used on one ONU. The GPON ONU IP template only applies to the static allocation method.

Procedure 1.

In [ZXAN (config-gpon) #] mode, execute the ONU profile IP command to configure the GPON ONU IP template.

2.

(Optional) Execute the show GPON ONU profile IP command to view the GPON ONU IP template.

-- End of Step -Give an example of 1.

In the GPON configuration mode, configure the ONU IP template. ZXAN(config)#gpon ZXAN(config-gpon)#onu profile ip ip-test ipv4 gateway 1.2.3.1

2.

View the GPON ONU IP template. ZXAN(config-gpon)#show gpon onu profile ipProfile name: ip-test Gateway: Primary DNS:

1.2.3.1 0.0.0.0

Secondary DNS: 0.0.0.0

5.2.5 Configuring the GPON ONU VLAN Template Through the GPON ONU VLAN template, the VLAN of the ONU can be configured in batches.

Procedure 1.

In [ZXAN (config-gpon) #] mode, execute the ONU profile command to configure the GPON ONU IP template.

2.

(Optional) Execute the show GPON ONU profile VLAN command to view the GPON ONU VLAN template.

-- End of Step -Give an example of 1.

In the GPON configuration mode, configure the ONU VLAN template. ZXAN(config)#gpon ZXAN(config-gpon)#onu profile vlan vlan-test tag-mode tag cvlan 300 pri 7

2.

(Optional) View the GPON ONU VLAN template. ZXAN(config-gpon)#show gpon onu profile vlan vlan-testProfile name: vlan-test

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5 Configuration of basic services Tag mode:

tag

CVLAN:

300

CVLAN priority:7

5.2.6 Configure GPON VoIP Service Activation Code Template Through GPON ONU VoIPThe service activation code template can be configured in batch based on the GPON ONUSIPThe activation code for the VoIP supplementary service.

Related Information By setting the activation code (access code) of various supplementary services, the corresponding relationship between the access code and the service is established on the ONU. After the user phone dials the access code, the service is activated on the ONU (SIP User Agent) and subsequent calls are processed according to the service flow.

Procedure 1.

In [ZXAN (config-gpon) #] mode, execute the ONU profile voip-accesscode command to configure the GPON ONU VoIP service activation code template.

2.

(Optional) Execute the show GPON ONU profile voip-accesscode command to view the GPON ONU VoIP service activation code template. -- End of Step --

Give an example of 1.

In the GPON configuration mode, configure the VoIP service activation code template. ZXAN(config)#gpon ZXAN(config-gpon)#onu profile voip-accesscode abc call-hold ***

2.

View the VoIP service activation code template. ZXAN(config-gpon)#show gpon onu profile voip-accesscode abcProfile name:

abc

Cancel call waiting: Call hold:

***

Call park: CID activate: CID deactivate: No disturb activation: No disturb deactivation:No disturb pin change: Emergency service num: Intercom service:

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Initial configuration of ZXA10 C600/C650/C680 optical access central-office convergence equipment Unattend blind call transfer: Attend call transfer:

5.2.7 Configure GPON VoIP Service Application Template Through GPON ONU VoIPThe service application template can be configured in batches based on the GPON ONUSIPProtocol VoIP supplementary service.

Procedure 1.

In [ZXAN (config-gpon) #] mode, execute the ONU profile voip-appsrv command to configure the VoIP service application template.

2.

(Optional) Execute the show GPON ONU profile voip-appsrv command to view the GPON ONU VoIP service application template. -- End of Step --

Give an example of 1.

In the GPON configuration mode, configure the VoIP service application template. ZXAN(config)#gpon ZXAN(config-gpon)#onu profile voip-appsrv voip-service call-waiting enable call-transferenable call-hold enable 3way enable

2.

