4 Zxmsg 5200 (v2[1].0.2) Operation Manual 4c5c1p

ZXMSG 5200 Multiplex Service Gateway

Operation Manual Version 2.0.2

ZTE CORPORATION ZTE Plaza, Keji Road South, Hi-Tech Industrial Park, Nanshan District, Shenzhen, P. R. China 518057 Tel: (86) 755 26771900 800-9830-9830 Fax: (86) 755 26772236 URL: http://.zte.com.cn E-mail: [email protected]

LEGAL INFORMATION Copyright © 2006 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 ed 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 of this document shall not acquire any license to the subject matter herein. The contents of this document and all policies of ZTE CORPORATION, including without limitation policies related to or training are subject to change without notice.

Revision History Date

Revision No.

Serial No.

Reason for Revision

04/19/2007

R1.2

Sjzl20070022

Product upgrading

ZTE CORPORATION Values Your Comments & Suggestions! Your opinion is of great value and will help us improve the quality of our product documentation and offer better services to our customers. Please fax to: (86) 755-26772236; or mail to Documentation R&D Department, ZTE CORPORATION, ZTE Plaza, A Wing, Keji Road South, Hi-Tech Industrial Park, Shenzhen, P. R. China 518057. Thank you for your cooperation! Document Name

ZXMSG 5200 Multiplex Service Gateway Operation Manual

Product Version

V2.0.2

Document Revision Number

R1.2

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Contents About this Manual ............................................................. i Purpose ................................................................................ i Intended Audience ................................................................. i Prerequisite Skill and Knowledge .............................................. i What is in This Manual ............................................................ i Related Documentation.......................................................... ii Conventions ........................................................................ iii How to Get in Touch............................................................. iv

Chapter 1.......................................................................... 1 Introduction ..................................................................... 1 System Functions and Features .........................................1 System Operations ..........................................................3 System Management .......................................................4 Command Line Interface ........................................................ 4 NetNumen N31 System.......................................................... 7

Chapter 2.......................................................................... 9 System Configuration ...................................................... 9 Modes ...................................................................9 HyperTerminal...................................................................... 9 Telnet ............................................................................... 13 NetNumen N31 System........................................................ 14

Configuring Management Mode ....................................... 16 Adding Network Element ................................................ 19 Configuring Trap Server ................................................. 22 Synchronizing Data ....................................................... 24 Configuring NTP Server Parameters ................................. 26

Chapter 3........................................................................ 29 Hardware Configuration ................................................ 29

Configuring Rack........................................................... 29 Configuring Control Shelf ............................................... 31 Configuring Expansion Shelf ........................................... 35 Adding a Card .............................................................. 39

Chapter 4........................................................................ 43 Narrowband Service Configuration ............................... 43 Configuring MGC ........................................................... 43 Configuring MGC System ......................................................43 Connected MGC View ...........................................................46

Configuring MG System.................................................. 47 Configuring Modes...............................................................47 Configuring Mode 1 .............................................................48 Configuring Mode 2 .............................................................59 Configuring Mode 3 .............................................................60 Configuring Mode 4 .............................................................62 Configuring Mode 5 .............................................................63 Configuring Uplink Interface Enable .......................................64

Configuring VOIP .......................................................... 65 Configuring VOIP Resource ...................................................66 Adding NAT ........................................................................68 Configuring JITTER for MPRB................................................. 69 Configuring RTP ..................................................................70 Configuring VOIP Quality of Service ....................................... 73

Configuring V5 Protocol.................................................. 75 PSTN Service................................................................ 81 Configuring Area Parameters.................................................81 Configuring Through V5 .......................................................83 Configuring Through VOIP .................................................... 85

ISDN Service................................................................ 88 Configuring Application Server ..............................................88 Configuring Access Server Process ......................................... 91 Configuring AS and ASP Relation ...........................................94 Configuring Dlink Global ....................................................... 96 Configuring Through V5 .......................................................98 Configuring Through VOIP .................................................. 101 Configuring VOIP Fax Service .............................................. 104

Configuring Uplink Port Protection ................................. 106

Configuring Selfexchange ............................................. 114 Service Management ................................................... 115 Managing VOIP Resources .................................................. 115 Managing Ports Through VOIP............................................. 121

Conducting 112 Test.................................................... 130

Chapter 5...................................................................... 135 Broadband Service Configuration................................135 Basic Configuration ..................................................... 135 Configuring VLAN.............................................................. 135 Adding a Port to VLAN ....................................................... 137 Configuring ATM PVC ......................................................... 140 Configuring ADSL/ADSL2+ Service ...................................... 143 Configuring VDSL Service................................................... 148 Configuring SHDSL Service................................................. 153

Advanced Configuration ............................................... 159 Configuring EPON ............................................................. 159 Configuring StackVLAN ...................................................... 172 Configuring Multicast ......................................................... 174 Configuring IPTV............................................................... 180 Configuring Link Aggregation .............................................. 186 Configuring Forward Control ............................................... 187 Configuring Uplink Port Protection ....................................... 191 Configuring Spanning Tree Protocol ..................................... 196 Configuring PPPoA/PPPoE Conversion ................................... 202 Configuring Ethernet Uplink ................................................ 204

Security Management .................................................. 206 Configuring VBAS.............................................................. 206 Configuring PPPOE+ .......................................................... 208 Configuring DH+ ........................................................... 210

Chapter 6...................................................................... 213 System Maintenance.................................................... 213 Version Upgrade ......................................................... 213 Upgrading ICS Card BOOT Program ..................................... 213 Upgrading ICS Card Version and FPGA Version ...................... 215 Upgrading Service Card Version .......................................... 223 Upgrading CNIC and MPR/MPRB Version ............................... 231

Upgrading System Configuration Files .................................. 239

Data Backup............................................................... 245 Data Backup Through NetNumen N31 .................................. 245

Environment Power Monitoring...................................... 250

Appendix A ...................................................................267 FTP Server ....................................................................267 Abbreviations ...............................................................271 Figures..........................................................................275 Tables ...........................................................................289 Index ............................................................................291

About this Manual Purpose This manual provides procedures and guidelines that the operation of the ZXMSG 5200 Multiplex Service Gateway.

Intended Audience This document is intended for engineers and technicians who perform operation activities on the ZXMSG 5200 Multiplex Service Gateway.

Prerequisite Skill and Knowledge To use this document effectively, s should have a general understanding of telecommunications technology. Familiarity with the following is helpful: „

ZXMSG 5200 (V2.0.2) system and its various components

„

ports in ZXMSG 5200 (V2.0.2)

„

Local operating procedures

What is in This Manual This manual contains the following chapters: TABLE 1 – CHAPTER SUMMARY

Chapter

Summary

Chapter 1, Introduction

Introduces the system functions, features, operations and system management.

Chapter 2, System Configuration

Introduces modes, management modes, adding network element, trap server configuration, synchronizing data and NTP server configuration.

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ZXMSG 5200 (V2.0.2) Multiplex Service Gateway Operation Manual

Chapter

Summary

Chapter 3, Hardware Configuration

Introduces the configuration related to rack, control shelf, expansion shelf and card.

Chapter 4, Narrowband Service Configuration

Introduces basic configuration such as VOIP configuration, MGC configuration, MG system configuration, and V5 protocol configuration, subscriber configurations such as PSTN, ISDN, Port Protection and service management.

Chapter 5, Broadband Service Configuration

Introduces broadband configurations such as VLAN, ATM PVC, ADSL/ADSL2+, VDSL, SHDSL, EPON, StackVLAN, Multicast, IPTV, Link Aggregation, Forwarding Control, Spanning Tree Protocol, PPPoA/PPPoE conversion, Ethernet Uplink and security management such as VBAS, DH and PPPOE+.

Chapter 6, System Maintenance

Introduces version upgrade of ICS and service cards, upgrade MPR card version and firmware, upgrade system configuration files, data backup and environment power monitoring.

Related Documentation The following documentation is related to this manual: „

„ „

„

„

„

„ „

„

„

ii

ZXMSG 5200 Multiplex Service Gateway Documentation Guide ZXMSG 5200 Multiplex Service Gateway Technical Manual ZXMSG 5200 Multiplex Service Gateway Maintenance Manual (Routine Maintenance) ZXMSG 5200 Multiplex Service Gateway Maintenance Manual (Troubleshooting) ZXMSG 5200 Multiplex Service Gateway Command Manual Vol I ZXMSG 5200 Multiplex Service Gateway Command Manual Vol II ZXMSG 5200 Multiplex Service Gateway Hardware Manual ZXMSG 5200 Multiplex Service Installation Manual (OUT30)

Gateway

Hardware

ZXMSG 5200 Multiplex Service Installation Manual (OUT50C/D)

Gateway

Hardware

ZXMSG 5200 Multiplex Service Installation Manual (19D06H20)

Gateway

Hardware

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About this Manual

Conventions Typographical Conventions

ZTE documents employ the following typographical conventions. TABLE 2 – TYPOGRAPHIC AL 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, dropdown lists, dialog box names, window names.

CAPS

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

Constant width

Text that you type, program code, files and directory names, and function names.

[]

Optional parameters.

{}

Mandatory parameters.

|

Select one of the parameters that are delimited by it. 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

TABLE 3 – MOUSE OPERATION CONVENTIONS

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.

Drag

Refers to pressing and holding a mouse button and moving the mouse.

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ZXMSG 5200 (V2.0.2) Multiplex Service Gateway Operation Manual

How to Get in Touch The following sections provide information on how to obtain for the documentation and the software. Customer

Documentation

iv

If you have problems, questions, comments, or suggestions regarding your product, us by e-mail at [email protected]; or you can fax your comments and suggestions to (86) 755 26772236. You can also browse our website at http://.zte.com.cn, which contains various interesting subjects like documentation, knowledge base, forum and service request.

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Chapter

1

Introduction This chapter covers the following topics: „

System Functions and Features

„

System Operations

„

System Management

System Functions and Features Introduction

Functions

In NGN with SoftSwitch (SS), ZXMSG 5200 (V2.0.2) can be configured to take the place of traditional access network in networking or to hybrid networking with the SoftSwitch in access networks. ZXMSG 5200 (V2.0.2) functions: „

„

„

„

„

ZXMSG 5200’s SoftSwitch implements voice compressing/decompressing facsimile and more VoIP or IP FAX services under the control of H.248/MG. ZXMSG 5200 accesses common POTS-interface subscribers to provide narrowband voice services. It gets analog POTSinterface subscribers access to IP networks directly and implements voice/fax conversion at both sides. ZXMSG 5200 accesses to broadband interfaces like ADSL/ADSL2+, VDSL, SHDSL, DDN, ISDN and Ethernet through different broadband protocols to provide broadband services. ZXMSG 5200 uses different narrowband, broadband and universal protocols for providing different services. ZXMSG 5200 provides end-to-end auto or semi-auto service configuration functions at the network side which provides easy service provisioning and adjustment.

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ZXMSG 5200 (V2.0.2) Multiplex Service Gateway Operation Manual

Features

ZXMSG 5200 (V2.0.2) features: „

Abundant service interfaces ZXMSG 5200 completely meets public telecommunication and private networks requirements. ZXMSG 5200 also provides broadband subscriber interfaces. These interfaces are used for broadband service configuration according to subscribers' requirements.

„

High integration The system size is small. Network architecture and configuration is simple and suitable for local network optimization.

„

Active/standby mode The system provides mutual backup for power supplies and hot backup for ICS cards. ZXMSG 5200 has two ICS cards at each layer of subscriber shelf and only one is in the active mode at a time. The one in active status is called active, and the other one is standby card. In case of active card failure, the standby card takes over the system control. This process is active/standby switching, that keeps the whole system running from being affected and greatly improves the system reliability and stability.

„

Capabilities The system capabilities are as follows: f

f f

„

Ethernet convergence, switching and Ethernet L2 protocol processing Interfaces for broadband services such as IP/xDSL PSTN/ISDN subscriber line test and DSL subscriber line test (in coordination with an external DSL subscriber line tester)

Ethernet switching The whole system is based on a uniform Ethernet switching platform. It implements switching of three data flows: f

Intra-module control information

f

H.248 protocol

f

RTP data

This Ethernet unit is totally private, not connected to any external Ethernet, and outgoing data flows through the CNIC card to ensure security. „

VoIP function MPR/MPRB card convert the voice into IP packets.

„

Uplink ports ZXMSG 5200 s 100 Mbps (FE) and 1000 Mbps (GE) Ethernet interfaces at the IP network side, used for narrowband media flow, H.248 protocol flow and broadband

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Chapter 1 Introduction

data flow. These three data flows can be flexibly configured on any uplink Ethernet port. „

Multiple networking ZXMSG 5200 s networking with multiple SoftSwitches. f

f

When many SoftSwitches are in an active/standby relation, ZXMSG 5200 s H.248 polling registration. When an active SoftSwitch gets faulty, it will a standby SoftSwitch automatically and accepts its control. When many SoftSwitches are in parallel, ZXMSG 5200 s H.248 Virtual Media Gateway function. ZXMSG 5200 can multiple Media Gateway entities logically, each controlled by a corresponding SoftSwitch.

System Operations ZXMSG 5200 (V2.0.2) System Operations are categorized as follows: Basic Configuration

Narrowband Service Configuration

Broadband Service Configuration

Basic configurations include: „

Terminal Setup

„

Operator Management

„

Card Configuration

„

Network Management Configuration

„

FTP Server Configuration

Configurations include: „

PSTN Configuration

„

ISDN Configuration

„

VOIP Fax

„

112 Test Configuration

Configurations include: „

ADSL Configuration

„

VDSL Configuration

„

SHDSL Configuration

„

EPON Configuration

„

Ethernet Configuration

„

IPTV Configuration

„

Spanning Tree Protocol Configuration

„

Multicast Configuration

„

Link Aggregation Configuration

„

Port Protection Configuration

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ZXMSG 5200 (V2.0.2) Multiplex Service Gateway Operation Manual

„

Security Management

System Maintenance

Forwarding Control Configuration

Security Management includes: „

VBAS

„

PPPoE+

„

DH+

System Maintenance operations include: „

Version Upgrade

„

Data Backup

„

Environment Power Monitoring

System Management ZXMSG 5200 (V2.0.2) s the following system management, commissioning and debugging operations: „

Console Port

„

Telnet Mode

„

NetNumen N31 System

Console port method is implemented through HyperTerminal. Telnet allows ZXMSG 5200 (V2.0.2) system remote management. NetNumen N31 is a comprehensive Network Management System (NMS) for ZXMSG 5200 (V2.0.2) centralized management. Console port and telnet methods use the same Command Line Interface (CLI) for system operations.

Command Line Interface Function

ZXMSG 5200 (V2.0.2) CLI is a system designed to first process operational commands, and them to other sub-systems for completion of various tasks. CLI System operation modes are as follows: „

Common Configuration

„

Configuration

„

Enable

Important! Each mode has specific privileges. Configuration and enable modes are used for system configurations and maintenance. Common operation mode is used to view system information. Features

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Chapter 1 Introduction

ZTE CLI System differs from the typical CLI system in several ways. Unique features available are as follows:

Basic Operations

ƒ

Command Intelligence: CLI interpreter applies an incomplete command search method to keywords, interpreting partial commands without conflict. For example enable command keyword can be enable or ena.

ƒ

Automatic keyword matching: CLI interpreter allows operator to enter a keyword and press TAB to find the automatic matching result, helping the during command line operations.

ƒ

Command Help: CLI system help the to identify specific command parameters. Type ? after any command keyword to view command parameters list.

To get familiar with CLI system, basic operations are: „

Help: CLI system provides three types of command help. f

f

f

Type ? in any specific mode to get available commands. For example:

Press Spacebar + ? after entering an incomplete keyword to get command help. For example:

Press Spacebar + ? after entering a complete keyword to get brief parameter help. For example:

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ZXMSG 5200 (V2.0.2) Multiplex Service Gateway Operation Manual

Note: CLI does not display ? character entered by the .

„

„

„

6

View route information using show route command.

Command History: CLI system automatically saves command entered by . View command history by using history command. Command records are only effective for the current . Once logs out, system clears the command history.

Save Configurations: command.

Save

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configurations

using

save

Chapter 1 Introduction

NetNumen N31 System Function

NetNumen N31 Management System software package provides integrated management over a broad range of ZTE-developed access devices and related transmission systems. The following functions are included: „

„

„

„

„

Topology management: This function involves the configuration management of telecom network devices such as racks, shelves, cards, links and various services. Performance management: Involves the management of network traffic, thresholds, performance reports and time tables for such performance reports. Fault management: This function involves functions such as fault detection, location, report and recovery of the telecom network equipment. Security management: This function involves functions such as the management of telecom network ’s right, the management of illegal invasion and service recovery after system break-down. System management: This function includes: f

f

f

f

Features

Simple management of the database and operating system including the remote restart of the operating system. Obtaining the basic parameters including memory, U occupancy and hard disk space of the operating system. Basic maintenance such as data backup and recovery of the database.

As an integrated Access Network (AN) management system, NetNumen N31 provides an integrated management platform for various access devices and corresponding transmission systems. It has the following features: „

Management framework for AN product

„

Simple, stable and -friendly interfaces

„

Integrated management capability

„

„

Structure

NE layer link connectivity diagnosis and network layer link connectivity diagnosis.

Seamless integration of local maintenance with multi-level Management System Compliant with the function specifications established by the General Bureau of Telecom istration

NetNumen N31 is based on the client/server structure composed of Server and Client. It provides the seamless integration of multi-level Element Management Systems (EMS) by cascading EMS servers. The Manager/Agent structure exists between the

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ZXMSG 5200 (V2.0.2) Multiplex Service Gateway Operation Manual

upper/lower level servers, and it also exists between the EMS server directly connected to NE and NE, as shown in Figure 1. NetNumen N31 works on various NEs via the EMS server. FIGURE 1 – NETNUMEN N31 M AN AGEMENT SYSTEM STRUCTURE

NM client

Server

DB

DB

DB

NE

Server

NM client

Server

NM client

NE

NMC

Level-2 EMS

Local EMS

NE

EMS servers at all levels can be connected to EMS clients, while the EMS client at a specific level can only manage the NEs under the server at the same level. NEs under the same EMS server are related, while those under different EMS servers are independent from each other. All EMS servers have their own databases, which are independent from each other, without a unified . Only after logging into a specific server the client can manage NEs and sub-servers. A server works in the same way whether a logs in from a local client or from an upper EMS client, and the EMS server automatically saves the route information of the . From the perspective of a client, it logs into different servers with different identifies, so it has different management authorities over different servers.

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Chapter

2

System Configuration This chapter covers the following topics: „

Modes

„

Configuring Management Mode

„

Adding Network Element (NE)

„

Configuring Trap Server

„

Synchronizing Data

„

Configuring NTP Server Parameters

Modes ZXA10 U300 (V3.1.2) adopts following maintenance modes for configuration. „

HyperTerminal

„

Telnet Mode

„

NetNumen N31 System Mode

For the daily maintenance, can use NetNumen N31 System mode. This document focuses on describing the configuration through the network management interface. For details about the commands, see ZXMSG 5200 (V2.0.2) Multiplex Service Gateway Command Manual Vol I and Vol II.

HyperTerminal Purpose Preliminary Setup

Perform this procedure to configure HyperTerminal. Ensure HyperTerminal is installed in computer and working normally. ZXMSG 5200 (V2.0.2) should be able to ping the computer.

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ZXMSG 5200 (V2.0.2) Multiplex Service Gateway Operation Manual

Steps

To configure HyperTerminal, perform the following steps: 1. Port Connection Setup: Use a serial cable to connect Computer Serial Port with Integrated & Control Switching (ICS) console port as shown in Figure 2. FIGURE 2 – CONSOLE PORT CONNECTION

2. HyperTerminal Setup: i.

In Windows, click Start → Programs → Accessories → Communications → HyperTerminal. Connection interface appears as shown in Figure 3.

FIGURE 3 – HYPERTERMINAL CONNECTION INTERFACE

ii. In Connection Description interface, input connection name as shown in Figure 3. iii. Click OK to enter Connect To interface as shown in Figure 4.

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Chapter 2 System Configuration

FIGURE 4 – CONNECTION TO INTERFACE

iv. In Connect To interface, select PC serial port number COM1 or COM2. Click OK to enter COM1 Properties interface as shown in Figure 5.

FIGURE 5 – COM1 PROPERTIES INTERFACE

v. Click Restore Defaults to change the port configuration to default value as shown in Figure 5. vi. Click OK to finish the configuration and a HyperTerminal application interface appears as shown in Figure 6.

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ZXMSG 5200 (V2.0.2) Multiplex Service Gateway Operation Manual

FI G U R E 6 – HY P E R TE RM I N AL AP P L I C AT I O N I N T E R F AC E

vii. In HyperTerminal application, press Enter. Prompt appears as shown in Figure 7. Input and . By default, and is su3. If and then click Call . If fails, click Disconnect still fails, check parameter configuration or physical connections. Do not until configuration is correct. FIGURE 7 – HYPERTERMINAL WINDOW INTERFACE

END OF STEPS Result

12

HyperTerminal is configured successfully.

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Chapter 2 System Configuration

Telnet Purpose Preliminary Setup Steps

Perform this procedure to configure Telnet. Ensure the computer working normally. ZXMSG 5200 (V2.0.2) should be able to ping the computer. To configure Telnet, perform the following steps. 1. In Windows Operating System, select Start → Run, and type telnet X.X.X.X [where X.X.X.X is the in-band or out-band IP address of ZXMSG 5200 (V2.0.2)] as shown in Figure 8. FIGURE 8 – TELNET INTERFACE

2. After the connection is successful, input name and as root. The system information is displayed in the CLI format as shown in Figure 9. FIGURE 9 – TELNET WINDOW INTERFACE

After the , the can perform relevant configurations and operations on the system.

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ZXMSG 5200 (V2.0.2) Multiplex Service Gateway Operation Manual

Note: The can log-in to the system in the Telnet mode from NM Server or any PC from where the can ping system in-band or out-band IP address.

END OF STEPS Result

ZXMSG 5200 (V2.0.2) is connected to the computer successfully.

NetNumen N31 System Purpose

Perform this procedure to configure NetNumen N31 System for management services.

Preliminary Setup

Ensure NetNumen N31 System and SQL Server 2000 database are installed in the computer and working normally.

Steps

To configure NetNumen N31 System, perform the following steps: 1. Select Start → Programs → NetNumen N31 → NetNumen N31 Server to start UMS Server as shown in Figure 10. FIGURE 10 – STARTING SERVER INTERFACE

The interface appears as shown in Figure 11.

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Chapter 2 System Configuration

FIGURE 11 – UMS SERVER INTERFACE

2. Start the client through Start → NetNumen NetNumen N31 Client as shown in Figure 12.

N31

→

FIGURE 12 – CLIENT INTERFACE

3. In the client interface, input a name and click OK to enter the main interface as shown in Figure 13.

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ZXMSG 5200 (V2.0.2) Multiplex Service Gateway Operation Manual

FIGURE 13 – M ANAGEMENT INTERFACE

The above interface shows Management section on the left side and NE section on the right side. END OF STEPS Result

NetNumen N31 System is configured successfully.

Configuring Management Mode Purpose

Perform this procedure to configure in-band NM IP and out-band NM IP for management.

Preliminary Setup

Ensure ICS card is plugged in ZXMSG 5200 (V2.0.2) and working normally.

Steps

To configure in-band NM IP and out-band NM IP, perform the following steps: 1. Configure the in-band NM IP After the log-in through HyperTerminal, configure the in-band NM IP through the MML command. For example, to configure the in-band NM IP to 10.61.86.132, execute the following commands: i. Specify the in-band NM IP MSAG(config)# route interface 10.61.86.132 mask 255.255.252.0 vid 1

ipaddress

ii. If the NM Server and the system are not in the same network segment, configure the default gateway. MSAG(config)# route default 10.61.87.254

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Chapter 2 System Configuration

iii. After the configuration, save the configuration MSAG(config)# save Note: In the above configuration, default VID is 1, as the configuration is in VLAN 1. This can be modified during the configuration. The network management VLAN must contain the uplink port and correctly configured in the uplink system. If any previous in-band configuration exists, the must delete them. To show the route, execute the command: MSAG(config)# show route To delete the configuration, execute the MSAG(config)# route interface XXX.XXX.XXX.XXX delete

command: ipaddress

2. Configure the out-band NM IP i. After the connection through the HyperTerminal is normal, reboot the system. ii. When the system displays press ‘s’ key to stop auto-boot, type s (lowercase) to stop the auto loading of the system version. The system is in boot mode as shown in Figure 14. FIGURE 14 – BOOT MODE

iii. In boot mode, execute the c command to modify the system parameters. f

f

The new IP address 168.10.0.100 in the field inet on ethernet (e) is shown in Figure 15. If the does not want to change the system default or current system IP, press Enter or select the current IP address.

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ZXMSG 5200 (V2.0.2) Multiplex Service Gateway Operation Manual

FIGURE 15 – IP ADDRESS CHANGE

iv. If NetNumen N31 and ZXMSG5200 (V2.0.2) systems are not in the same network segment, the can configure the gateway by entering the gateway address in the field gateway inet (g). v. If yes, select the default or current gateway address. For other parameters, press Enter to select the default configuration. These parameters are saved in FLASH memory automatically. To perform the soft resetting, press Ctrl + X or execute L command to load the system version.

Note: In-band and out-band NM IP should not be in the same network segment.

Important! In out-band network management, the can connect the NM server to the maintenance interface of ICS (Integrated & Control Switch) card front through LAN or the crossover network cable. In case of in-band network management, the NM server communicates with the system through the uplink of the broadband service. Configure the IP of the NM server and the IP of system to be in the same IP subnet. The can successfully ping in-band or out-band IP from NetNumen N31. END OF STEPS Result

18

The in-band NM IP and out-band NM IP are configured successfully.

