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Alcatel 1540 LitespanRelease 1.0Operations and Maintenance Using CLIAlcatel 1540 Litespan Giga Ethernet Controller iEdition 01 Proposal 3EC-41868-0001-TQZZA Operations and Maintenance Using CLI

Alcatel assumes no responsibility for the accuracy of the information presented, which is subject to change without notice. Alcatel and the Alcatel logo are registered trademarks of Alcatel. All other trademarks are the property of their respective owners.

Copyright 2006 Alcatel.All rights reserved.

Disclaimers

Alcatel products are intended for commercial uses. Without the appropriate network design engineering, they must not be sold, licensed or otherwise distributed for use in any hazardous environments requiring fail-safe performance, such as in the operation of nuclear facilities, aircraft navigation or communication systems, air traffic control, direct life-support machines, or weapons systems, in which the failure of products could lead directly to death, personal injury, or severe physical or environmental damage. The customer hereby agrees that the use, sale, licence or other distribution of the products for any such application without the prior written consent of Alcatel, shall be at the customer's sole risk. The customer hereby agrees to defend and hold Alcatel harmless from any claims for loss, cost, damage, expense or liability that may arise out of or in connection with the use, sale, licence or other distribution of the products in such applications.

This document may contain information regarding the use and installation of non-Alcatel products. Please note that this information is provided as a courtesy to assist you. While Alcatel tries to ensure that this information accurately reflects information provided by the supplier, please refer to the materials provided with any non-Alcatel product and contact the supplier for confirmation. Alcatel assumes no responsibility or liability for incorrect or incomplete information provided about non-Alcatel products.

However, this does not constitute a representation or warranty. The warranties provided for Alcatel products, if any, are set forth in contractual documentation entered into by Alcatel and its customers.

This document was originally written in English. If there is any conflict or inconsistency between the English version and any other version of a document, the English version shall prevail. ii Alcatel 1540 Litespan Giga Ethernet ControllerEdition 01 Proposal 3EC-41868-0001-TQZZA Operations and Maintenance Using CLI

Preface

This preface provides general information about the documentation set for the Litespan-1540 Gigaethernet Controller.

Scope

This documentation set provides information about safety, features and functionality, ordering, hardware installation and maintenance, CLI and TL1 commands, and software upgrade and migration procedures.

Audience

This documentation set is intended for planners, administrators, operators, and maintenance personnel involved in installing, upgrading, or maintaining the Litespan-1540 Gigaethernet Controller.

Prerequisite knowledge

The reader must be familiar with general telecommunications principles.Alcatel 1540 Litespan Giga Ethernet Controller iEdition 01 Proposal 3EC-41868-0001-TQZZA Operations and Maintenance Using CLI

Special information

The following are examples of how special information is presented in this document.

Danger Danger indicates that the described activity or situation may result in serious personal injury or death; for example, high voltage or electric shock hazards.

Warning Warning indicates that the described activity or situation may, or will, cause equipment damage or serious performance problems.

Caution Caution indicates that the described activity or situation may, or will, cause service interruption.

Note A note provides information that is, or may be, of special interest. ii Alcatel 1540 Litespan Giga Ethernet ControllerEdition 01 Proposal 3EC-41868-0001-TQZZA Operations and Maintenance Using CLI

Procedures with options or substepsWhen there are options in a procedure, they are identified by letters. When there are required substeps in a procedure, they are identified by Roman numerals.

Procedure 1 Example of options in a procedure

At step 1, you can choose option a or b. At step 2, you must do what the step indicates.

1 This step offers two options. You must choose one of the following:

a This is one option.

b This is another option.

2 You must perform this step.Alcatel 1540 Litespan Giga Ethernet Controller iiiEdition 01 Proposal 3EC-41868-0001-TQZZA Operations and Maintenance Using CLI

Procedure 2 Example of required substeps in a procedure

At step 1, you must perform a series of substeps within a step. At step 2, you must do what the step indicates.

1 This step has a series of substeps that you must perform to complete the step. You must perform the following substeps:

i This is the first substep.

ii This is the second substep.

iii This is the third substep.

2 You must perform this step.

Measurement conventionsMeasurements in this document are expressed in imperial units. If metric measurements are included, they appear in brackets following the imperial measurement. The metric measurements follow the Systme international dunits (SI) standard for abbreviation of metric units. iv Alcatel 1540 Litespan Giga Ethernet ControllerEdition 01 Proposal 3EC-41868-0001-TQZZA Operations and Maintenance Using CLI

ContentsContents

Preface 1Scope .............................................................................................................................. 1Audience .............................................................................................................................. 1Prerequisite knowledge ......................................................................................................... 1Safety information.................................................................................................................. 1Documents ............................................................................................................................ 2ETSI and ANSI release naming............................................................................................. 3Special information ................................................................................................................ 4

1 Introduction 1-11.1 Introduction ........................................................................................................ 1-21.2 How to Use this Document ................................................................................ 1-2

Index List (IXL)

IXL 100 Master Task Index List IXL 100-1

Non-Trouble Procedures (NTP)

NTP 100 CLI Session Set up and User Configuration NTP 100-1

NTP 101 Script Files NTP 101-1

NTP 102 System Installation and Configuration NTP 102-1

NTP 103 Equipment Configuration NTP 103-1

NTP 104 Configuration of a Cross-Connect VLAN NTP 104-1

NTP 105 Configuration of an iBridge VLAN NTP 105-1Alcatel 1540 Litespan Giga Ethernet Controller iEdition 01 Proposal 3EC-41868-0001-TQZZA Operations and Maintenance Using CLI

ContentsNTP 106 Configure an IP Aware Bridge NTP 106-1

NTP 107 Configure an IP Router NTP 107-1

NTP 108 Service Installation NTP 108-1

NTP 109 Configuration of PPPoE Termination NTP 109-1

NTP 110 Add an iBridge User NTP 110-1

NTP 111 Add an IPoA User NTP 111-1

NTP 112 Add an IPoE User NTP 112-1

NTP 113 Add a PPPoE User NTP 113-1

NTP 114 Equipment Repair NTP 114-1

NTP 115 Monitor Alarms NTP 115-1

NTP 116 Software Management NTP 116-1

NTP 117 System Parameter Modification NTP 117-1

NTP 118 Performance Monitoring NTP 118-1

NTP 119 Service Adaptation NTP 119-1

NTP 120 Troubleshooting Commands NTP 120-1

NTP 121 CPE Management NTP 121-1

NTP 122 Cluster Management NTP 122-1

NTP 123 Secure Shell NTP 123-1 ii Alcatel 1540 Litespan Giga Ethernet ControllerEdition 01 Proposal 3EC-41868-0001-TQZZA Operations and Maintenance Using CLI

ContentsNTP 124 Maintain the System NTP 124-1

NTP 125 Add an IPoA Cross-Connect User NTP 125-1

Detailed Level Procedures (DLP)

DLP 100 Set up a CLI Session DLP 100-1

DLP 101 Create Operator Profiles and Instances DLP 101-1

DLP 102 Configure Management IP Parameters DLP 102-1

DLP 103 Configure System Parameters DLP 103-1

DLP 104 Configure Network Interfaces DLP 104-1

DLP 105 Configure Link Aggregation Usage DLP 105-1

DLP 106 Configure RSTP DLP 106-1

DLP 107 Configure OSPF DLP 107-1

DLP 108 Configure RIP DLP 108-1

DLP 109 Configure SNMP and Trap Management DLP 109-1

DLP 110 Manage Alarms DLP 110-1

DLP 111 Plan, Replan, and Unplan Equipment DLP 111-1

DLP 112 Lock and Unlock Equipment DLP 112-1

DLP 113 Configure the Equipment DLP 113-1Alcatel 1540 Litespan Giga Ethernet Controller iiiEdition 01 Proposal 3EC-41868-0001-TQZZA Operations and Maintenance Using CLI

ContentsDLP 114 NT Redundancy DLP 114-1

DLP 115 Create a L2 Terminated Forwarder VLAN DLP 115-1

DLP 116 Create a L2 Terminated Router VLAN DLP 116-1

DLP 117 Create a C-VLAN DLP 117-1

DLP 118 Create an S-VLAN DLP 118-1

DLP 119 Create an SC-VLAN DLP 119-1

DLP 120 Create an iBridge VLAN DLP 120-1

DLP 121 Add Network Interfaces to a VLAN DLP 121-1

DLP 122 Create a Forwarding VRF DLP 122-1

DLP 123 Create a Router VRF DLP 123-1

DLP 124 Create an iBridge User DLP 124-1

DLP 125 Create an IPoA User DLP 125-1

DLP 126 Create an IPoE User DLP 126-1

DLP 127 Create a PPPoE User DLP 127-1

DLP 128 Add an LT to a VLAN DLP 128-1

DLP 129 Create xDSL Profiles DLP 129-1

DLP 130 Configure xDSL Bonding DLP 130-1

DLP 131 Create an xDSL Bonding Group DLP 131-1 iv Alcatel 1540 Litespan Giga Ethernet ControllerEdition 01 Proposal 3EC-41868-0001-TQZZA Operations and Maintenance Using CLI

ContentsDLP 132 Configure Filtering on SHub DLP 132-1

DLP 133 Configure QoS on L2 DLP 133-1

DLP 134 Configure QoS on L3 DLP 134-1

DLP 135 Configure a QoS Aware VLAN DLP 135-1

DLP 136 Configure Multicast DLP 136-1

DLP 137 Configure IGMP Proxy DLP 137-1

DLP 138 Configure IGMP Snooping DLP 138-1

DLP 139 Configure DHCP Relay Agent in iBridge Mode DLP 139-1

DLP 140 Configure DHCP Relay Agent in Router Mode DLP 140-1

DLP 141 Configure DHCP Relay Agent in Forwarder ModeDLP 141-1

DLP 142 Configure the Security Domain DLP 142-1

DLP 143 Configure Local Authentication DLP 143-1

DLP 144 Configure RADIUS DLP 144-1

DLP 145 Configure 802.1x DLP 145-1

DLP 146 Configure PPPoE Relay DLP 146-1

DLP 147 Configure PPPoA-PPPoE Relay DLP 147-1

DLP 148 Enable the PPPoE Server DLP 148-1Alcatel 1540 Litespan Giga Ethernet Controller vEdition 01 Proposal 3EC-41868-0001-TQZZA Operations and Maintenance Using CLI