View the VoIP service application template. ZXAN(config-gpon)#show gpon onu profile voip-appsrv voip-serviceProfile name:

voip-

service

5-26

Calling num:

disable

Calling name:

disable

CID blocking:

disable

CID num permanent status:

disable

CID name permanent status:

disable

Anonymous CID blocking:

disable

Call waiting:

enable

CID announcement:

disable

3way:

enable

Call transfer:

enable

Call hold:

enable

Call park:

disable

No disturb:

disable

Emergency call flash:

disable

Emergency originate hold:

disable

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5 Configuration of basic services 6way:

disable

Message waiting splash ring: disableMessage waiting special dial tone: disableMessage waiting visual indication: disableCall forwarding ind:

disable

Direct connect feature:

disable

Dialtone delay:

disable

Direct connect URI: Validation scheme:

disable

Username: Password: Realm: Bridge line agent URI: Validation scheme:

disable

Username: Password: Realm: Conference factory URI: Validation scheme:

disable

Username: Password: Realm:

5.2.8 Configuring the GPON ONU SIP Template ThroughGPON ONU SIPTemplate, SIP parameters of GPON ONU can be configured in batch.

Premise ⚫

GPON ONU VoIP service activation code template has been configured.

⚫

GPON ONU VoIP service application template has been configured.

Procedure 1.

In [ZXAN (config-gpon) #] mode, execute the ONU profile sip command to configure the GPON ONU SIP template.

2.

(Optional) Execute the show GPON ONU profile sip command to view the GPON ONU SIP template. -- End of Step --

Give an example of 1.

In GPON configuration mode, configure the SIP template. ZXAN(config)#gpon

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Initial configuration of ZXA10 C600/C650/C680 optical access central-office convergence equipment ZXAN(config-gpon)#onu profile sip sip-test proxy 1.2.3.1 ZXAN(config-gpon)#onu profile sip sip-test accesscode abc ZXAN(config-gpon)#onu profile sip sip-test appsrv voip-service

2.

View the SIP template configuration. ZXAN(config-gpon)#show gpon onu profile sip sip-test 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

5.2.9 Configure GPON ONU MGC Template Through the GPON ONU MGC template, the MGC parameters of the GPON ONU can be configured in batches.

Related Information ZXA10 C600/C650/C680 supports twoMGCAgreement

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⚫

MGCP

⚫

H.248

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5 Configuration of basic services

Procedure 1.

In [ZXAN (config-gpon) #] mode, execute the ONU profile MGC server command to configure the active and standby MGC servers.

2.

In [ZXAN (config-gpon) #] mode, execute the ONU profile MGC user-tid rtp-tid command to configure the user circuit TID and RTP TID.

3.

(Optional) Execute the show GPON ONU profile MGC command to view the GPON ONU MGC templates -- End of Step --

Give an example of 1.

In the GPON configuration mode, configure the active and standby MGC servers. ZXAN(config)#gpon ZXAN(config-gpon)#onu profile mgc mgc-test server1 1.2.3.1ZXAN(configgpon)#onu profile mgc mgc-test server2 1.2.3.2

2.

In GPON configuration mode, configure the subscriber linksTIDAndRTP TID。 ZXAN(config-gpon)#onu profile mgc mgc-test user-tid specified prefix user postfix-len 5postfix-start 1 rtp-tid specified prefix rtp postfix-len 5 postfix-start 1

3.

View the GPON ONU MGC template. 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

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Initial configuration of ZXA10 C600/C650/C680 optical access central-office convergence equipment 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)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)

5.2.10 Configuring GPON broadband services After configuring the GPON broadband service, the user can use the Internet service.

Premise ⚫

GPON ONU is certified.

⚫

The T-CONT bandwidth template is already configured.

Procedure

5-30

1.

In [ZXAN (config-if-gpon _ onu-1/X/X: X) #] mode, execute the tcont command to configure T-CONT.

2.

In [ZXAN (config-if-gpon _ onu-1/X/X: X) #] mode, execute the gemport command to configure the GEM port.

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5 Configuration of basic services

3.

In [ZXAN (config-if-xgei-1/X/X) #] mode, execute the switchport VLAN command to configure the uplink interface VLAN.