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To show the route, execute the command as shown in Figure 16. FIGURE 16 – SHOW ROUTE INTERFACE

Adding Network Element Purpose Preliminary Setup Steps

Perform this procedure to add a Network Element. Ensure the computer having NetNumen N31 installed connected to ZXMSG 5200 (V2.0.2) and working normally.

is

To add a Network Element, perform the following steps: 1. NetNumen N31 using as name. 2. In Topology Management tree interface, select Access NM, right-click it and select Create Group as shown in Figure 17. FIGURE 17 – CREATE GROUP SELECTION INTERFACE

3. Create Group interface appears as shown in Figure 18.

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FIGURE 18 – CREATE GROUP INTERFACE

Select Parent group, input Group name, Group type and Group description. 4. Click OK to create the group as shown in Figure 19. FIGURE 19 – GROUP CREATED INTERFACE

5. Right-click on the group name created in Step 1 and select Create Ne as shown in Figure 20.

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FIGURE 20 – CREATE NE SELECTION INTERFACE

6. Create Ne interface appears as shown in Figure 21. FIGURE 21 – CREATE MSAG5200 INTERFACE

3. Select MSAG5200 and input IP address. i.

Specify Name and Version.

ii. Configure IP Address to the actual in-band IP or outband IP of MSG5200 (V2.0.2). Click Create to add a NE. END OF STEPS Result

The added Network Element is shown in Figure 22.

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FIGURE 22 – ADDED NE INTERFACE

Configuring Trap Server Purpose Preliminary Setup Steps

Perform this procedure to configure Trap Server. Ensure the computer having NetNumen N31 installed connected to ZXMSG 5200 (V2.0.2) and working normally.

is

To configure Trap Server, perform the following steps: 1. In the management object tree, select MSG5200 NE. Rightclick and select System Control Config → Trap Server Config as shown in Figure 23.

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FIGURE 23 – TRAP SERVER SELECTION INTERFACE

2. Trap Server interface appears as shown in Figure 24. FIGURE 24 – TRAP SERVER INTERFACE

3. Click Create to enter an interface as shown in Figure 25.

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FIGURE 25 – CREATE TRAP SERVER INTERFACE

4. Input Trap Server IP and click OK. Here Trap Server IP is the IP address of the computer where NetNumen N31 is installed. END OF STEPS Result

Trap server is added as shown in Figure 26. FIGURE 26 – TRAP SERVER IP INTERFACE

Synchronizing Data Purpose

Preliminary Setup Steps

24

Perform this procedure to synchronize the NE data on the server, that is to write the NE data (mainly subscriber data and physical configuration data) in the server database. Ensure the computer having NetNumen N31 installed connected to ZXMSG 5200 (V2.0.2) and working normally. To synchronize the data, perform the following steps:

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1. In the management object tree, select MSG5200 NE, rightclick, and select Sync Data by XML as shown in Figure 27. FIGURE 27 – SYNCHRONIZE DAT A INTERFACE

2. After selecting Synchronize Data, an interface appears as shown in Figure 28. FIGURE 28 – SYNCHRONIZE INTERFACE

3. Click Synchronize to start the update and the data updating completes as shown in Figure 29.

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FIGURE 29 – FINAL INTERFACE

END OF STEPS Result

Right-click MSG5200 (V2.0.2) node in the network topology and select Chassis View to enter the rack-view interface as shown in Figure 30. FIGURE 30 – MSG5200 RACK VIEW INTERFACE

Configuring NTP Server Parameters Purpose Preliminary Setup Steps

Perform this procedure to configure NTP Server parameters. Ensure ICS and broadband cards are plugged in ZXMSG 5200 (V2.0.2) and working normally. To configure NTP server parameters, perform the following steps: 1. Open the rack-view map, right click ICS card and select System Control Config → System Config as shown in Figure 31.

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FIGURE 31 – SYSTEM CONFIG SELECTION INTERFACE

2. System Config interface appears as shown in Figure 32. FIGURE 32 – SYSTEM CONFIG INTERFACE

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3. Table 4 describes various parameters in this interface. The default (def) values are also given. TABLE 4 – SYSTEM CONFIG P AR AMETERS

Parameter

Value

System Time

System Time and date

System Aging Time

def: 300 sec

BroadCast Limit

def: 100 frames/sec

Time Zone

Time Gap between GMT and location (def: GMT-4)

Main NTP Server IP

IP

Backup NTP Server IP

IP

Tone Area

Main Land, Hong Kong, Singapore (def: Main Land)

4. Select System Time, Time Zone and Tone Area from the pull-down menus. 5. Input System Aging Time, BroadCast Limit, Main NTP Server IP and Backup NTP Server IP, and click Set. 6. The system prompts that the command execution succeeds as shown in Figure 33. FIGURE 33 – SETTING SYSTEM INFORM ATION SUCCEEDED INTERFACE

END OF STEPS Result

28

NTP server parameters are configured successfully.

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Chapter

3

Hardware Configuration This chapter covers the following topics: „

Configuring Rack

„

Configuring Control Shelf

„

Configuring Expansion Shelf

„

Adding a Card

Configuring Rack Purpose Preliminary Setup Steps

Perform this procedure to configure rack. Rack should be present. To configure rack, perform the following steps: 1. Select MSG5200 from Network Topology map, right-click it and select Device Config as shown in Figure 34.

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FIGURE 34 – DEVICE CONFIG SELECTION INTERFACE

2. Device Config interface appears as shown in Figure 35. FIGURE 35 – DEVICE CONFIG INTERFACE

3. Click Add to enter an interface as shown in Figure 36. FIGURE 36 – ADD RACK INTERFACE

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4. Select Rack Type from the pull-down menu and click Ok. Rack Type includes: f

MSAG5200 Control Rack

f

ONU100 Control Rack

f

OUT50C Control Rack

f

OUT50D Control Rack

5. The added rack is shown in Figure 37. FIGURE 37 – RACK INTERFACE

END OF STEPS Result

The rack is configured successfully.

Configuring Control Shelf Purpose Preliminary Setup Steps

Perform this procedure to configure control shelf. Control shelf should be present in the rack. To configure control shelf, perform the following steps: 1. Select MSG5200 from Network Topology map, right-click it and select Device Config as shown in Figure 38.

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FIGURE 38 – DEVICE CONFIG SELECTION INTERFACE

2. Device Config interface appears as shown in Figure 39. FIGURE 39 – CONTROL SHELF DEVICE CONFIG INTERFACE

3. Select Rack and click Add to enter an interface as shown in Figure 40.

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FIGURE 40 – ADD CONTROL SHELF INTERFACE

4. Select Shelf No. and Shelf Type from the pull-down menu and click Ok. Shelf Type includes: f

MSAG5200 Control Shelf

f

MSAG5200 Multi-Battery Control Shelf

5. The added control shelf is shown in Figure 41. FIGURE 41 – ADDED CONTROL SHELF INTERFACE

6. Select Shelf_0 as shown in Figure 42. FIGURE 42 – SHELF_0 SELECTION INTERFACE

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7. Click Add to enter an interface as shown in Figure 43. FIGURE 43 – ADD CARD INTERFACE

8. Input Card No. and select Card Type from the pull-down menu and click OK. Reset the system. The added card is shown in Figure 44. FIGURE 44 – ADDED CARD INTERFACE

END OF STEPS Result

34

The control shelf is configured successfully. The control shelf is shown in Figure 45.

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FIGURE 45 – CONTROL SHELF INTERFACE

Configuring Expansion Shelf Purpose Preliminary Setup Steps

Perform this procedure to configure expansion shelf. Expansion shelf should be present in the rack. To configure an expansion shelf, perform the following steps: 1. Select MSG5200 from Network Topology map, right-click it and select Device Config as shown in Figure 46. FIGURE 46 – DEVICE CONFIG SELECTION INTERFACE

2. Device Config interface appears as shown in Figure 47.

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FIGURE 47 – EXPANSION SHELF DEVICE CONFIG INTERFACE

3. In the above interface, select Rack_1 and click Add to enter an interface as shown in Figure 48. FIGURE 48 – ADD EXPANSION SHELF INTERFACE

4. Input Shelf No. and Shelf Type and click OK. The number of control shelf is 0, and the number of expansion shelf ranges from 1 to 4. Expansion shelves include: f

MSAG5200 Extended Shelf

f

MSAG5200 Multi-Battery Extended Shelf

f

MSAG5200 TPU Extended Shelf

f

MSAG5200 Single PP Extended Shelf

After the shelf is added, the can view the new shelf as shown in Figure 49.

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FIGURE 49 – ADDED SHELF INTERFACE

5. Select Shelf_1 as shown in Figure 50. FIGURE 50 – SHELF_1 SELECTION INTERFACE

6. Click Add to enter an interface as shown in Figure 51. FIGURE 51 – ADD CARD INTERFACE

7. Input Card No. and select Card Type from the pull-down menu and click OK. The added card is shown in Figure 52.

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FIGURE 52 – ADDED CARD INTERFACE

END OF STEPS Result

The expansion shelf is configured successfully. The expansion shelf is shown in Figure 53. FIGURE 53 – SLAVE SHELF INTERFACE

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Adding a Card Purpose Preliminary Setup Steps

Perform this procedure to add a card. Ensure the cards are plugged in ZXMSG 5200 (V2.0.2) and working normally. To add a card, perform the following steps: 1. Select MSG5200 from Network Topology map, right-click it and select Device Config as shown in Figure 54. FIGURE 54 – DEVICE CONFIG SELECTION INTERFACE – CARD TYPE

Device Config interface appears as shown in Figure 55. FIGURE 55 – DEVICE CONFIG INTERFACE – CARD TYPE

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2. In the above interface, select Add to enter an interface as shown in Figure 56. FIGURE 56 – ADD CARD – CARD TYPE

3. Input Card No. and select Card Type from the pull-down menu. 4. Click OK. The added card is shown in Figure 57. FIGURE 57 – ADDED CARD INTERFACE – CARD TYPE

END OF STEPS Result

40

The card is added successfully. Open the rack-view map to see the added card as shown in Figure 58.

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FIGURE 58 – RACK-VIEW MAP INTERFACE – CARD TYPE

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Chapter

4

Narrowband Service Configuration This chapter covers the following topics: „

Configuring VOIP

„

Configuring MGC

„

Configuring MG System

„

Configuring V5 Protocol

„

PSTN Service

„

ISDN Service

„

VOIP Fax Service

„

112 Test

„

Service Management

Configuring MGC MGC configuration includes: „

Configuring MGC

„

Connected MGC View

Configuring MGC System Purpose

Perform this procedure to configure Media Gateway Controller (MGC) system.

Preliminary Setup

Ensure ICS card is plugged in ZXMSG 5200 (V2.0.2) and working normally.

Steps

To configure MGC system, perform the following steps:

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1. Open the rack-view map, right-click ICS card and select MG System Config → MGC Config as shown in Figure 59. FIGURE 59 – MGC CONFIG SELECTION INTERFACE

2. MGC interface appears as shown in Figure 60. Click Create. FIGURE 60 – MGC INTERFACE

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3. Create MGC interface appears as shown in Figure 61. Input the required fields and click OK. FIGURE 61 – CREATE MGC INTERFACE

Result: MGC interface displays MGC configuration as shown in Figure 62. FIGURE 62 – FINAL MGC INTERFACE

END OF STEPS Result

MGC configuration is completed successfully.

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Connected MGC View Purpose Preliminary Setup Steps

Perform this procedure to view connected MGC. Ensure ICS card is plugged in ZXMSG 5200 (V2.0.2) and working normally. To view connected MGC, perform the following steps: 1. Open the rack-view map, right-click ICS card and select MG System Config → Connected MGC View as shown in Figure 63. FIGURE 63 – CONNECTED MGC VIEW SELECTION INTERFACE

2. Connected MGC View interface appears as shown in Figure 64.

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FIGURE 64 – CONNECTED MGC INTERFACE

3. Click Refresh to synchronize data with NE. END OF STEPS Result

Connected MGC is viewed successfully.

Configuring MG System This section includes: „

Configuring Modes

„

Configuring Mode 1

„

Configuring Mode 2

„

Configuring Mode 3

„

Configuring Mode 4

„

Configuring Mode 5

Configuring Modes Three types of IPs used to configure Media Gateway (MG) are: „

Media IP

„

Management IP

„

Signal IP

The following gives an overview of five modes: Mode 1

In Mode 1 configuration, Media IP, Management IP, and Signal IP use one IP address.

Mode 2

In Mode 2 configuration, Management IP uses one IP address, and Media IP and Signal IP use one IP address.

Mode 3

In Mode 3 configuration, Signal IP and Management IP use one IP address and Media IP uses one IP address.

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Mode 4

In Mode 4 configuration, Signal IP, Media Management IP, each uses a different IP address.

IP

and

Mode 5

In Mode 5 configuration, the system does not provide narrowband services, only one IP address is configured.

Configuring Mode 1 Purpose Preliminary Setup Steps

Perform this procedure to configure Mode 1. Ensure ICS card is plugged in ZXMSG 5200 (V2.0.2) and working normally. To configure Mode 1, perform the following steps: 1. Open the rack-view map, right-click ICS card and select MG System Config → MG IP Config as shown in Figure 65. FIGURE 65 – MG IP CONFIG SELECTION INTERFACE

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i.

MGIP Config interface appears as shown in Figure 66. Click Create.

FIGURE 66 – MG IP CONFIG INTERFACE

ii. Create MGIP Config interface appears as shown in Figure 67. Select MGIP Type, input IP Address, Subnet Mask and click OK. FIGURE 67 – CREATE MGIP CONFIG INTERFACE

Result: MGIP Config interface displays MGIP configuration as shown in Figure 68.

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FIGURE 68 – FINAL MGIP CONFIG INTERFACE

2. Open the rack-view map, right-click ICS card and select MG System Config → MG Route Config as shown in Figure 69.

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FIGURE 69 – MG ROUTE CONFIG SELECTION INTERFACE

i.

MG Route Config interface appears as shown in Figure 70. Click Create.

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FIGURE 70 – MG ROUTE CONFIG INTERFACE

ii. Create MG Route interface appears as shown in Figure 71. Select IP Route Type, input IP Address, Subnet Mask, Next Hop and click OK. FIGURE 71 – CREATE MG ROUTE CONFIG INTERFACE

Result: MG Route Config interface displays route configuration as shown in Figure 72.

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FIGURE 72 – MG ROUTE CONFIG INTERFACE

3. Open the rack-view map, right-click ICS card and select Layer2 Config → VLAN Config as shown in Figure 73. FIGURE 73 – VL AN CONFIG SELECTION INTERFACE

i.

VLAN interface appears as shown in Figure 74. Click Create.

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FIGURE 74 – VL AN INTERFACE

ii. Create VLAN interface appears as shown in Figure 75. Input VLAN ID, VLAN Name and click OK. FIGURE 75 – CREATE VL AN INTERFACE

Result: VLAN interface displays VLAN details as shown in Figure 76.

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FIGURE 76 – FINAL VL AN INTERFACE

iii. To add a port to VLAN, click Port. VLAN Port interface appears as shown in Figure 77. Select Rack, Shelf, and Slot from pull-down menus. Select port Type as Untagged and click Add To VLAN. FIGURE 77 – VL AN PORT INTERFACE

Result: Port is added to VLAN as shown in Figure 78. Click Cancel to exit from VLAN Port interface.

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FIGURE 78 – VL AN PORT INTERFACE

iv. To set VLAN VOIP click Set in VLAN interface, Message Dialog box appears as shown in Figure 79. Click OK. FIGURE 79 – SETTING VLAN VOIP MESSAGE DIALOG BOX

4. Open the rack-view map, right-click ICS card and select MG System Config → MG Config as shown in Figure 80.

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FIGURE 80 – MG CONFIG SELECTION INTERFACE

i.

MG interface appears as shown in Figure 81. Click Create.

FIGURE 81 – MG INTERFACE

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ii. Create MG interface appears as shown in Figure 82. Input the required fields and click OK. FIGURE 82 – CREATE MG INTERFACE

Result: MG interface displays MG configuration as shown in Figure 83. FIGURE 83 – MG INTERFACE

END OF STEPS Result

58

Mode 1 configuration is completed successfully.

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Configuring Mode 2 Purpose Preliminary Setup Steps

Perform this procedure to configure Mode 2. Ensure ICS card is plugged in ZXMSG 5200 (V2.0.2) and system working normally. To configure Mode 2, perform the following steps: 1. Log on to HyperTerminal application, input , and as shown in Figure 84. FIGURE 84 – HYPERTERMINAL INTERFACE – MODE 2

i.

In config mode, create VLAN, and add port to VLAN by executing the following commands.

ii. Execute the following command to create Management IP and Management IP route.

2. Execute the following command to create Media IP and Media IP route in ag mode.

Note: Signal IP also uses the same IP address as of Media IP.

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3. Execute the following command to create VOIP VLAN in config mode.

4. Execute the following command to configure Media Gateway (MG) in ag mode.

END OF STEPS Result

Mode 2 configuration is completed successfully.

Configuring Mode 3 Purpose Preliminary Setup Steps

Perform this procedure to configure Mode 3. Ensure ICS card is plugged in ZXMSG 5200 (V2.0.2) and system working normally. To configure Mode 3, perform the following steps: 1. Log on to HyperTerminal application, input , and as shown in Figure 85. FIGURE 85 – HYPERTERMINAL INTERFACE – MODE 3

i.

60

In config mode, create VLAN, and add port to VLAN by executing the following commands.

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Chapter 4 Narrowband Service Configuration

ii. Execute the following command to create Signal IP and Signal IP Route.

2. Execute the following command to configure Media Gateway (MG) in ag mode.

Important! The default port for H.248 protocol is 2944; If Central Office uses MG protocol, then following command is used, and default port for MG protocol is 2427.

Note: Management IP also uses the same IP address as of Signal IP.

3. Execute the following command to create Media IP and Media IP Route in ag mode.

4. Execute the following command to create VOIP VLAN in config mode.

END OF STEPS Result

Mode 3 configuration is completed successfully.

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Configuring Mode 4 Purpose Preliminary Setup Steps

Perform this procedure to configure Mode 4. Ensure ICS card is plugged in ZXMSG 5200 (V2.0.2) and system working normally. To configure Mode 4, perform the following steps: 1. Log on to HyperTerminal application, input , and as shown in Figure 86. FIGURE 86 – HYPERTERMINAL INTERFACE – MODE 4

i.

In config mode, create VLAN, and add port to VLAN by executing the following commands.

ii. Execute the following command to create Signal IP and Signal IP Route.

2. Execute the following command to configure Media Gateway (MG) in ag mode. Important! The default port for H.248 protocol is 2944; If Central Office uses MG protocol, then following command is used, and default port for MG protocol is 2427.

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3. Execute the following command to create Media IP and Media IP route in ag mode.

4. Execute the following command to create VOIP VLAN in config mode.

5. In config mode, create VLAN, and add port to VLAN by executing the following commands.

6. Execute the following command to create Management IP and Management IP route.

Note: Signal IP, Media IP, and Management IP use different IP address in Mode 4 configuration.

END OF STEPS Result

Mode 4 configuration is completed successfully.

Configuring Mode 5 Purpose Preliminary Setup Steps

Perform this procedure to configure Mode 5. Ensure ICS card is plugged in ZXMSG 5200 (V2.0.2) and the system working normally. To configure Mode 5, perform the following steps: 1. Add an MG. MSAG(ag)# add-mg mgport 2944 mgcid1 1 2. Configure a management IP.

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Example: Take the uplink interface 1 as the management interface, which VLAN is 300 and with tag. The configuring procedure is like: MSAG(config)# vlan add 300 MSAG(config)# vlan add-port 300 port 0/9/1 tagged (tag or untag is determined as required. ) MSAG(config)# route interface ipaddress 7.7.7.7 mask 255.255.255.0 vid 300 MSAG(config)# route static 255.0.0.0 nexthop 7.7.7.99

ipaddress

10.0.0.0

mask

END OF STEPS Result

Mode 5 configuration is completed successfully.

Configuring Uplink Interface Enable Purpose Steps

Perform this procedure to enable the uplink interface. To enable the uplink interface as follows: 1. Open the rack-view map, right-click ICS card and select Layer2 Config → Ethernet Port Config to pop up the following interface. FIGURE 87 – ETHERNET PORT

2. In the above interface, click the Modify button to pop up Modify Ethernet Port as shown in Figure 88. Configure Status to enable, click OK and then confirm.

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FIGURE 88 – MODIFY ETHERNET PORT

END OF STEPS Result

Uplink interface is enabled successfully as shown in the following figure. FIGURE 89 – ETHERNET PORT IS SUCCESSFULLY ENABLED

Configuring VOIP VOIP configuration includes: „

Configuring VOIP Resource

„

Configuring RTP

„

Configuring VOIP QoS

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Configuring VOIP Resource Purpose Preliminary Setup Steps

Perform this procedure to configure VOIP resource. Ensure ICS and MPR cards are plugged in ZXMSG 5200 (V2.0.2) and working normally. To configure VOIP resource, perform the following steps: 1. Open the rack-view map, right-click ICS card, and select VOIP Config → VOIP Resource Config as shown in Figure 90 . FIGURE 90 – VOIP RESOURCE CONFIG SELECTION INTERFACE

2. VOIP Resource interface appears with three tabs DSP, IPS, and Conference as shown in Figure 91. 3. Select IPS tab from VOIP Resource interface, and click TID Create as shown in Figure 91.

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FIGURE 91 – VOIP RESOURCE INTERFACE

4. Set TID Prefix interface appears as shown in Figure 92. Input Termination ID Prefix, select Termination ID Type, and click OK. FIGURE 92 – SET TID PREFIX INTERFACE

Result: Termination IDs are created against the selected sub device as shown in Figure 93. FIGURE 93 – VOIP RESOURCE INTERFACE

5. To delete termination IDs, select the sub device, and click TID Delete. Confirm dialog box appears as shown in Figure 94, click OK to confirm deletion.

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FIGURE 94 – DELETE TERMINATION ID CONFIRM DIALOG BOX

END OF STEPS Result

VOIP resource configuration is completed successfully.

Adding NAT Purpose Steps

Perform this procedure to configure NAT. Configure NAT as follows: 1. Open the rack-view map, right-click ICS card and select System Control Config → NAT Config to pop up the following interface. FIGURE 95 – N AT CONFIGURATION INTERF ACE

2. In the above interface, click the Create button to pop up the Create NAT interface as shown in Figure 96.

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FIGURE 96 – CREATE N AT INTERFACE

Select a slot number for MPR/CICS Slot where MPR resides. Input subcard number. Export Physical Port is 5, which is not configurable. Export IP Address is an external media IP. UDP Port starts from 6000, total 2000 of port numbers are required by each subcard. Click OK to create NAT. The newly-created NAT will be shown as in Figure 95. 3. Configure NAT for other subcards if required. END OF STEPS Result

NAT is successfully configured.

Configuring JITTER for MPRB Purpose Steps

Perform this procedure to configure JITTER for MPRB. Configure JITTER for MPRB as follows: 1. Open the rack-view map, right-click on it and select VOIP Config → MPRB RTP Config to pop up the following interface.

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FIGURE 97 – RTP CONFIG

2. In the above interface, click the Modify button to pop up Modify RTP Config as shown in Figure 98. FIGURE 98 – MODIFY RTP CONFIG

In the Extended Parameters tab, configure Min Late Packet, Max Late Packet and Init Late Packet. Click OK to confirm. END OF STEPS Result

Uplink interface is enabled successfully as shown in the following figure.

Configuring RTP Purpose

70

Perform this procedure to configure Real Time Protocol (RTP).

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Preliminary Setup Steps

Ensure ICS and MPR cards are plugged in ZXMSG 5200 (V2.0.2) and working normally. To configure RTP, perform the following steps: 1. Open the rack-view map, right-click ICS card and select VOIP Config → RTP Config as shown in Figure 90 . FIGURE 99 – RTP CONFIG SELECTION INTERFACE

2. RTP Config interface appears as shown in Figure 100. To modify RTP configuration, click Modify.

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FIGURE 100 – RTP CONFIG INTERFACE

3. Modify RTP interface appears as shown in Figure 101. Change the required fields and click OK. FIGURE 101 – MODIFY RTP CONFIG INTERFACE

Result: Message dialog box appears as shown in Figure 102. FIGURE 102 – MODIFYING RTP INFORM ATION MESSAGE DIALOG BOX

END OF STEPS Result

72

RTP configuration is completed successfully.

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Configuring VOIP Quality of Service Purpose

Perform this procedure to configure VOIP Quality of Service (QoS).

Preliminary Setup

Ensure ICS and MPR cards are plugged in ZXMSG 5200 (V2.0.2) and working normally.

Steps

To configure VOIP QoS, perform the following steps: 1. Open the rack-view map, right-click ICS card, and select VOIP Config → VOIP QoS Config as shown in Figure 103. FIGURE 103 – VOIP QOS CONFIG SELECTION INTERFACE

2. VOIP QoS Config interface appears as shown in Figure 104. To modify QoS configuration, click Modify.

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FIGURE 104 – VOIP QOS CONFIG INTERFACE

3. Modify VOIP QoS interface appears as shown in Figure 105. Change the required fields and click OK. FIGURE 105 – MODIFY VOIP QOS CONFIG INTERFACE

Result: Message dialog box appears as shown in Figure 106. FIGURE 106 – MODIFYING VOIP QOS MESSAGE DIALOG BOX

END OF STEPS Result

74

VOIP QoS configuration completed successfully.

