SJ-20110325151101-005-ZXMSG 5208(V1.0) Smart Unified Access Node Configuration Manual (NetNumen)_348622.pdf

ZXMSG 5208Smart Unified Access Node

Configuration Manual (NetNumen)

Version: 1.0

ZTE CORPORATIONNO. 55, Hi-tech Road South, ShenZhen, P.R.ChinaPostcode: 518057Tel: +86-755-26771900Fax: +86-755-26770801URL: http://ensupport.zte.com.cnE-mail: [email protected]

LEGAL INFORMATIONCopyright 2011 ZTE CORPORATION.

The contents of this document are protected by copyright laws and international treaties. Any reproduction or

distribution of this document or any portion of this document, in any form by any means, without the prior written

consent of ZTE CORPORATION is prohibited. Additionally, the contents of this document are protected by

contractual confidentiality obligations.

All company, brand and product names are trade or service marks, or registered trade or service marks, of ZTE

CORPORATION or of their respective owners.

This document is provided as is, and all express, implied, or statutory warranties, representations or conditions

are disclaimed, including without limitation any implied warranty of merchantability, fitness for a particular purpose,

title or non-infringement. ZTE CORPORATION and its licensors shall not be liable for damages resulting from the

use of or reliance on the information contained herein.

ZTE CORPORATION or its licensors may have current or pending intellectual property rights or applications

covering the subject matter of this document. Except as expressly provided in any written license between ZTE

CORPORATION and its licensee, the user of this document shall not acquire any license to the subject matter

herein.

ZTE CORPORATION reserves the right to upgrade or make technical change to this product without further notice.

Users may visit ZTE technical support website http://ensupport.zte.com.cn to inquire related information.

The ultimate right to interpret this product resides in ZTE CORPORATION.

Revision History

Revision No. Revision Date Revision Reason

R1.0 2011-03-10 First Edition

Serial Number: SJ-20110325151101-005

Publishing Date: 2011-03-10(R1.0)

ContentsAbout This Manual ......................................................................................... I

Declaration of RoHS Compliance ................................................................. I

Chapter 1 General Configuration.............................................................. 1-1

1.1 Login Mode........................................................................................................ 1-1

1.1.1 HyperTerminal.......................................................................................... 1-1

1.1.2 Telnet ...................................................................................................... 1-4

1.1.3 NetNumen ............................................................................................... 1-5

1.2 CLI Operations................................................................................................... 1-9

1.2.1 Overview ................................................................................................. 1-9

1.2.2 Operation Features .................................................................................. 1-9

1.2.3 General Operations ................................................................................ 1-13

1.3 Network Management Configuration.................................................................. 1-17

1.3.1 Overview ............................................................................................... 1-17

1.3.2 Configuring In-band NMS........................................................................ 1-17

1.3.3 Configuring Network Management ACM ................................................. 1-21

Chapter 2 Narrowband Service Configuration......................................... 2-1

2.1 Configuring In-band Channel .............................................................................. 2-1

2.2 PSTN Service .................................................................................................... 2-4

2.2.1 Overview ................................................................................................. 2-4

2.2.2 Configuring VoIP Service Access .............................................................. 2-5

2.3 IP Fax Service Configuration............................................................................. 2-17

2.3.1 Overview ............................................................................................... 2-17

2.3.2 Configuring IP Fax Service Access Instance ........................................... 2-17

2.4 Modifying Ring Pattern ..................................................................................... 2-30

Chapter 3 Broadband Service Configuration........................................... 3-1

3.1 VLAN Configuration............................................................................................ 3-1

3.1.1 Overview ................................................................................................. 3-1

3.1.2 Basic VLAN Configuration......................................................................... 3-2

3.1.3 VLAN Stacking Configuration .................................................................. 3-16

3.2 Layer2 Management......................................................................................... 3-28

3.2.1 Enabling BPDU Transparent Forward ...................................................... 3-29

3.2.2 Configuring QinQ VLAN.......................................................................... 3-30

3.2.3 Configuring EFM .................................................................................... 3-32

I

3.3 ADSL/ADSL2+ Service Access Configuration..................................................... 3-33

3.3.1 Overview ............................................................................................... 3-34

3.3.2 Configuring PPPoA Service Access Instance ........................................... 3-35

3.3.3 Configuring IPoE/PPPoE Service Access Instance ................................... 3-48

3.3.4 Port Management................................................................................... 3-59

3.3.5 Configuring DSL Ports in Batch ............................................................... 3-62

3.3.6 Configuring ADSL Ports in Batch............................................................. 3-63

3.3.7 Configuring ADSL/ADSL2+ Line Profile ................................................... 3-65

3.3.8 Configuring ADSL/ADSL2+ Alarm Profile ................................................ 3-67

3.4 VDSL2 Service Access Configuration ................................................................ 3-69

3.4.1 Overview ............................................................................................... 3-70

3.4.2 Configuring IPoE/PPPoE Service Access Instance ................................... 3-70

3.4.3 VDSL2 Line Profile Configuration ............................................................ 3-81

3.4.4 Configuring VDSL2 Alarm Profile............................................................. 3-98

3.5 Multicast Configuration ..................................................................................... 3-99

3.5.1 Overview ..............................................................................................3-100

3.5.2 Configuring IGMP Snooping Service Instance .........................................3-100

3.5.3 Configuring IGMP Proxy Service Instance...............................................3-120

3.6 QoS Configuration...........................................................................................3-142

3.6.1 Overview ..............................................................................................3-143

3.6.2 Configure QoS Global Configuration.......................................................3-143

3.6.3 Configuring Flow Statistics.....................................................................3-144

3.6.4 Configuring Traffic Profile.......................................................................3-150

3.6.5 Configuring CoS Priority Queue Scheduler Algorithm ..............................3-151

3.6.6 Configuring 802.1p Priority Mapping CoS Queue.....................................3-153

3.6.7 Configuring CoS Remark Mapping .........................................................3-154

3.6.8 Configuring 802.1p Priority and DHCP Priority Mapping...........................3-155

3.6.9 Configuring Flow Class..........................................................................3-157

3.6.10 Configuring Flow Policy .......................................................................3-160

3.6.11 Configuring Port QoS...........................................................................3-163

3.6.12 Configuring Port Flow Policy ................................................................3-166

3.6.13 Configuring PVC Mapping Queue.........................................................3-167

3.6.14 Configuring Queue Rate Limit ..............................................................3-169

3.7 PAE Management ...........................................................................................3-171

3.7.1 Configuring Radius Server .....................................................................3-171

3.7.2 Configuring PAE....................................................................................3-173

3.7.3 Configuring Port PAE Authentication.......................................................3-173

II

3.7.4 Checking Port PAE Authentication Session Statistic Information...............3-175

3.7.5 Checking Port PAE Authentication Diagnosis Information.........................3-176

Chapter 4 Security Management Configuration ...................................... 4-1

4.1 Network Security Configuration ........................................................................... 4-1

4.1.1 Port Location ........................................................................................... 4-1

4.1.2 Configuring DHCP.................................................................................... 4-9

4.2 User Security Configuration .............................................................................. 4-13

4.2.1 Configuring IP Address Binding............................................................... 4-13

4.2.2 Configuring MAC Address Limit............................................................... 4-16

4.2.3 Configuring MAC Address White List ....................................................... 4-18

Figures............................................................................................................. I

Tables ............................................................................................................IX

Index ..............................................................................................................XI

Glossary ......................................................................................................XIII

III

About This ManualPurpose

The ZXMSG 5208 (V1.0) Smart Unified Access Node (ZXMSG 5208 for short) is aminiature device which supports the access of both the broadband and narrowbandservices. At the network side, the ZXMSG 5208 (V1.0) supports GE Ethernet and GPONuplink. At the user side, the ZXMSG 5208 (V1.0) supports the access of ADSL2+, VDSL2,and POTS services. The ZXMSG 5208 (V1.0) can be mounted on the pole and wall, orinstalled on the ground..