4.

In [ZXAN (config-if-vport-1/X/X. X: X) #] Vport interface configuration mode, execute the serviceport command to configure the service interface VLAN.

5.

In [ZXAN (config-gpon-onu-mng) #] mode, execute the service command to configure the service channel.

6.

In [ZXAN (config-gpon-onu-mng) #] mode, execute the VLAN port command to configure the ONU user interface VLAN.

7.

In [ZXAN #] mode, execute the write command to save the configuration data. -- End of Step --

Give an example of 1.

In ONU interface mode, configure T-CONT. ZXAN(config)#interface gpon_onu-1/5/1:1ZXAN(configif)#tcont 1 profile 100M

2.

Configure GEM Port. ZXAN(config-if-gpon_onu-1/5/1:1)#gemport 1 tcont 1ZXAN(config-ifgpon_onu-1/5/1:1)#exit

3.

In the uplink interface configuration mode, configure the uplink interface VLAN. ZXAN(config)#interface xgei_1/1/1 ZXAN(config-if-xgei_1/1/1)#switchport vlan 100 tagZXAN(config-ifxgei_1/1/1)#exit

4.

In the Vport interface mode, configure the service interface VLAN. ZXAN(config)#interface vport-1/5/1.1:1 ZXAN(config-if-vport-1/5/1.1:2)#service-port 1 user-vlan 100 vlan 100ZXAN(config-if-vport1/5/1.1:2)#exit

5.

Configure the service channel in the ONU remote management mode. ZXAN(config)#pon-onu-mng gpon_onu-1/5/1:1 ZXAN(config-gpon-onu-mng)#service HSI gemport 1 cos 0 vlan 100

6.

Configure the user interface VLAN. ZXAN(config-gpon-onu-mng)#vlan port eth_0/1 mode tag vlan 100 pri 0ZXAN(config-gpon-onumng)#end

7.

Save the configuration data. ZXAN#write

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5.2.11 Configuring GPON multicast services After the GPON multicast service is configured, the user can use the multicast service.

Premise ⚫

GPON ONU is certified.

⚫

The T-CONT bandwidth template is already configured.

Procedure 1.

In [ZXAN (config-if-gpon _ onu-1/X/X: X) #] mode, execute the tcont command to configure T-CONT.

2.

In [ZXAN (config-if-gpon _ onu-1/X/X: X) #] mode, execute the gemport command to configure the GEM port.

3.

In [ZXAN (config-if-xgei-1/X/X) #] mode, execute the switchport VLAN command to configure the uplink interface VLAN.

4.

In [ZXAN (config-if-vport-1/X/X. X: X) #] mode, execute the service-port command to configure the service interface VLAN.

5.

In [ZXAN (config) #] mode, execute the IGMP enable command to enable the global IGMP protocol.

6.

In [ZXAN (config-if-vport-1/X/X. X: X) #] mode, execute the IGMP fast-leave command to configure the Vport interface IGMP parameters.

7.

In [ZXAN (config) #] mode, execute the IGMP mvlan command to create the MVLAN.

8.

In [ZXAN (config-igmp-mvlan-xx) #] mode, execute the work-mode command to configure the MVLAN work mode.

9.

In [ZXAN (config-igmp-mvlan-xx) #] mode, execute the prejoin-group command to configure the MVLAN prejoin multicast group.

10. In [ZXAN (cconfig-igmp-mvlan-xx) #] mode, execute the source-port command to configure the MV LAN source port. 11. In [ZXAN (config-igmp-mvlan-xx) #] mode, execute the receive-port command to configure the MVLAN receive port. 12. In [ZXAN (config-gpon-onu-mng) #] mode, execute the service command to configure the service channel. 13. In [ZXAN (config-gpon-onu-mng) #] mode, execute the mvlan command to configure the ONU user interface MVLAN. 14. In [ZXAN (config-gpon-onu-mng) #] mode, execute the MV lan tag command to configure the ONU user interface MVLAN strip tag function. 15. In [ZXAN (config-gpon-onu-mng) #] mode, execute the VLAN port command to configure the ONU user port VLAN.