ContentsDLP 149 Configure PPPoE Profiles DLP 149-1

DLP 150 Configure ARP Table Entry DLP 150-1

DLP 151 Shut down and Restart the SHub DLP 151-1

DLP 152 Reboot the System DLP 152-1

DLP 153 Shut down and Restart Individual Equipment DLP 153-1

DLP 154 Create a Snapshot Alarm Table DLP 154-1

DLP 155 Monitor Alarms DLP 155-1

DLP 156 Management of the SHub Database DLP 156-1

DLP 157 Manage the SHub Database DLP 157-1

DLP 158 Management of the System Database DLP 158-1

DLP 159 Management of OSWP DLP 159-1

DLP 160 View Version of the SHub Software DLP 160-1

DLP 161 Software Licenses Counters DLP 161-1

DLP 162 Modify the External Management VLAN DLP 162-1

DLP 163 Modifying xDSL Profiles DLP 163-1

DLP 164 Ping Command DLP 164-1

DLP 165 Traceroute Command DLP 165-1

DLP 166 Configure CPE Management DLP 166-1 vi Alcatel 1540 Litespan Giga Ethernet ControllerEdition 01 Proposal 3EC-41868-0001-TQZZA Operations and Maintenance Using CLI

ContentsDLP 167 Script Files DLP 167-1

DLP 168 Modify the System Management IP ParametersDLP 168-1

DLP 169 Configure Cluster Management DLP 169-1

DLP 170 Configure SSH DLP 170-1

DLP 171 EMS Management DLP 171-1

DLP 172 Create a Default Operator Profile DLP 172-1

DLP 174 Create an IPoA Cross-Connect User DLP 174-1

DLP 175 Configure Single IP Address DLP 175-1

DLP 176 Configure the Default Security Domain DLP 176-1

Routine Task Procedure (RTP)

RTP 100 Backup the Configuration RTP 100-1

RTP 101 Restore the Configuration RTP 101-1

RTP 102 Retrieve Remote Inventory RTP 102-1

Trouble Analysis Procedure (TAP)

TAP 101 F5 Loopback Test TAP 101-1

TAP 102 Equipment Repair TAP 102-1Alcatel 1540 Litespan Giga Ethernet Controller viiEdition 01 Proposal 3EC-41868-0001-TQZZA Operations and Maintenance Using CLI

ContentsTAP 103 Single Ended Line Testing TAP 103-1

TAP 104 Fault isolation and troubleshooting TAP 104-1

Training (TNG)

TNG 100 Service Installation TNG 100-1

TNG 101 QoS Configuration TNG 101-1

TNG 102 IGMP and Multicast Configuration TNG 102-1

TNG 103 VBAS TNG 103-1

TNG 104 DHCP Relay Agent Configuration TNG 104-1

TNG 105 Overall Software Packages TNG 105-1

Glossary

Index viii Alcatel 1540 Litespan Giga Ethernet ControllerEdition 01 Proposal 3EC-41868-0001-TQZZA Operations and Maintenance Using CLI

1 Introduction1 Introduction

1ii

1iiAlcatel 1540 Litespan Giga Ethernet Controller iEdition 01 Proposal 3EC-41868-0001-TQZZA Operations and Maintenance Using CLI

1 Introduction1.1 Introduction

This document provides instructions on CLI operation and maintenance tasks andprocedures for the Litespan-1540 Gigaethernet Controller.

Throughout the document, the Litespan-1540 will be referred to as the Network Element (NE).

See the CLI Commands document for more detailed information about the CLI command syntax.

1.2 How to Use this Document

This document uses the task-oriented practice (TOP) method. The TOP method is a documentation system that supports the installation, operation, and maintenance of telecommunications equipment and software through different layers of documentation. Most layers in the TOP system are programmed documents that provide step-by-step instructions for the successful completion of a specific task or procedure.

A task document is structured to provide information in such a way that both experienced and inexperienced users can effectively use the material to perform work assignments. Less-experienced users can refer to detailed step-by-step procedure documents referred to by the task document to easily comprehend and complete the task. Experienced users can bypass the procedure documents and use only the level of information they need to do the task.

TOP layers

The TOP documentation method uses the following layers:

IXL Index List NTP Non-Trouble Procedure DLP Detailed Level Procedure RTL Routine Task List RTP Routine Task Procedure TAP Trouble Analysis Procedure TAD Trouble Analysis Data TNG Training

Figure 1-1 shows the layers and logical path of the TOP documentation method. ii Alcatel 1540 Litespan Giga Ethernet ControllerEdition 01 Proposal 3EC-41868-0001-TQZZA Operations and Maintenance Using CLI

1 IntroductionFigure 1-1 TOP Layers and Documentation Path

All layers do not apply to all documents. This document contains only contains the layers needed to complete operation and maintenance tasks and procedures specific to the NE through the EMS.

Index List (IXL)

The IXL lists each task and procedure (for example, Log on to the 5526 AMS), along with related supporting information and the identification number of the corresponding document (for example, DLP 500). This lets users know where to find the appropriate documentation.

Non-Trouble Procedure (NTP)

NTPs are procedures that describe how to perform a task (what to do), such as how to accept a system after it has been installed, turn up a system for service, or maintain a system according to a maintenance plan. NTPs are made up of steps that refer to detailed procedures (DLPs) or to supporting information (provided in TNGs). This allows inexperienced users (or experienced users who want more information) to go to the DLP or TNG for the additional information they need to complete the task. If user go to the referenced DLP or TNG, they must return to the NTP to continue the task.

NTPs are typically referenced from the IXL.

Detailed Level Procedure (DLP)

A DLP describes how to perform a procedure. In addition to step-by-step information, DLPs contain any tables or illustrations that are required to perform the procedure.

DLPs can be referenced from the IXL, an NTP, a lower-level TAP, another DLP, or from a TNG. When a DLP is completed, the user returns to the point from which the DLP was referenced.

Task index List (IXL) orOverview Flowchart

Non-TroubleClearing Procedure

(NTP)Trouble Analysis

Procedure(TAP)

User TrainingPackage(TNG)

Routine TaskProcedure

(RTP)

Routine Task List(RTL)

Trouble AnalysisData(TAD)

Detailed Level Procedure(DLP) or ChartAlcatel 1540 Litespan Giga Ethernet Controller iiiEdition 01 Proposal 3EC-41868-0001-TQZZA Operations and Maintenance Using CLI

1 IntroductionRoutine Task List (RTL)

An RTL provides a listing of routine maintenance procedures (what to do). The detailed steps for each procedure listed in the RTL are provided in RTPs.

RTLs are typically referenced from the IXL.

Routine Task Procedure (RTP)

An RTP describes how to perform a routine maintenance procedure.

RTPs are typically referenced from an RTL, but references can be made from the IXL if there is no RTL.

Trouble Analysis Procedure (TAP)

TAPs are intended to help identify and clear trouble in the system. TAPs may be organized in levels (what and how to do). A high-level TAP is designed to categorize the trouble through a series of decisions and instructions. Once categorized, a lower-level TAP is referenced. This lower-level TAP addresses only the isolated topic and is structured to isolate and clear the trouble through a series of decisions and instructions without returning to the higher-level TAP. For inexperienced users (or experienced users who want more information), a TAP may provide a references to a TAD, DLP, or TNG. If users go to the referenced TAD, DLP, or TNG, they need to return to the TAP to continue the procedure.

TAPs are typically referenced from the IXL or other TAPs.

Trouble Analysis Data (TAD)

A TAD contains supporting information (other than procedural steps) to be used as a trouble-clearing aid. It may be a functional schematic, text, or trouble-clearing chart.

TADs are typically referenced from a TAP.

Training (TNG)

A TNG contains supplementary information about a task or procedure.

TNGs are typically referenced from an IXL, but references are also made from other TOP layers such as NTPs and DLPs.

Step Procedure Details

NTPs, DLPs, RTPs, and TAPs use procedural steps and decision steps.

Procedural steps provide instructions, and decision steps provide a go-to choice.

Procedural steps may contain notations that refer to additional information such as notes, tables, figures, examples, and other procedures. iv Alcatel 1540 Litespan Giga Ethernet ControllerEdition 01 Proposal 3EC-41868-0001-TQZZA Operations and Maintenance Using CLI

1 IntroductionAll mandatory information required to complete a step is shown at the beginning of the step.

Optional information, which can be accessed according to experience level, is enclosed in parentheses as shown in the example below:

Log on to the system (for details, see DLP-500).