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Configuring V5 Protocol Purpose Preliminary Setup Steps

Perform this procedure to configure V5 protocol. Ensure ICS and ODTI cards are plugged in ZXMSG 5200 (V2.0.2) and working normally. To configure V5 protocol, perform the following steps: 1. Add an ODTI card. To add an ODTI card, refer to the section Adding a Card. 2. Open the rack-view map, right-click MICS card and select V5 Config to enter an interface as shown in Figure 107. FIGURE 107 – V5 M ANAGER INTERFACE

i. Click Create to enter an interface as shown in Figure 108. FIGURE 108 – CREATE V5 INTERFACE

ii. Input V5 Interface ID and V5 Variable. iii. Select V5 Type and V5 LE Type from the pull-down menus.

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Click OK to add V5 Interface information as shown in Figure 109. FIGURE 109 – ADDED V5 INTERFACE

3. Select V5 Link tab to enter an interface as shown in Figure 110. FIGURE 110 – V5 LINK TAB INTERFACE

i.

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Select V5 Interface_ID from the left-section and click Create to enter an interface as shown in Figure 111.

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FIGURE 111 – CREATE V5 LINK INTERFACE

ii. Input V5 Link ID and V5 Link E1 No. iii. Select V5 Link Slot from the pull-down menu. Click OK to add V5 Link information as shown in Figure 112. FIGURE 112 – ADDED V5 LINK INTERFACE

4. Select V5 Link Physical C Channel tab to enter an interface as shown in Figure 113. FIGURE 113 – V5 LINK PHYSICAL C CH ANNEL TAB INTERFACE

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i.

Select V5 Link from the left-section and click Create to enter an interface as shown in Figure 114.

FIGURE 114 – CREATE V5 LINK PHYSICAL C CHANNEL INTERFACE

ii. Input Time Slot and click OK to add V5 Link Physical C Channel information as shown in Figure 115. FIGURE 115 – ADDED V5 LINK PHYSICAL C CHANNEL INTERFACE

5. Select V5 Link Logical C Channel tab to enter an interface as shown in Figure 116. FIGURE 116 – V5 LINK LOGICAL C CHANNEL TAB INTERFACE

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i.

Select Physical C Channel from the left-section and click Create to enter an interface as shown in Figure 117.

FIGURE 117 – CREATE V5 LOGICAL C CHANNEL INTERFACE

ii. Input V5 Link Logical C Channel ID and click OK to add V5 Link Logic C Channel information as shown in Figure 118. FIGURE 118 – ADDED V5 LINK LOGIC C CHANNEL INTERFACE

END OF STEPS Result Follow-up Action

V5 Protocol configured successfully. After configuring V5 Protocol, select V5 interface as shown in Figure 119.

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FIGURE 119 – FOLLOW-UP ACTION INTERFACE

Select V5 Interface and click Activate. A pop-up interface appears as shown in Figure 120. FIGURE 120 – CONFIRM ATION INTERFACE

Click OK to activate V5 Interface. The activated V5 Interface is shown in Figure 121. FIGURE 121 – ACTIVATED V5 INTERFACE

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PSTN Service PSTN Service configuration includes: „

Configuring Area Parameters

„

Configuring Through V5

„

Configuring Through VOIP

Configuring Area Parameters Purpose Preliminary Setup Steps

Perform this procedure to configure area parameters. Ensure ICS card is plugged in ZXMSG 5200 (V2.0.2) and working normally. To configure area parameter, perform the following steps: 1. Open the rack-view map, right-click ICS card, and select System Control Config → System Config as shown in Figure 122. FIGURE 122 – SYSTEM CONFIG SELECTION INTERFACE – PSTN SERVICE

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2. System Config interface appears as shown in Figure 123. Input Time Zone and Tone Area from pull-down menus and click Set. FIGURE 123 – V5 PSTN M AN AGEMENT INTERFACE

Result: Message dialog box appears as shown in Figure 124. FIGURE 124 – SETTING SYSTEM INFORMATION MESSAGE DIALOG BOX

END OF STEPS Result

82

Area parameter configuration is completed successfully

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Configuring Through V5 Purpose Preliminary Setup Steps

Perform this procedure to configure PSTN through V5. Ensure V5 is configured; ICS, ALC, and DTI cards are plugged in ZXMSG 5200 (V2.0.2) and working normally. To configure V5 PSTN , perform the following steps: 1. Open the rack-view map, right-click ALC card, and select V5 Management → PSTN Management as shown in Figure 125. FIGURE 125 – PSTN M ANAGEMENT SELECTION INTERFACE

2. V5 PSTN Management interface appears as shown in Figure 126. Select Create radio button, input the required fields, and click Set.

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FIGURE 126 – V5 PSTN M AN AGEMENT INTERFACE

Result: Message dialog box appears as shown in Figure 127. FIGURE 127 – CREATING V5 MESSAGE DIALOG BOX

3. To delete the , select Delete radio button and click Set in V5 PSTN Management interface. Message dialog box appears as shown in Figure 128. FIGURE 128 – DELETING V5 MESSAGE DIALOG BOX

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END OF STEPS Result

PSTN service configuration through V5 is completed successfully.

Configuring Through VOIP Purpose

Perform this procedure to configure PSTN service through VOIP.

Preliminary Setup

Ensure MG and MGC system is configured; ICS, ALC, and MPR cards are plugged in ZXMSG 5200 (V2.0.2) and working normally.

Steps

To configure PSTN service through VOIP, perform the following steps: 1. Open the rack-view map, right-click ALC card, and select Port Manager as shown in Figure 129. FIGURE 129 – PORT MAN AGER SELECTION INTERFACE – VOIP

2. Port Manager interface appears as shown in Figure 130. To configure termination ID, select VOIP tab, and click Set Termination ID Prefix in the Port Manager interface.

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FIGURE 130 – PORT MAN AGER INTERFACE

3. Set Termination ID Prefix interface appears as shown in Figure 131. Input Termination ID Prefix, select Termination ID Type and click OK. can select following Termination ID types: i.

Termination ID Type 1 is generally MSG5200 is connected to ZTESS10.

f

First three digits indicate unit No.

f

Next three digits indicate sub unit No.

f

f

used

when

Next five digits indicate range of subscribers in one sub unit. If MG protocol is used and MSG5200 is connected to ZTE’s SoftSwitch (SS) then Termination ID Prefix must be in small letters.

ii. Termination ID Type 2 is generally MSG5200 is connected to Huawei SS.

used

when

iii. In Termination ID Type 3, is free to create any type of ID.

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FIGURE 131 – SET TERMINATION ID PREFIX INTERFACE

Result: Message dialog box appears as shown in Figure 132. FIGURE 132 – SETTING TERMINATION ID MESSAGE DI ALOG BOX

NOTE: The length of Termination ID Type must be within 64 characters. 4. To delete termination ID, click Delete Termination ID in the Port Manager interface. Delete Termination ID interface appears as shown in Figure 133. Input Begin Circuit and Count and click OK. FIGURE 133 – DELETE TERMINATION ID INTERFACE

Result: Message dialog box appears as shown in Figure 134.

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FIGURE 134 – DELETING TERMINATION ID MESSAGE DIALOG BOX

END OF STEPS Result

PSTN service successfully.

configuration

through

VOIP

is

completed

ISDN Service ISDN Service configuration includes: „

Configuring Application Server (AS)

„

Configuring Application Server Process (ASP)

„

Configuring AS and ASP Relation

„

Configuring Dlink Global

„

Configuring Through V5

„

Configuring Through VOIP

Configuring Application Server Purpose Preliminary Setup Steps

Perform this procedure to configure Application Server (AS). Ensure ICS and DLC cards are plugged in ZXMSG 5200 (V2.0.2) and working normally. To configure AS, perform the following steps: 1. Open the rack-view map, right-click DLC card, and select ISDN Config → AS Config as shown in Figure 135.

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F I G U R E 1 3 5 – AS C O N F I G S E L E C T I O N I N T E R F A C E

2. Application Server Manage interface appears as shown in Figure 136. To create AS, click Create.

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FIGURE 136 – APPLICATION SERVER M ANAGE INTERFACE

3. Create Application Server interface appears as shown in Figure 137. Input the required parameters and click OK. FIGURE 137 – CREATE APPLICATION SERVER INTERFACE

Result: Application Server is created as shown in Figure 138.

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FIGURE 138 – FINAL APPLICATION SERVER M AN AGE INTERFACE

END OF STEPS Result

Application Server configuration is completed successfully.

Configuring Access Server Process Purpose Preliminary Setup Steps

Perform this procedure to configure Access Server Process (ASP). Ensure ICS and DLC cards are plugged in ZXMSG 5200 (V2.0.2) and working normally. To configure ASP, perform the following steps: 1. Open the rack-view map, right-click DLC card, and select ISDN Config → ASP Config as shown in Figure 139.

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F I G U R E 1 3 9 – AS P C O N F I G S E L E C T I O N I N T E R F A C E

2. Application Server Process interface appears as shown in Figure 140. To create ASP, click Create. FIGURE 140 – APPLICATION SERVER PROCESS INTERFACE

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3. Create Application Server Process interface appears as shown in Figure 141. Input the required parameters and click OK. FIGURE 141 – CREATE APPLICATION SERVER PROCESS INTERFACE

Result: Application Server Process is created as shown in Figure 142. FIGURE 142 – FINAL APPLICATION SERVER PROCESS INTERFACE

END OF STEPS Result

Application Server successfully.

Process

configuration

is

completed

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Configuring AS and ASP Relation Purpose Preliminary Setup Steps

Perform this procedure to configure AS and ASP relation. Ensure Application Server (AS) and Application Server Process (ASP) are configured; ICS and DLC cards are plugged in ZXMSG 5200 (V2.0.2) and working normally. To configure AS and ASP relation, perform the following steps: 1. Open the rack-view map, right-click DLC card, and select ISDN Config → AS and ASP Relation Config as shown in Figure 143. F I G U R E 1 4 3 – AS A N D A S P R E L A T I O N C O N F I G S E L E C T I O N I N T E R F A C E

2. AS and ASP Relation interface appears as shown in Figure 144. To create a relation, click Create.

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F I G U R E 1 4 4 – AS A N D A S P R E L A T I O N I N T E R F A C E

3. Create AS and ASP Relation interface appears as shown in Figure 145. Input Application Server Process ID, Application Server ID and click OK. F I G U R E 1 4 5 – C R E A T E A S A N D AS P R E L A T I O N

Result: Application Server Process (ASP) and Application Server (AS) relation is created as shown in Figure 146. F I G U R E 1 4 6 – F I N A L A S A N D AS P R E L A T I O N I N T E R F A C E

END OF STEPS Result

AS and ASP relation configuration is completed successfully.

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Configuring Dlink Global Purpose Preliminary Setup Steps

Perform this procedure to configure Dlink Global. Ensure Application Server (AS) and Application Server Process (ASP) relation is configured; ICS and DLC cards are plugged in ZXMSG 5200 (V2.0.2) and working normally. To configure Dlink global, perform the following steps: 1. Open the rack-view map, right-click DLC card and select ISDN Config → DLink Global Config, as shown in Figure 147. FIGURE 147 – DLINK GLOBAL CONFIG SELECTION INTERFACE

2. DLink Global Config interface appears as shown in Figure 148. To create a Dlink, click Create.

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FIGURE 148 – DLINK GLOBAL CONFIG INTERFACE

3. Create Dlink interface appears as shown in Figure 149. Input the required parameters and click OK. FIGURE 149 – CREATE DLINK INTERFACE

Result: Dlink is created as shown in Figure 150.

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FIGURE 150 – FINAL DLINK GLOBAL CONFIG INTERFACE

END OF STEPS Result

Dlink global configuration is completed successfully.

Configuring Through V5 Purpose Preliminary Setup Steps

Perform this procedure to configure ISDN through V5. Ensure V5 is configured; ICS, DLC, and DTI cards are plugged in ZXMSG 5200 (V2.0.2) and working normally. To configure V5 ISDN , perform the following steps: 1. Open the rack-view map, right-click ICS card, and select V5 Management → ISDN Management as shown in Figure 151.

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FIGURE 151 – ISDN M ANAGEMENT SELECTION INTERFACE

2. V5 ISDN Management interface appears as shown in Figure 152. Select Create radio button, input the required parameters, and click Set.

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FIGURE 152 – V5 ISDN M AN AGEMENT INTERFACE

Result: Message dialog box appears as shown in Figure 153. FIGURE 153 – CREATING V5 ISDN MESSAGE DI ALOG BOX

3. To delete the , select the Delete radio button, and click Set in V5 ISDN Management interface. Message dialog box appears as shown in Figure 154. FIGURE 154 – DELETING V5 ISDN MESSAGE DI ALOG BOX

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END OF STEPS Result

ISDN service configuration through V5 is completed successfully.

Configuring Through VOIP Purpose

Perform this procedure to configure ISDN service through VOIP.

Preliminary Setup

Ensure MG and MGC system is configured; ICS, DLC, and MPR cards are plugged in ZXMSG 5200 (V2.0.2) and working normally.

Steps

To configure ISDN service through VOIP, perform the following steps: 1. Open the rack-view map, right-click DLC card, and select Port Manager as shown in Figure 155. FIGURE 155 – PORT MAN AGER SELECTION INTERFACE

2. Port Manager interface appears as shown in Figure 156. To configure termination ID, click Set Termination ID Prefix.

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FIGURE 156 – PORT MAN AGER INTERFACE

3. Set Termination ID Prefix interface appears as shown in Figure 157. Input Termination ID Prefix, select Termination ID Type, and click OK. can select following Termination ID types: i.

Termination ID Type 1 is generally MSG5200 is connected to ZTESS10.

f

First three digits indicate unit No.

f

Next three digits indicate sub unit No.

f

f

used

when

Next five digits indicate range of subscribers in one sub unit. If MG protocol is used and MSG5200 is connected to ZTE’s SoftSwitch (SS) then Termination ID Prefix must be in small letters.

ii. Termination ID Type 2 is generally MSG5200 is connected to Huawei SS.

used

when

iii. In Termination ID Type 3, is free to create any type of ID. FIGURE 157 – SET TERMINATION ID PREFIX INTERFACE

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Result: Message dialog box appears as shown in Figure 158. FIGURE 158 – SETTING TERMINATION ID PREFIX MESSAGE DIALOG BOX

4. To delete termination ID, click Delete Termination ID in the Port Manger interface. Delete Termination ID interface appears as shown in Figure 159. Input Begin Circuit, Count and click OK. FIGURE 159 – DELETE TERMINATION ID INTERFACE

Result: Message dialog box appears as shown in Figure 160. FIGURE 160 – DELETING TERMINATION ID MESSAGE DIALOG BOX

END OF STEPS Result

ISDN service successfully.

configuration

Through

VOIP

is

completed

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Configuring VOIP Fax Service Purpose Preliminary Setup Steps

Perform this procedure to configure VOIP fax service. Ensure MG and MGC system is configured; ICS, ALC, and MPR cards are plugged in ZXMSG 5200 (V2.0.2) and working normally. To configure VOIP fax service, perform the following steps: 1. Open the rack-view map, right-click ALC card, and select Port Manager as shown in Figure 161. FIGURE 161 – PORT MAN AGER SELECTION INTERFACE – VOIP FAX SERVICE

2. Port Manager interface appears as shown in Figure 162. To configure VOIP fax service, select VOIP tab, and click Modify Fax Mode in the Port Manager interface.

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FIGURE 162 – PORT MAN AGER INTERFACE – VOIP FAX SERVICE

3. Modify Fax Mode interface appears as shown in Figure 163, select Fax Mode from the pull-down menu, and click OK. FIGURE 163 – MODIFY FAX MODE INTERFACE

Result: Message dialog box appears as shown in Figure 164. FIGURE 164 – MODIFYING FAX MODE MESSAGE DIALOG BOX

4. Make sure that Fax Mode in RTP config interface is same as in Port Manager interface, as shown in Figure 165.

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FIGURE 165 – FINAL RTP CONFIG INTERFACE

Note: The softswitch controls the Fax mode.

END OF STEPS Result

VOIP fax service configuration is completed successfully.

Configuring Uplink Port Protection Description

The System Service Data stream mainly has four types, namely, „

VOIP Media Stream

„

VOIP Control Stream

„

Network Management Stream

„

Broadband Data Stream

The first three are uplinked to the network through Layer-3 while the broadband data stream is uplinked through Layer-2. The service data stream can use the same port for uplink, or four ports for uplink, or any combination of the four data flows for uplink. Uplink port protection group allows the to configure any combination of the streams in one group and use the main/backup protection for this group. When any stream is faulty, the main/backup changeover is performed. The number of the main ports in the uplink port protection is from 1 to 4. The total number of ports is from 1x2 – 4x2. The maximum number for the uplink protection group is 4. Namely, each data flow has one port (main and backup - 2 ports). One uplink protection group contains the main port group and backup port group. The main port group is in enable status. The backup port group is in standby status. During the main/backup

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changeover, first, disable the active port group, then, enable the backup port group. The ports in the group are in the same status. The relationship between the main and backup ports is shown in Figure 166. Generally, the networks for the NM flow and the service flow are not in the same network segment. If the NM flow and service flow are uplink through different ports, the must not configure the NM flow and the service flow in the same protection group. Note: The protection group concept is irrelevant to any concepts of VLAN. While configuring data, ensure to configure two ports in the same VLAN. Otherwise, although the main/backup protection is valid, the data flow may be broken. FIGURE 166 – RELATIONSHIP BETWEEN MAIN AND B ACKUP PORT Layer-3 Switch

Main Port

Layer-3 Switch

Backup Port

Configure the uplink protection group when the main port group or backup port group is enabled. If one port in the enabled port group is down, the changeover takes place in the protection group. The current port group is disabled and the opposite port group is enabled. Static aggregation is allowed to the uplink port in the protection group. When all ports in the aggregation group are down, it is not considered that the port is down and the changeover takes place. LA and uplink protection group function are mutually exclusive to each other. Only one function can be enabled at the same time. Purpose Preliminary Setup Steps

Perform this procedure to configure Uplink Port Protection. Ensure ICS card is plugged in ZXMSG 5200 (V2.0.2) and working normally. To configure Uplink port protection, perform the following steps: 1. Open the rack-view map, right-click ICS card and select Layer2 Config → Eth-switch Uplink Protect Config as shown in Figure 302.

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FIGURE 167 – ETH-SWITCH UPLINK PROTECT GROUP CONFIG SELECTION INTERFACE

2. Ethernet Switch Protect Group Config interface appears as shown in Figure 303. FIGURE 168 – ETHERNET SWITCH PROTECT GROUP CONFIG INTERFACE

3. Click Create to enter an interface as shown in Figure 304.

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FIGURE 169 – CREATE ETHERNET SWITCH GROUP CONFIG INTERFACE

4. Input Protect Group (1 ~ 4), Nexthop and select Have Media Stream (yes or no). 5. Select Port from the Available Ports in Main Ports section and click

to use it as a main port as shown in Figure 305.

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FIGURE 170 – M AIN PORT SELECTION INTERFACE

6. Select Port from the Available Ports in Backup Ports section and click Figure 306.

110

to use it as a backup port as shown in

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FIGURE 171 – BACKUP PORT SELECTION INTERFACE

7. Click Ok to configure the port protection. The protection group is displayed as shown in Figure 307. FIGURE 172 – UPLINK PORT PROTECTION INTERFACE

8. Open the rack-view map, right-click ICS card and select System Control Config → System Config as shown in Figure 173.

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FIGURE 173 – SYSTEM CONFIG SELECTION INTERFACE

9. System Config interface appears as shown in Figure 174. FIGURE 174 – SYSTEM CONFIG INTERFACE

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10. Input Uplink Detect Length (3 ~ 10 seconds), Uplink Detect Times (2 ~ 10) and click Set to configure the parameters for protection group. 11. Setting system information succeeded interface appears as shown in Figure 175. FIGURE 175 – SYSTEM INFORM ATION SUCCEEDED INTERFACE

Click OK to confirm the configuration. END OF STEPS Result Example

Uplink port protection is configured successfully. Figure 176 shows the recommended networking mode. FIGURE 176 – RECOMMENDED NETWORKING MODE

ROUTER

a

b

Router A

e

Router B

c f

g

h

ZXMSG The configuration is as follows: 1. Configurations on the top-layer router: The top-layer router connects to routers A and B respectively, establishing L3 connection at different network segments. Enable OSPF dynamical protocol in the two networks. 2. Configurations on router A and router B: i.

Establish L3 connection to the top-layer router. Enable OSPF protocol.

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ii. Establish L3 connection between routers A and B. Enable OSPF protocol. iii. Create VRRP group. Set the virtual IP address (VRRP messages are interactive between routers through link c). 3. Configurations on ZXMSG 5200: i.

Suppose that medium/signaling/management flow is integrated and uplink through links e and f via the same IP address.

ii. The data flow is bound to the ports relevant to links e, f and links g, h. iii. Create protection group, which contains multiple main and backup ports. iv. Configure the group attributes, including attributes of the next hop (relevant VRRP virtual IP) and the logical next hop.

Configuring Selfexchange Purpose Preliminary Setup Steps

Perform this procedure to configure selfexchange. Ensure ICS is plugged in ZXMSG 5200 (V2.0.2) and working normally. To configure selfexchange, perform the following steps: 1. To add a subscriber selfexchange number, execute the following command: MSAG(ag)# mod-slhonenum rack 1 shelf beginindex 0 num 32 phonenum 5675100

0

slot

3

2. To add a selfexchange number analysis element, execute the following command: MSAG(ag)# add-digitmap mgid 1 servicetype dgtname SELFDM dgtmap 567xxxx

1 das 1

3. To configure a selfexchange function and line protection, execute the following command:

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MSAG(ag)# mod-mgbaseattr mgid 1 selfexchange 1

1 protectcall

END OF STEPS Result

Selfexchange is configured successfully.

Service Management Service management includes: „

Managing VOIP Resources

„

Managing Ports Through VOIP

Managing VOIP Resources Purpose

Perform this procedure to manage VOIP resources.

Preliminary Setup

Ensure ICS and MPR cards are plugged in ZXMSG 5200 (V2.0.2) and working normally.

Related Information

VOIP resource management includes DSP resource, resource, and Conference resource of MPR card.

Steps

IPS

To manage VOIP resources, perform the following steps: 1. Open the rack-view map, right-click ICS card, and select VOIP Config → VOIP Resource Config as shown in Figure 177.

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FIGURE 177 – VOIP RESOURCE CONFIG SELECTION INTERFACE

2. VOIP Resource interface appears with three tabs DSP, IPS, and Conference as shown in Figure 178. To modify attribute of Digital Signal Processor (DSP), select IPS tab, click on Modify button in VOIP Resource interface.

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FIGURE 178 – VOIP RESOURCE INTERFACE

3. Modify DSP interface appears as shown in Figure 179, select Kind from the pull-down menu and click OK. FIGURE 179 – MODIFY DSP INTERFACE

Result: Message dialog box appears as shown in Figure 180. FIGURE 180 – MODIFYING DSP INFORM ATION MESSAGE DIALOG BOX

NOTE: Modify DSP Kind command changes digital signal processing of all the s on the selected sub card of MPR. 4. To view VOIP resource statistics click Statistics in VOIP Resource interface, Resource Statistics interface appears as shown in Figure 181.

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FIGURE 181 – FINAL RESOURCE STATISTIC INTERFACE

5. To block more than one circuit in series, click Batch Block in VOIP Resource interface, Block Circuit interface appears as shown in Figure 182. Input Begin Circuit and End Circuit parameters and click OK. FIGURE 182 – BLOCK CIRCUIT INTERFACE

Result: Message dialog box appears as shown in Figure 183. FIGURE 183 – BLOCK CIRCUIT MESSAGE DIALOG BOX

6. To unblock more than one circuit in series, click Batch Unblock in VOIP Resource interface, Unblock Circuit interface appears as shown in Figure 184. Input Begin Circuit and End Circuit parameters and click OK.

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FIGURE 184 – UNBLOCK CIRCUIT INTERFACE

Result: Message dialog box appears as shown in Figure 185. FIGURE 185 – UNBLOCK CIRCUIT MESSAGE DIALOG BOX

7. To block single circuit, select the circuit and click Block in VOIP Resource interface. Confirm Dialog box appears as shown in Figure 186, click OK to confirm blocking. FIGURE 186 – BLOCK CONFIRM DIALOG BOX

Result: Message Dialog box appears as shown in Figure 187. FIGURE 187 – BLOCKING CIRCUIT SUCCEEDED MESSAGE DIALOG BOX

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8. To unblock single circuit, select the circuit and click Unblock in VOIP Resource interface. Confirm dialog box appears as shown in Figure 188, click OK to confirm unblocking. FIGURE 188 – UNBLOCK CIRCUIT CONFIRM DIALOG BOX

Result: Message dialog box appears as shown in Figure 189. FIGURE 189 – UNBLOCK CIRCUIT SUCCEEDED MESSAGE DIALOG BOX

9. To modify IPS, select IPS tab and click Modify. Modify IPS interface appears as shown in Figure 190, change the required fields and click OK. FIGURE 190 – MODIFY IPS INTERFACE

Result: Message dialog box appears as shown in Figure 191.

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FIGURE 191 – MODIFYING IPS INFORM ATION MESSAGE DIALOG BOX

Note: Refer to step 5, 6, 7, and 8 for Statistics, Batch Block, Batch Unblock, Block, and Unblock operations in IPS and Conference tab.

END OF STEPS Result

VOIP resource management is completed successfully.

Managing Ports Through VOIP Purpose Preliminary Setup Steps

Perform this procedure to manage ports through VOIP. Ensure ICS, DLC, and MPR cards are plugged in ZXMSG 5200 (V2.0.2) and working normally. To manage ports through VOIP, perform the following steps: 1. Open the rack-view map, right-click ALC or DLC card, and select Port Manager as shown in Figure 192.