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5 Configuration of basic services

16. In [ZXAN #] mode, execute the write command to save the configuration data. -- End of Step --

Give an example of 1.

In ONU interface mode, configure T-CONT. ZXAN(config)#interface gpon_onu-1/5/1:1 ZXAN(config-if-gpon_onu-1/5/1:1)#tcont 2 profile 50M

2.

Configure GEM Port. ZXAN(config-if-gpon_onu-1/5/1:1)#gemport 2 tcont 2ZXAN(config-ifgpon_onu-1/5/1:1)#exit

3.

In the uplink interface configuration mode, configure the uplink interface VLAN. ZXAN(config)#interface xgei_1/1/1 ZXAN(config-if-xgei_1/1/1)#switchport vlan 200 tagZXAN(config-ifxgei_1/1/1)#exit

4.

In the Vport interface mode, configure the service interface VLAN. ZXAN(config)#interface vport-1/5/1.1:2 ZXAN(config-if-vport-1/5/1.1:2)#service-port 2 user-vlan 200 vlan 200ZXAN(config-if-vport1/5/1.1:2)#exit

5.

(Optional) Turn on the global IGMP protocol. ZXAN(config)#igmp enable

6.

Configure interface IGMP parameters. ZXAN(config)#interface vport-1/5/1.1:2 ZXAN(config-if-vport-1/5/1.1:2)#igmp fast-leave enableZXAN(config-if-vport1/5/1.1:2)#exit

7.

Configure MVLAN. ZXAN(config)#igmp mvlan 200 ZXAN(config-igmp-mvlan-200)#work-mode proxy ZXAN(config-igmpmvlan-100)#prejoin-group 224.1.1.1 ZXAN(config-igmp-mvlan-100)#prejoin-group 224.1.1.2 ZXAN(config-igmp-mvlan-100)#prejoin-group 224.1.1.3 ZXAN(config-igmpmvlan-200)#source-port xgei_1/1/1 ZXAN(config-igmp-mvlan-200)#receive-port vport-1/5/1.1:2

8.

Configure the service channel in the ONU remote management mode. ZXAN(config)#pon-onu-mng gpon_onu-1/5/1:1

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Initial configuration of ZXA10 C600/C650/C680 optical access central-office convergence equipment ZXAN(config-gpon-onu-mng)#service multicast gemport 2 cos 5 vlan 200

9.

Configure the user port MVLAN. ZXAN(config-gpon-onu-mng)#mvlan 200 ZXAN(config-gpon-onu-mng)#mvlan tag eth_0/2 strip

10. Configure the user port VLAN. ZXAN(config-gpon-onu-mng)#vlan port eth_0/2 mode tag vlan 200 pri 5ZXAN(config-gpon-onumng)#end

11. Save the configuration data. ZXAN#write

5.2.12 Configure GPON voice service (SIP) After configuring the GPON voice service, the user can make and receive calls.

Premise ⚫

GPON ONU is certified.

⚫

The T-CONT bandwidth template is already configured.

⚫

The GPON VoIP IP template is already configured.

⚫

The GPON VoIP VLAN template is configured.

⚫

The GPON SIP template is already configured.

Procedure 1.

In [ZXAN (config-if-gpon _ onu-1/X/X: X) #] mode, execute the tcont command to configure T-CONT.

2.

In [ZXAN (config-if-gpon _ onu-1/X/X: X) #] mode, execute the gemport command to configure the GEM port.

3.

In [ZXAN (config-if-xgei-1/X/X) #] mode, execute the switchport VLAN command to configure the uplink interface VLAN.

4.

In [ZXAN (config-if-vport-1/X/X. X: X) #] Vport interface configuration mode, execute the serviceport command to configure the service interface VLAN.