Intended Audience

This document is intended for:

l Installation and debugging engineerl System maintenance engineerl Data configuration engineer

Prerequisite Skill and Knowledge

To use this document effectively, users should have a general understanding of networktechnology. Familiarity with the following is helpful:

l The ZXMSG 5208 system and its various componentsl Maintenance proceduresl Local operating procedures

What Is in This Manual

This manual contains the following chapters:

Chapter Summary

Chapter 1, General Configuration Describes the login mode, CLI operations, and

network management configuration.

Chapter 2, Narrowband Service Configuration Describes the in-band channel configuration,

IP fax service configuration, and narrowband

management configuration.

Chapter 3, Broadband Service Configuration Describes VLAN configuration, layer2 configuration,

ADSL/ADSL2+ service access configuration,

VDSL2 service access configuration, multicast

configuration, QoS configuration, and PAE

management.

Chapter 4, Security Management Configuration Describes network security configuration and user

security configuration.

I

Conventions

ZTE documents employ the following typographical conventions.

Typeface Meaning

Italics References to other Manuals and documents.

Quotes Links on screens.

Bold Menus, menu options, function names, input fields, radio button names, check

boxes, drop-down lists, dialog box names, window names.

CAPS Keys on the keyboard and buttons on screens and company name.

Note: Provides additional information about a certain topic.

Checkpoint: Indicates that a particular step needs to be checked before

proceeding further.

Tip: Indicates a suggestion or hint to make things easier or more productive

for the reader.

Mouse operation conventions are listed as follows:

Typeface Meaning

Click Refers to clicking the primary mouse button (usually the left mouse button) once.

Double-click Refers to quickly clicking the primary mouse button (usually the left mouse button)

twice.

Right-click Refers to clicking the secondary mouse button (usually the right mouse button)

once.

II

Declaration of RoHSComplianceTo minimize the environmental impact and take more responsibility to the earth we live,this document shall serve as formal declaration that the ZXMSG 5208 manufactured byZTE CORPORATION is in compliance with the Directive 2002/95/EC of the EuropeanParliament - RoHS (Restriction of Hazardous Substances) with respect to the followingsubstances:

l Lead (Pb)l Mercury (Hg)l Cadmium (Cd)l Hexavalent Chromium (Cr (VI))l PolyBrominated Biphenyls (PBBs)l PolyBrominated Diphenyl Ethers (PBDEs)

The ZXMSG 5208 manufactured by ZTE CORPORATION meets the requirements of EU 2002/95/EC;

however, some assemblies are customized to client specifications. Addition of specialized,

customer-specified materials or processes which do not meet the requirements of EU 2002/95/EC

may negate RoHS compliance of the assembly. To guarantee compliance of the assembly, the

need for compliant product must be communicated to ZTE CORPORATION in written form. This

declaration is issued based on our current level of knowledge. Since conditions of use are outside

our control, ZTE CORPORATION makes no warranties, express or implied, and assumes no liability

in connection with the use of this information.

I

Chapter 1General ConfigurationTable of Contents

Login Mode ................................................................................................................1-1CLI Operations ...........................................................................................................1-9Network Management Configuration ........................................................................1-17

1.1 Login ModeZXMSG 5208 supports the following management modes:

l HyperTerminall Telnetl NetNumen (Network Management System)

1.1.1 HyperTerminal

Short Description

Perform this procedure to log in to the device through HyperTerminal.

Prerequisites

l Install the device and connect the cable.l PowerON the ZXMSG 5208 device.l Use the console cable to connect the serial port of the ZXMSG 5208 and that of the

maintenance PC.

Context

To log in to the device through HyperTerminal, perform the following steps:

Steps

1. In the Windows operating system , click Start > All Programs > Accessories >Communications > HyperTerminal to open the Connection Description window,as shown in Figure 1-1. Specify the name and click OK to continue.

1-1

SJ-20110325151101-005|2011-03-10(R1.0) ZTE Proprietary and Confidential

ZXMSG 5208 Configuration Manual (NetNumen)

Figure 1-1 New Connection

2. In the Connect To window, specify the serial port that is used to setup the connection(for example, COM1), as shown in Figure 1-2. Click OK to continue.

Figure 1-2 Configure Connection

3. In the COM1 Properties window, specify the parameters, as shown in Figure 1-3.Click Restore Defaults to select the default settings. Click OK to complete theconfiguration.

1-2


Chapter 1 General Configuration

Figure 1-3 COM1 Properties

4. If the system is running normally, the following messages displays. Enter the loginname and password (both as admin) to connect to the system.

1-3



######################################################## #

# Welcome to ZTE Full Service Access Platform #

# #

# Press Return to get started #

# #

# Copyright 2005-2011 , ZTE Co.,Ltd. #

# #

#######################################################

Login:admin

Password:

5208>en

Please input password:

5208#

5. To start configuring the data, enter the configurationmode by entering enable commandafter the 5208> prompt. The password is admin.

End of Steps

Result

It is successful to log in to the device through HyperTerminal.

1.1.2 Telnet

Short Description

Perform this procedure to log in to the device by using Telnet.

Prerequisites

l In-band NMS IP address is configured.l It is successful to ping the device in-band IP address from the maintenance console

computer.

Context

To log in to the device by using Telnet, perform the following steps:

1-4



Steps

1. In the Windows operating system, click Start > Run to open the Run window. Inputtelnet x.x.x.x ( x.x.x.x is NE IP address), as shown in Figure 1-4. Click OK to start theTelnet client.

Figure 1-4 Run Telnet

2. If the connection is normal, input the login name and password (both are admin) tolog in to the device to configure data, as shown in Figure 1-5.

Figure 1-5 Telnet Window

End of Steps

Result

It is successful to log in to the device by using Telnet.

1.1.3 NetNumen

Short Description

Perform this procedure to manage the device through NetNumen NMS.

1-5



Prerequisites

l The database and NMS are installed.l In-band IP address is configured.l It is successful to ping the device in-band IP address from the NMS server.

Context

To manage the device through NetNumen NMS, perform the following steps:

Steps

1. Run the database.

Note:

Database generally runs automatically.

2. In the PC where the NMS server is installed, configure the database in the NMSconfiguration Center window.

Click Start > All Programs > NetNumen Unified Management System >NetNumen Config Center. The NetNumen Config Center window appears. In theConfiguration Center tree view on the left pane, click Database Configuration >Database Connection Configuration to display the UEPs DB Config tab. Specifythe database type, database IP/hostname, and other parameters, as shown in Figure1-6. After the configuration, click Save.

Figure 1-6 Database Configuration

After configuring the database, click Test DB Connection to test the connection statusbetween the NMS server and database.

1-6



3. In the PCwhere the NMS server is installed, add the device type inNMSconfigurationCenter window.

In the Configuration Center tree view on the left pane, click Products Configuration> MOC Type Configuration to display all the Moc types. Click and ensure MSG5208option is selected, as shown in Figure 1-7. Click Save to continue.

Figure 1-7 MOC Type Configuration

4. In the PC where the NMS server is installed, start the NMS server.

Click Start > All Programs > NetNumen UnifiedManagement System > NetNumenConsole to start the NMS server, as shown in Figure 1-8.

Figure 1-8 NMS Console

5. In the PC where the NMS client is installed, start the NMS client.

Click Start > All Programs > NetNumen UnifiedManagement System > NetNumenClient to start the NMS client, as shown in Figure 1-9.

1-7



Figure 1-9 NMS Client Main Window

6. Create NE.

Right-click the working space of the NMS client window, and click Create Object >Create Wireline NE to open the Management-Create window. In the NE Type area,click MSG5208 and specify the Name, IP address, and other parameters in the Basictab on the right, as shown in Figure 1-10.

Figure 1-10 Create NE

After the configuration, click Create to create the ZXMSG 5208 NE. The created NEis displayed in the NMS client window.

7. Manage NE.

Click the ZXMSG 5208 NE to perform the further management.

End of Steps

1-8



Result

ZXMSG 5208 is successfully created and managed through NetNumen NMS

1.2 CLI OperationsThis section includes the following:

l Overviewl Operation featuresl General operations

1.2.1 OverviewZXMSG 5208 supports two maintenance modes: Network management and CLI.

l Network management: The NMS provides GUI for the operation and maintenance.l CLI: CLI system provides command line input interface for the maintenance. Users

can log in to the device through HyperTerminal or Telnet.