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FIGURE 192 – PORT MAN AGER SELECTION INTERFACE – M ANAGING VOIP

2. Port Manager interface appears as shown in Figure 193. FIGURE 193 – PORT MAN AGER INTERFACE – M AN AGING VOIP

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3. To modify default event, click on Modify Default Event Type in the Port Manger interface. Modify Default Event Type interface appears as shown in Figure 194, select Default Event Type from the pull-down menu, and click OK. FIGURE 194 – MODIFY DEFAULT EVENT TYPE INTERFACE

Result: Message dialog box appears as shown in Figure 195. FIGURE 195 – MODIFYING DEFAULT EVENT TYPE MESSAGE DIALOG BOX

4. To modify fax mode, click on Modify Fax Mode in the Port Manger interface. Modify Fax Mode interface appears as shown in Figure 196, select Fax Mode from the pull-down menu, and click OK. FIGURE 196 – MODIFY DEFAULT FAX MODE INTERFACE

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Result: Message dialog box appears as shown in Figure 197. FIGURE 197 – MODIFYING FAX MODE MESSAGE DIALOG BOX

5. To modify impedance type, click Modify Impedance Type in the Port Manger interface. Modify Impedance Type interface appears as shown in Figure 198, select Impedance Type from the pull-down menu, and click OK. FIGURE 198 – MODIFY IMPEDANCE TYPE INTERFACE

Result: Message dialog box appears as shown in Figure 199. FIGURE 199 – MODIFYING IMPEDANCE TYPE MESSAGE DIALOG BOX

6. To modify service number, click Modify SelfExchange Number in the Port Manger interface. Modify SelfExchange Number interface appears as shown in Figure 200, input Self Exchange Phone Number, and click OK.

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FIGURE 200 – MODIFY SELFEXCHANGE NUMBER INTERFACE

Result: Message dialog box appears as shown in Figure 201. FIGURE 201 – MODIFYING SELF EXCHANGE MESSAGE DIALOG BOX

7. To modify class, click Modify Class in the Port Manger interface. Modify Class interface appears as shown in Figure 202, select Class from the pull-down menu, and click OK. FIGURE 202 – MODIFY CLASS INTERFACE

Result: Message dialog box appears as shown in Figure 203.

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FIGURE 203 – MODIFYING CLASS SUCCEEDED MESSAGE DIALOG BOX

8. To modify echo canceller, click Modify Echo Canceller in the Port Manger interface. Modify Echo Canceller interface appears as shown in Figure 204, select Echo Canceller Enable from the pull-down menu, and click OK. FIGURE 204 – MODIFY ECHO CANCELLER INTERFACE

Result: Message dialog box appears as shown in Figure 205. FIGURE 205 – MODIFYING ECHO CANCELLER SUCCEEDED MESSAGE DIALOG BOX

9. To block the circuits in series, click Batch Block in the Port Manger interface. Block Circuit interface appears as shown in Figure 206, input Begin Circuit and End Circuit, and click OK.

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FIGURE 206 – BLOCK CIRCUIT INTERFACE

Result: Message dialog box appears as shown in Figure 207. FIGURE 207 – BLOCKING CIRCUIT SUCCEEDED MESSAGE DIALOG BOX

10. To unblock circuits in series, click Batch Unblock in the Port Manger interface. Unblock Circuit interface appears as shown in Figure 208, input Begin Circuit and End Circuit, and click OK. FIGURE 208 – UNBLOCK CIRCUIT INTERFACE

Result: Message dialog box appears as shown in Figure 209.

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FIGURE 209 – UNBLOCKING CIRCUIT SUCCEEDED MESSAGE DIALOG BOX

11. To block single circuit, select the circuit and click Block in the Port Manger interface. Confirm dialog box appears as shown in Figure 210, click OK to confirm blocking. FIGURE 210 – BLOCK CIRCUIT CONFIRM DIALOG BOX

Result: Message dialog box appears as shown in Figure 211. FIGURE 211 – BLOCKING CIRCUIT SUCCEEDED MESSAGE DIALOG BOX

12. To unblock single circuit, select the circuit and click Unblock in the Port Manger interface. Confirm dialog box appears as shown in Figure 212, click OK to confirm unblocking. FIGURE 212 – UNBLOCKING CIRCUIT CONFIRM DIALOG BOX

Result: Message Dialog box appears as shown in Figure 213.

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FIGURE 213 – UNBLOCKING CIRCUIT SUCCEEDED MESSAGE DIALOG BOX

13. To create a , select the port and click in the Port Manager interface. Management interface appears as shown in Figure 214. Input required parameters and click Create. i.

To modify , click Modify in management interface.

ii. To delete , click Delete in Management interface. iii. To exit from Management interface, click Close. FIGURE 214 – M AN AGEMENT INTERFACE

Result: Message dialog box appears as shown in Figure 215.

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FIGURE 215 – CREATE SUCCEEDED MESSAGE DIALOG BOX

END OF STEPS Result

Ports management through VOIP is completed successfully.

Conducting 112 Test Purpose

Perform this procedure to conduct 112 Test.

Preliminary Setup

Ensure ICS card is plugged in ZXMSG 5200 (V2.0.2) and working normally.

Related Information

112 Test is used to measure different characteristics of internal, external, and terminal lines of subscribers.

Steps

To conduct 112 Test, perform the following steps: 1. Open the rack-view map, right-click ICS card and select 112 Test as shown in Figure 216.

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FIGURE 216 – 112 TEST SELECTION INTERFACE

2. 112 Test interface appears as shown in Figure 217. Select the required line test from Test Great Item Set selection box and line characteristics from Test Little Item Set.

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FIGURE 217 – 112 TEST INTERFACE

3. Specify the rack position from Test Position Set input box and click on Start Test button.

Note: The system will start a batch test for whole card if no card index is provided.

Result: Test status and results are shown in the right side pane of 112 Test interface as shown in Figure 218.

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FIGURE 218 – FINAL 112 TEST INTERFACE

Note: Similarly, conduct 112 Test for PSTN Inline, PSTN Terminal, ISDN, and Self Test.

END OF STEPS Result

112 Test is conducted successfully.

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Chapter

5

Broadband Service Configuration This chapter covers the following topics: „

Basic Configuration

„

Advanced Configuration

„

Security Management

Basic Configuration Basic configuration includes: „

Configuring VLAN

„

Adding Port to VLAN

„

Configuring ATM PVC

„

Configuring ADSL/ADSL2+ Service

„

Configuring VDSL Service

„

Configuring SHDSL Service

Configuring VLAN Purpose Preliminary Setup Steps

Perform this procedure to create a VLAN. Ensure ICS and subscriber cards are plugged in ZXMSG 5200 (V2.0.2) and working normally. To create a VLAN, perform the following steps: 1. Right-click ICS card and select Layer2 Config → VLAN Config as shown in Figure 219.

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FIGURE 219 – VLAN CONFIG SELECTION INTERFACE

2. VLAN interface appears as shown in Figure 220. By default only VLAN 1 exists and the cannot delete it. FIGURE 220 – VLAN INTERFACE

3. Click Create to enter an interface as shown in Figure 221.

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FIGURE 221 – CREATE VL AN INTERFACE

4. Input VLAN ID and VLAN Name. VLAN ID range is between 2 to 4094. For example, input VLAN ID as 100 and VLAN Name as Unicast and click OK. END OF STEPS Result

VLAN is created successfully. The added VLAN is shown in Figure 222. FIGURE 222 – CREATED VLAN INTERFACE

Adding a Port to VLAN Purpose

This operation is used to configure subscribers into different VLANs so that the subscribers in different VLANs are isolated from each other.

Preliminary Setup

Ensure ICS and service cards are plugged-in in ZXMSG 5200 (V2.0.2).

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Steps

To add a port to VLAN, perform the following steps: 1. Right-click ICS card and select Layer2 Config → VLAN Config to enter an interface as shown in Figure 223. FIGURE 223 – VLAN INTERFACE

2. Select VLAN ID and click Port to enter an interface as shown in Figure 224. FIGURE 224 – VLAN PORT CONFIGURATION

This interface is divided in two parts. f

138

Ports Information in VLAN as shown in Figure 225.

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f

Ports to be added as shown in Figure 226.

FIGURE 225 – PORT INFORMATION IN VLAN

FIGURE 226 – PORTS TO BE ADDED

3. Specify physical location of the port by selecting Rack, Shelf and Slot No. 4. Select Port and Type of port (Tagged or Untagged) and click Add to VLAN to add the selected port to VLAN. For example, select Rack 1, Shelf 0, Slot 9 and Port 0 to be added to VLAN.

Note: The port should be untagged and uplink port should be tagged.

END OF STEPS Result

Port is added to VLAN successfully and the result is shown in Figure 227.

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FIGURE 227 – ADDED PORT TO VLAN INTERFACE

Configuring ATM PVC Purpose

This operation is used to configure PVC from the card to the ADSL Modem. The needs to configure ATM PVC in ADSL, SHDSL and ILC card.

Preliminary Setup

Ensure ICS and subscriber cards are plugged in ZXMSG 5200 (V2.0.2).

Steps

To configure ATM PVC, perform the following steps: 1. Open the rack-view map, right-click ILC or ADL card and select ADSL Config → ATM PVC Config as shown in Figure 228.

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FIGURE 228 – ATM PVC CONFIG SELECTION INTERFACE

Note: For SHDSL card, select the card, right-click and select SHDSL Config → ATM PVC Config.

ATM PVC interface appears as shown in Figure 229. FIGURE 229 – ATM PVC INTERFACE

2. Select Rack, Shelf and Slot from the pull-down menu and click Query. The results are displayed as shown in Figure 230.

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FIGURE 230 – ATM PVC QUERY INTERFACE

3. By default the subscriber PVC of the card is VPI 8 and VCI 81. The can modify the parameter according to the needs. f

VCI and VPI are the modem parameters.

f

For ZTE, VPI – 8 and VCI – 81 are the default parameters.

4. For modifying the parameters, select Port and click Modify to enter an interface as shown in Figure 231. FIGURE 231 – MODIFY ATM PVC INTERFACE

5. In this interface the can change VPI and VCI. Range of VPI is from 0 to 255 and for VCI it is 0 to 65535. For example, change VPI to 9 and VCI to 85. NOTE: VPI and VCI should be same as modem used. END OF STEPS Result

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ATM PVC is configured successfully. The changed VPI and VCI are displayed in Figure 232.

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FIGURE 232 – MODIFIED ATM PVC INTERFACE

Configuring ADSL/ADSL2+ Service Purpose

Perform this procedure to configure ADSL and provide ADSL services.

Preliminary Setup

Ensure ADL or ILC card is plugged in ZXMSG 5200 (V2.0.2) and working normally.

Steps

To configure ADSL/ADSL2+ subscribers, perform the following steps: 1. Configure VLAN. For configuration, refer to the section Configuring VLAN. 2. Add subscriber port to VLAN. For configuration, refer to the section Adding a Port to VLAN. 3. Configure ATM PVC. For configuration, refer to the section Configuring ATM PVC. 4. Open rack-view map, right-click ILC or ADL card and select Port Manager as shown in Figure 233.

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FIGURE 233 – ADSL PORT M ANAGER SELECTION INTERFACE

5. Port Manager interface appears as shown in Figure 234. FIGURE 234 – ADSL PORT M ANAGER INTERFACE

6. Click Line Profile to enter an interface as shown in Figure 235.

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FIGURE 235 – ADSL LINE PROFILE INTERFACE

7. In this interface, the can use the default profiles with predefined parameters for ADSL or can create a new profile. i.

Select New from the left hand region of the interface as shown in Figure 235.

ii. Input Line Profile Name, Extended Parameters.

Basic

Parameter and

The system has following four default line configuration parameter sets. The default setting is DEF2M.PRF. f

DEFVAL.PRF (downlink 8 Mbps, uplink 1 Mbps)

f

DEF2M.PRF (downlink 2 Mbps, uplink 512 kbps)

f

DEF1M.PRF (downlink 1 Mbps, uplink 512 kbps)

f

DEFHM.PRF (downlink 512 kbps, uplink 512 kbps)

f

DEF36M.PRF (downlink 36 Mbps, uplink 10 Mbps)

8. Click Alarm Profile on the interface shown in Figure 234. Alarm Profile interface appears as shown in Figure 236.

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FIGURE 236 – ADSL AL ARM PROFILE INTERFACE

i.

Select New from the left hand region of the interface as shown in Figure 236. DEFVAL_PRF is the default alarm profile.

ii. Input Alarm Profile Name, ATUC, ATUR and other parameters. iii. Click Create to add an alarm profile for ADSL subscriber. 9. Select a Port and click Line Config on the interface shown in Figure 234. Line Config interface appears as shown in Figure 237. FIGURE 237 – ADSL LINE CONFIG INTERFACE

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i.

Select Line Coding, Line Type, Line Profile and Alarm Profile from pull-down menu.

f

Line Coding Type: auto, G.lite, G.dmt

f

Line Type: Fast, Interleave

f

Line Profile: Select the line profile created for the .

f

Alarm Profile: Select the alarm profile created for the .

ii. The selected profile is shown in Figure 238. FIGURE 238 – ADSL SELECTED PROFILE DISPLAY INTERFACE

10. Click on the interface shown in Figure 234. Management interface appears as shown in Figure 239. FIGURE 239 – ADSL M ANAGEMENT INTERFACE

i.

Input Name, ID, Phone, Desc and Info.

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ii. Click Create to add ADSL subscriber information to ADSL port as shown in Figure 240. FIGURE 240 – ADSL SUBSCRIBER INFORMATION – PORT M AN AGER INTERFACE

11. Click Enable to activate the selected ADSL subscriber port. END OF STEPS Result

ADSL subscriber parameters are configured successfully.

Configuring VDSL Service Purpose

Perform this procedure to configure VDSL and provide VDSL services.

Preliminary Setup

Ensure VDSL card is plugged in ZXMSG 5200 (V2.0.2) and working normally.

Steps

To configure VDSL subscriber, perform the following steps: 1. Configure VLAN. For configuration, refer to the section Configuring VLAN. 2. Add subscriber port to VLAN. For configuration, refer to the section Adding a Port to VLAN. 3. Open the rack-view map, right-click VDSL card and select Port Manager as shown in Figure 241.

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FIGURE 241 – VDSL PORT MANAGER SELECTION INTERFACE

4. Port Manager interface appears as shown in Figure 242. FIGURE 242 – VDSL PORT M ANAGER INTERFACE

5. Click Line Profile to enter an interface as shown in Figure 243.

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FIGURE 243 – VDSL LINE PROFILE

i.

In this interface, the can use the default profiles with predefined parameters for VDSL subscriber or can create a new profile. The system has following 12 default line configuration parameter sets.

f f

f

f

f

f

f

f

f

f

f

150

DEFVAL.PRF (downlink 4166666 bps, uplink 1562500 bps) DEFVAL1.PRF (downlink 3125000 bps, uplink 1562500 bps） DEFVAL2.PRF (downlink 3125000 bps, uplink 125000 bps） DEFVAL3.PRF (downlink 6250000 bps, uplink 1562500 bps） DEFVAL4.PRF (downlink 6250000 bps, uplink 4687500 bps） DEFVAL5.PRF (downlink 6250000 bps, uplink 6250000 bps） DEFVAL6.PRF (downlink 12500000 bps, uplink 1562500 bps） DEFVAL7.PRF (downlink 12500000 bps, uplink 4687500 bps） DEFVAL8.PRF (downlink 12500000 bps, uplink 6250000 bps） DEFVAL9.PRF (downlink 12500000 bps, uplink 12500000 bps） DEFVAL10.PRF (downlink 12500000 bps）

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16666666

bps,

uplink

Chapter 5 Broadband Service Configuration

f

DEFVAL11.PRF (downlink 16666666 bps）

16666666

bps,

uplink

ii. Select New from the left hand region of the interface as shown in Figure 243. iii. Input Line Profile Name, Up Link, Down Link, Local Modem and Modem parameters. iv. Click Create to add a line profile for VDSL subscriber. 6. Select a Port and click Line Config on the interface shown in Figure 242. Line Config interface appears as shown in Figure 244. FIGURE 244 – VDSL LINE CONFIG INTERFACE

7. Select Line Profile from the pull-down menu. Click OK to add the profile to VDSL subscriber as shown in Figure 245. FIGURE 245 – VDSL MODIFIED LINE PROFILE INTERFACE

8. Select a Port and click on the interface shown in Figure 242. Management interface appears as shown in Figure 246.

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FIGURE 246 – VDSL M ANAGEMENT INTERFACE

i.

Input Name, ID, Phone, Desc and Info.

ii. Click Create to add VDSL subscriber information to VDSL port as shown in Figure 247. FIGURE 247 – VDSL SUBSCRIBER INFORMATION – PORT M AN AGER INTERFACE

9. Click Enable to activate the selected ADSL subscriber port. END OF STEPS Result

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VDSL subscriber parameters are configured successfully.

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Configuring SHDSL Service Purpose

Perform this procedure to configure SHDSL and provide SHDSL services.

Preliminary Setup

Ensure SHDSL card is plugged in ZXMSG 5200 (V2.0.2) and working normally.

Steps

To configure SHDSL subscriber, perform the following steps: 1. Configure VLAN. For configuration, refer to the section Configuring VLAN. 2. Add subscriber port to VLAN. For configuration, refer to the section Adding a Port to VLAN. 3. Configure ATM PVC. For configuration, refer to the section Configuring ATM PVC. 4. Open the rack-view map, right-click SHDSL card and select Port Manager as shown in Figure 248. FIGURE 248 – SHDSL PORT M AN AGER SELECTION INTERFACE

5. Port Manager interface appears as shown in Figure 249.

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FIGURE 249 – SHDSL PORT M AN AGER INTERFACE

6. Click Line Profile to enter an interface as shown in Figure 250. FIGURE 250 – SHDSL LINE PROFILE INTERFACE

i.

In this interface, the can use the default profiles with predefined parameters for SHDSL subscriber or can create a new profile. The system has following six default line configuration parameter sets.

154

f

DEFVAL.PRF (downlink 200 bps, uplink 2312 bps)

f

DEF2M_NP.PRF (downlink 0 bps, uplink 2312 bps）

f

DEF1M.PRF (downlink 0 bps, uplink 2312 bps)

f

DEF4M_NP.PRF (downlink 0 bps, uplink 4112 bps)

f

DEF4M.PRF (downlink 0 bps, uplink 4112 bps)

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f

DEF192.PRF (downlink 200 bps, uplink 200 bps)

ii. Select New from the left hand region of the interface as shown in Figure 250. iii. Input various parameters as described in Table 5. TABLE 5 – SHDSL LINE CONFIG PROFILE P AR AMETERS

Parameter

Description/Value

Line Profile Name

Name of the profile (1~28 characters)

Wire Interface

Two Wire or Four Wire

Remote Management

enabled or disabled (def: disabled)

Max Line Rate

0 ~ 4112 Kbps (def: 2312 Kbps)

Min Line Rate

0 ~ 4112 Kbps (def: 200 Kbps)

Power Feeding

No Power, Power Feed, Wetting Current (def: no power)

Reference Clock

Local Clock, Network Clock, Data or Network Clock, Data Clock (def: localclk)

PSD

Symmetric or Asymmetric (def: Symmetric)

Line Probe

Enable or Disable (Def: enable)

Transmission Mode

Region 1 or Region 2 (def: region 2)

Current Condition Target Margin Down

-10 dB ~ 21 dB

Worst Case Target Margin Down

-10 dB ~ 21 dB

Current Condition Target Margin Up

-10 dB ~ 21 dB

Worst Condition Target Margin Up

-10 dB ~ 21 dB

iv. Input various parameters and click Create to create a new line profile for SHDSL subscriber.

Note: Presently only CMOS chip can provide wetting current. Line card doesn’t it.

7. Click Alarm Profile on the interface as shown in Figure 249. Alarm Profile interface appears as shown in Figure 251.

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FIGURE 251 – SHDSL ALARM PROFILE INTERFACE

i.

In this interface the can use the default profiles with predefined parameters for SHDSL subscriber or can create a new profile.

ii. Select New from the left hand region of the interface as shown in Figure 251. Various parameters in this interface are described in Table 6. TABLE 6 – SHDSL LINE ALARM PROFILE P AR AMETERS

Parameter

Description/Value

Alarm Profile Name

Name of the profile (1 ~ 28 characters)

Loop Attenuation Threshold

-127 dB ~ 128 dB (def: 0)

SNR Margin Threshold

-127 dB ~ 128 dB (def: 0)

ES Within 15 minutes Threshold

0 sec ~ 900 sec (def: 0)

SES Within 15 minutes Threshold

0 sec ~ 900 sec (def: 0)

CRC Anomalies Within 15 minutes Threshold

0~65535 (def: 0)

LOSW Within 15 minutes Threshold

0 sec ~ 900 sec (def: 0)

UAS Within 15 minutes Threshold

0 sec ~ 900 sec (def: 0)

iii. Input various parameters and click Create to add a new alarm profile for SHDSL subscriber. 8. Select a Port and click Line Config on the interface shown in Figure 249. Line Config interface appears as shown in Figure 252.

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FIGURE 252 – SHDSL LINE CONFIG INTERFACE

9. Select Line Profile and Alarm Profile from the pull-down menu. Click OK to add the profile to VDSL subscriber as shown in Figure 253. FIGURE 253 – SHDSL MODIFIED LINE PROFILE INTERFACE

10. Select a Port and click on the interface shown in Figure 249. Management interface appears as shown in Figure 254.

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FIGURE 254 – SHDSL M AN AGEMENT INTERFACE

i.

Input Name, ID, Phone, Desc and Info.

ii. Click Create to add SHDSL subscriber information to VDSL port as shown in Figure 255. FIGURE 255 – SHDSL SUBSCRIBER INFORM ATION – PORT M AN AGER INTERFACE

11. Click Enable to activate the selected SHDSL subscriber port. END OF STEPS Result

158

SHDSL subscriber parameters are configured successfully.

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Advanced Configuration Advanced configuration includes: „

Configuring EPON

„

Configuring Stack VLAN

„

Configuring Multicast

„

Configuring IPTV

„

Configuring Link Aggregation

„

Configuring Forwarding Control

„

Configuring Uplink Port Protection

„

Configuring Spanning Tree

„

Configuring PPPoE/PPPoA Conversion

„

Configuring Ethernet Uplink

Configuring EPON Configuring ONU Alarm Profile Purpose

Perform this procedure to configure an ONU alarm profile.

Related Information

EPON employs point-to-multipoint architecture and ive fiber transmission mode. The downlink rate can reach up to 1.25 Gbps. The uplink transmits data stream in the Ethernet packet mode and the rate can reach up to 1.25 Gbps.

Preliminary Setup

EPOS card is plugged in ZXMSG 5200 (V2.0.2) and working normally.

Steps

To configure an ONU alarm profile, perform following steps: 1. Configure VLAN. For configuration, refer to the section Configuring VLAN. 2. Add subscriber port to VLAN. For configuration, refer to the section Adding a Port to VLAN. 3. Open the rack-view map, right-click EPOS card and select EPON Config → Onu Alarm Profile Config as shown in Figure 256.

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FIGURE 256 – ONU ALARM PROFILE CONFIG SELECTION INTERFACE

4. Onu Alarm Profile Config appears as shown in Figure 257. FIGURE 257 – ONU ALARM PROFILE CONFIG INTERFACE

5. In this interface, the can use the default profiles with predefined parameters for SHDSL subscriber or can create a new profile. i.

Select New from the left hand region of the interface as shown in Figure 257. Various parameters are given in Table 7.

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TABLE 7 – ONU ALARM P ARAMETERS

Parameter

Pull-down menu

Dying Gasp Alarm Enabled

Enabled or Disabled

Critical Event Enabled

Enabled or Disabled

Local Link Fault Alarm Enabled

Enabled or Disabled

Temperature Event Indication Enabled

Enabled or Disabled

Power Voltage Event Indication Enabled

Enabled or Disabled

Global Event Enabled

Enabled or Disabled

Errored Symbol Period Event Enabled

Enabled or Disabled

Errored Frame Event Enabled

Enabled or Disabled

Errored Frame Period Event Enabled

Enabled or Disabled

Errored Frame Seconds Summary Event Enabled

Enabled or Disabled

Organization Specific Event Enabled

Enabled or Disabled

Event Control

None, Resetlog, default

ii. After selecting various parameters, click Create to add an ONU alarm profile. iii. All the parameters on the right hand side of interface show the actual state in NE as shown in Figure 258. FIGURE 258 – ONU ALARM PROFILE P ARAMETERS

END OF STEPS Result

ONU Alarm Profile is configured successfully.

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Configuring OLT Alarm Profile Purpose Preliminary Setup Steps

Perform this procedure to configure an OLT alarm profile. EPOS card is plugged in ZXMSG 5200 (V2.0.2) and working normally. To configure an OLT alarm profile, perform following steps: 1. Open the rack-view map, right-click EPOS card and select EPON Config → Olt Alarm Profile Config as shown in Figure 259. FIGURE 259 – OLT AL ARM PROFILE CONFIG SELECTION INTERFACE

i.

162

Olt Alarm Profile Config appears as shown in Figure 260.

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FIGURE 260 – OLT AL ARM PROFILE CONFIG INTERFACE – FIRST TAB

ii. Click Second tab to enter an interface as shown in Figure 261. FIGURE 261 – OLT AL ARM PROFILE CONFIG INTERFACE – SECOND TAB

iii. Select various parameters as described in Table 8 and Table 9. The parameter default (def) value is also given.