5.

In [ZXAN (config-gpon-onu-mng) #] mode, execute the service command to configure the service channel.

6.

In [ZXAN (config-gpon-onu-mng) #] mode, execute the VoIP protocol sip command to configure the VoIP protocol type.

7.

In [ZXAN (config-gpon-onu-mng) #] mode, execute the voip-ip IPv4 mode static ipprofile command to configure the VoIP address.

8.

In the [ZXAN (config-gpon-onu-mng) #] mode, execute the sip-service command to configure the VoIP service.

9.

In [ZXAN #] mode, execute the write command to save the configuration data. -- End of Step --

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5 Configuration of basic services

Give an example of 1.

Configure T-CONT in ONU interface configuration mode. ZXAN(config)#interface gpon_onu-1/5/1:1 ZXAN(config-if-gpon_onu-1/5/1:1)#tcont 3 profile 20M

2.

Configure GEM Port. ZXAN(config-if-gpon_onu-1/5/1:1)#gemport 3 tcont 3ZXAN(config-ifgpon_onu-1/5/1:1)#exit

3.

In the uplink interface configuration mode, configure the uplink interface VLAN. ZXAN(config)#interface xgei_1/1/1 ZXAN(config-if-xgei_1/1/1)#switchport vlan 300 tagZXAN(config-ifxgei_1/1/1)#exit

4.

In the Vport interface configuration mode, configure the service interface VLAN. ZXAN(config)#interface vport-1/5/1.1:3 ZXAN(config-if-vport-1/5/1.1:3)#service-port 3 user-vlan 300 vlan 300ZXAN(config-if-vport1/5/1.1:3)#exit

5.

Configure the service channel in the ONU remote management mode. ZXAN(config)#pon-onu-mng gpon_onu-1/5/1:1 ZXAN(gpon-onu-mng)#service voip-sip gemport 3 cos 7 vlan 300

6.

Configure the VoIP protocol type. ZXAN(gpon-onu-mng)#voip protocol sip

7.

Configure the VoIP address. ZXAN(gpon-onu-mng)#voip-ip ipv4 mode static ip-profile ip-test ip-address 1.2.3.4mask 255.255.255.0 vlan-profile vlantest

8.

Configure the VoIP service. ZXAN(gpon-onu-mng)#sip-service pots_0/1 profile sip-test userid 12345 username12345 password 12345 ZXAN(gpon-onu-mng)#end

9.

Save the configuration data. ZXAN#write

5.2.13 Configure GPON voice service (H.248) After configuring the GPON voice service, the user can make and receive calls.

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Initial configuration of ZXA10 C600/C650/C680 optical access central-office convergence equipment

Premise ⚫

GPON ONU is certified.

⚫

The T-CONT bandwidth template is already configured.

⚫

The GPON VoIP IP template is already configured.

⚫

The GPON VoIP VLAN template is configured.

⚫

The GPON SIP template is already configured.

Procedure 1.

In [ZXAN (config-if-gpon _ ONU – 1/X/X: X) #] mode, execute the tcont command to configure T-CONT.

2.

In [ZXAN (config-if-gpon _ ONU – 1/X/X: X) #] mode, execute the gemport command to configure the GEM port.

3.

In [ZXAN (config-if-xgei-1/X/X) #] mode, execute the switchport VLAN command to configure the uplink interface VLAN.

4.

In [ZXAN (config-if-vport-1/X/X. X: X) #] mode, execute the service-port command to configure the service interface VLAN.

5.

In [ZXAN (config-gpon-onu-mng) #] mode, execute the service command to configure the service channel.

6.

In [ZXAN (config-gpon-onu-mng) #] mode, execute the VoIP protocol sip command to configure the VoIP protocol type.

7.

In [ZXAN (config-gpon-onu-mng) #] mode, execute the voip-ip mode static ip-profile command to configure the VoIP address.

8.

In the [ZXAN (config-gpon-onu-mng) #] mode, execute the sip-service command to configure the VoIP service.