The completion of a specific task or procedure is indicated as follows:

STOP. This procedure is complete.Alcatel 1540 Litespan Giga Ethernet Controller vEdition 01 Proposal 3EC-41868-0001-TQZZA Operations and Maintenance Using CLI

1 Introduction vi Alcatel 1540 Litespan Giga Ethernet ControllerEdition 01 Proposal 3EC-41868-0001-TQZZA Operations and Maintenance Using CLI

Index List (IXL)

IXL 100 Master Task Index ListAlcatel 1540 Litespan Giga Ethernet Controller iEdition 01 Proposal 3EC-41868-0001-TQZZA Operations and Maintenance Using CLI

ii Alcatel 1540 Litespan Giga Ethernet ControllerEdition 01 Proposal 3EC-41868-0001-TQZZA Operations and Maintenance Using CLI

IXL 100 Master Task Index ListIXL 100 Master Task Index List

Table 10000-1: Non-Trouble Procedures (NTPs)

Title NTP number

Add a PPPoE User NTP 113

Add an iBridge User NTP 110

Add an IPoA User NTP 111

Add an IPoA Cross-Connect User NTP 125

Add an IPoE User NTP 112

CLI Session Set up and User Configuration NTP 100

Cluster Management NTP 122

CPE Management NTP 121

Configure an IP Aware Bridge NTP 106

Configure an IP Router NTP 107

Configuration of a Cross-Connect VLAN NTP 104

Configuration of an iBridge VLAN NTP 105

Equipment Configuration NTP 103

Equipment Repair NTP 114

Monitor Alarms NTP 115

Performance Monitoring NTP 118

Configuration of PPPoE Termination NTP 109

Maintain the System NTP 124

Script Files NTP 101

Secure Shell NTP 123

Service Adaptation NTP 119

Service Installation NTP 108

Software Management NTP 116

System Installation and Configuration NTP 102

System Parameter Modification NTP 117

Troubleshooting Commands NTP 120Alcatel 1540 Litespan Giga Ethernet Controller iEdition 01 Proposal 3EC-41868-0001-TQZZA Operations and Maintenance Using CLI

IXL 100 Master Task Index ListTable 10000-2: Detailed Level Procedures (DLP)

Title DLP number

Add an LT or the subatm to a VLAN DLP 128

Add Network Interfaces to a VLAN DLP 121

Configure 802.1x DLP 145

Configure a QoS Aware VLAN DLP 135

Configure ARP Table Entry DLP 150

Configure Cluster Management DLP 169

Configure CPE Management DLP 166

Configure DHCP Relay Agent in Forwarder Mode DLP 141

Configure DHCP Relay Agent in iBridge Mode DLP 139

Configure DHCP Relay Agent in Router Mode DLP 140

Configure Filtering on SHub and subatm DLP 132

Configure IGMP Proxy DLP 137

Configure IGMP Snooping DLP 138

Configure Link Aggregation Usage DLP 105

Configure Local Authentication DLP 143

Configure Management IP Parameters DLP 102

Configure Multicast DLP 136

Configure Network Interfaces DLP 104

Configure OSPF DLP 107

Configure PPPoA-PPPoE Relay DLP 147

Configure PPPoE Profiles DLP 149

Configure PPPoE Relay DLP 146

Configure QoS on L2 DLP 133

Configure QoS on L3 DLP 134

Configure RADIUS DLP 144

Configure RIP DLP 108

Configure RSTP DLP 106

Configure Single IP Address DLP 174

Configure SNMP and Trap Management DLP 109

Configure SSH DLP 170

Configure System Parameters DLP 103

Configure the Default Security Domain DLP 175

Configure the Equipment DLP 113

Configure the Security Domain DLP 142

Configure xDSL Bonding DLP 130

(1 of 3) ii Alcatel 1540 Litespan Giga Ethernet ControllerEdition 01 Proposal 3EC-41868-0001-TQZZA Operations and Maintenance Using CLI

IXL 100 Master Task Index ListCreate a C-VLAN DLP 117

Create a Default Operator Profile DLP 172

Create a Forwarding VRF DLP 122

Create a L2 Terminated Forwarder VLAN DLP 115

Create a L2 Terminated Router VLAN DLP 116

Create a PPPoE User DLP 127

Create a Router VRF DLP 123

Create a Snapshot Alarm Table DLP 154

Create an iBridge User DLP 124

Create an iBridge VLAN DLP 120

Create an IPoA Cross-Connect User DLP 173

Create an IPoA User DLP 125

Create an IPoE User DLP 126

Create an SC-VLAN DLP 119

Create an S-VLAN DLP 118

Create an xDSL Bonding Group DLP 131

Create Operator Profiles and Instances DLP 101

Create xDSL Profiles DLP 129

EMS Management DLP 171

Enable the PPPoE Server DLP 148

Lock and Unlock Equipment DLP 112

Manage Alarms DLP 110

Manage the SHub Database DLP 157

Management of OSWP DLP 159

Management of the SHub Database DLP 156

Management of the System Database DLP 158

Modify the External Management VLAN DLP 162

Modify the System Management IP Parameters DLP 168

Modifying xDSL Profiles DLP 163

Monitor Alarms DLP 155

NT Redundancy DLP 114

Ping Command DLP 164

Plan, Replan, and Unplan Equipment DLP 111

Reboot the System DLP 152

Script Files DLP 167

Set up a CLI Session DLP 100

Shut down and Restart Individual Equipment DLP 153

Title DLP number

(2 of 3)Alcatel 1540 Litespan Giga Ethernet Controller iiiEdition 01 Proposal 3EC-41868-0001-TQZZA Operations and Maintenance Using CLI

IXL 100 Master Task Index ListTable 10000-3: Routine Task Procedure (RTP)

Table 10000-4: Trouble Analysis Procedure (TAP)

Table 10000-5: Training (TNG)

Shut down and Restart the SHub DLP 151

Software Licenses Counters DLP 161

Traceroute Command DLP 165

View Version of the SHub Software DLP 160

Title RTP number

Backup the Configuration RTP 100

Restore the Configuration RTP 101

Retrieve Remote Inventory RTP 102

Title TAP number

Equipment Repair TAP 102

F5 Loopback Test TAP 101

Fault isolation and troubleshooting TAP 103

Title TNG number

DHCP Relay Agent Configuration TNG 104

IGMP and Multicast Configuration TNG 102

Overall Software Packages TNG 105

QoS Configuration TNG 101

Service Installation TNG 100

VBAS TNG 103

Title DLP number

(3 of 3) iv Alcatel 1540 Litespan Giga Ethernet ControllerEdition 01 Proposal 3EC-41868-0001-TQZZA Operations and Maintenance Using CLI

Non-Trouble Procedures (NTP)

NTP 100 CLI Session Set up and User Configuration

NTP 101 Script Files

NTP 102 System Installation and Configuration

NTP 103 Equipment Configuration

NTP 104 Configuration of a Cross-Connect VLAN

NTP 105 Configuration of an iBridge VLAN

NTP 106 Configure an IP Aware Bridge

NTP 107 Configure an IP Router

NTP 108 Service Installation

NTP 109 Configuration of PPPoE Termination

NTP 110 Add an iBridge User

NTP 111 Add an IPoA User

NTP 112 Add an IPoE User

NTP 113 Add a PPPoE User

NTP 115 Monitor Alarms

NTP 116 Software Management

NTP 118 Performance Monitoring

NTP 117 System Parameter Modification

NTP 119 Service Adaptation

NTP 120 Troubleshooting Commands

NTP 121 CPE Management

NTP 122 Cluster Management

NTP 123 Secure Shell

NTP 124 Maintain the SystemAlcatel 1540 Litespan Giga Ethernet Controller iEdition 01 Proposal 3EC-41868-0001-TQZZA Operations and Maintenance Using CLI

NTP 125 Add an IPoA Cross-Connect User ii Alcatel 1540 Litespan Giga Ethernet ControllerEdition 01 Proposal 3EC-41868-0001-TQZZA Operations and Maintenance Using CLI

NTP 100 CLI Session Set up and User ConfigurationNTP 100 CLI Session Set up and User Configuration

PurposeThis procedure provides the steps to set up a CLI session with the NE and create a user using the Alcatel-developed CLI.

GeneralFigure 10000-1 shows the management topology of the NE system.

Figure 10000-1: Management Topology

Table 10000-1 lists the three types of system managers.

Table 10000-1: System Managers

Manager type Description

EMS Element Management System based on SNMP

TL1 CT Craft Terminal using TL1 commands

CLI CT Craft Terminal using Command Line Interface (CLI) commands

SNMP basedmanager

SNMP basedmanager

TL1 craftterminal

CLI craftterminal

17706

SNMP

Mapper

Application code

LT shelf

CLI agentTL1

Mapper

Application code

S Hub

SNMPAlcatel 1540 Litespan Giga Ethernet Controller iEdition 01 Proposal 3EC-41868-0001-TQZZA Operations and Maintenance Using CLI

NTP 100 CLI Session Set up and User ConfigurationSee the CLI Commands and Messages document for detailed information about the CLI command syntax.

The use of TL1 commands is still supported.

ProcedureProceed as follows to set up the CLI session and configure the CLI users:

1 Set up a CLI session; see DLP 100.

2 Create and configure an Operator Profile; see DLP 101.

3 Create a default Operator Profile; see DLP 172.

4 STOP. This procedure is complete. ii Alcatel 1540 Litespan Giga Ethernet ControllerEdition 01 Proposal 3EC-41868-0001-TQZZA Operations and Maintenance Using CLI

NTP 101 Script FilesNTP 101 Script Files

PurposeA script file is a file containing CLI commands, which can be used to restore a configuration.

A script file must follow the same syntax rules as commands entered interactively. Only the tab and the question mark lose their special meaning in a script, so command expansion and single-line help are not available.

The script will be aborted if one of the commands in the script fails. A command may be preceded by a minus '-' to prevent the script from being aborted in case of a semantic error; for example, when you try to delete a node instance that does not exist.

By default, a command script does not interact with the user. The execution of the script will be aborted if a command or filter requires interaction with the user. Interactivity can be enabled by specifying the interactive option with the exec command.

Command scripts may not be nested.

Procedure

In order to use script files, you need to perform the following tasks:

1 Create and execute script files; see DLP 167.

2 STOP. This procedure is complete.Alcatel 1540 Litespan Giga Ethernet Controller iEdition 01 Proposal 3EC-41868-0001-TQZZA Operations and Maintenance Using CLI

NTP 101 Script Files ii Alcatel 1540 Litespan Giga Ethernet ControllerEdition 01 Proposal 3EC-41868-0001-TQZZA Operations and Maintenance Using CLI

NTP 102 System Installation and ConfigurationNTP 102 System Installation and Configuration

PurposeThere are two separate subsystems (the Line Termination (LT) shelf and the Service Hub (SHub)) that must be configured via separate commands. This document describes the procedure to be used to configure the system.