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TABLE 8 – OLT AL ARM PROFILE – FIRST TAB

164

Parameters

Value

Epon Alarm OLT cfg BER Direction

Downlink(0), Uplink(1), Uplink and Downlink(2) (def:2)

Epon Alarm OLT cfg Bit Error Enabled

Enabled(1), Disabled(2) (def:1)

Epon Alarm OLT cfg Bit Error Rate Threshold

0 ~ 1 (def:1X10

Epon Alarm OLT cfg Minimum Error Bytes Threshold

0 ~ 2147483647 (def:10000)

Epon Alarm OLT cfg FER Direction

Downlink(0), Uplink(1), Uplink and Downlink(2) (def:2)

Epon Alarm OLT cfg Frame Error Enabled

Enabled(1), Disabled(2) (def:1)

Epon Alarm OLT cfg Frame Error Rate Threshold

0 ~ 1 (def: 1X10

Epon Alarm OLT cfg Minimum Error Frames Threshold

0 ~ 2147483647 (def:10000)

Epon Alarm OLT cfg OAM Vendor Specific Enabled

Enabled(1), Disabled(2) (def:1)

Epon Alarm OLT cfg ONU Registration Error Enabled

Enabled(1), Disabled(2) (def:1)

Epon Alarm OLT cfg Bad Encryption Key Enabled

Enabled(1), Disabled(2) (def:1)

Epon Alarm OLT cfg LLID Mismatch Enabled

Enabled(1), Disabled(2) (def:1)

Epon Alarm OLT cfg LLID Mismatch Threshold

0 ~ 2147483647 (def:10000)

Epon Alarm OLT cfg Dying Gasp Enabled

Enabled(1), Disabled(2) (def:1)

Epon Alarm OLT cfg Critical Event Enabled

Enabled(1), Disabled(2) (def:1)

Epon Alarm OLT cfg Local Link Fault Enabled

Enabled(1), Disabled(2) (def:1)

Epon Alarm OLT cfg Temperature Event Indicator

Enabled(1), Disabled(2) (def:1)

Epon Alarm OLT cfg Power Voltage Event Indicator Enabled

Enabled(1), Disabled(2) (def:1)

Epon Alarm OLT cfg Global Event Enabled

Enabled(1), Disabled(2) (def:1)

Epon Alarm OLT cfg Errored Symbol Period

Enabled(1), Disabled(2) (def:1)

Epon Alarm OLT cfg Errored Frame Event Enabled

Enabled(1), Disabled(2) (def:1)

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Parameters

Value

Epon Alarm OLT cfg Errored Frame Second

Enabled(1), Disabled(2) (def:1)

Epon Alarm OLT cfg Organization Specified Enabled

Enabled(1), Disabled(2) (def:1)

TABLE 9 – OLT AL ARM PROFILE – SECOND TAB

Parameters

Value

Epon Alarm OLT cfg Err Sym Period Window High

0 ~ 4294967295 (def: 0)

Epon Alarm OLT cfg Err Sym Period Window Low

0 ~ 4294967295 (def: 10000)

Epon Alarm OLT cfg Err Sym Period Threshold High

0 ~ 4294967295 (def: 0)

Epon Alarm OLT cfg Err Sym Period Threshold Low

0 ~ 4294967295 (def: 10000)

Epon Alarm OLT cfg Err Sym Period Event Notification Enabled

Enabled(1), Disabled(2) (def:1)

Epon Alarm OLT cfg Err Frame Period Window

0 ~ 4294967295 (def: 100000)

Epon Alarm OLT cfg Err Frame Period Threshold

0 ~ 4294967295 (def: 20)

Epon Alarm OLT cfg Err Frame Event Notification Enabled

Enabled(1), Disabled(2) (def:1)

Epon Alarm OLT cfg Err Frame Window

0 ~ 4294967295 (def: 10)

Epon Alarm OLT cfg Err Frame Threshold

0 ~ 4294967295 (def: 20)

Epon Alarm OLT cfg Err Frame Period Event Notification Enabled

Enabled(1), Disabled(2) (def:1)

Epon Alarm OLT cfg Err Frame Secs Summary Window

100 ~ 9000 (def: 600)

Epon Alarm OLT cfg Err Frame Secs Summary Threshold

1 ~ 900 (def: 1)

Epon Alarm OLT cfg Err Frame Secs Event Notification Enabled

Enabled(1), Disabled(2) (def:1)

2. Input various parameters and click Create to add an OLT alarm profile. END OF STEPS Result

OLT Alarm Profile is configured successfully.

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Configuring OLT Purpose Preliminary Setup Steps

Perform this procedure to configure an OLT. EPOS card is plugged in ZXMSG 5200 (V2.0.2) and working normally. To configure an OLT, perform following steps: 1. Open the rack-view map, right-click EPOS card and select EPON Config → Olt Config as shown in Figure 262. FIGURE 262 – OLT CONFIG SELECTION INTERFACE

2. OLT Config interface appears as shown in Figure 263. FIGURE 263 – OLT CONFIG INTERFACE

3. Select OLT No. and click Modify. Modify OLT interface appears as shown in Figure 264.

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FIGURE 264 – MODIFY OLT INTERFACE

4. Select Dba (Start or Stop) and Alarm Profile from the pulldown menu and click OK. The changed parameters are shown in Figure 265. FIGURE 265 – MODIFIED OLT CONFIG INTERFACE

5. In the above interface OLT Status must be Enable. END OF STEPS Result

OLT is configured successfully.

Configuring ONU Purpose Preliminary Setup Steps

Perform this procedure to configure an ONU. EPOS card is plugged in ZXMSG 5200 (V2.0.2) and working normally. To configure an ONU, perform following steps: 1. Open the rack-view map, right-click EPOS card and select EPON Config → Onu Config as shown in Figure 266.

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FIGURE 266 – ONU CONFIG SELECTION INTERFACE

2. ONU Config interface appears as shown in Figure 267. FIGURE 267 – ONU CONFIG INTERFACE

3. Select an ONU and click Modify. Modify ONU interface appears as shown in Figure 268.

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FIGURE 268 – MODIFY ONU INTERFACE

4. In the above interface input various parameters and click OK to modify the parameters. END OF STEPS Result

ONU is configured successfully.

Configuring ONU P2p Purpose Preliminary Setup Steps

Perform this procedure to configure an ONU P2p. EPOS card is plugged in ZXMSG 5200 (V2.0.2) and working normally. To configure an ONU P2p, perform following steps: 1. Open the rack-view map, right-click EPOS card and select EPON Config → Onu P2p Config as shown in Figure 269.

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FIGURE 269 – ONU P2P CONFIG INTERFACE

2. ONU P2p Config interface appears as shown in Figure 270. FIGURE 270 – P2P CONFIG INTERFACE

3. Select Onu No and click Modify. Modify P2p interface appears shown in Figure 271.

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FIGURE 271 – MODIFY P2P INTERFACE

i.

Select ONU to be related with ONU 0 and click

to

to delete from the list of related add to the list or ONUs as shown in Figure 271. ii. The can select Down Stream and Up Stream parameters and click OK to configure the parameters. iii. The selected ONUs are shown in Figure 272.

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FIGURE 272 – RELATED P2P CONFIG INTERFACE

END OF STEPS Result

ONU P2p is configured successfully.

Configuring StackVLAN Purpose Preliminary Setup

Perform this procedure to configure StackVLAN. Ensure ICS card is plugged in ZXMSG5200 (V2.0.2) and working normally.

Note: As NetNumen N31 does not StackVLAN function, StackVLAN configuration is done using Command Line Interface (CLI).

Steps

To configure StackVLAN, perform the following steps: 1. Enter vlan add 100 command to create a VLAN. MSAG(config)# vlan add 100

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2. Enter stackvlan mode command to configure StackVLAN mode.

NOTE: Enter stackvlan mode main command to add the information to ICS (only Gigabit switch port cards such as EICS, GIS and GISS) card. NOTE: Enter stackvlan mode slot command to add the StackVLAN information to the subscriber card (only Gigabit switch ports cards such as GADLC). MSAG(config)# stackvlan mode main MSAG(config)# stackvlan mode slot

3. Enter stackvlan add vlan 100 command to define vlan as SackVLAN. MSAG(config)# stackvlan add

4. Enter stackvlan add-uplink port 0/9/0 command to define uplink port (ICS card) in main mode. MSAG(config)# stackvlan add-uplink port 0/9/0

5. Enter vlan add-port port 0/9/0 command to add uplink port to StackVLAN 100. MSAG(config)# vlan add-port port 0/9/0

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6. Enter vlan add-port port 0/9/0 tagged one-to-one 100 command to assign the information to the port. MSAG(config)# vlan add-port port 0/9/0 tagged oneto-one 100

7. Enter vlan set-stack port 0/6/0 spvlan 100 to add port to StackVLAN 100. MSAG(config)# vlan set-stack port 0/6/0 spvlan 100

8. Enter save command to save the configuration. MSAG(config)# save

9. Enter show stackvlan command to display the StackVLAN configuration. MSAG# show stackvlan

END OF STEPS Result

StackVLAN is configured successfully.

Configuring Multicast Purpose

Perform this procedure to configure Multicast. NOTE: The multicast service is used to reduce redundant data and save bandwidth. It enables sending the same information to multiple positions at the same time.

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Preliminary Setup Steps

Ensure ICS card is plugged in ZXMSG 5200 (V2.0.2) and working normally. To configure multicast, perform the following steps: 1. Configure multicast VLAN. For configuration, refer to the section Configuring VLAN. 2. Add port to VLAN. For configuration, refer to the section Adding a Port to VLAN. 3. Open the rack-view map, right-click ICS card and select Layer 2 → IGMP Global Config as shown in Figure 273. FIGURE 273 – IGMP GLOBAL CONFIG INTERFACE

4. IGMP Global Config interface appears as shown in Figure 274.

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FIGURE 274 – IGMP GLOBAL CONFIG INTERFACE

5. Enable IGMP and input various parameters as described in Table 10 and click Set to configure IGMP parameters. TABLE 10 – IGMP SNOOPING P AR AMETERS

Parameter

Description

IGMP Enable

Enable or Disable (def: Disable)

Aging Time

30 sec ~ 3600 sec (def: 300)

Mode

Snoop, Proxy, Router (def: Snoop)

Host IP add in Proxy Mode

Host IP address

Router IP add in Proxy Mode

Router IP address

MVR Enable

Multicast VLAN; Enable or Disable (def: Enable)

MVR Max Response Time

1 sec ~ 100 sec (def: 5 sec)

6. Select ICS card, right-click and select IPTV → Multicast VLAN Registration Config as shown in Figure 275.

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FIGURE 275 – MULTICAST VL AN REGISTRATION CONFIG SELECTION INTERFACE

7. Multicast VLAN Registration Config interface appears as shown in Figure 276. FIGURE 276 – MULTICAST VL AN REGISTRATION CONFIG INTERFACE

i. Click Create to enter an interface as shown in Figure 277.

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FIGURE 277 – CREATE MVLAN INFORM ATION INTERFACE

ii. Input MVLAN ID created in Step 1 and click OK to add the information as shown in Figure 278. The interface shows Source Port List, Receive Port List and Group. FIGURE 278 – MVLAN ID INTERFACE

8. Click Source Port List and click Create. i.

Create Source Port Information interface appears as shown in Figure 279.

FIGURE 279 – CREATE SOURCE PORT INFORM ATION INTERFACE

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ii. Select Rack, Shelf, Slot from the corresponding pulldown menus and click Query to see the port information as shown in Figure 279. iii. Select a Port and click OK to add the port for receiving the multicast packets. 9. Select Receive Port List as shown in Figure 278 and click Create. i.

Create Receive Port Information interface appears as shown in Figure 280.

FIGURE 280 – CREATE RECEIVE PORT INFORM ATION INTERFACE

ii. Select Rack, Shelf, Slot from the corresponding pulldown menus and click Query to see the port information as shown in Figure 280. iii. Select a Port and click OK to add the port for sending the multicast packets to the subscriber. 10. Select Group as shown in Figure 278 and click Create. i.

Create MVLAN Group Information interface appears as shown in Figure 281.

FIGURE 281 – CREATE MVLAN GROUP INFORMATION

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ii. Input Group IP for multicast VLAN. iii. Click OK to add the Group IP to the MVLAN. 11. After performing above given steps, the final interface is shown in Figure 282 showing Source Port List, Receive Port List and Group. FIGURE 282 – FINAL MULTICAST VL AN REGISTRATION INTERFACE

END OF STEPS Result

Multicast configuration is done successfully.

Configuring IPTV Purpose

Perform this procedure to configure IPTV. NOTE: IPTV describes a system capable of receiving and displaying a video stream encoded as a series of Internet Protocol packets. IP Television networks are primarily constructed of computer servers and gateways. Severs control the overall system access and processing of calls and gateways convert the IP television network data to signals that can be used by television media viewers.

Preliminary Setup Steps

Ensure ICS card is plugged in ZXMSG 5200 (V2.0.2) and working normally. To configure IPTV parameters, perform the following steps: 1. Configure Multicast. For configurations, refer to section Configuring Multicast. 2. Open the rack-view map, right-click ICS card and select IPTV → Mode Switch as shown in Figure 283.

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FIGURE 283 – MODE SWITCH SELECTION INTERFACE

i.

Mode Switch interface appears as shown in Figure 284.

FIGURE 284 – IPTV MODE SWITCH INTERFACE

ii. In this interface the can select IPTV authentication mode. f

f

Non- Management Mode: terminal directly connects to content server using IGMP. -Management Mode: terminal uses Service Manage System (SMS) to connect to content server. SMS provides the access right and authentication to use IPTV.

3. Select ICS card, right-click and select IPTV → Config. i.

Global

Global Config interface appears as shown in Figure 285.

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FIGURE 285 – IPTV GLOBAL CONFIG INTERFACE

ii. Various parameters in this interface are described in Table 11. TABLE 11 – IPTV GLOBAL CONFIG P ARAMETERS

Parameter

Description

Value

Recognition Time

Time gap for a channel recognition by CDR

1 ~ 120 sec (def: 4)

PRW Reset Time

Preview reset time

hr:min:sec (def: 00:00:00) – 24 hr time

CAC Enable

Channel Access Control

Enable or Disable (def: Disable)

CDR Enable

Call Dial Record

Enable or Disable (def: Disable)

SMS Server IP

Service Manage System IP address. Used for management mode.

IP

Max Record Entry

Max entries that can be recorded. For a single request two records are entered. One for ing and one for leaving.

1 ~ 90000 (def: 90000)

Max Send Interval

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iii. Input various parameters and click Set to activate the configuration for the system. 4. Select ICS card, right-click and select IPTV → CAC Group Config. i.

CAC Group Config interface appears as shown in Figure 286.

FIGURE 286 – C AC GROUP CONFIG INTERF ACE

ii. Click Create to enter an interface as shown in Figure 287. FIGURE 287 – CREATE C AC GROUP INTERFACE

iii. Various parameters in this interface are described in Table 12. TABLE 12 – CREATE PROGRAM P AR AMETERS

Parameter

Description

Value

Group IP

IP address of the channel access group

IP address

Max Preview Count

Max number of times a can watch a particular channel

1 ~ 200 (def: 20)

Max Preview Time

Time gap between two previews

120 ~ 3600 sec (def: 180)

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Parameter

Description

Value

Preview Resume Interval

Duration of the preview

120 ~ 3600 sec (def: 180)

iv. Input various parameters and click Ok to create CAC Group. 5. Select ICS card, right-click and select IPTV → Port Right Config. i.

Port Right Config interface appears as shown in Figure 288.

FIGURE 288 – PORT RIGHT CONFIG INTERFACE

ii. Select Rack, Shelf and Slot to get the port information shown in Position section in the interface as shown in Figure 288. iii. Select Port. Group IP and Right are displayed as shown in Figure 288. iv. Select Group IP and click Modify to enter an interface as shown in Figure 289. FIGURE 289 – MODIFY PORT RIGHT INTERFACE

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v. The can change the right for the Group IP attached to the port in this interface. vi. The can select Deny, Permit or Preview rights. After selecting the Right, click OK. vii. The changed right is shown in Figure 290 as the right for Group 224.1.1.1 is changed from Deny to Permit. FIGURE 290 – MODIFIED PORT RIGHT CONFIG INTERFACE

6. Select ICS card, right-click and select IPTV → Reinitialization. i.

IPTV

IPTV Reinitialization interface appears as shown in Figure 291.

FIGURE 291 – IPTV REINITIALIZ ATION INTERFACE

ii. Click Initialize to reinitialize the IPTV system. END OF STEPS Result

IPTV parameters are configured successfully.

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Configuring Link Aggregation Purpose

Perform this procedure to configure Link Aggregation technology to improve the network bandwidth and fault tolerance.

Preliminary Setup

Ensure ICS card is plugged in ZXMSG 5200 (V2.0.2) and working normally.

Steps

To configure Link Aggregation, perform the following steps: 1. Open the rack-view, right-click ICS card and select Layer 2 Config → Trunk Config as shown in Figure 292. FIGURE 292 – TRUNK CONFIG SELECTION INTERFACE

2. Trunk Config interface appears as shown in Figure 293. FIGURE 293 – TRUNK CONFIG INTERFACE

3. Click Create to enter an interface as shown in Figure 294.

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FIGURE 294 – CREATE TRUNK INTERFACE

4. Input Trunk ID (1 ~ 5) and select the ports to be added to the Trunk and click

to add the ports to Trunk 1.

Note: By default, for Trunk 1, only uplink port 0 and uplink port 1 are added. When the assigns the Trunk, the properties of the assigned ports must be consistent. Otherwise, the Trunk assignment fails. After the assigned trunk is configured, the cannot configure this port again until the original Trunk is released.

END OF STEPS Result

The ports added to the trunk are displayed as shown in Figure 295. FIGURE 295 – FINAL TRUNK INTERFACE

Configuring Forward Control Purpose Preliminary Setup

Perform this procedure to configure Forward Control. Ensure ICS card is plugged in ZXSG 5200 (V2.0.2) and working normally.

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Steps

To configure forward control, perform the following steps: 1. Open the rack-view map, right-click ICS card and select Layer2 Config → Eth-switch Global Config as shown in Figure 296. FIGURE 296 – ETHERNET SWITCH GLOBAL CONFIG SELECTION INTERFACE

2. Eth-switch Global Config interface appears as shown in Figure 297. FIGURE 297 – ETHERNET SWITCH GLOBAL CONFIG INTERFACE

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i.

Various parameters in this interface are described in Table 13.

TABLE 13 – ETHERNET SWITCH GLOBAL CONFIG INTERFACE

Parameter

Value

Broadcast Limit

def: 100

Aging Time

16, 128, 300, 1800 sec (def: 300 sec)

Protect

Enable or Disable (def: Disable)

Broadcast Limit

Enable or Disable (def: Enable)

Unknown Unicast Limit

Enable or Disable (def: Enable)

Multicast Limit

Enable or Disable (def: Disable)

Transmit Unknown Multicast

Enable or Disable (def: Disable)

Source MAC Undeceive

Enable or Disable (def: Disable)

ii. Select various parameters from pull-down menus and click Set to configure Ethernet Global Switch parameters. 3. Open the rack-view map, right-click ICS card and select Layer2 Config → Eth-switch Port Config as shown in Figure 298. FIGURE 298 – ETHERNET SWITCH PORT CONFIG SELECTION INTERFACE

4. Eth-switch Port Config interface appears as shown in Figure 299.

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FIGURE 299 – ETHERNET SWITCH PORT CONFIG INTERFACE

i.

Select an ICS card Port and click Modify to enter an interface as shown in Figure 300.

FIGURE 300 – MODIFY ETHERNET SWITCH PORT CONFIG INTERFACE

ii. Select Enable and click Ok to activate the port protection for the selected port. iii. The modified parameters are shown in Figure 301.

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FIGURE 301 – MODIFIED ETHERNET SWITCH PORT CONFIG INTERFACE

END OF STEPS Result

Forward Control is configured successfully.

Configuring Uplink Port Protection Purpose Preliminary Setup Steps

Perform this procedure to configure Uplink Port Protection. Ensure ICS card is plugged in ZXMSG 5200 (V2.0.2) and working normally. To configure Uplink port protection, perform the following steps: 1. Open the rack-view map, right-click ICS card and select Layer2 Config → Eth-switch Uplink Protect Config as shown in Figure 302.

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FIGURE 302 – ETH-SWITCH UPLINK PROTECT GROUP CONFIG SELECTION INTERFACE

2. Ethernet Switch Protect Group Config interface appears as shown in Figure 303. FIGURE 303 – ETHERNET SWITCH PROTECT GROUP CONFIG INTERFACE

3. Click Create to enter an interface as shown in Figure 304.

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FIGURE 304 – CREATE ETHERNET SWITCH GROUP CONFIG INTERFACE

4. Input Protect Group (1 ~ 4), Nexthop and select Have Media Stream (yes or no). 5. Select Port from the Available Ports in Main Ports section and click

to use it as a main port as shown in Figure 305.

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FIGURE 305 – M AIN PORT SELECTION INTERFACE

6. Select Port from the Available Ports in Backup Ports section and click Figure 306.

194

to use it as a backup port as shown in

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FIGURE 306 – BACKUP PORT SELECTION INTERFACE

7. Click Ok to configure the port protection. The protection group is displayed as shown in Figure 307. FIGURE 307 – UPLINK PORT PROTECTION INTERFACE

END OF STEPS Result

Uplink port protection is configured successfully.

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Configuring Spanning Tree Protocol Purpose Preliminary Setup Steps

Perform this procedure to configure Spanning Tree Protocol. Ensure ICS card is plugged in ZXMSG 5200 (V2.0.2) and working normally. To configure Spanning Tree Protocol, perform the following steps: 1. Open the rack-view map, right-click ICS card and select Layer2 Config → MSTP Config → MSTP Bridge Config as shown in Figure 308. FIGURE 308 – MSTP BRIDGE CONFIG SELECTION INTERFACE

2. MSTP Bridge Config interface appears as shown in Figure 309. FIGURE 309 – MSTP BRIDGE CONFIG INTERFACE

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i.

Various parameters in this interface are described in Table 14.

TABLE 14 – MSTP BRIDGE CONFIG P ARAMETERS

Parameter

Value

Spanning Tree Enable

Enable or Disable (def: Disable)

Forward Delay

4 ~ 30 sec (def:15)

Hello Time

1 ~ 10 sec (def:1)

Max Age

6 ~ 40 sec (def:20)

Spanning Tree Mode

STP, RSTP, MSTP (def: MSTP)

Max Hops

1 ~ 40 (def: 20)

Packet Type

IEEE or CISCO (def: IEEE)

Ver3 Length Type

IEEE or CISCO (def: IEEE)

Revision

0 ~ 65535 (def: 0)

Name

Name of the equipment

ii. Enable Spanning Tree Protocol and select Spanning Tree Mode as MSTP. iii. Input other parameters and click Set to activate the spanning tree protocol. 3. Right-click ICS card and select Layer2 Config → MSTP Config → MSTP Port Config to enter an interface as shown in Figure 310. FIGURE 310 – MSTP PORT CONFIG INTERFACE

i.

Select a Port and click Modify to enter an interface as shown in Figure 311.

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FIGURE 311 – MODIFY MSTP PORT CONFIG INTERFACE

ii. Select Enable (Enable/Disable) and Link Type (Auto/Force/None-Force) from the pull-down menu and click Ok. iii. The modified parameters are shown in Figure 312. FIGURE 312 – MODIFIED MSTP PORT CONFIG INTERFACE

4. Right-click ICS card and select Layer2 Config → MSTP Config → MSTP Instance Config to enter an interface as shown in Figure 313. FIGURE 313 – MSTP INSTANCE CONFIG INTERFACE

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i. Click Create to enter an interface as shown in Figure 314. FIGURE 314 – CREATE MSTP INSTANCE CONFIG

ii. Select MSTP Instance Index (1 ~ 63) from the pulldown menu. iii. Select VLAN from Available VLAN section and click to add in the Added VLAN section. iv. The added VLANs are shown in Figure 315. FIGURE 315 – ADDED VL AN INTERFACE

v. Click Ok to create MSTP Instance as shown in Figure 316.

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FIGURE 316 – ADDED MSTP INSTANCE CONFIG INTERFACE

vi. Select MSTP Instance Index and click Modify to enter an interface as shown in Figure 317. FIGURE 317 – MODIFY MSTP INSTANCE CONFIG INTERFACE

vii. Input MSTP Instance Priority and click Ok to modify the priority as shown in Figure 318. FIGURE 318 – MODIFIED MSTP INSTANCE CONFIG INTERFACE

5. Right-click ICS card and select Layer2 Config → MSTP Config → MSTP Instance Port Config to enter an interface as shown in Figure 319.

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FIGURE 319 – MSTP INSTANCE PORT CONFIG INTERFACE

i.

Select a Port and click Modify to enter an interface as shown in Figure 320.

FIGURE 320 – MODIFY MSTP INSTANCE CONFIG INTERFACE

ii. Input Priority and Path Cost and click Ok to modify the parameters as shown in Figure 321. FIGURE 321 – FINAL MSTP INSTANCE PORT CONFIG INTERFACE

END OF STEPS Result

Spanning Tree Protocol is configured successfully.

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Configuring PPPoA/PPPoE Conversion Purpose

Perform this procedure to configure PPPoA to PPPoE Conversion. NOTE: PPPoA to PPPoE conversion is done in order to make the E compatible to perform PPPoE dial-up.

Preliminary Setup

Ensure ICS card is plugged in ZXMSG 5200 (V2.0.2) and working normally.

Steps

To configure PPPoE/PPPoA conversion, perform the following steps: 1. Open the rack-view map, right-click ICS card and select Layer2 Config → PPPOE Config as shown in Figure 322. FIGURE 322 – PPPOE CONFIG SELECTION INTERFACE

2. PPPoE Config interface appears as shown in Figure 323.

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FIGURE 323 – PPPOE CONFIG INTERFACE

i.

Various parameters in this interface are described in Table 15.