9.

In [ZXAN #] mode, execute the write command to save the configuration data. -- End of Step --

Give an example of 1.

Configure T-CONT in ONU interface configuration mode. ZXAN(config)#interface gpon_onu-1/5/1:1 ZXAN(config-if-gpon_onu-1/5/1:1)#tcont 3 profile 20M

2.

Configure GEM Port. ZXAN(config-if-gpon_onu-1/5/1:1)#gemport 3 tcont 3ZXAN(config-ifgpon_onu-1/5/1:1)#exit

3.

In the uplink interface configuration mode, configure the uplink interface VLAN. ZXAN(config)#interface xgei_1/1/1 ZXAN(config-if-xgei_1/1/1)#switchport vlan 300 tagZXAN(config-ifxgei_1/1/1)#exit

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5 Configuration of basic services

4.

In the Vport interface configuration mode, configure the service interface VLAN. ZXAN(config)#interface vport-1/5/1.1:3 ZXAN(config-if-vport-1/5/1.1:3)#service-port 3 user-vlan 300 vlan 300ZXAN(config-if-vport1/5/1.1:3)#exit

5.

Configure the service channel in the ONU remote management mode. ZXAN(config)#pon-onu-mng gpon_onu-1/5/1:1 ZXAN(gpon-onu-mng)#service voip-h248 gemport 3 cos 7 vlan 300

6.

Configure the VoIP protocol type. ZXAN(gpon-onu-mng)#voip protocol h248 domain iad.zte.com.cn

7.

Configure the VoIP address. ZXAN(gpon-onu-mng)#voip-ip ipv4 mode static ip-profile ip-test ip-address 1.2.3.4mask 255.255.255.0 vlan-profile vlantest

8.

Configure the VoIP service. ZXAN(gpon-onu-mng)#mgc-service pots_0/1 profile mgc-testZXAN(gpon-onumng)#end

9.

Save the configuration data. ZXAN#write

5.3 Template configuration of GPON/XG-Pon services 5.3.1 Configure GPON ONU Line Template Through the GPON ONU line template, the T-CONT, GEM Port and service channel of the GPON ONU can be configured in batches.

Premise The T-CONT bandwidth template is already configured.

Procedure 1.

In [ZXAN (config-pon) #] mode, execute the onu-profile GPON line command to create an ONU line template.

2.

In [ZXAN (config-pon-gpon-line-xx) #] mode, execute the tcont command to configure T-CONT.

3.

In [ZXAN (config-pon-gpon-line-xx) #] mode, execute the gemport command to configure the GEM port.

4.

In [ZXAN (config-pon-gpon-line-xx) #] mode, execute the service command to configure the service channel.

5.

(Optional) Execute the show pon onu-profile GPON line command to view the ONU line profile. -- End of Step --

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Initial configuration of ZXA10 C600/C650/C680 optical access central-office convergence equipment

Give an example of 1.

Create an ONU line template. ZXAN(config)#pon ZXAN(config-pon)#onu-profile gpon line abcZXAN(configpon-gpon-line-abc)#

2.

Configure T-CONT. ZXAN(config-pon-gpon-line-abc)#tcont 1 profile 100M

3.

Configure GEM port. ZXAN(config-pon-gpon-line-abc)#gemport 1 tcont 1

4.

Configure the ONU service channel. ZXAN(config-pon-gpon-line-abc)#service data gemport 1 cos 0 vlan 100

5.

View ONU line templates. ZXAN(config-pon-gpon-line-abc)#show pon onu-profile gpon line abcProfile name:

abc

Profile status: normalProgress: N/A Bound ONU list:

5.3.2 Configure GPON ONU service templates When the configurations of the GPON ONUs are the same, the ONU service configuration can be performed in batches through the GPON ONU service template.

Procedure 1.

In [ZXAN (config-pon) #] mode, execute the onu-profile GPON service command to create the ONU service template.

2.