1.2.2 Operation FeaturesThis topic introduces ZXMSG 5208 CLI operation features.

Overview

Figure 1-11 shows methods for entering different command modes.

Figure 1-11 Command Modes

1-9



Note:l Execute the exit command to exit from the current command mode.l Execute the quit command to exit from Telnet client from any mode.l Execute the disable command to go back to the operator mode from administrator

mode.l By default, the command line prompt uses 5208 as the system host name (Execute

the system hostname command to modify it).l The contents in brackets shows the current command mode.

To avoid illegal access, the system provides various command modes for users at differentlevels. Users who are at different levels execute different commands even if they enter intothe same command mode, avoiding illegal access.

Intelligent Match

For convenience, ZXMSG 5208 supports intelligent match. When inputting a command,the user can only input the key character and press Tab to get the whole command. Forinstance, to get the enable command, the user can input en or ena and press Tab.

Note:

If there is no response when the user press Tab, the reason may be:

1. Wrong key character

For instance, input acv and press Tab for the activate-version. There is no response.

2. Key character collision

For instance, input re and press Tab. There is no response. There are twocommands starting with re: reboot command and reset command. The system cannotgive intelligent match. It gives a prompt for selection.

Edit Function

The system support edit in multiple lines. For each command, the maximum length is 255characters.

Table 1-1 describes edit functions.

Table 1-1 Edit Functions

Key Function

Common keys. Insert to the cursor space and move the cursor to the right.

1-10



Key Function

BackSpace Delete the character before the cursor and the cursor moves one

character space forward. The cursor stops when it goes to the

line start.

or The cursor moves one character space to the left.

or The cursor moves one character space to the right.

The cursor goes to the line start.

or Delete Delete the character behind the cursor and the cursor moves one

character space backward.

Delete all characters before the cursor and the cursor goes to the

line start.

Delete all characters behind the cursor and the cursor goes to the

line end.

and Display history command. Or, press to show the previous

command.

Note:

Common keys indicate characters, numbers and punctuation keys.

Help Function

ZXMSG 5208 CLI system provides simple help information to users. Users can input ? toget Help information.

l Input ? in any mode. The system shows all system commands in this mode.

For instance, input ? in operator mode to get all command lines in operator mode.

5208>

enable - Enter the privileged mode

logout - Exit the login state

quit - Exit the login state

show - Show running system information

telnet - Open a TELNET connection

user - User management

l Input a command name and press space key and press ?. The system shows thenext command character and the command parameters.

For instance, input show vlan command in broadband global configuration mode,press space key and press ?. The help information is shown as follows:

1-11



5208(config)# show vlan

cross-connection - Show vlan cross connection

1..4094 - vlan-list

l Input ? behind the key character. The system shows commands starting with the keycharacter in the selected command mode.

For instance, input re in administrator mode and press ?. The system showscommands starting with re in administration mode.

5208# re

reboot

reset

Display Function

Sometimes, there is much system information which cannot be displayed in one screen.For convenience, the system supports Pause function. The user can stop display whenthe information is over one screen.

Note:

By default, a computer's own HyperTerminal software supports 24line display in onescreen.

CLI system supports two display modes, as described in Table 1-2.

Table 1-2 Display Function

Key Function

Q Stop displaying and terminate the operation.

SPACE Continue displaying the next screen.

Saving and Querying History Command

CLI system saves history commands automatically. Users can execute history commandrepeatedly. History command record is only valid to the existing user. When the user logsin again, the history commands are cleaned up.

Execute the show history command to show history commands.

5208# show history

1 ena

2 show run

3 configure

1-12



4 add-vlan 2-48

5 show vlan

6 vlan 2-48 4/1-64 untag one-to-one

7 show vlan

8 show vlan cross-connection

9 show interface 4/1

Prompt Information

If the command is wrong, the system gives a prompt.

Table 1-3 describes common prompts.

Table 1-3 Prompt Information

Prompt Cause

Bad command The command is not found.

Invalid parameter Parameter is invalid.

Param out of range Parameter exceeds the value range.

Missing parameter Parameter is missing.

Incomplete command Command is incomplete.

Ambiguous parameter Command is ambiguous.

1.2.3 General OperationsThis topic introduces general operations on ZXMSG 5208 in CLI mode.

Querying Version

Execute the show version command to show boot, main control card and service cardinformation.

5208# show version

CardType Type VerNo VerLen Status BuildTime State FileName

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

OMCU MVER V1.0.0T1 8489837 VALID 20110224125430 backup OMCU.bak

OMCU MVER V1.0.0T1 8467781 VALID 20110330105034 active OMCU.bin

SGGA MVR V1.1.0P1 3916432 VALID 20110124094955 active SGGA.mvr

SGGA BOOT V1.0.0T1 217280 VALID 20110224125655 active BSGGA.bin

OMCU FW V1.0.0T1 1904959 VALID 20110224125431 active OMCU_FW.bin

OMCU_SV MVER V1.0.0T1 2480433 VALID 20110224125653 active OMCU_SV.bin

OMCU_SV BOOT V1.0.0T1 308708 VALID 20110224125653 active BOMCU_SV.bin

Current Boot Info:

OMCU BOOT V1.0.0T1 120300 VALID 20110224125430 active

1-13



Current Chip Info: 0X00000001

Querying System Trap Information

Execute the show trap-buffer record command to show system alarms, process and status.

5208#show trap-buffer record

2008-06-26 05:55:02 Slot 5 CPU temperature has been normal.

2008-06-26 05:54:30 Slot 5 CPU temperature is higher than threshold.


2008-06-26 03:52:15 Slot 5 CPU temperature is higher than threshold.


2008-06-26 02:20:42 System cold start.

Querying Main Control Card CPU and Memory

Execute the show card slot 5 command to show main control card CPU and memoryutilization.

5208# show card slot 5

Shelf No : 1

Slot No : 5

Status : Inservice

Board Type : OMCU

PortNumber : 2

HardVer : 100820

SoftVer : OMCUVer

LastChange :

Cpu Load Threshold : 90

Cpu Load : 0

Memory Load Threshold : 98

Memory Load : 0

Total Memory : 98304 KB

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

Configuring System Time

Execute the time command to configure system time. Execute the show time command toshow system time.

5208(config)# time 2011-02-07 09:27:50

5208(config)# show time

System Time: 2011-02-07 09:27:57

1-14



Note:l System time format is: yyyy-mm-dd HH:MM:SS.l System time is valid once it is configured.l The system has a strict check on time setting. Illegal setting is not permitted.

Configuring System Name

Execute the system hostname command to configure system name.

5208(config)# system hostname MSG5208

MSG5208(config)#

Note:l The default system name is 5208.l System name is valid once it is configured.l The command line interface prompt is affected if system name is modified.

Configuring Save Interval

Execute the save-interval command to configure save interval.

5208(config)# save-interval 24

Note:

The unit for time interval is hour.

Enabling Trap Function

Execute the system trap-control enable command to enable system trap function. Executethe show system command to show system trap status. In interface configuration mode,execute the trap-control enable command to enable port trap function. Execute the showinterface slot/port command to show port trap status.

Enable system trap function.

Running Time : 0day(s), 7hour(s), 37minute(s), 47second(s)(27467)

Rack : 0

Frame : 0

Location :

Contact :

1-15



Dyinggasp Trap : disable

TrapControl : enable

Auto Pagedown : disable

Login Wait : enable

Auto Enable : disable

System Vlan-mode : traditional

Nms-prior : disable

Gateway-check :

Web modem manage : disable

Outband2Cascade : disable

Enable port trap function.

5208(cfg-if-ge-5/1)# trap-control enable

5208(cfg-if-ge-5/1)# show interface 5/1

Interface : 5/1

PVID AcceptFrames

1 admitall

PortLockStatus : unlock

AdminStatus : enable

TrapControl : enable

LinkStatus : up

FlowControl : auto

FlowControlActual : force-disable

SpeedSet : auto

SpeedActual : 1000M

DuplexSet : auto

DuplexActual : full

BroadCastRateLimit : 1024kbps

FloodRateLimit : 1024kbps

MulticastRateLimit : 1024kbps

DHCP Packet Limit : 2048 pps

IGMP Packet Limit : 2048 pps

IfType : EPON_PORT_TYPE

Testing Network Status

Execute the ping command to test network.