PrerequisiteA CLI session must have been set up; see DLP 100.

Security Considerations

Procedure

Proceed as follows to configure the system:

1 Configure the network interfaces; see DLP 104.

2 Configure the management IP parameters; see DLP 102.

Note: For the specific procedure on how to configure the system for single IP address; see DLP 174.

3 Configure the system parameters; see DLP 103.

4 Configure Simple Network Management Protocol (SNMP) and trap management; see DLP 109.

Note The following must be taken into account with regard to system security:

It is NOT advised to use insecure management channels: CLI/Telnet, TL1/UDP, SNMPv1/2, dual IP address mode (only SNMPv1/2 on SHub), TFTP.

If SNMPv1/2 is used anyway, it is advised not to use community string = public

It is advised to use secure management channels (CLI/SSH, TL1/SSH, SNMPv3, single IP address mode, SFTP). This implies closing the insecure management channels!

SHub ACLs must be configured to allow only AWS traffic to be routed to the NT OBC.

Encryption via keys must be promoted compared to passwordsAlcatel 1540 Litespan Giga Ethernet Controller iEdition 01 Proposal 3EC-41868-0001-TQZZA Operations and Maintenance Using CLI

NTP 102 System Installation and Configuration5 Enable the management of EMS; see DLP 171.

6 Configure alarm management; see DLP 110.

7 Configure the link aggregation link usage; see DLP 105.

8 Configure Rapid Spanning Tree Protocol (RSTP) management; see DLP 106.

9 Configure Open Shortest Path First (OSPF) management; see DLP 107.

10 Configure Routing Information Protocol (RIP) management; see DLP 108.

11 Configure the SHub database save location and the restore source file; see DLP 157.


NTP 103 Equipment ConfigurationNTP 103 Equipment Configuration

PurposeThis procedure provides the steps to plan, unplan, or replan the equipment and to lock or unlock the equipment. Some equipment-related items, such as the shelf, are auto-created at system startup and do not need to be created. However, they can be midfield.

GeneralThe NE consists of a single shelf with plug-in units. You can perform the actions described in Table 10300-1 to configure the equipment.

Table 10300-1: Configure plug-in units

Procedure

Proceed as follows to configure or modify the system equipment:

1 Plan, replan, or unplan equipment; see DLP 111.

2 Lock or unlock the equipment; see DLP 112.

3 Modify the configuration of the system equipment; see DLP 113.

4 Configure NT redundancy; see DLP 114.

Action Description

Planning equipment Planning a piece of equipment is possible before and after the equipment is physically present and detected by the system (at startup). The system verifies the configuration parameters and checks if the required equipment is available. Note: As long as equipment is not planned, it is impossible to offer service. Units and other equipment are only available from an operation and maintenance point of view.

Unplanning equipment If necessary, you can unplan any equipment. Unplanning, however, may be rejected in case of hierarchical dependencies. For example, it is impossible to unplan a shelf as long as one or more units in it are still planned.

Replanning equipment Replanning is done when changing the current equipment.

Locking and unlocking equipment

When necessary, you can lock any equipment, most often a unit, to put it out of service. Locking a unit renders it inactive. No traffic is generated or received by the units. However, the unit is not removed from the configuration, and as soon as you unlock the unit, it becomes active again. It goes back to operational mode without restart or initialization, and traffic can resume immediately.Similarly, you can power down the unit and restart it at a later time. In this case, however, the unit will go through a complete startup cycle before traffic is possible.Alcatel 1540 Litespan Giga Ethernet Controller iEdition 01 Proposal 3EC-41868-0001-TQZZA Operations and Maintenance Using CLI

NTP 103 Equipment Configuration5 STOP. This procedure is complete. ii Alcatel 1540 Litespan Giga Ethernet ControllerEdition 01 Proposal 3EC-41868-0001-TQZZA Operations and Maintenance Using CLI

NTP 104 Configuration of a Cross-Connect VLANNTP 104 Configuration of a Cross-Connect VLAN

PurposeThe NE supports several VLAN cross-connect models:

Customer VLAN (C-VLAN) cross-connect:This is the most straightforward VLAN cross-connect model where a single VLAN ID at the EMAN side is associated with a given PVC at the user side. Any kind of traffic issued by the subscriber is passed transparently towards the network using the selected VLAN ID.

Service provider VLAN (S-VLAN) cross-connect: VLAN stacking for business usersTwo levels of VLAN tags are used, allowing to support a hierarchical addressing:

The customer VLAN: C-VLAN The service provider VLAN: S-VLAN

In this mode, the S-VLAN ID at the EMAN side is associated with a single subscriber interface at the user side. The C-VLANs carried within the S-VLAN are passed transparently to the end user. This allows the end user to specify its own end-to-end connectivity, while remaining transparent for the EMAN.

S-VLAN / C-VLAN cross-connect: VLAN stacking for residential users: The basic VLAN cross-connect mode suffers from the fact the that number of VLAN identifiers is limited to 4K. Since the VLAN is a EMAN wide identifier, one ends up with a scalability issue: there cannot be more than 4K end users connected to the whole EMAN. To solve this issue, two VLANs are stacked and the cross-connection is then performed on the combination (S-VLAN, C-VLAN) allowing to theoretically reach up to 16M end users.Alcatel 1540 Litespan Giga Ethernet Controller iEdition 01 Proposal 3EC-41868-0001-TQZZA Operations and Maintenance Using CLI

NTP 104 Configuration of a Cross-Connect VLANProcedure

The procedures for creating a cross-connect VLAN are described in the following DLPs:

1 For the creation of a C-VLAN; see DLP 117.

2 For the creation of an S-VLAN; see DLP 118.

3 For the creation of an SC-VLAN; see DLP 119.

4 For the creation of an Qos aware VLAN; see DLP 135.


NTP 105 Configuration of an iBridge VLANNTP 105 Configuration of an iBridge VLAN

PurposeThe concept of a VLAN in intelligent bridging (iBridge) mode is that multiple NSPs are each connected to the NE with a VLAN. The user ports are connected to the VLAN of their corresponding NSP.

Note: The NE supports up to 128 iBridges.

Procedure

Proceed as follows to configure an iBridge VLAN:

1 For the creation of an iBridge VLAN; see DLP 120.

2 Add the network interface to the iBridge VLAN; see DLP 121.


NTP 105 Configuration of an iBridge VLAN ii Alcatel 1540 Litespan Giga Ethernet ControllerEdition 01 Proposal 3EC-41868-0001-TQZZA Operations and Maintenance Using CLI

NTP 106 Configure an IP Aware BridgeNTP 106 Configure an IP Aware Bridge

PurposeIn this mode, the NE can be seen as an IP Aware Bridge without being seen as an IP next-hop. Users connected to the NE are seen as being directly attached to the edge router IP interfaces.

The end-users use the IP address of the edge router as their default gateway, while the IP edge router sees the end-user subnets as directly attached networks. The NE sits in between and perform packet forwarding at L3.

This procedure provides the steps to configure an IP aware bridge on the NE.

Procedure

Proceed as follows to configure an IP aware bridge:

1 Create a forwarder Virtual Routing Forwarding (VRF); see DLP 122.

2 For each of the n Network Service Providers (NSP), create a L2 terminated forwarder VLAN; see DLP 115.

3 Add the network interfaces to the L2 terminated forwarder VLANs; see DLP 121.


NTP 106 Configure an IP Aware Bridge ii Alcatel 1540 Litespan Giga Ethernet ControllerEdition 01 Proposal 3EC-41868-0001-TQZZA Operations and Maintenance Using CLI

NTP 107 Configure an IP RouterNTP 107 Configure an IP Router

PurposeIn this mode, the NE is seen as an IP next-hop by the edge routers to route the IP packets to the users connected to the Litespan. A single Virtual Router can be configured in this mode, which can co-exist in the same system with a number of VRs that are configured in IP Aware Bridge mode (see NTP 106).

At the user side of the system (xDSL line), unnumbered IP interfaces are used, while user subnets are configured on a user gateway interface. In order to achieve max efficiency in the allocation of IP addresses, several users (on different xDSL lines) can share a same subnet.

Host routes towards the end-user devices are either dynamically created in the NE in case of dynamic DHCP or PPPoE sessions, or statically provisioned in case of static IP address assignment.

Towards the network, IP interfaces are numbered (meaning that the NE IP addresses and subnets are configured).

This procedure provides the steps to configure an IP router on the NE.

Procedure

Proceed as follows to configure an IP router:

1 Create a router VRF; see DLP 123.

2 Create a L2 terminated router VLAN; see DLP 116.

3 Add the network interfaces to the bridged VLAN; see DLP 121.


NTP 107 Configure an IP Router ii Alcatel 1540 Litespan Giga Ethernet ControllerEdition 01 Proposal 3EC-41868-0001-TQZZA Operations and Maintenance Using CLI

NTP 108 Service InstallationNTP 108 Service Installation

PurposeThis procedure provides the steps to configure the following services on the NE:

Quality of Service (QoS) Internet Group Management Protocol (IGMP) and multicast Dynamic Host Configuration Protocol (DHCP) relay agent and Option 82 Authentication Point-to-Point Protocol (PPP) configuration Layer 2 Control Protocol (L2CP) session.

Procedure

To configure a service, you need to perform the following tasks:

1 Configure xDSL profiles; see DLP 129.

2 Configure QoS:

i For the configuration of a QoS aware VLAN; see DLP 135.

ii For the configuration of QoS on L2; see DLP 133.

iii For the configuration of QoS on L3; see DLP 134.