In [ZXAN (config-pon-gpon-service-xx) #] mode, execute the VLAN port command to configure the ONU user interface VLAN. -- End of Step --

Give an example of 1.

Create an ONU remote management template. ZXAN(config)#pon ZXAN(config-pon)#onu-profile gpon service abcZXAN(configpon-gpon-service-abc)#

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2.

Configure the user port VLAN. ZXAN(config-pon-gpon-service-abc)#vlan port eth_0/1 mode tag vlan 100 pri 0

5.3.3 Configure GPON services This task describes how to configure GPON services in a template manner to provide broadband services to users.

Explain After the service of an ONU is configured in a template manner, the service of the ONU cannot be configured in a non-template manner.

Premise ⚫

The GPON ONU line template has been configured.

⚫

The GPON ONU Remote Management Template is configured.

⚫

The ONU supports template configuration, and the UNI interface type of the ONU is consistent

Procedure with the interface type defined by the template. 1.

In [ZXAN (config-if-xgei-1/X/X) #] mode, execute the switchport VLAN command to configure the uplink interface VLAN.

2.

In [ZXAN (config-if-vport-1/X/X. X: X) #] mode, execute the service-port command to configure the service interface VLAN.

3.

In [ZXAN (config-if-gpon-olt _ 1/X/X) #] mode, execute the bind-onu command to apply the line template and service template to the ONU.

4.

In [ZXAN #] mode, execute the write command to save the configuration data. -- End of Step --

Give an example of 1.

Configure the uplink interface VLAN. ZXAN(config)#interface xgei_1/1/1 ZXAN(configif)#switchport vlan 100 tagZXAN(config-if)#exit

2.

Configure the service port VLAN. ZXAN(config)#interface vport-1/5/1.1:1 ZXAN(config-if-vport-1/5/1.1:1)#service-port 1 user-vlan 100 vlan 100ZXAN(config-if-vport1/5/1.1:1)#exit

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3.

Specify the ONU line template and the ONU remote management template. ZXAN(config)#interface gpon-olt_1/5/1 ZXAN(config-if-gpon_olt-1/5/1)#bind-onu 1 profile line abc service abcZXAN(config-if-gpon_olt1/5/1)#end

4.

Save the configuration data. ZXAN#write

5.4 Configure Ethernet access services ZXA10 C600/C650/C680 PassedP2PThe Ethernet interface board provides Ethernet access services for Ethernet terminal equipment, including data and multicast services.

Procedure 1.

In [ZXAN (config) #] mode, use the add-card command to add a P2P card.

2.

In [ZXAN (config-if-xgei-1/X/X) #] mode, execute the switchport command to configure the uplink interface VLAN.

3.

In [ZXAN (config-if-gei-1/X/X) #] mode, execute the switchport command to configure the service interface VLAN.

4.

(Optional) In [ZXAN (config) #] mode, execute the IGMP enable command to turn on the global IGMP protocol.

Explain By default, the ZXA10 C600/C650/C680 global IGMP function is enabled.

5.

In [ZXAN (config-if-gei-1/X/X) #] mode, execute the IGMP fast-leave command to configure the service interface IGMP parameters.

6.

In [ZXAN (config) #] mode, execute the IGMP mvlan command to create the MVLAN.

7.

In [ZXAN (config-igmp-mvlan-xx) #] mode, execute the work-mode command to configure the MVLAN work mode.

8.

In [ZXAN (config-igmp-mvlan-xx) #] mode, execute the prejoin-group command to configure the MVLAN prejoin multicast group.

9.

In [ZXAN (config-igmp-mvlan-xx) #] mode, execute the source-port command to configure the MV LAN source port.

10. In [ZXAN (config-igmp-mvlan-xx) #] mode, execute the receive-port command to configure the MVLAN receive port.

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11. In [ZXAN #] mode, execute write to save the configuration data. -- End of Step --

Give an example of 1.

Add a P2P board. ZXAN(config)#add-card rackno 1 shelfno 1 slotno 4 pfgk

2.