TABLE 15 – PPPOE CONFIG P AR AMETERS

Parameters

Value

Pppoe upLink port

ICS card Port 0 or 1 (def: Port 0)

pppoaToPppoe protocol enable

Enable or Disable (def: Disable)

pppoaToPppoe Interval

def: 180 sec

pppoaToPppoe Special Mac Address

00 – D0 – D0 – FE – FF - FF

For PPPoA to PPPoE conversion, the has to configure only the parameters described in Table 15. No need to configure other parameters ii. Select various parameters from pull-down menus. iii. Input PPPoA to PPPoE interval and PPPoA to PPPoE Special MAC address. iv. Click Set to activate PPPoA to PPPoE conversion. END OF STEPS Result

PPPoA to PPPoE conversion is configured successfully.

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Configuring Ethernet Uplink Purpose Preliminary Setup Steps

Perform this procedure broadband services.

to

configure

Ethernet

Uplink

for

Ensure ICS card is plugged in ZXMSG 5200 (V2.0.2) and working normally. To configure Ethernet Uplink, perform the following steps: 1. Configure management VLAN. For configuration, refer to the section Configuring VLAN. 2. Open the rack-view map, right-click ICS card and select Layer 2 Config → VLAN Config as shown in Figure 324. FIGURE 324 – VLAN CONFIG SELECTION INTERFACE

3. VLAN Config interface appears as shown in Figure 325. FIGURE 325 – VLAN CONFIG INTERFACE

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4. Select VLAN and click Port to enter an interface as shown in Figure 326. FIGURE 326 – VLAN PORT INTERFACE

5. Select Rack, Shelf, Slot and select the port as Tagged to add as uplink port. The added port is shown in Figure 327.

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FIGURE 327 – ADDED UPLINK PORT INTERFACE

6. Add the uplink-port to VLAN. For configuration, refer to the section Adding a Port to VLAN. END OF STEPS Result

Ethernet Uplink is configured successfully.

Security Management Security Management includes: „

Configuring VBAS

„

Configuring PPPoE+

„

Configuring DH+

Configuring VBAS Purpose

Perform this procedure to configure VBAS. NOTE: VBAS protocol is used to implement the location function of PPPOE subscribers.

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Preliminary Setup

Steps

The precondition for the implementation is that one-to-one correspondence relationship must be implemented between a VLAN and ZXMSG 5200 (V2.0.2) on the Broadband Access Server (BAS). To configure VBAS, perform the following step: 1. Open the rack-view map, right-click ICS card and select Layer2 Config → VBAS Global Config as shown in Figure 328. FIGURE 328 – VBAS GLOBAL CONFIG SELECTION INTERFACE

2. VBAS Global Config interface appears as shown in Figure 329. FIGURE 329 – VBAS GLOBAL CONFIG INTERFACE

3. Select VBAS Enable as Enable and input MAC Address. 4. Click Set and a pop-up interface appears as shown in Figure 330 showing VBAS configuration successful.

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FIGURE 330 – VBAS GLOBAL CONFIG SUCCESS INTERFACE

END OF STEPS Result

VBAS is configured successfully.

Configuring PPPOE+ Purpose

Perform this procedure to configure PPPOE+ for subscriber security.

Preliminary Setup

Ensure ICS card is plugged in ZXMSG 5200 (V2.0.2) and working normally.

Steps

To configure PPPOE+, perform the following step: 1. Open the rack-view map, right-click ICS card and select Layer2 Config → PPPOE Config as shown in Figure 331. FIGURE 331 – PPPOE CONFIG SELECTION INTERFACE

2. PPPOE Config interface appears as shown in Figure 332.

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FIGURE 332 – PPPOE CONFIG INTERFACE

3. Various parameters in this interface are described in Table 16. TABLE 16 – PPPOE CONFIGURATION P ARAMETERS

Parameter

Value

Pppoe Location tag enabled

Enable or Disable (def: Enable)

Pppoe Location PVC info enable

Enable or Disable (def: Enable)

Pppoe Location VLAN info enable

Enable or Disable (def: Disable)

Pppoe upLink port

Uplink Port for PPPOE configuration

4. Select the parameters as described in Table 16 and click Set. No need to configure other parameters as shown in Figure 332. Confirmation interface appears as shown in Figure 333. FIGURE 333 – PPPOE CONFIG SUCCESS INTERFACE

END OF STEPS Result

PPPoE+ is configured successfully.

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Configuring DH+ Purpose

Perform this procedure to configure DH+.

Preliminary Setup

Ensure ZXMSG 5200 (V2.0.2) is working properly.

Steps

To configure DH+, perform the following steps: 1. Open the rack-view map, right-click ICS card and select Layer2 Config → DH Global Config as shown in Figure 334. FIGURE 334 – DH GLOBAL CONFIG SELECTION

2. DH Global Config interface appears as shown in Figure 335.

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FIGURE 335 – DH GLOBAL CONFIG INTERFACE

3. Various parameters in this interface are described in Table 17. TABLE 17 – DH GLOBAL CONFIG P ARAMETERS

Parameters

Value

Option82

Enable or Disable (def: Disable)

Add PVC

Enable or Disable (def: Disable)

Add VID

Enable or Disable (def: Disable)

Global Snooping

Enable or Disable (def: Disable)

Uplink Port

0/9/0 or 0/9/1 (def: 0/9/0)

4. Enable all the parameters and select Uplink Port from the pull-down menu as shown in Figure 336. FIGURE 336 – MODIFIED DH GLOBAL CONFIG INTERFACE

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5. After selecting the parameters, click Set to configure the DH+ parameter. 6. Setting DH Global Config success interface appears as shown in Figure 337. FIGURE 337 – DH GLOBAL CONFIG SUCCESS INTERFACE

END OF STEPS Result

212

DH+ is configured successfully.

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Chapter

6

System Maintenance This chapter covers the following topics: „

Version Upgrade

„

Data Backup

„

Environment Power Monitoring

Version Upgrade The upgrade of the ZXMSG 5200 (V2.0.2) includes upgrading ICS card and other service cards. Upgrade involves the following steps: „

Upgrading ICS Card BOOT Program

„

Upgrading ICS Card Version and FPGA Version

„

Upgrading Service Card Version

„

Upgrading CNIC and MPR/MPRB Version

„

Upgrading System Configuration Files

Upgrading ICS Card BOOT Program Purpose

Perform this procedure to upgrade ICS card BOOT Program to fulfill the system initialization and loading of the running version.

Preliminary Setup

Ensure ICS card is plugged in ZXMSG 5200 (V2.0.2) and working normally.

Steps

To upgrade ICS card BOOT Program, perform the following steps: 1. Connect to ZXMSG 5200 (V2.0.2) in HyperTerminal mode. The system prompts Press s to stop auto-boot…. 2. Press s. BOOT command line interface appears. In the BOOT mode, type c to modify each BOOT parameter. To modify

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each parameter, enter the new value and press Enter as shown in Figure 338. FIGURE 338 – BOOT COMMAND LINE INTERFACE

Specify IP address, , and of the FTP server.

Note: IP address of the FTP server and the equipment IP address are in the same network segment. The and must be consistent with the configuration on the FTP server.

3. Copy the version file to the default directory of the FTP server. 4. Run the FTP server software to ensure the normal connection between the MSG5200 and the FTP server. If the cannot ping MSG5200 in the BOOT mode, this is normal. The format of the command for ing BOOT version file is as follows as shown in Figure 339. [ICS Boot]: u

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FIGURE 339 – ING BOOTROM VERSION INTERFACE

When HyperTerminal interface prompts Attached T/IP interface to motfcc0, the network communications become normal. After the file to be transferred is verified, the system starts to transfer the version file. The HyperTerminal interface displays the transmission progress. After the file is transferred, done is displayed on the HyperTerminal. The size of the version file is displayed. END OF STEPS Result

ICS card BOOT Program is upgraded successfully.

Upgrading ICS Card Version and FPGA Version Upgrading Through Version Up Selection in NetNumen N31 Purpose

Perform this procedure to upgrade ICS Card Version and FPGA Version.

Preliminary Setup

Ensure ICS card is plugged in ZXMSG 5200 (V2.0.2) and working normally.

Steps

To upgrade ICS card version and FPGA version, perform the following steps: 1. Start the FTP Server.

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For configurations, refer to the section FTP Server. 2. Open the rack-view map, right-click ICS card and select Version Management → Version Up as shown in Figure 340. FIGURE 340 – VERSION UP S ELECTION INTERFACE – ICS CARD

3. Version Up interface appears as shown in Figure 341.

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FIGURE 341 – VERSION UP INTERFACE – ICS CARD

4. Table 18 describes various parameters on this interface. TABLE 18 – PAR AMETERS FOR VERSION DAT A UPLO AD/ – ICS CARD

Parameter

Description

Direction

From NM to NE

File Name

Select the name of the version file to be transferred. It must be identical with that on the FTP server.

Server IP

Input IP Address of FTP Server. Server IP address should be in the same subnet as NE.

Path

Input the path name where the version files are stored on FTP Server.

Name

zte



zte

5. Select File Name (icsver.z, icsfpga.bin, slaveu.bin) from the pull-down menu. 6. Input Server IP, Path and click Up to transfer the files. The system prompts that the command execution succeeds as shown in Figure 342.

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FIGURE 342 – SETTING VERSION UP INFO SUCCEEDED INTERFACE – ICS CARD

7. Reset the system to update the version files. END OF STEPS Result

ICS Card Version and FPGA Version are upgraded successfully through NetNumen N31. Open the rack-view map, right-click ICS card and select Version Management → Flash Version Information to enter an interface as shown in Figure 343. FIGURE 343 – FLASH VERSION INFORM ATION INTERFACE

The above interface shows the version file information.

Upgrading Through Version Batch Load Selection in NetNumen N31 Purpose

Perform this procedure to upgrade ICS Card Version and FPGA Version.

Preliminary Setup

Ensure ICS card is plugged in ZXMSG 5200 (V2.0.2) and working normally.

Steps

To upgrade ICS card version and FPGA version, perform the following steps: 1. Start the FTP Server. For configurations, refer to the section FTP Server.

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2. Open the rack-view map, right-click ICS card and select Version Management → Version Batch Load as shown in Figure 344. FIGURE 344 – VERSION BATCH LOAD SELECTION INTERFACE – ICS CARD

3. Version Batch Load interface appears as shown in Figure 345. FIGURE 345 – VERSION BATCH INTERFACE – ICS CARD

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4. In the above interface, select ICS Card Version and FPGA Version files to be transferred. 5. Input Server IP and Path, and click to start the transfer of the files to ICS card as shown in Figure 346. FIGURE 346 – ING VERSION FILES INTERFACE – ICS CARD

END OF STEPS Result

ICS Card Version and FPGA Version are upgraded successfully through NetNumen N31 as shown in Figure 347. FIGURE 347 – SUCCESSFUL INTERFACE – ICS CARD

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Upgrading Through BOOT Mode Purpose

Perform this procedure to upgrade ICS Card Version and FPGA Version.

Preliminary Setup

Ensure ICS card is plugged in ZXMSG 5200 (V2.0.2) and working normally.

Steps

To upgrade ICS card version and FPGA version, perform the following steps: 1. Start the FTP Server. For configurations, refer to the section FTP Server. 2. Configure BOOT Parameters. For configuration, refer to section Upgrading ICS Card BOOT Program. 3. Transfer version files i.

Copy the version file to the default directory of the FTP server.

ii. Run the FTP server software to ensure the normal connection between ZXMSG 5200 and the FTP server. iii. the master and slave U running version and FPGA version by executing the following commands: [ICS Boot]: T icsver.z [ICS Boot]: T Slaveu.bin [ICS Boot]: T icsFpga.bin The file name after T command must be the same as the file name under the default directory of the FTP server. 4. Start the version After switching the boot version, load the version commands to make the equipment start with the configure version by executing the following command. [ICS Boot]: L END OF STEPS Result

ICS card version and FPGA version are upgraded successfully.

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Upgrading Through Command Line Interface Purpose

Perform this procedure to upgrade ICS Card Version and FPGA Version.

Preliminary Setup

Ensure ICS card is plugged in ZXMSG 5200 (V2.0.2) and working normally.

Steps

To upgrade ICS card version and FPGA version, perform the following steps: 1. Start the FTP Server. For configurations, refer to the section FTP Server. 2. Transfer version files. i.

Copy the version file to the default directory of the FTP server.

ii. Ensure normal connection between MSG5200 and the FTP server. iii. the master and slave U running version and FPGA version by executing the following commands:

The file name should be identical with the file name under the default directory of the FTP server. 3. Reset the system to update the files. END OF STEPS Result

222

ICS card version and FPGA version are upgraded successfully.

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Chapter 6 System Maintenance

Upgrading Service Card Version Upgrading Through Version Up Selection in NetNumen N31 Purpose

Perform this procedure to upgrade Service Card Version.

Related Information

Cards related to narrowband services are upgraded through burning the card chip, such as DLC, DIB, AUDB, and HDB. Cards related to broadband services are upgraded through the NetNumen N31, such as ADL, ILC, VDSL, ATI, IMAE, and ETI. This section describes the upgrade of cards related to broadband services through NetNumen N31.

Preliminary Setup

Ensure ICS and broadband cards are plugged in ZXMSG 5200 (V2.0.2) and working normally.

Steps

To upgrade Service Card Version, perform the following steps: 1. Start the FTP Server. For configurations, refer to the section FTP Server. 2. Open the rack-view map, right-click ICS card and select Version Management → Version Up as shown in Figure 340. FIGURE 348 – VERSION UP S ELECTION INTERFACE – SERVICE CARD

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3. Version Up interface appears as shown in Figure 349. FIGURE 349 – VERSION UP INTERFACE – SERVICE CARD

4. Table 19 describes various parameters on this interface. TABLE 19 – PAR AMETERS FOR VERSION DAT A UPLO AD/ – SERVICE CARD

Parameter

Description

Direction

From NM to NE

File Name

Select the name of the version file to be transferred. It must be identical with that on the FTP server.

Server IP

Input IP Address of FTP Server. Server IP address should be in the same subnet as NE.

Path

Input the path name where the version files are stored on FTP Server.

Name

zte



zte

5. Select File Name for transfer from the pull-down menu. Input Server IP, Path and click Up to transfer the files. The system prompts that the command execution succeeds as shown in Figure 350.

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FIGURE 350 – SETTING VERSION UP INFO SUCCEEDED INTERFACE – SERVICE CARD

6. Open the rack-view map, right-click broadband card and select Version Management → Version Load as shown in Figure 351. FIGURE 351 – VERSION LOAD SELECTION – SERVICE CARD

7. Version Load interface appears as shown in Figure 352. FIGURE 352 – VERSION LOAD INTERFACE – SERVICE CARD

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8. Select the Version Type as Main U from the pull-down menu and click Load to enter an interface as shown in Figure 353. FIGURE 353 – OPERATION CONFIRM ATION INTERFACE

9. Click Ok to continue the . After ing, the system prompts an interface as shown in Figure 354. FIGURE 354 – SETTING VERSION LOAD INFO SUCCEEDED INTERFACE – SERVICE CARD

END OF STEPS Result

Service card version is upgraded successfully.

Upgrading Through Version Batch Load Selection in NetNumen N31 Purpose Preliminary Setup Steps

Perform this procedure to upgrade Service Card Version. Ensure ICS and broadband cards are plugged in ZXMSG 5200 (V2.0.2) and working normally. To upgrade service card version, perform the following steps: 1. Start the FTP Server. For configurations, refer to the section FTP Server. 2. Open the rack-view map, right-click ICS card and select Version Management → Version Batch Load as shown in Figure 355.

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FIGURE 355 – VERSION BATCH LOAD SELECTION INTERFACE – SERVICE CARD

3. Version Batch Load interface appears as shown in Figure 356. FIGURE 356 – VERSION BATCH LOAD INTERFACE – SERVICE CARD

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4. In the above interface, select Service Card Version files to be transferred. 5. Input Server IP and Path, and click to start the transfer of the files to ICS card as shown in Figure 357. FIGURE 357 – ING VERSION FILES INTERFACE – SERVICE CARD

6. For upgrading to Service Card, refer to the section Upgrading Through Version Up Selection in NetNumen N31. END OF STEPS Result

Service card version is upgraded successfully.

Upgrading Through Command Line Interface Purpose Preliminary Setup Steps

Perform this procedure to upgrade Service Card Version. Ensure ICS card is plugged in ZXMSG 5200 (V2.0.2) and working normally. To upgrade service card version, perform the following steps: 1. Start the FTP Server. For configurations, refer to the section FTP Server. 2. Transfer version files. i.

Copy the version file to the default directory of the FTP server.

ii. Ensure normal connection between MSG5200 and the FTP server.

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iii. the version files by executing the following commands:

The file name should be identical with the file name under the default directory of the FTP server. 3. Transfer version files to Service cards. the version files by executing the following commands:

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Here, unit is 1 for control shelf and sunit is card slot number. i.

Usage 2:

ii. Usage 3:

iii. Usage 5:

END OF STEPS Result

230

Service card version is upgraded successfully.

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Chapter 6 System Maintenance

Upgrading CNIC and MPR/MPRB Version Upgrading Through Version Up Selection in NetNumen N31 Purpose

Perform this procedure to upgrade CNIC version and MPR/MPRB Version and Firmware.

Preliminary Setup

Ensure ICS and MPR/MPRB cards are plugged in ZXMSG 5200 (V2.0.2) and working normally.

Steps

To upgrade CNIC version and MPR version and firmware, perform the following steps: 1. Start the FTP Server. For configurations, refer to the section FTP Server. 2. Open the rack-view map, right-click ICS card and select Version Management → Version Up as shown in Figure 358. FIGURE 358 – VERSION UP S ELECTION INTERFACE – CNIC AND MPR/MPRB CARD

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3. Version Up interface appears as shown in Figure 359. FIGURE 359 – VERSION UP INTERFACE – CNIC AND MPR/MPRB CARD

4. Table 20 describes various parameters on this interface. TABLE 20 – PARAMETERS FOR AND MPR/MPRB CARD

VERSION DAT A UPLO AD/ – CNIC

Parameter

Description

Direction

From NM to NE

File Name

Select the name of the version file to be transferred. It must be identical with that on the FTP server.

Server IP

Input IP Address of FTP Server. Server IP address should be in the same subnet as NE.

Path

Input the path name where the version files are stored on FTP Server.

Name

zte



zte

5. Select File Name for transfer from the pull-down menu. For CNIC card, pp5.img needs to be transferred For MPR card, the files that need to be transferred are:

232

f

pp12.img

:

f

pp12fw1.img :

MPR Version MPR firmware 1

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f

pp12fw2.img :

MPR firmware 2

f

pp12fw3.img :

MPR firmware 3

f

pp12fw4.img :

MPR firmware 4

f

pp12fw5.img :

MPR firmware 5

For MPRB card, the files that need to be transferred are: f

pp53.img

:

MPRB Version

f

pp53fw1.img :

MPRB firmware 1

f

pp53fw2.img :

MPRB firmware 2

f

pp53fw3.img :

MPRB firmware 3

f

pp53fw4.img :

MPRB firmware 4

f

pp53fw5.img :

MPRB firmware 5

6. Input Server IP and Path, and click Up to transfer the files. The system prompts that the command execution succeeds as shown in Figure 360. FIGURE 360 – SETTING VERSION UP INFO SUCCEEDED INTERFACE – CNIC AND MPR/MPRB CARD

7. Open the rack-view map, right-click MPR/MPRB card and select Version Management → Version Load as shown in Figure 361. FIGURE 361 – VERSION LOAD SELECTION – CNIC AND MPR/MPRB CARD

8. Version Load interface appears as shown in Figure 362.

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FIGURE 362 – VERSION LOAD INTERFACE – CNIC AND MPR/MPRB CARD

9. Select the Version Type as Main U from the pull-down menu and click Load to enter an interface as shown in Figure 363. FIGURE 363 – OPERATION CONFIRM ATION INTERFACE

10. Click Ok to continue the . After ing the system prompts an interface as shown in Figure 364. FIGURE 364 – SETTING VERSION LOAD INFO SUCCEEDED INTERFACE – MPR/MPRB CARD

END OF STEPS Result

CNIC and MPR/MPRB card version is upgraded successfully through NetNumen N31.

Upgrading Through Version Batch Load Selection in NetNumen N31 Purpose

234

Perform this procedure to upgrade CNIC Version and MPR/MPRB Version and Firmware.

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Chapter 6 System Maintenance

Preliminary Setup

Ensure ICS and MPR/MPRB cards are plugged in ZXMSG 5200 (V2.0.2) and working normally.

Steps

To upgrade CNIC version and MPR version and firmware, perform the following steps: 1. Start the FTP Server. For configurations, refer to the section FTP Server. 2. Open the rack-view map, right-click ICS card and select Version Management → Version Batch Load as shown in Figure 365. FIGURE 365 – VERSION BATCH LOAD SELECTION INTERFACE – CNIC AND MPR/MPRB CARD

3. Version Batch Load interface appears as shown in Figure 366.

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FIGURE 366 – VERSION BATCH INTERFACE – CNIC AND MPR/MPRB CARD

4. In the above interface, select the files to be transferred. For CNIC card, pp5.img needs to be transferred For MPR card, the files that need to be transferred are: f

pp12.img

:

MPR Version

f

pp12fw1.img :

MPR firmware 1

f

pp12fw2.img :

MPR firmware 2

f

pp12fw3.img :

MPR firmware 3

f

pp12fw4.img :

MPR firmware 4

f

pp12fw5.img :

MPR firmware 5

For MPRB card, the files that need to be transferred are: f

pp53.img

:

MPRB Version

f

pp53fw1.img :

MPRB firmware 1

f

pp53fw2.img :

MPRB firmware 2

f

pp53fw3.img :

MPRB firmware 3

f

pp53fw4.img :

MPRB firmware 4

f

pp53fw5.img :

MPRB firmware 5

5. Input Server IP and Path, and click to start the transfer of the files to ICS card as shown in Figure 367.

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FIGURE 367 – ING VERSION FILES INTERFACE – CNIC AND MPR/MPRB CARD

6. The final interface is shown in Figure 368. FIGURE 368 – SUCCESSFUL INTERFACE – MPR/MPRB CARD

7. For upgrading to MPR/MPRB Card, refer to the section Upgrading Through Version Up Selection in NetNumen N31. END OF STEPS Result

CNIC and MPR/MPRB card is upgraded successfully through NetNumen N31.

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Upgrading Through Command Line Interface Purpose

Perform this procedure to upgrade CNIC Version and MPR/MPRB Version and Firmware.

Preliminary Setup

Ensure ICS and MPR/MPRB cards are plugged in ZXMSG 5200 (V2.0.2) and working normally.

Steps

To upgrade CNIC version and MPR version and firmware, perform the following steps: 1. Start the FTP Server. For configurations, refer to the section FTP Server. 2. Transfer version files. i.

Copy the version file to the default directory of the FTP server.

ii. Ensure normal connection between MSG5200 and the FTP server. iii. the version and firmware files to ICS card by executing the following commands:

The file name should be identical with the file name under the default directory of the FTP server. 3. Transfer version files to MPR/MPRB card. the version and firmware files to MPR/MPRB card by executing the following commands:

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END OF STEPS Result

CNIC and MPR/MPRB card is upgraded successfully.

Upgrading System Configuration Files Upgrading Through Version Up Selection in NetNumen N31 Purpose

Perform this procedure to upgrade System Configuration files.

Preliminary Setup

Ensure ICS and MPR/MPRB cards are plugged in ZXMSG 5200 (V2.0.2) and working normally.

Steps

To upgrade system configuration files, perform the following steps: 1. Start the FTP Server. For configurations, refer to the section FTP Server 2. Open the rack-view map, right-click ICS card and select Version Management → Version Up as shown in Figure 369.

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FIGURE 369 – VERSION UP S ELECTION INTERFACE – SYSTEM CONFIGURATION FILES

3. Version Up interface appears as shown in Figure 370. FIGURE 370 – VERSION UP INTERFACE – SYSTEM CONFIGURATION FILES

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4. Table 21 describes various parameters on this interface. TABLE 21 – PAR AMETERS FOR VERSION DAT A UPLO AD/ – SYSTEM CONFIGURATION FILES

Parameter

Description

Direction

From NM to NE

File Name

Select the name of the version file to be transferred. It must be identical with that on the FTP server.

Server IP

Input IP Address of FTP Server. Server IP address should be in the same subnet as NE.

Path

Input the path name where the version files are stored on FTP Server.

Name

zte



zte

5. Select File Name for transfer from the pull-down menu. Table 22 describes the files that need to be transferred. TABLE 22 – SYSTEM CONFIGURATION FILES

File Name

Description

agcmd.cfg

Man-machine command configuration file

ntimer.cfg

Named timer configuration file

6. Input Server IP and Path, and click Up to transfer the files. The system prompts that the command execution succeeds as shown in Figure 371. FIGURE 371 – SETTING VERSION UP INFO SUCCEEDED INTERFACE – SYSTEM CONFIGURATION FILES

7. Reset the system to update the version files. END OF STEPS Result

System Configuration files are upgraded successfully through NetNumen N31.

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Upgrading Through NetNumen N31 using Version Batch Load Selection Purpose

Perform this procedure to upgrade System Configuration files.

Preliminary Setup

Ensure ICS and MPR/MPRB cards are plugged in ZXMSG 5200 (V2.0.2) and working normally.

Steps

To upgrade system configuration files, perform the following steps: 1. Start the FTP Server. For configurations, refer to the section FTP Server. 2. Open the rack-view map, right-click ICS card and select Version Management → Version Batch Load as shown in Figure 372. FIGURE 372 – VERSION BATCH LOAD SELECTION INTERFACE – SYSTEM CONFIGURATION FILES

3. Version Batch Load interface appears as shown in Figure 373.

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FIGURE 373 – VERSION BATCH INTERFACE – SYSTEM CONFIGURATION FILES

4. In the above interface, select the files to be transferred. Table 22 describes the files that need to be transferred. 5. Input Server IP and Path, and click to start the transfer of the files to ICS card as shown in Figure 374. FIGURE 374 – ING VERSION FILES INTERFACE – SYSTEM CONFIGURATION FILES

END OF STEPS Result

System configurations files are upgraded successfully through NetNumen N31 as shown in Figure 375.