3 Configure IGMP and multicast:

i For the configuration of multicast; see DLP 136.

ii For the configuration of IGMP proxy on the LT; see DLP 137.

iii For the configuration of IGMP snooping on the SHub; see DLP 138.Alcatel 1540 Litespan Giga Ethernet Controller iEdition 01 Proposal 3EC-41868-0001-TQZZA Operations and Maintenance Using CLI

NTP 108 Service Installation4 Configure DHCP Relay:

i For the configuration of the DHCP relay agent in iBridge mode; see DLP 139.

ii For the configuration of the DHCP relay agent in router mode; see DLP 140.

iii For the configuration of the DHCP relay agent in forwarder mode; see DLP 141.

5 Configure the authentication settings:

i For the configuration of the security domain: see DLP 142.

ii For the configuration of local authentication; see DLP 143.

iii For the configuration of RADIUS; see DLP 144.

iv For the configuration of 802.1x authentication; see DLP 145.

6 Configure the PPP relay settings:

i For the configuration of PPPoE relay; see DLP 146.

ii For the configuration of PPPoA-PPPoE relay; see DLP 147.

7 Configure an L2CP session; see DLP 177.


NTP 109 Configuration of PPPoE TerminationNTP 109 Configuration of PPPoE Termination

PurposeThis procedure provides the steps to configure Point-to-Point Protocol (PPP) on the NE.

Procedure

To configure PPPoE termination, you need to perform the following tasks:

1 For the configuration of the PPPoE server; see DLP 148.

2 For the configuration of PPPoE profiles; see DLP 149.


NTP 109 Configuration of PPPoE Termination ii Alcatel 1540 Litespan Giga Ethernet ControllerEdition 01 Proposal 3EC-41868-0001-TQZZA Operations and Maintenance Using CLI

NTP 110 Add an iBridge UserNTP 110 Add an iBridge User

PurposeThis procedure provides the steps to add an iBridge user on the NE.

PrerequisitesThe following prerequisites must be fulfilled before an iBridge user can be created:

The LT must be planned; see DLP 111. The xDSL profiles must have been created; see DLP 129. An iBridge VLAN should be created; see DLP 120.

Procedure

Proceed as follows to add an iBridge user:

1 Add the LT to the VLAN, for the first user to be created on the LT for that VLAN; see DLP 128.

2 Create an iBridge user; see DLP 124.


NTP 110 Add an iBridge User ii Alcatel 1540 Litespan Giga Ethernet ControllerEdition 01 Proposal 3EC-41868-0001-TQZZA Operations and Maintenance Using CLI

NTP 111 Add an IPoA UserNTP 111 Add an IPoA User

PurposeAn IPoA user interface is a L2 interface created on a PVC which is configured in RFC2684 LLCSNAP routed or RFC2684 VC-MUX routed encapsulation modes.

An IPoA interface is attached to a Virtual Router (VR) by configuring an unnumbered IP interface on top of it. The VR is always determined via configuration.

Multiple user sessions (or users) may exist on the same IPoA interface. A session corresponds to all the traffic originating from or destined to a host whose IP address is seen by the NE in the customer environment.

This procedure provides the steps to add an IPoA user on the NE.

PrerequisitesThe following prerequisites must be fulfilled before an IPoA user can be created:

The LT must be planned; see DLP 111. xDSL profiles must have been created; see DLP 129. An IP aware bridge (see NTP 106) or an IP router (see NTP 107) must have been

created.

Procedure

Proceed as follows to add an IPoA user:

1 If the first IPoA user to be created on a VLAN needs DHCP, configure the VRF for DHCP; see DLP 140.

2 Create an IPoA user; see DLP 125.

3 Add the LT to the virtual VLAN, for the first user to be created on the LT for that VLAN; see DLP 128.


NTP 111 Add an IPoA User ii Alcatel 1540 Litespan Giga Ethernet ControllerEdition 01 Proposal 3EC-41868-0001-TQZZA Operations and Maintenance Using CLI

NTP 112 Add an IPoE UserNTP 112 Add an IPoE User

PurposeAn IPoE(oA) user interface is a L2 interface created on a PVC which is configured in RFC2684 LLCSNAP bridged or RFC2684 VC-MUX bridged encapsulation modes.

An IPoE(oA) interface is attached to a VR by configuring an unnumbered IP interface on top of it. The VR is always determined via configuration (802.1x authentication is not supported in combination with IP forwarding).

Multiple user sessions (or users) may exist on the same IPoE(oA) interface. A session corresponds to all traffic originated from or destined to a host whose IP addressis seen by the NE in the customer environment.

PrerequisitesThe following prerequisites must be fulfilled before an IPoA user can be created:


created.

Procedure

Proceed as follows to add an IPoE user:

1 If the first IPoE user to be created on a VLAN needs DHCP, configure the VRF for DHCP; see DLP 140.

2 Create an IPoE user; see DLP 126.

3 Add the LT to the correct VLAN (service), for the first user to be created on the LT for that VLAN; see DLP 128.


NTP 112 Add an IPoE User ii Alcatel 1540 Litespan Giga Ethernet ControllerEdition 01 Proposal 3EC-41868-0001-TQZZA Operations and Maintenance Using CLI

NTP 113 Add a PPPoE UserNTP 113 Add a PPPoE User

PurposeA PPPoE(oA) user interface is a L2 interface created on a PVC which is configured in RFC2684 LLCSNAP bridged or RFC2684 VC-MUX bridged encapsulation modes.

A PPPoE session is an unnumbered IP interface established by a user on a PPPoE(oA) interface. IP interface is a notion to group traffic and treat as a single entity for different purposes being authentication, accounting, service provisioning, and security.

Multiple PPPoE sessions can be established on the same PPPoE(oA) interface. The system can also limit the max number of PPPoE session per PPPoE(oA) via configuration.

PrerequisitesThe following prerequisites must be fulfilled before an PPPoE user can be created:


created. PPPoE termination (that is, enabling PPPoE server and configuration of PPPoE

profiles) must have been configured; see NTP 109.

Procedure

Proceed as follows to add a PPPoE user:

1 Create a PPPoE user; see DLP 127.

2 Add the LT to the correct VLAN (service), for the first user to be created on the LT for that VLAN; see DLP 128.


NTP 113 Add a PPPoE User ii Alcatel 1540 Litespan Giga Ethernet ControllerEdition 01 Proposal 3EC-41868-0001-TQZZA Operations and Maintenance Using CLI

NTP 115 Monitor AlarmsNTP 115 Monitor Alarms

PurposeThis procedure provides the steps to monitor the alarms on the NE.

Procedure

Proceed as follows to monitor the alarms:

1 Create an alarm snapshot table; see DLP 154.

2 Monitor the alarms; see DLP 155.


NTP 115 Monitor Alarms ii Alcatel 1540 Litespan Giga Ethernet ControllerEdition 01 Proposal 3EC-41868-0001-TQZZA Operations and Maintenance Using CLI

NTP 116 Software ManagementNTP 116 Software Management

PurposeThis procedure provides the steps to perform software management on the NE.

Procedure

The following steps can be used to perform software management:

1 Management of the NT and SHub database; see RTP 100.

2 Management of the Overall Software Packages; see DLP 159.

3 Management of the SHub software; see DLP 160.

4 Management of the software licenses; see DLP 161.


NTP 116 Software Management ii Alcatel 1540 Litespan Giga Ethernet ControllerEdition 01 Proposal 3EC-41868-0001-TQZZA Operations and Maintenance Using CLI

NTP 117 System Parameter ModificationNTP 117 System Parameter Modification

PurposeThis procedure lists the procedures for system parameter modification.

Procedure

Proceed as follows to modify system parameters:

1 Modify the management IP parameters; see DLP 168.

2 Change the external management VLAN; see DLP 162.


NTP 117 System Parameter Modification ii Alcatel 1540 Litespan Giga Ethernet ControllerEdition 01 Proposal 3EC-41868-0001-TQZZA Operations and Maintenance Using CLI

NTP 118 Performance MonitoringNTP 118 Performance Monitoring

PurposeThis procedure provides the commands for performance monitoring on the NE.

Note: For more information on the command syntax and the comand parameters, refer to the CLI Commands and Messages.

Procedure

The following steps can be used for performance monitoring:

1 Use the following commands to show the xDSL counters:

show xdsl counters near-end line current-interval (if-index) detailshow xdsl counters far-end line current-interval (if-index) detailshow xdsl counters near-end line current-1day (if-index) detailshow xdsl counters far-end line current-1day (if-index) detailshow xdsl counters near-end line previous-interval (if-index) detailshow xdsl counters far-end line previous-interval (if-index) detailshow xdsl counters near-end line previous-1day (if-index) detailshow xdsl counters far-end line previous-1day (if-index) detailNote: The previous-1day counters are not available until 96 15-min intervals (that is, 24 hours) have passed.