Configure the uplink interface VLAN. ZXAN(config)#interface xgei-1/1/1 ZXAN(config-if-xgei-1/1/1)#switchport vlan 101,201,301 tagZXAN(config-if-xgei1/1/1)#exit

3.

Configure the service interface VLAN. ZXAN(config)#interface gei-1/4/1 ZXAN(config-if-gei-1/4/1)#switchport vlan 101,201,301 tagZXAN(config-if-gei1/4/1)#exit

4.

Turn on the global IGMP feature. ZXAN(config)#igmp enable

5.

Configure traffic interface IGMP parameters. ZXAN(config)#interface gei-1/4/1 ZXAN(config-if-gei-1/4/1)#igmp fast-leave enableZXAN(config-ifgei-1/4/1)#exit

6.

Configure MVLAN. ZXAN(config)#igmp mvlan 201 ZXAN(config-igmp-mvlan-201)#work-mode proxy ZXAN(config-igmpmvlan-100)#prejoin-group 224.1.1.1 ZXAN(config-igmp-mvlan-100)#prejoin-group 224.1.1.2 ZXAN(config-igmp-mvlan-100)#prejoin-group 224.1.1.3ZXAN(configigmp-mvlan-201)#source-port xgei-1/1/1 ZXAN(config-igmp-mvlan201)#receive-port gei-1/4/1 ZXAN(config-igmp-mvlan-201)#end

7.

Save the configuration data. ZXAN#write

5.5 Configure NTP services ZXA10 C600/C650/C680 works in NTP client mode and keeps time synchronization with NTP server.

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Procedure 1.

In [ZXAN (config) #] mode, execute the NTP enable command to turn on the NTP function.

2.

In [ZXAN (config) #] mode, execute the NTP server command to configure the NTP server.

3.

In [ZXAN (config) #] mode, execute the NTP source command to configure the source interface for sending NTP packets.

4.

In [ZXAN (config) #] mode, execute the NTP poll-interval command to configure the NTP synchronization interval time. -- End of Step --

Give an example of 1.

In global configuration mode, turn on the NTP feature. ZXAN(config)#ntp enable

2.

Configure the NTP server. ZXAN(config)#ntp server 1.2.1.1 priority 1

3.

Configure the source interface that NTP uses when sending requests to synchronize time. ZXAN(config)#ntp source interface vlan1000

4.

Configure the NTP synchronization interval time. ZXAN(config)#ntp poll-interval 5

5.

(Optional) View the operational status of NTP. ZXAN(config)#show ntp status Clock is unsynchronized, stratum 3, reference is LOCAL nominal freq is 250.0000 Hz, actual freq is 250.0000 Hz, precision is 2**16reference time is dd114df0.0 (01:40:00 Thu Jul 13 2017 UTC) clock offset is 0.00 msec, root delay is 0.00 msec root dispersion is 0.00 msec, peer dispersion is 0.00 msec

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Abbreviation DHCP - Dynamic Host Configuration Protocol EPON - Ethernet Passive Optical Network GPON - Gigabit Passive Optical Network IPS - Intelligent Protection Switching LOID - Logical ON U Identifier, logical ONU identification MG - Media Gateway MGC - Media Gateway Controller NTP - Network Time Protocol OLT - Optical Line Terminal ONU - Optical Network Unit P2P - Point to Point PON - Passive Optical Network PPPoE - Point to Point Protocol over Ethernet RTP - Real-time Transport Protocol

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Initial configuration of ZXA10 C600/C650/C680 optical access central-office convergence equipment

SIP - Session Initiation Protocol SLC - Subscriber Line Circuit SSH - Secure Shell TID - Terminal Identification VLAN - Virtual Local Area Network VoIP - Voice over Internet Protocol XG-PON - 10-Gigabit-Capable Passive Optical Network XGS-PON - 10-Gigabit-Capable Symmetric Passive Optical Network

II