5208# ping 10.63.10.105

PING 10.63.10.105: 56 data bytes

64 bytes from 10.63.10.105: icmp_seq=0. time=10. ms


1-16






----10.63.10.105 PING Statistics----

5 packets transmitted,

5 packets received,

0% packet loss

round-trip (ms) min/avg/max = 0/2/10

1.3 Network Management ConfigurationThis topic includes the following:

l Overviewl Configuring In-band NMSl Configuring Network Management ACM

1.3.1 Overview

Features

The ZXMSG 5208 device has the following features:

l Supports NMS interfacel Uses SNMP to communicate with NMSl Supports ZTE NetNumen NMS

NMS can manage and maintain ZXMSG 5208 device. ZXMSG 5208 sends statusinformation to NMS through Trap message. The status information includes configurationchanges or alarms.

1.3.2 Configuring In-band NMS

Short Description

Through this configuration, NMS canmanage andmaintain ZXMSG5208 device in in-bandNMS mode. In in-band mode, NMS can inter-exchange information through the servicechannel of the device. It is flexible in networking without any auxiliary equipment, whichsaves users' costs. However, it is not easy for maintenance.

Networking Diagram

The in-band NMS configuration networking diagram is shown in Figure 1-12.

1-17



Figure 1-12 In-band NMS Network Configuration Diagram

NMS manages and maintains ZXMSG 5208 device through the uplink interface inin-band NMS mode. On the ZXMSG 5208 device, add a default router for the NetNumenmanagement and configure the relevant SNMP parameters.

Data Configuration

Table 1-4 lists the parameters for the in-band NMS data configuration.

Table 1-4 In-band NMS Data Configuration

Item Data

NMS VLAN VLAN ID: 100

Uplink Interface Port number: 5/1

Port type: GE

MSG5208 In-band NMS Interface IP address: 192.168.1.10/24

NetNumen NMS Server IP address: 10.61.84.66

Type: ZTE-NMS

Default Router Next hop gateway IP address: 192.168.1.254

Configuration Flow

The in-band NMS configuration flow diagram is shown in Figure 1-13.

1-18



Figure 1-13 In-band NMS Configuration Flow Diagram

Context

To configure the in-band NMS, perform the following steps:

Steps

1. Log in to the ZXMSG 5208 device.

Input the user name and password ( the default user name and password are bothadmin ) to log in to the device. Execute the enable command to enter the user mode.Execute the configure command to enter the global configuration mode.

Login:admin

Password:

5208>enable

Please input password:

5208# configure

5208(config)#

2. (Optional) Configure the in-band MAC address.

A unique MAC address is configured in factory. There is no need to configure it again.If it is necessary to configure other MAC addresses, execute themac inband command.

3. Configure NMS VLAN.

In global configuration mode, execute the add-vlan command to configure the NMSVLAN.

1-19



5208(config)#add-vlan 100

4. Add the uplink interface to the NMS VLAN.

In global configuration mode, execute the vlan command to add the uplink interface tothe NMS VLAN in tagged mode.

5208(config)#vlan 100 5/1 tag

5. In global configuration mode, execute the ip subnet command to configure the in-bandIP address.

5208(config)#ip subnet 192.168.1.10 255.255.255.0 100 name MSG5208

Note:

The IP address of in-band and out-of-band NMS must be in a different networksegment.

6. Configure the NMS server IP address.

In global configuration mode, execute the snmp-server host command to configure theNMS server IP address.

5208(config)#snmp-server host 10.61.84.66 zte-nms

Note:

In the real networking, there can be the third-party system that receives the Trapreported from NE. Therefore, it is necessary to decide whether to configure SNMPserver as ZTE-NMS.

7. (Optional) Configure SNMP community.

It is not necessary to configure the SNMP community as the system defaults public andprivate community. If it is necessary, execute the snmp-server community command.

8. (Optional) Switch ON Trap alarm.

By default, Trap alarm is ON. It does not need any configuration. If it is necessary,execute system trap-control command.

9. (Optional) Configure default route.

1-20



If NE and NMS server is not in the same network segment in networking, execute iproute command to configure default route.

5208(config)#ip route 0.0.0.0 0.0.0.0 192.168.1.254

10. Save the configuration.

In user mode, execute the save command to save the system configuration.

5208#save

End of Steps

Result

NetNumen NMS can manage the ZXMSG 5208 device normally.

1.3.3 Configuring Network Management ACM

Short Description

Perform the procedure to configure NMS ACM.

Prerequisite

Log in to the device through HyperTerminal, Telnet or SNMP NMS mode.

Context

Configuring NMS ACM aims to restrict external devices to visit the ZXMSG 5208 device.

In the real networking application, usually the device is configured with an in-band NMS IPaddress and connected to public network or operation and maintenance network throughuplink interface. All users in the network can visit the device. However, for the sake of safeoperation of the device, only a few users are allowed to configure the device. Therefore,the function is realized on the device to control users' access to device NMS module. It isnamed as NMS ACM (Access Control List for Management).

ACM enable-switch can be configured on the device. If ACM function is configured asenable, the unmatched IP packets in the ACM list are discarded. For the source IPaddresses that are not in ACM list, the device does not respond to the ARP requestpackets and ICMP packets, which prevents the illegal device from obtaining the MACaddress and IPaddress of the local device and launching attacks.

Steps

1. Configure ACM entry.2. Enable ACM function.

1-21



Note:l During ACM configuration, make sure to configure the IP address of the NMS

computer before enabling ACM function. Otherwise, once function is enabled, itis impossible to use Telnet or SNMP NMS terminal to manage the device.

l ACM can be configured with 16 entries maximum.

End of Steps

Result

NMS ACM is configured successfully.

Example

The following examples display how to configure ACM:

l Permit all IP addresses in the 1010.10.0 network segment to visit the device throughTelnet or SNMP.

5208(config)# manage-access-list 1 permit source-ip 10.10.10.10/24

5208(config)# manage-access-list 2 deny any

5208(config)# manage-access-list enable

l Permit the IP address 10.10.10.1 only to visit the device through Telnet or SNMP.




l Permit the IP address 10.10.10.1 only to visit the device through Telnet.


ip-type tcp

dest-port 23


5208(config)# management-access-list enable

l Permit the IP address 10.10.10.1 only to visit the device through SNMP.


ip-type udp

dest-port 161



1-22



Postrequisite

The ZXMSG 5208 device can be logged into through ACM-specified NMS devices andmodes.

1-23



This page intentionally left blank.

1-24


Chapter 2Narrowband ServiceConfigurationTable of Contents

Configuring In-band Channel .....................................................................................2-1PSTN Service.............................................................................................................2-4IP Fax Service Configuration ....................................................................................2-17Modifying Ring Pattern .............................................................................................2-30

2.1 Configuring In-band ChannelShort Description

Perform this procedure to configure in-band channel.

Prerequisite

Hardware is well connected.

Networking Diagram

Figure 2-1 shows the in-band networking diagram connecting NMS and VoIP into IPnetwork through the same channel.

2-1



Figure 2-1 In-band Networking Diagram

Data Configuration

In-band channel configuration data is listed in Table 2-1.

Table 2-1 In-band Channel Configuration Data

Item Description Data

NMS VLAN ID 1000

Uplink port 5/1

NMS IP address 172.16.234.101

MSG5208 In-band NMS

NMS static route gateway 172.16.234.254

VoIP VLAN ID 801

Uplink port 5/1

VoIP media IP address 202.109.228.2

VoIP Service

VoIP default route gateway 202.109.228.1

Configuration Flow

The in-band channel configuration flow is shown in Figure 2-2.

2-2


Chapter 2 Narrowband Service Configuration

Figure 2-2 In-band Channel Configuration Flow

Context

Note:

Before configuring in-band channel, use HyperTerminal to configure in-band channel onlocal console.