Example:

show xdsl counters near-end line current-interval 1/1/4/1 detailshow xdsl counters far-end line current-interval 1/1/4/1 detailshow xdsl counters near-end line current-1day 1/1/4/1 detailshow xdsl counters far-end line current-1day 1/1/4/1 detailshow xdsl counters near-end line previous-interval 1/1/4/1 detailshow xdsl counters far-end line previous-interval 1/1/4/1 detailshow xdsl counters near-end line previous-1day 1/1/4/1 detailshow xdsl counters far-end line previous-1day 1/1/4/1 detailAlcatel 1540 Litespan Giga Ethernet Controller iEdition 01 Proposal 3EC-41868-0001-TQZZA Operations and Maintenance Using CLI

NTP 118 Performance Monitoring2 Use the following commands to show the ATM counters:

show atm tc-current-int one-day (port)show atm tc-current-int fifteen-min (port)Example:

show atm tc-current-int one-day 1/1/4/1show atm tc-current-int fifteen-min 1/1/4/1

3 Use the following command to show the bridge port counters:

show interface port bridge-port (port) detailExample:

show interface port bridge-port 1/1/4/1:8:35 detail4 Use the following commands to show the link aggregation counters:

show la aggregator-info (port)show la aggregator-list (port)Example:

show la aggregator-info 4show la aggregator-list 4

5 Use the following command to show the RSTP counters:

show rstp port-info (port)Example:

show rstp port-info 4 ii Alcatel 1540 Litespan Giga Ethernet ControllerEdition 01 Proposal 3EC-41868-0001-TQZZA Operations and Maintenance Using CLI

NTP 118 Performance Monitoring6 Use the following command to show the SHub Ethernet port statistics:

show bridge shub-port (port)Example:

show bridge shub-port 47 Use the following commands to show the PPPoE statistics:

show pppoe statistics-pppoe-itf tx-pkt (port)show pppoe statistics-pppoe-itf rx-pkt (port)show pppoe statistics-pppoe-itf stats (port)show pppoe ppp-statistics (port)Example:

show pppoe statistics-pppoe-itf tx-pkt 1/1/4/1:8:35show pppoe statistics-pppoe-itf rx-pkt 1/1/4/1:8:35show pppoe statistics-pppoe-itf stats 1/1/4/1:8:35show pppoe ppp-statistics 1/1/4/1:8:35

8 Use the following command to show the QoS statistics:

show qos statistics buffer-overflow total 1/1/4Example:

show qos statistics buffer-overflow total 1/1/49 Use the following command to show the IGMP statistics:

show igmp channel counter (port)Example:

show igmp channel counter 1/1/4/1:8:3510 Use the following command to show the IP forwarding statistics:

show ip vrf-statistics (vrf-id)Example:

show ip vrf-statistics 1711 Use the following command to show the IP SHub ARP Statistics per VRF forwarding

statistics:

show ip shub arp (vrf-id)Example:

show ip shub arp 17Alcatel 1540 Litespan Giga Ethernet Controller iiiEdition 01 Proposal 3EC-41868-0001-TQZZA Operations and Maintenance Using CLI

NTP 118 Performance Monitoring12 Use the following commands to show the DHCP relay port counters and the statistics of DHCP relay agent per VRF:

show dhcp-relay port (port-interface)show dhcp-relay shub vrf-agent-stats (vrf)Example:

show dhcp-relay port 1/1/4/3:8:35show dhcp-relay shub vrf-agent-stats 18

13 Use the following commands to show the PPoX relay statistics:

show pppox-relay cross-connect statistics engine (vlan-id)show pppox-relay cross-connect statistics client-port (client-port)show pppox-relay cross-connect monitor-statistics engine (vlan-id)show pppox-relay cross-connect monitor-statistics client-port (client-port)Example:

show pppox-relay cross-connect statistics engine 600show pppox-relay cross-connect statistics client-port 1/1/4/3:8:35show pppox-relay cross-connect monitor-statistics engine 600show pppox-relay cross-connect monitor-statistics client-port 1/1/4/3:8:35

14 Use the following commands to show the RADIUS statistics:

show security radius auth-server auth-stats (name) vrf-index

show security radius acc-server acc-stats (name) vrf-index

Example:

show security radius auth-server auth-stats AuthServ1 vrf-index 50show security radius acc-server acc-stats AccServ1 vrf-index 50

15 Use the following command to show the EAPOL statistics:

show security pae eapol-stats (port)Example:

show security pae eapol-stats 1/1/4/3:8:35 iv Alcatel 1540 Litespan Giga Ethernet ControllerEdition 01 Proposal 3EC-41868-0001-TQZZA Operations and Maintenance Using CLI

NTP 118 Performance Monitoring16 Use the following command to show the statistics related to the SNMP protocol:

show transport snmp protocol-stats17 Use the following command to show the MAU statistics:

show transport ether-ifmau (if-index) index Example:

show transport ether-ifmau 2 index 418 Use the following command to show the SHub L2 information:

show transport shub mac (index-num)Example:

show transport shub mac 30019 STOP. This procedure is complete.Alcatel 1540 Litespan Giga Ethernet Controller vEdition 01 Proposal 3EC-41868-0001-TQZZA Operations and Maintenance Using CLI

NTP 118 Performance Monitoring vi Alcatel 1540 Litespan Giga Ethernet ControllerEdition 01 Proposal 3EC-41868-0001-TQZZA Operations and Maintenance Using CLI

NTP 119 Service AdaptationNTP 119 Service Adaptation

PurposeThis procedure provides the steps to adapt the following services on the NE:

xDSL profiles

Procedure

To configure a service, you need to perform the following tasks:

1 Modify an xDSL profile; see DLP 163.


NTP 119 Service Adaptation ii Alcatel 1540 Litespan Giga Ethernet ControllerEdition 01 Proposal 3EC-41868-0001-TQZZA Operations and Maintenance Using CLI

NTP 120 Troubleshooting CommandsNTP 120 Troubleshooting Commands

PurposeThe following troubleshooting commands can be used:

Ping:The ping command lets you verify that a particular IP address exists and can accept requests. Ping is used diagnostically to ensure that a host computer you are trying to reach is actually operating. Ping can also be used with a host that is operating to see how long it takes to get a response back.

Traceroute:Traceroute is a utility that traces the route in the network for an IP address. It also calculates and displays the amount of time each hop took.The utility initiates the sending of a packet (using the Internet Control Message Protocol (ICMP)), including in the packet a Time To Live (TTL) value that is designed to be exceeded by the first router that receives it, which will return a Time Exceeded message. This enables traceroute to determine the time required for the hop to the first router. Increasing the time limit value, it sends the packet again so that it will reach the second router in the path to the destination, which returns another Time Exceeded message, and so forth. Traceroute determines when the packet has reached the destination by including a port number that is outside the normal range. When it's received, a Port Unreachable message is returned, enabling traceroute to measure the time length of the final hop. As the tracerouting progresses, the records are displayed for you hop by hop.

Procedure

The following troubleshooting commands can be used:

1 Ping command; see DLP 164.

2 Traceroute command; see DLP 165.


NTP 120 Troubleshooting Commands ii Alcatel 1540 Litespan Giga Ethernet ControllerEdition 01 Proposal 3EC-41868-0001-TQZZA Operations and Maintenance Using CLI

NTP 121 CPE ManagementNTP 121 CPE Management

PurposeThe Customer Premises Equipment (CPE) management functionality allows to troubleshoot a CPE at all protocol layers when troubles are experienced with either misconfiguration of the CPE or with the end-user's terminals. It allows to have a clear indication if a problem is situated before or after the demarcation point of a telecom carriers responsibility.

Additionally, CPE management offers the possibility to control the SW upgrade of CPEs by downloading from the network.

The function of xDSL CPE remote management includes configuration, monitoring, maintenance and upgrade of xDSL Remote Terminal. The network reference model is illustrated in Figure 12100-1.

Figure 12100-1: Network Reference Model

The CPE-MM is responsible for the management of CPE. The following interfaces are defined:

LMI: interface between NE and CPE RMI: interface between CPE-MM and NE

Network Management Entity

User Management Entity

CPE-MM

RMIISAM

LMI

xDSL CPEAlcatel 1540 Litespan Giga Ethernet Controller iEdition 01 Proposal 3EC-41868-0001-TQZZA Operations and Maintenance Using CLI

NTP 121 CPE ManagementThree channels ar present on the LMI interface:

Service data channel:This channel is used to carry data traffic (for example, HSI traffic).

Basic management channel:This channel is used to carry CPE remote management information.

Auxiliary management channel:This channel is used to carry SW download, PPPoE testing, PING testing, bandwidth testing and so on.

The NE relays the SNMP messages between CPE-MM and CPE.

Procedure

To configure CPE management, you need to perform the following tasks:

1 Configure CPE management; see DLP 166.


NTP 122 Cluster ManagementNTP 122 Cluster Management

SupportCluster management is supported on the Litespan.

PurposeTo simplify the management workload of the operator, cluster management groups multiple Litespan as one logical management domain. The logical management domain of a cluster is formed by a physically interconnected group of Litespan. The operator can organize its clusters according to, for example, physical location.

Topology display will present the connectivity and status of Litespan in a connected environment, possibly over more than one cluster. Moreover, separately managed Litespan use more public IP addresses, which are limited.Alcatel 1540 Litespan Giga Ethernet Controller iEdition 01 Proposal 3EC-41868-0001-TQZZA Operations and Maintenance Using CLI

NTP 122 Cluster ManagementFigure 12200-1 shows an example of the cluster management topology.

Figure 12200-1: Cluster Management Topology

Procedure

To configure cluster management, you need to perform the following tasks:

1 Configure the cluster; see DLP 169.


NTP 123 Secure ShellNTP 123 Secure Shell

PurposeSecure Shell (SSH) is a protocol that provides authentication, encryption, and data integrity to secure network communications. On top of this protocol, Secure Shell implementations offer secure replacements for rsh, rlogin, rcp, ftp, and telnet, all of which transmit data over the network as clear text.

The Secure Shell protocol consists of several subprotocols:

SSH Transport ProtocolThis subprotocol is responsible for setting up the secure channel that can be used by the other SSH subprotocols. The SSH transport protocol handles secure key exchange, server authentication, encryption, replay, and integrity protection. It runs on top of any reliable transport protocol (for example, TCP).

SSH User Authentication ProtocolThis subprotocol provides client-side user authentication. It runs on top of the SSH Transport protocol.

SSH Connection ProtocolThis subprotocol provides interactive login sessions and forwarded TCP connections.

Procedure

To configure the SSH functionality, you need to perform the following tasks:

1 Configure the SSH functionality; see DLP 170.


NTP 123 Secure Shell ii Alcatel 1540 Litespan Giga Ethernet ControllerEdition 01 Proposal 3EC-41868-0001-TQZZA Operations and Maintenance Using CLI

NTP 124 Maintain the SystemNTP 124 Maintain the System

PurposeThis NTP provides the steps for system maintenance of the NE.