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FIGURE 375 – SUCCESSFUL INTERFACE – SYSTEM CONFIGURATION FILES

Upgrading Through Command Line Interface Purpose

Perform this procedure to upgrade System Configuration files.

Preliminary Setup

Ensure ICS and MPR/MPRB cards are plugged in ZXMSG 5200 (V2.0.2) and working normally.

Steps

To upgrade system configuration files, perform the following steps: 1. Start the FTP Server. For configurations, refer to the section FTP Server. 2. Transfer version files. i.

Copy the version file to the default directory of the FTP server.

ii. Ensure normal connection between MSG5200 and the FTP server. iii. the system configuration files to ICS card by executing the following commands:

The file name should be identical with the file name under the default directory of the FTP server. 3. Reset the system to update the files.

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END OF STEPS Result

System configurations files are upgraded successfully through Command Line Interface.

Data Backup Data backup can be implemented through NetNumen N31.

Data Backup Through NetNumen N31 Using NE Data Up Selection Purpose

Perform this procedure to configure Data Backup through NetNumen N31.

Preliminary Setup

Ensure ICS card is plugged in ZXMSG 5200 (V2.0.2) and working normally.

Steps

To configure data backup through NetNumen N31, perform the following steps: 1. Start FTP Server and change the path name for zte to C:\FTPDIR. To configure FTP Server, refer to the section FTP Server. 2. Open the rack-view map, right-click ICS card and select NE DATA Management → Ne Data Up as shown in Figure 376.

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FIGURE 376 – NE DAT A UP S ELECTION INTERFACE

3. Ne Data Up interface appears as shown in Figure 377. FIGURE 377 – NE DAT A UP INTERFACE

Table 23 describes the various parameters in this interface. TABLE 23 – PAR AMETERS FOR DAT A B ACKUP

246

Parameter

Description

Direction

From NE to NM

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Parameter

Description

Server IP

Input IP Address of FTP Server. Server IP address should be in the same subnet as NE.

Name

zte



zte

4. Select various parameters and click Up to take the data backup. The system prompts that the command execution succeeds as shown in Figure 378. FIGURE 378 – NE DAT A LOAD INFO INTERFACE

END OF STEPS Result

The data backup is implemented successfully. The number of backup files succeeded and failed are shown in Figure 379. FIGURE 379 – FILE SUCCEED NUMBER INTERFACE

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Using Batch NE Data Backup Selection Purpose

Perform this procedure to configure Data Backup through NetNumen N31.

Preliminary Setup

Ensure ICS card is plugged in ZXMSG 5200 (V2.0.2) and working normally.

Steps

To configure data backup through NetNumen N31, perform the following steps: 1. Start FTP Server and change the path name for zte to C:\FTPDIR. To configure FTP Server, refer to the section FTP Server. 2. Open the rack-view map, right-click ICS card and select NE DATA Management → Batch NE Data Backup as shown in Figure 380. FIGURE 380 – BATCH NE DAT A B ACKUP SELECTION

3. Batch NE Data Backup interface appears as shown in Figure 381.

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FIGURE 381 – BATCH NE DAT A B ACKUP INTERFACE

4. Select MSG5200 from the right section on the above interface and input Server IP. 5. Click Backup to start the backup as shown in Figure 382. FIGURE 382 – BATCH NE DAT A B ACKUP START INTERFACE

6. After the backup is implemented, the interface displays the number of backup files succeeded and failed. The number of files are shown in Figure 383.

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FIGURE 383 – FILE SUCCEEDED INTERFACE

END OF STEPS Result

The data backup is implemented successfully.

Environment Power Monitoring Purpose

Perform this procedure to configure parameters for Environment Power Monitoring (EPM).

Preliminary Setup

Ensure EPM is connected to ZXMSG5200 (V2.0.2) and working normally.

Steps

To configure the parameters for EPM, perform the following steps: 1. Open the rack-view map, right-click EPM and select EPM Version Information as shown in Figure 384.

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FIGURE 384 – EPM VERSION INFORM ATION SELECTION INTERFACE

2. EPM Version Information interface appears as shown in Figure 385. FIGURE 385 – EPM VERSION INFORM ATION INTERFACE

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The above interface shows EPM Software and Hardware Version information. 3. Right-click EPM and select Version to enter an interface as shown in Figure 386. FIGURE 386 – EPM VERSION INTERFACE

i. Click

to enter an interface as shown in Figure 387.

FIGURE 387 – EPM VERSION FILE INTERFACE

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ii. Select File Name and click Open to set the path for the EPM version file. iii. Click in the interface shown in Figure 386 to the file to EPM. 4. Right-click EPM and select Environment Alarm Threshold to enter an interface as shown in Figure 388. FI G U R E 3 8 8 – E N V I R O NM E NT AL AR M TH R E S H O L D I N T ERF AC E

i.

Table 24 describes various parameters in the above interface.

TABLE 24 – ENVIRONMENT AL ARM THRESHOLD P AR AMETERS

Parameter

Value

Temperature Lower

-50°C ~ 100°C (def: 0.0)

Temperature Upper

-50°C ~ 100°C (def: 90.0)

Humidity Lower

0 ~ 100% (def: 0.0)

Humidity Upper

0 ~ 100% (def: 99.0)

ii. Input various parameters and click Set to configure the environment alarm threshold parameters. The system prompts a success message as shown in Figure 389.

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FIGURE 389 – SETTING ENVIRONMENT ALARM THRESHOLD INFORM ATION SUCCEEDED

5. Right-click EPM and select Digital Input Interface to enter an interface as shown in Figure 390. FIGURE 390 – DIGITAL INPUT INTERFACE

Click Create to enter an interface as shown in Figure 391. FIGURE 391 – CREATE DIGITAL INPUT INTERFACE

i.

Interface No. ranges from 1 to 16 and Device Type can be 2nd power(monitor), InputFan and Distribution Frame.

ii. Select Interface No. and Device Type from the pulldown menus and click Ok. The system prompts a success message as shown in Figure 392.

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FIGURE 392 – CREATING DIGITAL INPUT INTERFACE SUCCEEDED INTERFACE

iii. The configured digital input interface is shown in Figure 393. FIGURE 393 – FINAL DIGITAL INPUT INTERFACE

6. Right-click EPM and select Digital Output Interface to enter an interface as shown in Figure 394. FIGURE 394 – DIGITAL OUTPUT INTERFACE

i. Click Create to enter an interface as shown in Figure 395.

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FIGURE 395 – CREATE DIGITAL OUTPUT INTERFACE

ii. Table 25 describes various parameters in this interface. TABLE 25 – DIGITAL OUTPUT INTERFACE P AR AMETERS

Parameter

Selection

Interface No.

1 ~ 12

Device Type

Alarm Sounder, 2nd power (control), Fan, Alarm indicator, Running indicator, diesel engine (def: Alarm Sounder)

Phase Status

Reversed, Positive (def: Reversed)

iii. Select Interface No., Device Type, Phase Status from the pull-down menus and click Ok. The system prompts a success message as shown in Figure 396. FIGURE 396 – CREATING DIGITAL OUTPUT INTERFACE SUCCEEDED

iv. The configured digital output interface is shown in Figure 397.

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FIGURE 397 – FINAL DIGITAL OUTPUT INTERFACE

7. Right-click EPM and select Anaput Interface to enter an interface as shown in Figure 398. FIGURE 398 – AN APUT INTERFACE

i. Click Create to enter an interface as shown in Figure 399. FIGURE 399 – CREATE AN APUT INTERFACE

ii. Table 26 describes various parameters in this interface.

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TABLE 26 – ANAPUT INTERFACE PAR AMETERS

Parameter

Selection

Interface No.

1 ~ 12

Device Type

PSM(48V), PSM(220V)

f

f

For PSM(48V), alarm threshold values range between 0 V to 86 V. For PSM(220V), alarm threshold values range between 54 V to 372 V.

iii. Select Interface No. and Device Type from the pulldown menu. iv. Input Alarm Threshold Upper and Lower values and click Ok. The system prompts a success message as shown in Figure 400. FIGURE 400 – CREATING ANAPUT INTERFACE SUCCEEDED

v. The configured anaput interface is shown in Figure 401. FIGURE 401 – FINAL AN APUT INTERFACE

8. Right-click EPM and select Power Config to enter an interface as shown in Figure 402.

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FIGURE 402 – POWER CONFIGURATION INTERFACE

i. Click Create to enter an interface as shown in Figure 403. FIGURE 403 – CREATE POWER CONFIG INTERFACE

ii. Select COM No., Power Type from the pull-down menus and input Power Address (0 ~ 255). iii. Click Ok. The system prompts a success message as shown in Figure 404. FIGURE 404 – ADDING POWER INFORM ATION SUCCEEDED

iv. The added power information is shown in Figure 405.

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FIGURE 405 – FINAL POWER CONFIGURATION INTERFACE

9. Right-click EPM and select Power Alarm Threshold to enter an interface as shown in Figure 406. FIGURE 406 – POWER ALARM THRESHOLD INTERFACE

i.

Table 27 describes various parameters in this interface.

TABLE 27 – POWER AL ARM THRESHOLD PAR AMETERS

260

Parameter

Value

Power Device

Select the power device as configured in Step 8.

Alternating Input Lower

70 V ~ 372 V (def: 0.0 V)

Alternating Input Upper

70 V ~ 372 V (def: 0.0 V)

Direct Output Lower

0 V ~ 86 V

Direct Output Upper

0 V ~ 86 V

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ii. Select Power Device from the pull-down menu. iii. Input various parameters as described in Table 27 and click Set. iv. The system prompts a success message as shown in Figure 407. FIGURE 407 SUCCEEDED

– S E T T I N G P O WE R AL AR M TH R E S H O L D I N FO R M AT I O N

10. Right-click EPM and select EPM Environment Varient to enter an interface as shown in Figure 408. FIGURE 408 – ENVIRONMENT V ARIENT INTERFACE

i.

Table 28 describes various parameters in this interface.

TABLE 28 – ENVIRONMENT V ARI ANT P ARAMETERS

Parameter

Selection

Temperature

Type of sensor. AD Senser, Dallas Senser, Uninstalled (def: Dallas Senser)

Humidity

Humidity sensor Installed or Uninstalled. (def: Uninstalled)

Smog

Smog sensor Installed or Uninstalled. (def: Uninstalled)

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Parameter

Selection

Soak

Soak sensor Installed or Uninstalled. (def: Uninstalled)

Doorguard

Doorguard sensor Installed or Uninstalled. (def: Uninstalled)

ii. Select various parameters from the pull-down menus and click Set. The system prompts a success message as shown in Figure 409. FIGURE 409 – SETTING ENVIRONMENT V ARIANT INFORMATION SUCCEEDED

11. Right-click EPM and select Buzzer Switch to enter an interface as shown in Figure 410. FIGURE 410 – BUZZER SWITCH INTERFACE

i.

The default setting is OFF. Select ON/OFF/Temporarily OFF.

ii. Click Set to set the buzzer sound for alarms on EPM. The system prompts a success message as shown in Figure 411.

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FIGURE 411 – SETTING BUZZER SWITCH SUCCEEDED

12. Right-click EPM and select Temperature-controlled Fan Config to enter an interface as shown in Figure 412. FIGURE 412 – TEMPERATURE-CONTROLLED FAN CONFIG INTERFACE

i.

Input Temperature high threshold and Temperature low threshold, and click Set.

ii. The system prompts a success message as shown in Figure 413. FIGURE 413 – SET TEMPERATURE-CONTROLLED FAN INFO SUCCESS

13. Right-click EPM and select EPM Running Status to enter an interface as shown in Figure 414.

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FIGURE 414 – SWITCH RUNNING STATUS INTERFACE

i.

The interface shows the running status of EPM. The can select Core Status or Application Status.

ii. Click Switch to change the running status of EPM. A confirmation interface appears as shown in Figure 415. FIGURE 415 – SWITCHING EPM RUNNING STATUS CONFIRMATION INTERFACE

iii. Click OK to change the running status. A confirmation interface appears as shown in Figure 416. FIGURE 416 – SWITCHING EPM RUNNING STATUS SUCCEEDED

14. Right-click EPM and select Reboot EPM to enter an interface as shown in Figure 417. FIGURE 417 – REBOOT EPM INTERFACE

Click OK to reboot the EPM or click Cancel to cancel the operation.

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15. Right-click EPM and select Save EPM Config Data to enter an interface as shown in Figure 418. FIGURE 418 – S AVE EPM CONFIG DAT A INTERFACE

Click OK to save the configured data or click Cancel to cancel the operation. 16. Right-click EPM and select EPM Performance to enter an interface as shown in Figure 419. FIGURE 419 – REALTIME PERFORM ANCE INTERFACE

i.

In this interface realtime performance parameters can be seen.

ii. By selecting Query Type, the can see the particular performance parameters. Query Type is as follows: f

All

f

Current Temperature and Humidity

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f

Current Alternating Input

f

Current Direct Output

17. Right-click EPM and select EPM Uniform Management to enter an interface as shown in Figure 420. FIGURE 420 – EPM M AN AGEMENT INTERFACE

i.

In this interface DigIn, DigiOut, Analog, Power and Env Var tabs are shown.

ii. These tabs show the parameters configured in Step 5, 6, 7 and 8. iii. The parameters related to the tabs can be configured in this interface also. END OF STEPS Result

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EPM parameters are configured successfully.

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Appendix

A

FTP Server Purpose

Preliminary Setup Steps

The refreshing, ing, and ing operations provided by the NetNumen N31 are implemented through an FTP or TFTP mode. To ensure that these operations can be performed normally, the FTP and TFTP service software should be started before performing operations in NetNumen N31. Ensure an FTP application is running. To configure FTP Server, perform the following steps: 1. Start FTP Server and select Security → s/rights to enter an interface as shown in Figure 421. FIGURE 421 – /RIGHTS SECURITY DIATERFACE

2. To add a new click New to enter an interface as shown in Figure 422. FIGURE 422 – ‘SU3’ INTERFACE

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3. name of the newly added is su3. Click OK. Change interface appears as shown in Figure 423. FIGURE 423 – CHANGE P ASSWORD INTERFACE – ‘SU3’

4. of the new su3 is su3. The can input a new and it. Click OK to change a . 5. In Home Directory, configure the file path. In the example, configure it to C:\MSAG202T5. The must put the version file under this directory. The directory is shown in Figure 424. FIGURE 424 – ‘SU3’ HOME DIRECTORY /RIGHTS INTERFACE

i.

Click Rights to configure the read/write rights of files. In general, select all of them, as shown in Figure 424.

ii. Click Done to save the entire configuration. 6. To add a new , click New to enter an interface as shown in Figure 425.

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FIGURE 425 – ‘ZTE’ INTERFACE

7. name of the newly added is zte. Click OK. Change interface appears as shown in Figure 426. FIGURE 426 – CHANGE P ASSWORD INTERFACE – ‘ZTE’

8. of the new zte is zte. The can input a new and it. Click OK to change a . 9. In Home Directory, configure the file path. In the example, configure it to C:\MSAG202T5. The must put the version file under this directory. The directory is shown in Figure 427. FIGURE 427 – ‘ZTE’ HOME DIRECTORY /RIGHTS INTERFACE

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10. To see the progress and status, enable Logging function for FTP server. Select Logging → LOG Options to enter an interface as shown in Figure 428. FIGURE 428 – LOGGING OPTIONS INTERFACE

11. In the Logging Options interface, select Enable Logging to enable the logging function. The can see the file transmission progress during the version upgrade. After configuring the parameters, ensure that the version files to be transferred are stored in the specified directory. END OF STEPS Result

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FTP Server parameters are configured.

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Abbreviations Abbreviation

Full Name

ADSL

Asymmetrical Digital Subscriber Line

AG

Access Gateway

ALC

Analog Line Card

AN

Access Network

ATM

Asynchronous Transfer Mode

BAS

Broadband Access Server

BER

Bit Error Ratio

BRI

Basic Rate Interface

BSP

Board Package

CCITT

International Consultative Committee For Telephone and Telegraph

CCS7

No7 Common Channel Signaling

CDMA

Code Division Multiple Access

CFI

Canonical Format Indicator

CMIP

Common Management Information Protocol

CO

Central Office

E

Customer Premises Equipment

U

Center Process Unit

CSI

Called Subscriber Identification

CSM

CCS No7 Signaling Module

DCN

Data Communication Network

DDN

Digital Data Network

DH

Dynamic Host Control Protocol

DIB

Digital Interface Board

DLC

Digital Line Circuit

DMT

Discrete Multi-Tone

DSLC

Digital Subscriber Line Circuit

DT

Digital Trunk

DTE

Data Terminal Equipment

DTM

Digital Trunk Module

DTMF

Dual Tone Multi-Frequency

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272

Abbreviation

Full Name

EPM

Environment Power Monitoring

EPON

Ethernet ive Optical Network

FDM

Frequency Division Multiplexing

FTTB

Fiber to the Building

FTTH

Fiber to the Home

HDSL

High-speed Digital Subscriber Line

HW

High Way

IGMP

Internet Group Management Protocol

ISDN

Integrated Service Digital Network

ITU-T

International Telecom Union-Telecommunication standardization

LAN

Local Area Network

LE

Local Exchange

MGC

Media Gateway Controller

MG

Media Gateway Control Protocol

MODEM

Modulation-Demodulation

NE

Network Element

NGN

Next Generation Network

OAM

Operation, istration & Maintenance

ODT

Octal Digital Trunk

OLT

Optical Line Terminal

ONU

Optical Network Unit

OS

Operation System

OSS

Operation Subsystem

OW

Order Wire

PCM

Pulse Code Modulation

PRI

Primary Rate Interface

PSPDN

Packet Switched Public Data Network

PSTN

Public Switch Telephone Network

QoS

Quality of Service

RTP

Real-time Transport Protocol

SHDSL

Single-Pair High Digital Subscriber Line

SLC

Subscriber Line Circuit

SNI

Service Network Interface

SPC

Stored Program Control

SS

SoftSwitch

SYC

Synchronization Control

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Abbreviations

Abbreviation

Full Name

TCI

Tag Control Information

TMS

Tornado for Managed Switches

ToS

Type of Service

TPID

Tag Protocol Identifier

TSLC

Test Subscriber Line Card

UNI

Network Interface

VDSL

Very High Speed Digital Subscriber Line

VOD

Video On Demand

VoIP

Voice over Internet Protocol

VPN

Virtual Private Network

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Figures Figure 1 – NetNumen N31 Management System Structure........8 Figure 2 – Console Port Connection ..................................... 10 Figure 3 – HyperTerminal Connection Interface..................... 10 Figure 4 – Connection To Interface ..................................... 11 Figure 5 – Com1 Properties Interface .................................. 11 Figure 6 – HyperTerminal Application Interface ..................... 12 Figure 7 – HyperTerminal Window Interface ......................... 12 Figure 8 – Telnet Interface................................................. 13 Figure 9 – Telnet Window Interface ..................................... 13 Figure 10 – Starting Server Interface .................................. 14 Figure 11 – UMS Server Interface ....................................... 15 Figure 12 – Client Interface ............................................... 15 Figure 13 – Management Interface...................................... 16 Figure 14 – Boot Mode ...................................................... 17 Figure 15 – IP Address Change........................................... 18 Figure 16 – Show Route Interface ....................................... 19 Figure 17 – Create Group Selection Interface ....................... 19 Figure 18 – Create Group Interface ..................................... 20 Figure 19 – Group Created Interface ................................... 20 Figure 20 – Create NE Selection Interface ............................ 21 Figure 21 – Create MSAG5200 Interface .............................. 21 Figure 22 – Added NE Interface .......................................... 22 Figure 23 – Trap Server Selection Interface.......................... 23 Figure 24 – Trap Server Interface ....................................... 23 Figure 25 – Create Trap Server Interface ............................. 24 Figure 26 – Trap Server IP Interface ................................... 24 Figure 27 – Synchronize Data Interface ............................... 25 Figure 28 – Synchronize Interface....................................... 25 Figure 29 – Final Interface ................................................. 26

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Figure 30 – MSG5200 Rack View Interface ........................... 26 Figure 31 – System Config Selection Interface ...................... 27 Figure 32 – System Config Interface ................................... 27 Figure 33 – Setting System Information Succeeded Interface . 28 Figure 34 – Device Config Selection Interface ....................... 30 Figure 35 – Device Config Interface .................................... 30 Figure 36 – Add Rack Interface .......................................... 30 Figure 37 – Rack Interface................................................. 31 Figure 38 – Device Config Selection Interface ....................... 32 Figure 39 – Control Shelf Device Config Interface.................. 32 Figure 40 – Add Control Shelf Interface ............................... 33 Figure 41 – Added Control Shelf Interface ............................ 33 Figure 42 – Shelf_0 Selection Interface ............................... 33 Figure 43 – Add Card Interface........................................... 34 Figure 44 – Added Card Interface ....................................... 34 Figure 45 – Control Shelf Interface ..................................... 35 Figure 46 – Device Config Selection Interface ....................... 35 Figure 47 – Expansion Shelf Device Config Interface.............. 36 Figure 48 – Add Expansion Shelf Interface ........................... 36 Figure 49 – Added Shelf Interface....................................... 37 Figure 50 – Shelf_1 Selection Interface ............................... 37 Figure 51 – Add Card Interface........................................... 37 Figure 52 – Added Card Interface ....................................... 38 Figure 53 – Slave Shelf Interface ........................................ 38 Figure 54 – Device Config Selection Interface – Card Type ..... 39 Figure 55 – Device Config Interface – Card Type................... 39 Figure 56 – Add Card – Card Type ...................................... 40 Figure 57 – Added Card Interface – Card Type...................... 40 Figure 58 – Rack-View Map Interface – Card Type................. 41 Figure 59 – MGC Config Selection Interface.......................... 44 Figure 60 – MGC Interface ................................................. 44 Figure 61 – Create MGC Interface ....................................... 45 Figure 62 – Final MGC Interface.......................................... 45 Figure 63 – Connected MGC View Selection Interface............. 46 Figure 64 – Connected MGC Interface ................................. 47 Figure 65 – MG IP Config Selection Interface ........................ 48

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Figures

Figure 66 – MG IP Config Interface ..................................... 49 Figure 67 – Create MGIP Config Interface ............................ 49 Figure 68 – Final MGIP Config Interface ............................... 50 Figure 69 – MG Route Config Selection Interface ................... 51 Figure 70 – MG Route Config Interface ................................ 52 Figure 71 – Create MG Route Config Interface ...................... 52 Figure 72 – MG Route Config Interface ................................ 53 Figure 73 – VLAN Config Selection Interface ......................... 53 Figure 74 – VLAN Interface ................................................ 54 Figure 75 – Create VLAN Interface ...................................... 54 Figure 76 – Final VLAN Interface......................................... 55 Figure 77 – VLAN Port Interface.......................................... 55 Figure 78 – VLAN Port Interface.......................................... 56 Figure 79 – Setting VLAN VOIP Message Dialog Box .............. 56 Figure 80 – MG Config Selection Interface............................ 57 Figure 81 – MG Interface ................................................... 57 Figure 82 – Create MG Interface ......................................... 58 Figure 83 – MG Interface ................................................... 58 Figure 84 – HyperTerminal Interface – Mode 2...................... 59 Figure 85 – HyperTerminal Interface – Mode 3...................... 60 Figure 86 – HyperTerminal Interface – Mode 4...................... 62 Figure 87 – Ethernet Port ................................................. 64 Figure 88 – Modify Ethernet Port........................................ 65 Figure 89 – Ethernet Port is Successfully Enabled.................. 65 Figure 90 – VOIP Resource Config Selection Interface ............ 66 Figure 91 – VOIP Resource Interface ................................... 67 Figure 92 – Set TID Prefix Interface .................................... 67 Figure 93 – VOIP Resource Interface ................................... 67 Figure 94 – Delete Termination ID Confirm Dialog Box........... 68 Figure 95 – NAT Configuration Interface ............................. 68 Figure 96 – Create NAT Interface....................................... 69 Figure 97 – RTP Config ..................................................... 70 Figure 98 – Modify RTP Config ........................................... 70 Figure 99 – RTP Config Selection Interface ........................... 71 Figure 100 – RTP Config Interface....................................... 72 Figure 101 – Modify RTP Config Interface............................. 72

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Figure 102 – Modifying RTP Information Message Dialog Box .. 72 Figure 103 – VOIP QoS Config Selection Interface ................. 73 Figure 104 – VOIP QoS Config Interface .............................. 74 Figure 105 – Modify VOIP QoS Config Interface .................... 74 Figure 106 – Modifying VOIP QoS Message Dialog Box ........... 74 Figure 107 – V5 Manager Interface ..................................... 75 Figure 108 – Create V5 Interface ........................................ 75 Figure 109 – Added V5 Interface ........................................ 76 Figure 110 – V5 Link Tab Interface ..................................... 76 Figure 111 – Create V5 Link Interface ................................. 77 Figure 112 – Added V5 Link Interface.................................. 77 Figure 113 – V5 Link Physical C Channel Tab Interface .......... 77 Figure 114 – Create V5 Link Physical C Channel Interface ...... 78 Figure 115 – Added V5 Link Physical C Channel Interface ....... 78 Figure 116 – V5 Link Logical C Channel Tab Interface ............ 78 Figure 117 – Create V5 Logical C Channel Interface............... 79 Figure 118 – Added V5 Link Logic C Channel Interface ........... 79 Figure 119 – Follow-up Action Interface............................... 80 Figure 120 – Confirmation Interface .................................... 80 Figure 121 – Activated V5 Interface .................................... 80 Figure 122 – System Config Selection Interface – PSTN Service ..................................................................................... 81 Figure 123 – V5 PSTN Management Interface ................ 82 Figure 124 – Setting System Information Message Dialog Box 82 Figure 125 – PSTN Management Selection Interface ....... 83 Figure 126 – V5 PSTN Management Interface ................ 84 Figure 127 – Creating V5 Message Dialog Box ............... 84 Figure 128 – Deleting V5 Message Dialog Box ............... 84 Figure 129 – Port Manager Selection Interface – VOIP ........... 85 Figure 130 – Port Manager Interface ................................... 86 Figure 131 – Set Termination ID Prefix Interface................... 87 Figure 132 – Setting Termination ID Message Dialog Box ....... 87 Figure 133 – Delete Termination ID Interface ....................... 87 Figure 134 – Deleting Termination ID Message Dialog Box...... 88 Figure 135 – AS Config Selection Interface........................... 89 Figure 136 – Application Server Manage Interface ................. 90 Figure 137 – Create Application Server Interface .................. 90