To configure in-band channel, perform the following steps:

Steps

1. Configure VoIP VLAN and add uplink port to VLAN in tagged mode.

5208(config)# add-vlan 801

5208(config)# vlan 801 5/1 tag

2. Configure in-band NMS VLAN and add uplink port to VLAN in tagged mode.

5208(config)# add-vlan 1000

2-3



5208(config)# vlan 1000 5/1 tag

3. Configure VoIP voice IP and default route.

5208(config)# ip subnet 202.109.228.2 255.255.255.0 801 voip

5208(config)# ip route 0.0.0.0 0.0.0.0 202.109.228.1

4. (Optional) Configure NMS IP and static route.

5208(config)# ip subnet 172.16.234.101 255.255.255.0 1000

5208(config)# ip route 172.0.0.0 255.0.0.0 172.16.234.254

Note:

If NMS network and VoIP voice network are in different network, it is necessary toperform this step. If NMS network and VoIP voice network are in the same networkand network IP, media IP and signal IP have the same IP address, it is not necessaryto perform this step.

5. Ping SS.6. Save the configuration.

5208# save

End of Steps

Result

Inband channel configuration is complete and ZXMSG 5208 can ping NMS and SS.

2.2 PSTN ServiceThis section includes the following:

l Overviewl Configuring VoIP service access

2.2.1 Overview

Service Description

VoIP service is for compressing and packaging the traditional simulated voice signaland transmitting through IP divided exchange network, which reduces the costs of voiceservice.

2-4



Service Specifications

ZXMSG 5208 provides VoIP service through voice service card. Table 2-2 list the portnumbers in voice cards used in ZXMSG 5208:

Table 2-2 Voice Service Card Specification

Card Type Port Number Remarks

OPPVA 64 POTS user interface card

OPPVB 64 POTS user interface card

2.2.2 Configuring VoIP Service Access

Short Description

Perform this procedure to configure VoIP service.

Prerequisites

l MG connects to MGC successfully. The status is normal.l VoIP user data corresponding to MG are configured at MGC side.l Voice card is inserted in the specified slot.

Networking Diagram

Figure 2-3 shows the VoIP service access networking diagram.

Figure 2-3 VoIP Service Access Networking Diagram

Data Configuration

Table 2-3 describes VoIP service access data configuration.

2-5



Table 2-3 VoIP Service Access Data Configuration

Item Data

User port 3/1 64



VoIP Service

User Resource USER000 - USER127

Type ZTE SS

IP address 10.63.198.252

H.248 protocol port number 2944

SS

Interface register mode IP + PORT

Configuration Flow

Figure 2-4 shows VoIP service access configuration flow.

Figure 2-4 VoIP Service Access Configuration Flow

Steps

To configure VoIP service access, perform the following steps:

1. Configure the VoIP VLAN.

a. Double-click the NE (ZXMSG 5208) in the NetNumen Unified ManagementSystem (EMS Client) window to display the Rack window.

2-6



b. In the Rack window, right-click the OMCU card, and click VLAN Configurationto open the VLAN Configuration window. Click the Create button to open theCreate Static VLAN window. Specify the VoIP VLAN, as shown in Figure 2-5.

Figure 2-5 Create Static VLAN Window

c. After the configuration, click OK, and the newly-created VLAN is displayed in theVLAN Configuration window, as shown in Figure 2-6.

Figure 2-6 VLAN Configuration Window

2. Add the uplink port to VLAN in tagged mode.

a. In the Rack window, right-click the OMCU card, and click Port VLANConfiguration to open the Port VLAN Configuration window, as shown inFigure 2-7.

2-7



Figure 2-7 Port VLAN Configuration Window

b. Select Port 1 and click the Modify button to open the Port VLAN Configurationwindow, where you can specify the uplink port and VLAN, and specify to bind theVLAN with the uplink port, as shown in Figure 2-8.

Figure 2-8 Add the Uplink Port to VLAN in Tagged Mode

After the configuration, click Set to apply the settings. The following messagesdisplay in the Results area, indicating the configuration is successful.

Batch binding ports starts...

Batch binding ports is complete. Time Cost : 0s

2-8



c. After the configuration, click Close. and the configuration results are displayed inthe Port VLAN Configuration window. It indicates the uplink port is added to theVLAN, as shown in Figure 2-9.

Figure 2-9 Uplink Port Is Added to VLAN

3. Configure the VoIP voice IP.

a. In the Rack window, right-click the OMCU card, and click SystemManagement >Static Subnet to open the Static Subnet window. Click Create to open the AddSubnet window. Configure the VoIP voice IP settings, as shown in Figure 2-10.

Figure 2-10 Add Subnet Window

b. After the configuration, clickOK, and the newly-added VoIP settings are displayedin the Static Subnet window, as shown in Figure 2-11

2-9



Figure 2-11 Static Subnet Window

4. Configure the VoIP route.

a. In the Rack window, right-click the OMCU card, and click SystemManagement >Static Route to open the Static Route window. Click Create to open the CreateStatic Route window. Specify the route settings, as shown in Figure 2-12.

Figure 2-12 Create Static Route Window

b. After the configuration, clickOK. Figure 2-13 shows the route configuration results.

2-10



Figure 2-13 Static Route Window

5. Configure MG.

In the Rack window, right-click the POTS card (for example, the OPPVB card ), andclick MG Config to open the MG Config window, as shown in Figure 2-14.

Figure 2-14 MG Config Window

You can click Modify to open the Modify MG window, where you can modify the MGsettings, as shown in Figure 2-15.

2-11



Figure 2-15 Modify MG Window

6. Configure MGC.

a. In the Rack window, right-click the POTS card (for example, the OPPVB card ),and click MGC Config to open the MGC Config window. Click Create to openthe Create MGC window, where you can specify the MGC settings, as shown inFigure 2-16.

Figure 2-16 Create MGC Window

Table 2-4 describes MGC parameters.

Table 2-4 MGC Parameters

Parameter Description

MGC ID MGC ID number

2-12




MGC Type ID MGC type, including:

l 1-ZTE

l 2-HW

l 3-CISCO

l 4-ALCATEL

l 5-NORTEL-MGCP

l 6-NORTEL-H248

l 7-SIMENS

MGC Port MGC port number. Generally, the H.248 port is 2944.

Naming Type You can select Use IP to specify the MGC IP address or select

Use Domain Name to specify the MGC domain name.

MGC IP MGC IP address

MGC Domain MGC domain name

MD5 ID MD5 encryption

MGC Description The description of MGC

b. After the configuration, clickOK. Figure 2-17 shows theMGC configuration results.

Figure 2-17 MGC Config Window

7. Configure the narrowband user circuit Termination ID.

In the Rack window, right-click the POTS card (for example, the OPPVB card ), andclick Port Manager to open the Port Management window, as shown in Figure 2-18.

2-13



Figure 2-18 Port Management Window

Note:

Narrowband circuit Termination ID corresponds to four user slots. They are:

l Slot 2: USER000-USER063l Slot 3: USER064-USER0127

For ZXMSG 5208, the default narrowband user circuit Termination ID isUSER000-USER127.

Do not configure user circuit unless Termination ID is modified.

In this instance, the narrowband user circuit Termination ID on SS isUSER000-USER063, which corresponds to Slot 2. Therefore, it is unnecessary tomodify Termination ID.

To modify the user circuit Termination ID, you can perform the following steps:

l Click Delete Termination ID to open the Delete Termination ID window, whereyou can specify how many circuit will be deleted, and from which circuit to bedeleted, as shown in Figure 2-19.

2-14



Figure 2-19 Delete Termination ID Window

l Click Set Termination ID Prefix to open the Set Termination ID Prefix window.Specify the TID settings, as shown in Figure 2-20. After the configuration, clickOK.

Figure 2-20 Set Termination ID Prefix Window

Table 2-5 describes narrowband user circuit Termination ID parameters.

Table 2-5 Termination ID Parameters


Termination ID Prefix User termination ID prefix

Begin Circuit The circuit number from which the TID settings are applied

Count The number of the circuits that the TID settings are applied

Termination ID Type Termination ID type

l USER0010010001-USER00100100031

l USER0-USER31

l USER000-USER031

Begin No. Begin number

Digit Length Digit length of the TID number

2-15



Note:

TID cannot exceed 64 bytes. Generally, one system only uses one Termination IDtype.