ProcedurePerform this procedure to maintain the system:

1 Back up the system configuration; see RTP 100.

2 Restore the system configuration; see RTP 101.

3 Retrieve the remote inventory; see RTP 102.


NTP 124 Maintain the System ii Alcatel 1540 Litespan Giga Ethernet ControllerEdition 01 Proposal 3EC-41868-0001-TQZZA Operations and Maintenance Using CLI

NTP 125 Add an IPoA Cross-Connect UserNTP 125 Add an IPoA Cross-Connect User

PurposeAn Inter-Working Layer (IWL) is created on a PVC that is configured in RFC2684 LLC-SNAP routed or RFC 2684 VC-MUX routed encapsulation modes.

Only one C-VLAN or SC-VLAN is configured in cross-connect mode. This VLAN must then be associated with a bridge port, which is created on the same PVC as the IWL.

This procedure provides the steps to add an IPoA Cross-Connect User on the NE.

PrerequisitesThe following prerequisites must be fulfilled before an IPoA cross-connect user can be created:

The LT must be planned; see DLP 111. xDSL profiles must have been created; see DLP 129.

Procedure

Proceed as follows to add an IPoA cross-connect user:

1 Create an IPoA cross- connect user; see DLP 173.

2 Create a C-VLAN or SC-VLAN; see DLP 117 or DLP 119.

Note: Ignore the configuration of an xDSL line within DLP 117 or DLP 119: 3-i, 3-ii, 3-iii, and 3-iv.


NTP 125 Add an IPoA Cross-Connect User ii Alcatel 1540 Litespan Giga Ethernet ControllerEdition 01 Proposal 3EC-41868-0001-TQZZA Operations and Maintenance Using CLI

Detailed Level Procedures (DLP)

DLP 100 Set up a CLI Session

DLP 101 Create Operator Profiles and Instances

DLP 102 Configure Management IP Parameters

DLP 103 Configure System Parameters

DLP 104 Configure Network Interfaces

DLP 105 Configure Link Aggregation Usage

DLP 106 Configure RSTP

DLP 107 Configure OSPF

DLP 108 Configure RIP

DLP 109 Configure SNMP and Trap Management

DLP 110 Manage Alarms

DLP 111 Plan, Replan, and Unplan Equipment

DLP 112 Lock and Unlock Equipment

DLP 113 Configure the Equipment

DLP 114 NT Redundancy

DLP 115 Create a L2 Terminated Forwarder VLAN

DLP 116 Create a L2 Terminated Router VLAN

DLP 117 Create a C-VLAN

DLP 118 Create an S-VLAN

DLP 119 Create an SC-VLAN

DLP 120 Create an iBridge VLAN

DLP 121 Add Network Interfaces to a VLAN

DLP 122 Create a Forwarding VRF

DLP 123 Create a Router VRFAlcatel 1540 Litespan Giga Ethernet Controller iEdition 01 Proposal 3EC-41868-0001-TQZZA Operations and Maintenance Using CLI

DLP 124 Create an iBridge User

DLP 125 Create an IPoA User

DLP 126 Create an IPoE User

DLP 127 Create a PPPoE User

DLP 128 Add an LT or the subatm to a VLAN

DLP 129 Create xDSL Profiles

DLP 130 Configure xDSL Bonding

DLP 131 Create an xDSL Bonding Group

DLP 132 Configure Filtering on SHub and subatm

DLP 133 Configure QoS on L2

DLP 134 Configure QoS on L3

DLP 135 Configure a QoS Aware VLAN

DLP 136 Configure Multicast

DLP 137 Configure IGMP Proxy

DLP 138 Configure IGMP Snooping

DLP 139 Configure DHCP Relay Agent in iBridge Mode

DLP 140 Configure DHCP Relay Agent in Router Mode

DLP 141 Configure DHCP Relay Agent in Forwarder Mode

DLP 142 Configure the Security Domain

DLP 143 Configure Local Authentication

DLP 144 Configure RADIUS

DLP 145 Configure 802.1x

DLP 146 Configure PPPoE Relay

DLP 147 Configure PPPoA-PPPoE Relay

DLP 148 Enable the PPPoE Server

DLP 149 Configure PPPoE Profiles

DLP 150 Configure ARP Table Entry ii Alcatel 1540 Litespan Giga Ethernet ControllerEdition 01 Proposal 3EC-41868-0001-TQZZA Operations and Maintenance Using CLI

DLP 151 Shut down and Restart the SHub

DLP 152 Reboot the System

DLP 153 Shut down and Restart Individual Equipment

DLP 154 Create a Snapshot Alarm Table

DLP 155 Monitor Alarms

DLP 156 Management of the SHub Database

DLP 157 Manage the SHub Database

DLP 158 Management of the System Database

DLP 159 Management of OSWP

DLP 160 View Version of the SHub Software

DLP 161 Software Licenses Counters

DLP 162 Modify the External Management VLAN

DLP 163 Modifying xDSL Profiles

DLP 164 Ping Command

DLP 165 Traceroute Command

DLP 166 Configure CPE Management

DLP 167 Script Files

DLP 168 Modify the System Management IP Parameters

DLP 169 Configure Cluster Management

DLP 170 Configure SSH

DLP 171 EMS Management

DLP 172 Create a Default Operator Profile

DLP 173 Create an IPoA Cross-Connect User

DLP 174 Configure Single IP Address

DLP 175 Configure the Default Security DomainAlcatel 1540 Litespan Giga Ethernet Controller iiiEdition 01 Proposal 3EC-41868-0001-TQZZA Operations and Maintenance Using CLI

iv Alcatel 1540 Litespan Giga Ethernet ControllerEdition 01 Proposal 3EC-41868-0001-TQZZA Operations and Maintenance Using CLI

DLP 100 Set up a CLI SessionDLP 100 Set up a CLI Session

PurposeThis procedure provides the steps to set up a CLI session with the NE.

Procedure

Proceed as follows to set up a CLI session:

1 Enter LOGIN to start up the command line interface.

The logon prompt appears.

2 After the question Would you like a CLI(C) or a TL1 login(T) or TL1 normal session(N)? [N]:, type C and press Enter.

3 Enter the default user name and password that were provided to you with the system. If you do not have the default user name and password, contact Alcatel technical support.

Note 1: For security purposes, change the default user name and password. The system will prompt you to do this when you log in for the first time.

Note 2: For remote CLI, after you set up the management channel, you can set up a remote CLI session using Telnet.


DLP 100 Set up a CLI Session ii Alcatel 1540 Litespan Giga Ethernet ControllerEdition 01 Proposal 3EC-41868-0001-TQZZA Operations and Maintenance Using CLI

DLP 101 Create Operator Profiles and InstancesDLP 101 Create Operator Profiles and Instances

PurposeBefore an operator instance can be created, an operator profile must be created

An operator profile determines most of the properties of the operator. It is used to limit the commands a group of operators can execute to those for which they have the necessary skills and for which they are responsible.

This document describes the procedure to configure and create an operator profile and to create an operator instance.

Operator Profile RulesThe following rules apply to an operator profile:

The permissions of an operator profile cannot be changed as long as one operator belongs to the profile.

The operator profile is assigned at the moment the operator is created. It cannot be changed afterwards. If an operator profile needs to be changed, then the operators with this operator profile must first be deleted. Only then can the properties of the profile be changed.

Password RulesThe following rules apply to a plain text password:

the password must consist of a minimum of 6 and a maximum of 20 characters the password must contain a minimum of 1 non-alphanumeric character a new password must be different from the last three passwords

Never specify a new password in an encrypted format, because you can enter any hexadecimal string that is not necessarily linked to a password. It is almost impossible to calculate a password from an encrypted string. This method of specifying passwords is only intended to restore an existing configuration.

An operator will be requested to enter a new password after logging in for the first time after a password change.

Procedure

Proceed as follows to create an operator instance:

1 Create and configure the operator profile to which the operator will belong with the following command:

configure system security profile (name)(no) prompt Alcatel 1540 Litespan Giga Ethernet Controller iEdition 01 Proposal 3EC-41868-0001-TQZZA Operations and Maintenance Using CLI

DLP 101 Create Operator Profiles and Instances(no) password-timeout (no) terminal-timeout (no) description (no) aaa (no) atm (no) alarm (no) dhcp (no) equipment (no) igmp (no) ip (no) pppoe (no) qos (no) software-mngt (no) transport (no) vlan (no) xdsl (no) security

2 Create an operator instance with the following command:

configure system security operator (name)profile password prompt | plain: |

encrypted: (no) prompt (no) description (no) more


DLP 101 Create Operator Profiles and InstancesConfiguration example:

configure system security profile (superuser) no prompt password-timeout 10terminal-timeout 30description superuseraaa readatm readalarm writeno dhcpequipment writeno igmpcpeproxy writeip writepppoe writeqos writesoftware-mngt writetransport writevlan writexdsl writesecurity writeconfigure system security operator (Jim Phelps MI)profile superuser password plain: slfdestr&5secs prompt:#description:Operator for MIAlcatel 1540 Litespan Giga Ethernet Controller iiiEdition 01 Proposal 3EC-41868-0001-TQZZA Operations and Maintenance Using CLI

DLP 101 Create Operator Profiles and Instances iv Alcatel 1540 Litespan Giga Ethernet ControllerEdition 01 Proposal 3EC-41868-0001-TQZZA Operations and Maintenance Using CLI

DLP 102 Configure Management IP ParametersDLP 102 Configure Management IP Parameters

PurposeThis document describes the procedure to configure the system management IP parameters.