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Figures

Figure 138 – Final Application Server Manage Interface.......... 91 Figure 139 – ASP Config Selection Interface ......................... 92 Figure 140 – Application Server Process Interface ................. 92 Figure 141 – Create Application Server Process Interface ....... 93 Figure 142 – Final Application Server Process Interface.......... 93 Figure 143 – AS and ASP Relation Config Selection Interface .. 94 Figure 144 – AS and ASP Relation Interface ......................... 95 Figure 145 – Create AS and ASP Relation............................. 95 Figure 146 – Final AS and ASP Relation Interface .................. 95 Figure 147 – Dlink Global Config Selection Interface .............. 96 Figure 148 – Dlink Global Config Interface ........................... 97 Figure 149 – Create Dlink Interface..................................... 97 Figure 150 – Final Dlink Global Config Interface .................... 98 Figure 151 – ISDN Management Selection Interface ....... 99 Figure 152 – V5 ISDN Management Interface .............. 100 Figure 153 – Creating V5 ISDN Message Dialog Box ..... 100 Figure 154 – Deleting V5 ISDN Message Dialog Box ..... 100 Figure 155 – Port Manager Selection Interface .................... 101 Figure 156 – Port Manager Interface ................................. 102 Figure 157 – Set Termination ID Prefix Interface................. 102 Figure 158 – Setting Termination ID Prefix Message Dialog Box ................................................................................... 103 Figure 159 – Delete Termination ID Interface ..................... 103 Figure 160 – Deleting Termination ID Message Dialog Box.... 103 Figure 161 – Port Manager Selection Interface – VOIP Fax Service ......................................................................... 104 Figure 162 – Port Manager Interface – VOIP Fax Service ...... 105 Figure 163 – Modify Fax Mode Interface............................. 105 Figure 164 – Modifying Fax MODE Message Dialog Box ........ 105 Figure 165 – Final RTP Config Interface ............................. 106 Figure 166 – Relationship Between Main and Backup Port..... 107 Figure 167 – Eth-Switch Uplink Protect Group Config Selection Interface ....................................................................... 108 Figure 168 – Ethernet Switch Protect Group Config Interface 108 Figure 169 – Create Ethernet Switch Group Config Interface. 109 Figure 170 – Main Port Selection Interface ......................... 110 Figure 171 – Backup Port Selection Interface...................... 111

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Figure 172 – Uplink Port Protection Interface...................... 111 Figure 173 – System Config Selection Interface .................. 112 Figure 174 – System Config Interface................................ 112 Figure 175 – System Information Succeeded interface ......... 113 Figure 176 – Recommended Networking Mode.................... 113 Figure 177 – VOIP Resource Config Selection Interface ........ 116 Figure 178 – VOIP Resource Interface ............................... 117 Figure 179 – Modify DSP Interface .................................... 117 Figure 180 – Modifying DSP Information Message Dialog Box 117 Figure 181 – Final Resource Statistic Interface.................... 118 Figure 182 – Block Circuit Interface .................................. 118 Figure 183 – Block Circuit Message Dialog Box ................... 118 Figure 184 – Unblock Circuit Interface ............................... 119 Figure 185 – Unblock Circuit Message Dialog Box ................ 119 Figure 186 – Block Confirm Dialog Box .............................. 119 Figure 187 – Blocking Circuit Succeeded Message Dialog Box 119 Figure 188 – Unblock Circuit Confirm Dialog Box................. 120 Figure 189 – Unblock Circuit Succeeded Message Dialog Box 120 Figure 190 – Modify IPS Interface ..................................... 120 Figure 191 – Modifying IPS Information Message Dialog Box. 121 Figure 192 – Port Manager Selection Interface – Managing VOIP ................................................................................... 122 Figure 193 – Port Manager Interface – Managing VOIP......... 122 Figure 194 – Modify Default Event Type Interface ............... 123 Figure 195 – Modifying Default Event Type Message Dialog Box ................................................................................... 123 Figure 196 – Modify Default Fax Mode Interface.................. 123 Figure 197 – Modifying Fax Mode Message Dialog Box ......... 124 Figure 198 – Modify Impedance Type Interface................... 124 Figure 199 – Modifying Impedance Type Message Dialog Box 124 Figure 200 – Modify SelfExchange Number Interface ........... 125 Figure 201 – Modifying Self Exchange Message Dialog Box ... 125 Figure 202 – Modify Class Interface ........................... 125 Figure 203 – Modifying Class Succeeded Message Dialog Box .............................................................................. 126 Figure 204 – Modify Echo Canceller Interface ..................... 126 Figure 205 – Modifying Echo Canceller Succeeded Message Dialog Box..................................................................... 126

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Figure 206 – Block Circuit Interface................................... 127 Figure 207 – Blocking Circuit Succeeded Message Dialog Box 127 Figure 208 – Unblock Circuit Interface ............................... 127 Figure 209 – Unblocking Circuit Succeeded Message Dialog Box ................................................................................... 128 Figure 210 – Block Circuit Confirm Dialog Box .................... 128 Figure 211 – Blocking Circuit Succeeded Message Dialog Box 128 Figure 212 – Unblocking Circuit Confirm Dialog Box............. 128 Figure 213 – Unblocking Circuit Succeeded Message Dialog Box ................................................................................... 129 Figure 214 – Management Interface........................... 129 Figure 215 – Create Succeeded Message Dialog Box..... 130 Figure 216 – 112 Test Selection Interface .......................... 131 Figure 217 – 112 Test Interface........................................ 132 Figure 218 – Final 112 Test Interface ................................ 133 Figure 219 – VLAN Config Selection Interface ..................... 136 Figure 220 – VLAN Interface ............................................ 136 Figure 221 – Create VLAN Interface .................................. 137 Figure 222 – Created VLAN Interface................................. 137 Figure 223 – VLAN Interface ............................................ 138 Figure 224 – VLAN Port Configuration................................ 138 Figure 225 – Port Information In VLAN .............................. 139 Figure 226 – Ports to be Added ........................................ 139 Figure 227 – Added Port To VLAN Interface ........................ 140 Figure 228 – ATM PVC Config Selection Interface ................ 141 Figure 229 – ATM PVC Interface ....................................... 141 Figure 230 – ATM PVC Query Interface .............................. 142 Figure 231 – Modify ATM PVC Interface ............................. 142 Figure 232 – Modified ATM PVC Interface ........................... 143 Figure 233 – ADSL Port Manager Selection Interface ........... 144 Figure 234 – ADSL Port Manager Interface ......................... 144 Figure 235 – ADSL Line Profile Interface ............................ 145 Figure 236 – ADSL Alarm Profile Interface.......................... 146 Figure 237 – ADSL Line Config Interface ............................ 146 Figure 238 – ADSL Selected Profile Display Interface ........... 147 Figure 239 – ADSL Management Interface .................. 147

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Figure 240 – ADSL Subscriber Information – Port Manager Interface ....................................................................... 148 Figure 241 – VDSL Port Manager Selection Interface ........... 149 Figure 242 – VDSL Port Manager Interface ......................... 149 Figure 243 – VDSL Line Profile ......................................... 150 Figure 244 – VDSL Line Config Interface ............................ 151 Figure 245 – VDSL Modified Line Profile Interface................ 151 Figure 246 – VDSL Management Interface .................. 152 Figure 247 – VDSL Subscriber Information – Port Manager Interface ....................................................................... 152 Figure 248 – SHDSL Port Manager Selection Interface ......... 153 Figure 249 – SHDSL Port Manager Interface ....................... 154 Figure 250 – SHDSL Line Profile Interface .......................... 154 Figure 251 – SHDSL Alarm Profile Interface........................ 156 Figure 252 – SHDSL Line Config Interface .......................... 157 Figure 253 – SHDSL Modified Line Profile Interface.............. 157 Figure 254 – SHDSL Management Interface ................ 158 Figure 255 – SHDSL Subscriber Information – Port Manager Interface ....................................................................... 158 Figure 256 – ONU Alarm Profile Config Selection Interface.... 160 Figure 257 – ONU Alarm Profile Config Interface ................. 160 Figure 258 – ONU Alarm Profile Parameters ....................... 161 Figure 259 – OLT Alarm Profile Config Selection Interface .... 162 Figure 260 – OLT Alarm Profile Config Interface – First Tab .. 163 Figure 261 – OLT Alarm Profile Config Interface – Second Tab ................................................................................... 163 Figure 262 – OLT Config Selection Interface ....................... 166 Figure 263 – OLT Config Interface..................................... 166 Figure 264 – Modify OLT Interface .................................... 167 Figure 265 – Modified OLT Config Interface ........................ 167 Figure 266 – ONU Config Selection Interface ...................... 168 Figure 267 – ONU Config Interface.................................... 168 Figure 268 – Modify ONU Interface ................................... 169 Figure 269 – ONU P2p Config Interface.............................. 170 Figure 270 – P2p Config Interface..................................... 170 Figure 271 – Modify P2p Interface .................................... 171 Figure 272 – Related P2p Config Interface.......................... 172 Figure 273 – IGMP Global Config Interface ......................... 175

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Figure 274 – IGMP Global Config Interface ......................... 176 Figure 275 – Multicast VLAN Registration Config Selection Interface ....................................................................... 177 Figure 276 – Multicast VLAN Registration Config Interface .... 177 Figure 277 – Create MVLAN Information Interface ............... 178 Figure 278 – MVLAN ID Interface...................................... 178 Figure 279 – Create Source Port Information Interface ........ 178 Figure 280 – Create Receive Port Information Interface ....... 179 Figure 281 – Create MVLAN Group Information ................... 179 Figure 282 – Final Multicast VLAN Registration Interface ...... 180 Figure 283 – Mode Switch Selection Interface..................... 181 Figure 284 – IPTV Mode Switch Interface ........................... 181 Figure 285 – IPTV Global Config Interface .......................... 182 Figure 286 – CAC Group Config Interface ........................... 183 Figure 287 – Create CAC Group Interface........................... 183 Figure 288 – Port Right Config Interface ............................ 184 Figure 289 – Modify Port Right Interface ............................ 184 Figure 290 – Modified Port Right Config Interface ................ 185 Figure 291 – IPTV reinitialization Interface ......................... 185 Figure 292 – Trunk Config Selection Interface..................... 186 Figure 293 – Trunk Config Interface .................................. 186 Figure 294 – Create Trunk Interface.................................. 187 Figure 295 – Final Trunk Interface .................................... 187 Figure 296 – Ethernet Switch Global Config Selection Interface ................................................................................... 188 Figure 297 – Ethernet Switch Global Config Interface........... 188 Figure 298 – Ethernet Switch Port Config Selection Interface 189 Figure 299 – Ethernet Switch Port Config Interface.............. 190 Figure 300 – Modify Ethernet Switch Port Config Interface.... 190 Figure 301 – Modified Ethernet Switch Port Config Interface . 191 Figure 302 – Eth-Switch Uplink Protect Group Config Selection Interface ....................................................................... 192 Figure 303 – Ethernet Switch Protect Group Config Interface 192 Figure 304 – Create Ethernet Switch Group Config Interface. 193 Figure 305 – Main Port Selection Interface ......................... 194 Figure 306 – Backup Port Selection Interface...................... 195 Figure 307 – Uplink Port Protection Interface...................... 195

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Figure 308 – MSTP Bridge Config Selection Interface ........... 196 Figure 309 – MSTP Bridge Config Interface......................... 196 Figure 310 – MSTP Port Config Interface ............................ 197 Figure 311 – Modify MSTP Port Config Interface .................. 198 Figure 312 – Modified MSTP Port Config Interface ............... 198 Figure 313 – MSTP Instance Config Interface...................... 198 Figure 314 – Create MSTP Instance Config ......................... 199 Figure 315 – Added VLAN Interface................................... 199 Figure 316 – Added MSTP Instance Config Interface ............ 200 Figure 317 – Modify MSTP Instance Config Interface............ 200 Figure 318 – Modified MSTP Instance Config Interface ......... 200 Figure 319 – MSTP Instance Port Config Interface ............... 201 Figure 320 – Modify MSTP Instance Config Interface............ 201 Figure 321 – Final MSTP Instance Port Config Interface........ 201 Figure 322 – PPPoE Config Selection Interface .................... 202 Figure 323 – PPPoE Config Interface.................................. 203 Figure 324 – VLAN Config Selection Interface ..................... 204 Figure 325 – VLAN Config Interface................................... 204 Figure 326 – VLAN Port Interface...................................... 205 Figure 327 – Added Uplink Port Interface ........................... 206 Figure 328 – VBAS Global Config Selection Interface ........... 207 Figure 329 – VBAS Global Config Interface ......................... 207 Figure 330 – VBAS Global Config Success Interface ............. 208 Figure 331 – PPPOE Config Selection Interface.................... 208 Figure 332 – PPPOE Config Interface ................................. 209 Figure 333 – PPPOE Config Success Interface ..................... 209 Figure 334 – DH Global Config Selection ........................ 210 Figure 335 – DH Global Config Interface......................... 211 Figure 336 – Modified DH Global Config Interface ............ 211 Figure 337 – DH Global Config Success Interface............. 212 Figure 338 – Boot Command Line Interface........................ 214 Figure 339 – ing Bootrom Version Interface .......... 215 Figure 340 – Version Up Selection Interface – ICS Card ................................................................................... 216 Figure 341 – Version Up Interface – ICS Card ....... 217 Figure 342 – Setting Version Up Info Succeeded Interface – ICS Card ....................................................... 218

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Figure 343 – Flash Version Information Interface ................ 218 Figure 344 – Version Batch Load Selection Interface – ICS Card ................................................................................... 219 Figure 345 – Version Batch Interface – ICS Card .. 219 Figure 346 – ing Version Files Interface – ICS Card 220 Figure 347 – Successful Interface – ICS Card ....... 220 Figure 348 – Version Up Selection Interface – Service Card ............................................................................. 223 Figure 349 – Version Up Interface – Service Card .. 224 Figure 350 – Setting Version Up Info Succeeded Interface – Service Card .................................................. 225 Figure 351 – Version Load Selection – Service Card............. 225 Figure 352 – Version Load Interface – Service Card............. 225 Figure 353 – Operation Confirmation Interface ................... 226 Figure 354 – Setting Version Load Info Succeeded Interface – Service Card .................................................................. 226 Figure 355 – Version Batch Load Selection Interface – Service Card ............................................................................. 227 Figure 356 – Version Batch Load Interface – Service Card .... 227 Figure 357 – ing Version Files Interface – Service Card ................................................................................... 228 Figure 358 – Version Up Selection Interface – CNIC and MPR/MPRB Card ....................................................... 231 Figure 359 – Version Up Interface – CNIC and MPR/MPRB Card ............................................................. 232 Figure 360 – Setting Version Up Info Succeeded Interface – CNIC and MPR/MPRB Card ............................... 233 Figure 361 – Version Load Selection – CNIC and MPR/MPRB Card ................................................................................... 233 Figure 362 – Version Load Interface – CNIC and MPR/MPRB Card ................................................................................... 234 Figure 363 – Operation Confirmation Interface ................... 234 Figure 364 – Setting Version Load Info Succeeded Interface – MPR/MPRB Card ............................................................. 234 Figure 365 – Version Batch Load Selection Interface – CNIC and MPR/MPRB Card ............................................................. 235 Figure 366 – Version Batch Interface – CNIC and MPR/MPRB Card ............................................................. 236 Figure 367 – ing Version Files Interface – CNIC and MPR/MPRB Card ............................................................. 237 Figure 368 – Successful Interface – MPR/MPRB Card ................................................................................... 237

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Figure 369 – Version Up Selection Interface – System Configuration Files.......................................................... 240 Figure 370 – Version Up Interface – System Configuration Files.......................................................... 240 Figure 371 – Setting Version Up Info Succeeded Interface – System Configuration Files .............................. 241 Figure 372 – Version Batch Load Selection Interface – System Configuration Files.......................................................... 242 Figure 373 – Version Batch Interface – System Configuration Files.......................................................... 243 Figure 374 – ing Version Files Interface – System Configuration Files.......................................................... 243 Figure 375 – Successful Interface – System Configuration Files.......................................................... 244 Figure 376 – NE Data Up Selection Interface......... 246 Figure 377 – NE Data Up Interface ...................... 246 Figure 378 – NE Data Load Info Interface .......................... 247 Figure 379 – File Succeed Number Interface....................... 247 Figure 380 – Batch NE Data Backup Selection..................... 248 Figure 381 – Batch NE Data Backup Interface..................... 249 Figure 382 – Batch NE Data Backup Start Interface ............. 249 Figure 383 – File Succeeded Interface ............................... 250 Figure 384 – EPM Version Information Selection Interface .... 251 Figure 385 – EPM Version Information Interface.................. 251 Figure 386 – EPM Version Interface .................... 252 Figure 387 – EPM Version File Interface............... 252 Figure 388 – Environment Alarm Threshold Interface........... 253 Figure 389 – Setting Environment Alarm Threshold Information Succeeded..................................................................... 254 Figure 390 – Digital Input Interface .................................. 254 Figure 391 – Create Digital Input Interface ........................ 254 Figure 392 – Creating digital Input Interface succeeded Interface ................................................................................... 255 Figure 393 – Final Digital Input Interface ........................... 255 Figure 394 – Digital Output Interface ................................ 255 Figure 395 – Create Digital Output Interface ...................... 256 Figure 396 – Creating Digital Output Interface Succeeded .... 256 Figure 397 – Final Digital Output Interface ......................... 257 Figure 398 – Anaput Interface .................................. 257

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Figure 399 – Create Anaput Interface ........................ 257 Figure 400 – Creating Anaput Interface Succeeded...... 258 Figure 401 – Final Anaput Interface........................... 258 Figure 402 – Power Configuration Interface ........................ 259 Figure 403 – Create Power Config Interface........................ 259 Figure 404 – Adding Power Information Succeeded ............. 259 Figure 405 – Final Power Configuration Interface ................ 260 Figure 406 – Power Alarm Threshold Interface.................... 260 Figure 407 – Setting Power Alarm Threshold Information succeeded ..................................................................... 261 Figure 408 – Environment Varient Interface ....................... 261 Figure 409 – Setting Environment Variant Information Succeeded..................................................................... 262 Figure 410 – Buzzer Switch Interface ................................ 262 Figure 411 – Setting Buzzer Switch Succeeded ................... 263 Figure 412 – Temperature-controlled Fan Config Interface.... 263 Figure 413 – Set Temperature-controlled Fan Info Success... 263 Figure 414 – Switch Running Status Interface..................... 264 Figure 415 – Switching EPM Running Status Confirmation Interface ....................................................................... 264 Figure 416 – Switching EPM Running Status Succeeded ....... 264 Figure 417 – Reboot EPM Interface ................................... 264 Figure 418 – Save EPM Config Data Interface ..................... 265 Figure 419 – Realtime Performance Interface ..................... 265 Figure 420 – EPM Management Interface ........................... 266 Figure 421 – /Rights Security Diaterface.............. 267 Figure 422 – ‘su3’ Interface ...................................... 267 Figure 423 – Change Interface – ‘su3’ .......... 268 Figure 424 – ‘su3’ Home Directory /Rights Interface...... 268 Figure 425 – ‘zte’ Interface ....................................... 269 Figure 426 – Change Interface – ‘zte’ ........... 269 Figure 427 – ‘zte’ Home Directory /Rights Interface ...... 269 Figure 428 – Logging Options Interface ............................. 270

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Tables Table 1 – Chapter Summary .................................................i Table 2 – Typographical Conventions.................................... iii Table 3 – Mouse Operation Conventions ............................... iii Table 4 – System Config Parameters ................................... 28 Table 5 – SHDSL Line Config Profile Parameters.................. 155 Table 6 – SHDSL Line Alarm Profile Parameters .................. 156 Table 7 – ONU Alarm Parameters...................................... 161 Table 8 – OLT Alarm Profile – First Tab .............................. 164 Table 9 – OLT Alarm Profile – Second Tab .......................... 165 Table 10 – IGMP Snooping Parameters .............................. 176 Table 11 – IPTV Global Config Parameters.......................... 182 Table 12 – Create Program Parameters.............................. 183 Table 13 – Ethernet Switch Global Config Interface ............. 189 Table 14 – MSTP Bridge Config Parameters ........................ 197 Table 15 – PPPoE Config Parameters ................................. 203 Table 16 – PPPOE Configuration Parameters ....................... 209 Table 17 – DH Global Config Parameters ........................ 211 Table 18 – Parameters for Version Data / – ICS Card ............................................................................. 217 Table 19 – Parameters for Version Data / – Service Card .................................................................. 224 Table 20 – Parameters for Version Data / – CNIC and MPR/MPRB Card ............................................... 232 Table 21 – Parameters for Version Data / – System Configuration Files............................................... 241 Table 22 – System Configuration Files ............................... 241 Table 23 – Parameters for Data Backup ............................. 246 Table 24 – Environment Alarm Threshold Parameters .......... 253 Table 25 – Digital Output Interface Parameters................... 256 Table 26 – Anaput Interface Parameters .................... 258 Table 27 – Power Alarm Threshold Parameters ................... 260

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Table 28 – Environment Variant Parameters ....................... 261

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Index Adding a Card..................... 39 Adding a Port to VLAN........ 137 Adding NAT ........................ 68 Adding Network Element ...... 19 Command Line Interface 4, 214 Conducting 112 Test.......... 130 Configuring Access Server Process .......................... 91 Configuring ADSL/ADSL2+ Service ........................ 143 Configuring Application Server .................................... 88 Configuring Area Parameters 81 Configuring AS and ASP Relation ......................... 94 Configuring ATM PVC ......... 140 Configuring Control Shelf ..... 31 Configuring DH+ ........... 210 Configuring Dlink Global....... 96 Configuring EPON.............. 159 Configuring Ethernet Uplink 204 Configuring Expansion ......... 35 Configuring Forward Control 187 Configuring IPTV ............... 180 Configuring JITTER for MPRB 69 Configuring Link Aggregation .................................. 186 Configuring Management Mode .................................... 16 Configuring MG System........ 47 Configuring MGC ................. 43 Configuring MGC System...... 43 Configuring Mode 1 ............. 48 Configuring Mode 2 ............. 59 Configuring Mode 3 ............. 60 Configuring Mode 4 ............. 62 Configuring Mode 5 ............. 63 Configuring Modes............... 47 Configuring Multicast ......... 174 Configuring NTP Server Parameters..................... 26 Configuring OLT ................ 166 Configuring OLT Alarm Profile .................................. 162 Configuring ONU ............... 167 Configuring ONU Alarm Profile .................................. 159 Configuring ONU P2p ......... 169

Configuring PPPoA/PPPoE Conversion................... 202 Configuring PPPOE+ .......... 208 Configuring Rack ................ 29 Configuring RTP.................. 70 Configuring Selfexchange... 114 Configuring SHDSL Service. 153 Configuring Spanning Tree Protocol ....................... 196 Configuring StackVLAN ...... 172 Configuring Through V5 ..83, 98 Configuring Through VOIP ... 85, 101 Configuring Trap Server....... 22 Configuring Uplink Interface Enable ........................... 64 Configuring Uplink Port Protection ............. 106, 191 Configuring V5 Protocol ....... 75 Configuring VBAS ............. 206 Configuring VDSL Service... 148 Configuring VLAN.............. 135 Configuring VOIP ................ 65 Configuring VOIP Fax Service .................................. 104 Configuring VOIP Quality of Service .......................... 73 Configuring VOIP Resource... 66 Data Backup .................... 245 Data Backup Through NetNumen N31 ............. 245 Environment Power Monitoring .................................. 250 FTP Server....................... 246 Hyper Terminal..................... 9 ISDN Service ..................... 88 Modes......................... 9 Managing Ports Through VOIP .................................. 121 Managing VOIP Resources .. 115 MGC Connected View........... 46 NetNumen N31 System ... 7, 14 PSTN Service ..................... 81 Security Management........ 206 Service Management ......... 115 Synchronizing Data ............. 24 System Functions and Features ...................................... 1 System Management............. 4

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System Operations ............... 3 Telnet ............................... 13 Upgrading CNIC and MPR/MPRB Version ........................231 Upgrading ICS Card BOOT Program .......................213 Upgrading ICS Card Version and FPGA Version ..........215 Upgrading Service Card Version ...................................223 Upgrading System Configuration Files .........239 Upgrading Through BOOT Mode ...................................221 Upgrading Through Command Line Interface 222, 228, 238, 244

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Upgrading Through NetNumen N31 using Version Batch Load Selection .............. 242 Upgrading Through Version Batch Load Selection in NetNumen N31218, 226, 234 Upgrading Through Version Up Selection in NetNumen N31215, 223, 231, 239 Using Batch NE Data Backup Selection ...................... 248 Using NE Data Up Selection ...................... 245 Version Upgrade ............... 213