8. Configure VoIP resource Termination ID.

a. In the Rack window, right-click the POTS card (for example, the OPPVB card ),and click IPS Config to open the IPS window, as shown in Figure 2-21. Thiswindow display the VoIP resource TID information.

Figure 2-21 IPS Window

9. Save the configurations.

a. In theNetNumenUnifiedManagement System (EMSClient)window , right-clickthe 5208 NE in the working space, and click Save Configuration Data .

b. A confirmation message dialogue box appears. Click OK .

End of Steps

Result

VoIP service is configured successfully.

l The calling party hooks off and hears dialing tone.l The calling party dials the called number. The called party can hear the ringing tone

and the calling party can hear ringing-back tone.l The calling party can talk with the called party.l The calling party hears busy tone after the called party hooks on.

2-16



2.3 IP Fax Service ConfigurationThis section includes the following:

l Overviewl Configuring IP fax service access instance

2.3.1 Overview

Introduction

IP fax is similar to Internet telephony, but it is optimized for transmitting fax data. IP faxgenerally works by sending fax data over the Internet to strategically placed fax servers.Once a fax arrives at the server closest to the final destination, it is transferred onto normaltelephone lines and transmitted like a normal fax. Because the data is transmitted overthe Internet for most of the journey, the total cost of transmission is much less than if ittraveled over long-distance telephone lines like conventional faxes.

Service Specifications

ZXMSG 5208 supports the following fax modes:

l Full-control T.30l Full-control T.38l T.30 Transparentl T.38 Transparent

It is recommended to use full-control mode.

2.3.2 Configuring IP Fax Service Access Instance

Short Description

Perform this procedure to configure IP fax service access.

Prerequisites

l The communication between MG and MGC is normal.l Voice service port works normally.

Networking Diagram

Figure 2-22 shows the IP fax service access networking diagram.

2-17



Figure 2-22 Fax Service Networking Diagram

Data Configuration

Table 2-6 describes IP fax service access data configuration.

Table 2-6 IP Fax Service Access Data Configuration

Item Data

User port 3/1 64



IP Fax Service

Fax mode T.30

Type ZTE SS

IP address 10.63.198.252

H.248 protocol port number 2944

SS

Interface register mode IP + PORT

Configuration Flow

Figure 2-23 shows IP fax service access configuration flow.

2-18



Figure 2-23 IP Fax Service Access Configuration Flow

Steps

To configure IP fax service, perform the following steps:

1. Configure the VoIP VLAN.

a. Double-click the NE (ZXMSG 5208) in the NetNumen Unified ManagementSystem (EMS Client) window to display the Rack window.

b. In the Rack window, right-click the OMCU card, and click VLAN Configurationto open the VLAN Configuration window. Click the Create button to open theCreate Static VLAN window. Specify the VoIP VLAN as shown in Figure 2-24.


c. After the configuration, click OK. The newly-created VLAN is displayed in theVLAN Configuration window, as shown in Figure 2-25.

2-19



Figure 2-25 VLAN Configuration Window

2. Add the uplink port to VLAN in tagged mode.

a. In the Rack window, right-click the OMCU card, and click Port VLANConfiguration to open the Port VLAN Configuration window, as shown inFigure 2-26.


b. Select Port 1 and click the Modify button to open the Port VLAN Configurationwindow, where you can specify the uplink port and VLAN, and specify to bind theVLAN with the uplink port, as shown in Figure 2-27.

2-20



Figure 2-27 Add the Uplink Port to VLAN in Tagged Mode

After the configuration, click Set to apply the settings. The following messagesdisplay in the Results area, indicating the configuration is successful.



c. After the configuration, click Close. The configuration results are displayed in thePort VLAN Configuration window. It indicates the uplink port is added to theVLAN, as shown in Figure 2-28.

Figure 2-28 Uplink Port Is Added to VLAN

3. Configure the VoIP voice IP.

2-21



a. In the Rack window, right-click the OMCU card, and click SystemManagement >Static Subnet to open the Static Subnet window. Click Create to open the AddSubnet window. Configure the VoIP voice IP settings, as shown in Figure 2-29.

Figure 2-29 Add Subnet Window

b. After the configuration, clickOK, and the newly-added VoIP settings are displayedin the Static Subnet window, as shown in Figure 2-30.

Figure 2-30 Static Subnet Window

4. Configure the VoIP route.

a. In the Rack window, right-click the OMCU card, and click SystemManagement >Static Route to open the Static Route window. Click Create to open the CreateStatic Route window. Specify the route settings, as shown in Figure 2-31.

2-22



Figure 2-31 Create Static Route Window

b. After the configuration, clickOK. Figure 2-32 shows the route configuration results.

Figure 2-32 Static Route Window

5. Configure MG.

In the Rack window, right-click the POTS card (for example, the OPPVB card ), andclick MG Config to open the MG Config window, as shown in Figure 2-33.

2-23



Figure 2-33 MG Config Window

You can click Modify to open the Modify MG window, where you can modify the MGsettings, as shown in Figure 2-34.

Figure 2-34 Modify MG Window

6. Configure MGC.

a. In the Rack window, right-click the POTS card (for example, the OPPVB card ),and click MGC Config to open the MGC Config window. Click Create to openthe Create MGC window, where you can specify the MGC settings, as shown inFigure 2-35.

2-24



Figure 2-35 Create MGC Window

Table 2-7 describes MGC parameters.

Table 2-7 MGC Parameters


MGC ID MGC ID number

MGC Type ID MGC type, including:

l 1-ZTE

l 2-HW

l 3-CISCO

l 4-ALCATEL

l 5-NORTEL-MGCP

l 6-NORTEL-H248

l 7-SIMENS

MGC Port MGC port number. Generally, the H.248 port is 2944.

Naming Type You can select Use IP to specify the MGC IP address or select

Use Domain Name to specify the MGC domain name.

MGC IP MGC IP address

MGC Domain MGC domain name

MD5 ID MD5 encryption

MGC Description The description of MGC

b. After the configuration, clickOK.Figure 2-36 shows the MGC configuration results.

2-25



Figure 2-36 MGC Config Window

7. Configure the port fax mode.

By default, the port fax mode is T.30. In this instance, the fax mode is T.30. Therefore,it is unnecessary to configure fax mode.

To configure the port fax mode, perform the following steps:

a. In theRackwindow, right-click the POTS card (for example, the OPPVB card), andclick Port Manager to open the Port Management window, as shown in Figure2-37.


b. Click Modify Fax Mode to open the Modify Fax Mode window, where you canchange the fax mode of the specified circuits, as shown in Figure 2-38.

2-26



Figure 2-38 Modify Fax Mode Window

Table 2-8 describes port fax mode parameters.

Table 2-8 Port Fax Parameters


Begin Circuit The circuit from which whose fax mode will be

modified

Count The number of the circuits to which the fax

mode settings are applied

Fax Mode Fax mode, including:

l T.30

l T.38

l RTP

l Fast Modem

l Fast Fax

l Low Speed Modem

l IP Modem

l V34

8. Configure the narrowband user circuit Termination ID.

In the Rack window, right-click the POTS card (for example, the OPPVB card ), andclick Port Manager to open the Port Management window, as shown in Figure 2-39.

2-27




Note:

Narrowband circuit Termination ID corresponds to four user slots. They are:

l Slot 2: USER000-USER063l Slot 3: USER064-USER0127

For ZXMSG 5208, the default narrowband user circuit Termination ID isUSER000-USER127.

Do not configure user circuit unless Termination ID is modified.

In this instance, the narrowband user circuit Termination ID on SS isUSER000-USER063, which corresponds to Slot 2. Therefore, it is unnecessary tomodify Termination ID.

To modify the user circuit Termination ID, you can perform the following steps:

l Click Delete Termination ID to open the Delete Termination ID window, whereyou can specify how many circuit will be deleted, and from which circuit to bedeleted, as shown in Figure 2-40.