Security Considerations

Procedure

Proceed as follows to configure the system management IP parameters:

1 The system can receive an IP address either statically by manual configuration or dynamically via BOOTP. Configure the host IP address of the system with the following command:

configure system management host-ip-addr bootp | manual:/Note 1: In case of manual configuration of the IP addres: If the system IP address is not configured (default 0.0.0.0), the users session setup requests are refused.

Note 2: In case of dynamic configuration via BOOTP: you can view the IP address that you recieved from the server with the following command:

show transport ip-address2 Configure the default route of the system with the following command:

configure system management default-route (default-route)

Note The following must be taken into account with regard to system security:

It is NOT advised to use insecure management channels, such as dual IP address mode.

It is advised to use secure management channels, such as single IP address mode. This implies closing the insecure management channels!Alcatel 1540 Litespan Giga Ethernet Controller iEdition 01 Proposal 3EC-41868-0001-TQZZA Operations and Maintenance Using CLI

DLP 102 Configure Management IP Parameters3 Configure the SHub IP address with the following command:

configure interface shub ip (vlan-id) ip-addr /

4 The default IP address, subnet mask and default gateway will only take only effect when the configuration is stored and restored.

i Save the changes on the NT disk with the following command:

admin software-mngt shub database saveii Restart the Shub with the following command:

admin equipment reboot-shub systemresetNote 1: Restarting the Shub also assigns this IP address to the management VLAN.

Note 2: By default, the system will start up in dual IP address mode. You can set the mode to single IP address; refer to DLP 103, step 1.

5 Specify the set of ports which are statically allocated as egress ports for the SHub management VLAN with the following command:

configure vlan shub id 4093 egress-port (port)6 Specify the egress ports which should transmit packets for the SHub management

VLAN as untagged with the following command:

configure vlan shub id 4093 untag-port (network-port)7 Configure the bridge port with the following command:

configure bridge shub port (network-port) pvid 40938 Save the changes on the NT disk with the following command :

admin software-mngt shub database save9 STOP. This procedure is complete. ii Alcatel 1540 Litespan Giga Ethernet ControllerEdition 01 Proposal 3EC-41868-0001-TQZZA Operations and Maintenance Using CLI

DLP 102 Configure Management IP ParametersConfiguration examples:

Configuration example for dynamic configuration via BOOTP:

configure system management host-ip-addr bootpconfigure system management no default-routeconfigure system shub entry ip ip-cfg-mode dynamicadmin software-mngt shub database saveadmin equipment reboot-shub systemresetConfiguration example for static configuration via manual configuration:

configure system management host-ip-addr manual:192.168.203.189/24configure system management default-route 192.168.203.1configure interface shub ip 4093 ip-addr 192.168.203.190/24admin software-mngt shub database saveadmin equipment reboot-shub systemresetAlcatel 1540 Litespan Giga Ethernet Controller iiiEdition 01 Proposal 3EC-41868-0001-TQZZA Operations and Maintenance Using CLI

DLP 102 Configure Management IP Parameters iv Alcatel 1540 Litespan Giga Ethernet ControllerEdition 01 Proposal 3EC-41868-0001-TQZZA Operations and Maintenance Using CLI

DLP 103 Configure System ParametersDLP 103 Configure System Parameters

PurposeThis document decribes the procedure to configure system parameters on the system and on the SHub, such as:

System and SHub ID SNTP date and time system clock management error log handling.

ProcedureProceed as follows to configure the system parameters:

1 Configure the system ID parameters with the following command:

configure system id name location contact-person (no) en-snmp-auth-traps (no) ether-shape-rate mgnt-vlan-id system-mac / / (no) single-public-ip

2 Configure the SHub ID with the following command:

configure system shub entry idcontact location

3 Configure SNTP on the LT shelf with the following command:

configure system sntp server-ip-addr (no) server-port (no) polling-rate (no) enable

4 If necessary, set the system time with the following command:

admin sntp system-time 5 Configure the clock source priority scheme and the external clock source (as E1 or

DS1, or 2048Khz) with the following command:

configure system clock-mgmt(no) priority-scheme Alcatel 1540 Litespan Giga Ethernet Controller iEdition 01 Proposal 3EC-41868-0001-TQZZA Operations and Maintenance Using CLI

DLP 103 Configure System Parameters(no) ext-source 6 Configure error log handling with the following command:

configure error (no) log-full-action 7 STOP. This procedure is complete.

Configuration example:

configure system id 1207 name Test_Asamlocation Magabir contact-person Ewan Tendunnit (Phone ext 345)mgnt-vlan-id 100 system-mac 99:62:12:34:56:5B/98:45:43:6B:35:78/24 single-public-ipconfigure system shub entry idcontact Hugh Shuckman (Phone ext 003) location Magabirconfigure system sntp server-ip-addr 192.168.234.123 server-port 234 polling-rate 2400 enableadmin sntp system-time configure system clock-mgmt priority-scheme external-local ext-source khz2048configure error log-full-action wrap ii Alcatel 1540 Litespan Giga Ethernet ControllerEdition 01 Proposal 3EC-41868-0001-TQZZA Operations and Maintenance Using CLI

DLP 104 Configure Network InterfacesDLP 104 Configure Network Interfaces

PurposeAt startup, the ports on the SHub are set to unused. In order to allow a management connection, one of the ports (typically port 1) should be set to network port. This procedure provides the steps to set the network ports.

Procedure

Proceed as follows to configure the network interfaces:

1 Set the network port with the following command:

configure interface shub port (network-port)(no) mode automatic | 10mbps | 100mbps | 1gbps | full | half(no) port-type (no) mc-flooding

2 Once the port has been configured, the administrative status of the port must be set to up with the following command:

configure interface shub port (network-port)admin-status

3 STOP. This procedure is complete.

Configuration example:

configure interface shub port 1 mode 100mbps:full port-type networkconfigure interface shub port 1 admin-status auto-upAlcatel 1540 Litespan Giga Ethernet Controller iEdition 01 Proposal 3EC-41868-0001-TQZZA Operations and Maintenance Using CLI

DLP 104 Configure Network Interfaces ii Alcatel 1540 Litespan Giga Ethernet ControllerEdition 01 Proposal 3EC-41868-0001-TQZZA Operations and Maintenance Using CLI

DLP 105 Configure Link Aggregation UsageDLP 105 Configure Link Aggregation Usage

PurposeLink aggregation or trunking is a method of combining physical network links into a single logical link for increased bandwidth.

The following link aggregation combinations can be used in the NE:

Network links: For a GE type link, an aggregation can exist of maximum 7 component links. For an FE type link, an aggregation can exist of maximum 7 component links.

Subtending links: For a GE type link, an aggregation can exist of maximum 2 component links For an FE type link, an aggregation can exist of maximum 3 component links.

Note: Link aggregation cannot be used for user links.

This document describes the procedure to configure the link aggregation usage.

GeneralThis node allows to specify the Link Aggregation Group parameters.

A Link Aggregation Group is identified by means of the primary link, also referred to as aggregator-port. The primary link for an Aggregation Group is the link with the lowest port number within the group, provided the operational state of the link is UP. The configuration should be performed for the primary link. The settings configured for the primary link of the Aggregation Group apply to each and every link that is a member of the Link Aggregation Group.

The link which is denoted as primary link may change during the lifetime of the aggregation group. To cope with this phenomenon, the operator is advised to repeat the configurations described in this procedure for each link of the Aggregation Group. Care must be taken to configure identical settings for all links within the Aggregation Group.

Procedure

Proceed as follows to configure link aggregation link usage:

1 Specify the Link Aggregation Group parameters with the following command:

configure la aggregator-port (network-port) name (no) link-up-down-trap(no) actor-sys-prio selection-policy actor-key (no) actor-port-prio Alcatel 1540 Litespan Giga Ethernet Controller iEdition 01 Proposal 3EC-41868-0001-TQZZA Operations and Maintenance Using CLI

DLP 105 Configure Link Aggregation Usage(no) active-lacp(no) short-timeout(no) aggregatablelacp-mode Example:

configure la aggregator-port 1 name test_trunk actor-key 12345 actor-port-prio 101 active-lacp short-timeout aggregatable lacp-mode enable-lacpconfigure la aggregator-port 2 name test_trunk actor-key 12345 actor-port-prio 101 active-lacp short-timeout aggregatable lacp-mode enable-lacp

2 Use the following command to configure Link Aggregation on the SHub. It merely allows to enable or disable the Link Aggregation feature.:

configure la no disable-lacpNote: this command is only necessary if the LA system was shut down manually. By default , Link Aggregation is enabled.

3 If necessary, use the following command to disable Link Aggregation:

configure la disable-lacp4 View information for a Link Aggregation Group configured on the Service Hub with

the following command:

show la aggregator-info (port)Example:

show la aggregator-info l5 View information for a member of a Link Aggregation Group configured on the

Service Hub with the following command:

show la network-port-info (port)Example:

show la network-port-info l6 STOP. This procedure is complete. ii Alcatel 1540 Litespan Giga Ethernet ControllerEdition 01 Proposal 3EC-41868-0001-TQZZA Operations and Maintenance Using CLI

DLP 106 Configure RSTPDLP 106 Configure RSTP

PurposeThe NE can be configured with several network interfaces. They can be used to connect the NE to multiple Ethernet switches.

The Rapid Spanning Tree Protocol (RSTP) is a link management protocol that provides path redundancy while preventing undesirable loops in the network.

This procedure provides the steps to configure RSTP management on the NE.

Procedure

Proceed as follows to configure RSTP management:

1 Specify RSTP settings applicable to the SHub with the following command:

configure rstp(no) disable-rstp(no) priority (no) max-age (no) hello-time (no) forward-delay (no) version (no) tx-hold-count path-cost-type Note: Parameters in this command are settings that apply to the bridge as a whole.Alcatel 1540 Litespan Giga Ethernet Controller iEdition 01 Proposal 3EC-41868-0001-TQZZA Operations and Maintenance U

sad-gebc cli operations view z aiwu

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