2-28



Figure 2-40 Delete Termination ID Window

l Click Set Termination ID Prefix to open the Set Termination ID Prefix window.Specify the TID settings, as shown in Figure 2-41. After the configuration, clickOK.

Figure 2-41 Set Termination ID Prefix Window

Table 2-9 describes narrowband user circuit Termination ID parameters.

Table 2-9 Termination ID Parameters


Termination ID Prefix User termination ID prefix

Begin Circuit The circuit number from which whose TID are modified

Count The number of the circuits to which the TID settings are

applied

Termination ID Type Termination ID type

l USER0010010001-USER00100100031

l USER0-USER31

l USER000-USER031

Begin No. Begin number

Digit Length Digit length of the TID number

2-29



Note:

TID cannot exceed 64 bytes. Generally, one system only uses one Termination IDtype.

9. Check the VoIP resource Termination ID.

a. In the Rack window, right-click the POTS card (for example, the OPPVB card ),and click IPS Config to open the IPS window, as shown in Figure 2-42. Thiswindow display the VoIP resource TID information.

Figure 2-42 IPS Window

10. Save the configurations.

a. In theNetNumenUnifiedManagement System (EMSClient)window , right-clickthe 5208 NE in the working space, and click Save Configuration Data .

b. A confirmation message dialogue box appears. Click OK .

End of Steps

Result

IP fax service is configured and is working normally.

2.4 Modifying Ring Pattern

Short Description

Perform this procedure to modify the ring pattern.

2-30



Prerequisites

VoIP service is available.

Context

To modify the ring pattern, perform the following steps:

Steps

1. Double-click the NE (ZXMSG 5208) in the NetNumen Unified Management System(EMS Client) window to display the Rack window.

2. In the Rack window, right-click the POTS card (for example, the OPPVB card ) andclick Ring Pattern Config to open the Ring Pattern Config window, which displaysthe information of all the configured ring patterns, as shown in Figure 2-43.

Figure 2-43 Ring Pattern Configuration Window

3. Select one ring profile, and click Modify to open the Modify Ring Pattern Configwindow, where you can modify the ring parameters according to the requests, asshown in Figure 2-44. After the configuration, click OK.

Figure 2-44 Modify Ring Pattern Config Window

2-31



Table 2-10 describes the ring pattern parameters.

Table 2-10 Ring Parameters

Parameter Description Value (Unit: 10 ms)

Ring Time Total ring-on time Range: 0 65535

Ring On1 First ring-on time Range: 0 65535

Ring Off1 First ringoff time Range: 0 65535

Ring On2 Second ring-on time Range: 0 65535

Ring Off2 Second ring-off time Range: 0 65535

Ring On3 Third ring-on time Range: 0 65535

Ring Off3 Third ring-off time Range: 0 65535

Ring On4 Fourth ring-on time Range: 0 65535

Ring Off4 Fourth ring-off time Range: 0 65535

Ring On5 Fifth ring-on time Range: 0 65535

Ring Off5 Fifth ring-off time Range: 0 65535

End of Steps

Result

The ring pattern modification is complete.

Follow-Up Action

In the Ring Pattern Config window, you can click Reset to restore all the ring patterns tothe default value.

2-32


Chapter 3Broadband ServiceConfigurationTable of Contents

VLAN Configuration....................................................................................................3-1Layer2 Management ................................................................................................3-28ADSL/ADSL2+ Service Access Configuration...........................................................3-33VDSL2 Service Access Configuration.......................................................................3-69Multicast Configuration.............................................................................................3-99QoS Configuration..................................................................................................3-142PAE Management ..................................................................................................3-171

3.1 VLAN ConfigurationThis section includes the following:

l Overviewl Basic VLAN configurationl VLAN stacking configuration

3.1.1 Overview

Service Description

VLAN is a technology to achieve virtual work group by dividing the network into individualsegments logically instead of physically through local network device. The IEEE publishedthe IEEE 802.1q protocol standard draft to standardize VLAN implementation in 1999.

Service Specification

ZXMSG 5208 supports maximum 4094 VLANs.

VLAN usage is listed in Table 3-1.

3-1



Table 3-1 VLAN Usage

VLAN Usage Remarks

Basic VLAN Used to separate ports

l For Ethernet port and PON port, it is used in NMS and cascade.

l For xDSL service access, there are two applications:

PVLAN mode (default): One VLAN can contain multiple xDSL

service ports and the service flows among the xDSL service

ports are separated. The service flows between these service

ports and NMS ports are inter-connective. The service flows

between each VLAN is separated too. One VLAN can be con-

nected with multiple users, which reduces the occupancy of

VLAN numbers.

Non-PVLAN mode: One VLAN contains only one xDSL ser-

vice port. The service flows between VLANs are separated.

As there is a one-to-one mapping relation between VLAN and

access user, access user can be differentiated according to

VLAN.

VLAN Stacking Used to expand VLAN

VLAN packets with stacking property contain inner-layer/outerlayer

VLAN labels allocated byZXMSG 5208. The upper-layer BAS device

can authenticate dual-VLAN according to the two layers of labels and

increase user numbers. In the upper-layer network of Layer-2 working

mode, the device can forward packets directly through outer-layer

VLAN+MAC to provide ISP with all the service functions.

3.1.2 Basic VLAN ConfigurationThis section gives an introduction to basic VLAN configuration.

3.1.2.1 Configuring VLAN Instance

Prerequisites

l Network devices work normally and cables are connected.l All ZXMSG 5208 cards work normally.l VPI/VCI is 8/81.

Networking Diagram

Figure 3-1 shows VLAN application networking diagram.

3-2


Chapter 3 Broadband Service Configuration

Figure 3-1 VLAN Application Networking Diagram

Connect computers to ZXMSG 5208 through MODEM. PC1 and PC2 are in differentVLANs. Divide VLAN in ZXMSG 5208 to differentiate packets from PC1 and PC2. Then,transmit packets to upper network.

Data Configuration

Table 3-2 describes VLAN data configuration:

Table 3-2 VLAN Data Configuration

Item Data

ADSL2+ port corresponding to PC1 Port Number: 4/1

VPI/VCI: 8/81

VLAN ID: 20

ADSL2+ port corresponding to PC2 Port Number: 4/2

VPI/VCI: 8/81

VLAN ID: 21

Uplink port 5/1, 5/2

Configuration Flow

Figure 3-2 shows VLAN application configuration flow.

3-3



Figure 3-2 VLAN Application Configuration Flow

Context

To configure VLAN, perform the following steps:

Steps

1. Create a VLAN.

a. In the Rack window, right-click the OMCU card and click VLAN Configurationfrom the shortcut menu. The VLAN Configuration window appears.

b. Click Create to display the Create Static VLAN window. Specify the Start VLANID, End VLAN ID and VLAN Name as Figure 3-3 shows. After the configuration,click OK.


c. Create VLAN 21 in the same way as above.

3-4



d. The created VLAN20 and VLAN21 are displayed in the VLAN Managementinterface, as shown in Figure 3-4.

Figure 3-4 VLAN Creation Results in VLAN Configuration Window

2. Add the uplink port.

a. Right-click the OMCU card in the Rack window, and click Port VLANConfiguration to display the Port VLAN Configuration window. Click Modify todisplay the following window, as shown in Figure 3-5.


Table 3-3 describes the parameters in the Port VLAN Configuration window.

Table 3-3 Port VLAN Configuration Parameters


3-5



Specify Port Type Specify the type of the ports to be configured.

There are two options, User Port and Uplink

Port.

Specify Ports Specify the ports to be configured by

specifying the starting port number and

ending port number.

Specify Operation Specify binding or unbinding the user ports

and uplink ports.

VLAN Binding Parameters Specify the VLAN binding parameters. VLAN

Type: Two options are available, Untagged

VLAN and Tagged VLAN.

Start VLAN ID: Specify the starting VLAN ID.

Increase By One: Select Yes to specify a

range of VLANs whose ID numbers increase

by 1. Select No to specify one VLAN ID.

PVC ID: Specify the PVC ID.

Specify Uplink Ports Bound to VLAN

(Tagged)

Specify the uplink port to bind the user ports

in the tagged mode.

Specify Uplink Ports Unbound from VLAN

(Tagged)

Specify the uplink port to unbind the user

ports in the tagged mode.

b. In the Port VLAN Configuration window, select the Uplink Port option to specifythe port type and then specify the settings as shown in Figure 3-6.

Figure 3-6 Add Uplink Ports to VLAN

c. Click Set to add the uplink port 5/12 to VLAN 20. The following messages in theResults area shows the binding ports is complete.


3-6




d. Add uplink port 5/12 to VLAN21 in the same way as above.

3. Add the service port.

a. In the Port VLAN Configuration window, select the User Port to specify the porttype, and then specify the settings as shown in Figure 3-7.

Figure 3-7 Add Service Ports to VLAN

b. Click Set to add service port 4/1 to VLAN 20. The messages in the Results areashows the binding ports is complete.



c. Add service port 4/2 to VLAN 21 in the same way as above.

4. Save the configuration.

Result

VLAN instance configuration is complete and PC1 user and PC2 user can access ADSL2+service.

3.1.2.2 Adding VLAN

Short Description

Perform this procedure to add one or multiple VLANs. It is necessary to create a VLANwhen VLAN is needed to logically divide the device ports into individual segments tomanage the communication between ports.

3-7



Context

For ZXMSG 5208 device, users can add 2 - 4094 VLANs.

To add a VLAN (VLAN ID: 20), perform the following steps:

Steps

1. Right-click the OMCU card in the Rack window, and click VLAN Configuration. TheVLAN Configuration window appears.

2. Click Create to display the Create Static VLAN window.

3. In the Create Static VLAN window, input 20 in the Start VLAN ID text box and EndVLAN ID text box, and type VLAN20 in the VLAN Name text box, as shows in Figure3-8.

Figure 3-8 Create VLAN

4. After the configuration, click OK. Figure 3-9 show the newly-created VLAN20.

Figure 3-9 New VLAN in VLAN Configuration Window

3-8



End of Steps

Result

VLAN is added successfully.

Follow-Up Action

Table 3-4 lists the related VLAN operations.

Table 3-4 VLAN Related Operation

Operation Procedure

View VLAN information 1. In the Rack window, right click the OMCU card and click VLAN

Configuration to display the VLAN Configuration window.

2. The VLAN Configuration window lists all the existing VLANs.

You can select one VLAN and click Viewing Binding to display

the related binding information.

Modify VLAN 1. In the Rack window, right-click the OMCU card and click VLAN


2. In the VLAN Configuration window, select one VLAN and click

Modify to display the Modify Static VLAN window. You can also

click Advanced to perform the advanced configurations in the

Advanced Configuration window.

Delete VLAN 1. In the Rack window, right-click the OMCU card and click VLAN


2. In the VLAN Configuration window, select one VLAN and click

Delete.

3.1.2.3 Adding VLAN Uplink Port

Short Description

Perform this procedure to add the uplink port to the VLAN.

Prerequisites

VLAN is available.

Context

l VLAN uplink port is Ethernet port or PON ONT port.l The uplink port binding type needs to be consistent with the opposite end device.

To add the uplink port to the VLAN, perform the following steps:

3-9



Steps

1. Right-click the OMCU card in the Rack window, and click Port VLAN Configurationto display the Port VLAN Configuration window. Select the specified uplink port (forexample, port 5/2), and click Modify to display the following window, as shown inFigure 3-10.


2. Select Binding under Specify Operation. Select Tagged VLAN to specify the VLANtype. Specify the VLAN (for example, VLAN 100 )in the Start VLAN ID text box andselect NO from the Increase By One drop-down list to specify the VLAN ID as showin Figure 3-11.

Figure 3-11 Add Uplink Port to VLAN

3. Click Set to add the uplink port 5/1 to VLAN 100. The messages in the Results areashows the binding ports is completes.

3-10





End of Steps

Result

Uplink port 5/1 is successfully added to VLAN 100.

Follow-Up Action

Table 3-5 lists the related operations.

Table 3-5 VLAN Uplink Port Related Operation

Operation Procedure

View uplink port VLAN 1. Right-click the OMCU card in the Rack window and click Port VALN

Configuration to display the Port VALN Configuration window.

2. The Port VALN Configuration window lists the uplink ports and their

related VLANs

Modify uplink port VLAN 1. Right-click the OMCU card in the Rack window and click Port VALN


2. Select the uplink port to modify and click Modify to display the Port

VALN Configuration window

3. Specify the VLAN Type, Start VLAN ID and Increase By One to

change the VLAN to be bound to the uplink port.

4. Click Set to apply the changes.

Delete uplink port VLAN 1. Right-click the OMCU card in the Rack window and click Port VALN


2. Select the uplink port to modify and click Modify to display the Port


3. Configure the VLAN Type, Start VLAN ID and Increase By One to

specify the VALN to be unbound.

4. Select Unbind under Specify Operation.

5. Click Set to unbind the uplink port with the specified VLAN.

3.1.2.4 Adding Single Service Port

Short Description

Perform the procedure to add a single service port to a VLAN.

Prerequisites

VLAN is created.

3-11



Context

l Select the binding types of the service port according to the real status of the userport.

Untagged mode for a single computer

Tagged mode for a network of multiple computers

l The PVC both in service port and in MODEM of user port should be consistent. ForZTE devices, the PVC is 8/81.

To add one service port to a VLAN, perform the following steps:

Steps

1. Right-click the ADSL2+ card (for example, the OASVC card ) in the Rack window, andclick Port VLAN Configuration to display the Port VLAN Configuration window.

2. Select the specified port ( for example, port 4/3) and click Modify to display thefollowing window, as shown in Figure 3-12.


3. Select Binding under Specify Operation. Select Untagged VLAN to specify theVLAN type. Specify the VLAN (for example, VLAN 20) in the Start VLAN ID text boxand select NO from the Increase By One drop-down list to specify the VLAN ID asshow in Figure 3-13.

3-12



Figure 3-13 Add One Service Port to VLAN

4. Click Set to add the service port 4/3 to VLAN 20. The messages in the Results areashows the binding ports is complete.



End of Steps

Result

Adding a single service port is complete.

Follow-Up Action

Table 3-6 lists the related operations.

Table 3-6 Related Operation Of Adding A Single Service Port

Operation Procedure

View service port VLAN 1. Right-click the ADSL2+ card (For example, OASVC card) in the Rack

window and click Port VALN Configuration to display the Port VALN

Configuration window.

2. The Port VALN Configuration window lists the service ports and

their related VLANs

3-13



Operation Procedure

Modify service port VLAN 1. Right-click the ADSL2+ card (For example, OASVC card) in the Rack



2. Select the service port to modify and click Modify to display the Port


3. Specify the VLAN Type, Start VLAN ID and Increase By One to

change the VLAN to be bound to the service port.

4. Click Set to apply the changes.

Delete Service Port

VLAN

1. Right-click the ADSL2+ card (For example, OASVC card) in the Rack



2. Select the service port to modify and click Modify to display the Port


3. Configure the VLAN Type, Start VLAN ID and Increase By One to

specify the VALN to be unbound.

4. Select Unbind under Specify Operation.

5. Click Set to unbind the uplink port with the specified VLAN.

3.1.2.5 Adding Service Ports In Batch

Short Description

Perform this procedure to add service ports in batch.

Prerequisites

VLAN is created.

Context

l Select the binding type for the service port according to the real status of the user port.

Untagged mode for single computer

Tagged mode for a network of multiple computers

l The PVC both in service port and in MODEM of user port should be consistent. ForZTE devices, the PVC is 8/81.

To add service ports to a VLAN in batch, perform the following steps:

Steps

1. Right-click the ADSL2+ card (for example, the OASVC card ) in the Rack window, andclick Port VLAN Configuration to display the Port VLAN Configuration window.

2. Click Modify to display the following window as shown in Figure 3-14.

3-14




3. Specify the service ports, for examp

Documents

SJ-20110325151101-005-ZXMSG 5208(V1.0) Smart Unified Access Node Configuration Manual (NetNumen)_348622.pdf