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Course Roadmap Monday Tuesday Wednesday Thursday Friday Getting Started and Installation, Architecture, and Advance Configuration Module Installation, Architecture, and Advance Confi

CIPT

Cisco IP Telephony

Course Management Guide

For Student Guide Version 3.1

Text Part Number: 97-1161-01

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Cisco IP Telephony, Revision 3.1: Course Management Guide

Copyright  2001, Cisco Systems, Inc

All rights reserved Printed in USA

Overview

This guide provides details to assist instructors in presenting this course It provides an

overview of the material, a description of the expected audience for whom it was designed, and how the course fits in the curriculum track Guidelines for facilitating specific activities and exercises within the course are also provided

This guide includes the following topics:

Student Kit Contents 2

Post-Course Tasks and Communication 3

Course Evaluations 3 Course Feedback Concerning Errors and Suggested Enhancements 3

Recommended Schedule 7 Course Roadmap 10 Module Overview 11

Course Performance Goal

The course goal is to provide the knowledge and skill base for learners to be able to install, support and maintain a Cisco IP Telephony Network Solution

Course Version

The CIPT course is version 3.1:

This is a new course

This course updates CIPT 3.0 (Cisco CallManager 3.0[5-8]) _

This course replaces CCNISM (Cisco Communication Network—Install, Support and

Maintenance) and CIPT 1.0 (Cisco IP Telephony [CIPT]—Install, Support and Maintain)

Audience

The primary audience for this course includes:

! System engineers

! Network and data administrators

The secondary audience for this course includes:

! Support technicians

Prerequisite Skills

The knowledge and skills a student must have before attending this course include:

! “Cisco Certified Network Associate” (CCNA) course

! “Cisco Voice over Frame Relay, ATM, and IP” (CVOICE) course

! Windows NT, TFTP, DHCP, Cisco IOS, and H.323 Protocol

Student Kit Contents

Post-Course Tasks and Communication

This section describes the steps you need to take after the course is completed

Course Evaluations

Cisco is developing a new process for submission of post-course evaluations via the web, to be launched in June 2001 Details will be announced via the CLP Update In the meantime, please ship all paper course evaluations to Scantron, 1361 Valencia Ave., Tustin, CA 92780-6463

Feedback Concerning Errors and Suggested Enhancements

It is important that you document any errors experienced during the course Please report such technical problems to your Cisco contact within your training organization Cisco Learning Partners are responsible for collecting and submitting their instructors’ input to Cisco Internet Learning Solutions Group (ILSG)

In addition, you may submit general feedback and suggestions to ciscotraining@cisco.com

Instructor Readiness

CCSI Program Requirements

The Certified Cisco Systems Instructor (CCSI) program requirements for this course are as follows:

! Attend a CIPT TTT or attend a CIPT 3.1 course and pass the certification test for CIPT

Course Content Requirements

To teach this course, instructors must attend the following training or complete the following requirements:

! IP Telephony Applications, Servers and Associated Technologies

http://www.cisco.com/warp/public/788/AVVID/avvid.shtml

! Voice, Telephony, and Messaging

http://www.cisco.com/warp/public/788/index.shtml

Detailed Instruction Notes

Within some chapters there are instructor demonstrations that can be immediately followed by the corresponding laboratory exercise Based on your classroom management skills, you can administer the laboratory exercise immediately after the demonstration, or lecture the entire chapter and then have the students do all the laboratory exercises that relate to that chapter

Day 1: Getting Started and Basic Administration and Configuration Modules, Chapters 1–4

8:30–9:20 Greetings and wait for latecomers 9:30–10:20 Chapter 1: Cisco IP Telephony Introduction 10:30–12:00 Chapter 2: Introduction to CIPT Components 12:00–1:00 Lunch

1:00–1:50 Chapter 3: Navigation and System Setup 2:00–2:50 Laboratory Exercise #1-5

3:00–4:50 Chapter 4: Route Plan 5:00 Laboratory Exercise #6-9 Day ends

Day 2: Basic Administration and Configuration Module, Chapters 5–8

8:30–9:20 Review topics from previous day 9:30–10:20 Chapter 5: Service

10:30-11:30 Laboratory Exercise #10-11 11:30-12:00 Lunch

12:00–12:30 Chapter 6: Feature and User 12:30–1:00 Laboratory Exercise #12-13 1:00–2:00 Chapter 7: Device

2:00—2:50 Laboratory Exercise #14-15 3:00—4:00 Chapter 8: Bulk Administration Tool (BAT) 4:00—4:30 Laboratory Exercise #16-19

5:00 Day ends

Day 3: Installation, Architecture, and Advance Configuration Module, Chapters 9–11

8:30–9:20 Review topics learned from previous day 9:30–10:30 Chapter 9: Installation

10:30—11:30 Laboratory Exercise #20 11:30–12:00 Lunch

12:00–1:00 Chapter 10: Infrastructure 1:00–2:15 Laboratory Exercise #21 2:30—3:30 Chapter 11: Cisco CallManager Architecture 3:30–4:30 Laboratory Exercise #22

Day 5: Complete Composite Laboratory Exercise

8:30–9:20 Review topics learned during the week 9:30–11:30 Phase 2—Complete the Composite Laboratory Exercise 11:30–12:00 Lunch

12:00–2:00 Phase 3—Complete the Composite Laboratory Exercise 2:00—4:00 Phase 4—Complete the Composite Laboratory Exercise 4:00—5:00 Tear down, clean up, and wrap up

Course Roadmap

Monday Tuesday Wednesday Thursday Friday

Getting Started and

Installation, Architecture, and Advance

Configuration Module

Installation, Architecture, and Advance Configuration Module and Start Composite Laboratory Exercise

Composite Laboratory Exercise

Chapters 1-4 Chapters 5-8 Chapters 9-11 Chapters 12-13 New Features

Chapter (Reserved for new features released for Cisco CallManager)

Laboratory

Exercises #1-9

Laboratory Exercises #10-19

Laboratory Exercises #20-22

Laboratory Exercise

#23-25

Complete Phases 2-4

of the Composite Laboratory Exercise

! Chapter 1: Cisco IP Telephony Introduction

! Chapter 2: Introduction to CIPT Components

Objectives

Upon completion of this module, the student should have an outline of the course for the week, and knowledge of the fundamentals of voice, IP and CIPT components

Cautions and Considerations

Depending on the makeup of your class, you may need to allocate some extra discussion time The most apprehensive students will be those without a strong voice background Use the time during chapter 2 to help them through the fundamentals of networking and voice Although these skills should have been prerequisites (CCNA and CVOICE), some students may just be

in your class to evaluate Cisco CallManager

Chapter 1: Cisco IP Telephony Introduction

This is the course introductory chapter Familiarize students with materials, facilities, and classroom guidelines The students should sign in and introduce themselves The course syllabus provides an overview of the week’s events The following topics are discussed in this chapter:

Chapter 2: Introduction to CIPT Components

This chapter introduces the students to the CIPT components and the equipment used in the laboratory exercises If you have a custom laboratory topology, you may want to share that with the students in this chapter Show the big picture This is a very light, marketing chapter Spend some time expanding on the “Applications” slide in this chapter There will be a chapter created later about applications and there are courses about applications (for example, Cisco Unity) For the applications not yet covered by a course, Cisco is making a strong push to build such courses

The following topics are discussed in this chapter:

! Objectives

! Acronyms

! Cisco Architecture for Voice Video and Integrated Data (Cisco AVVID)

! Cisco IP Telephony (CIPT) Components

Basic Administration and Configuration Module

Timing

7 Hours

Purpose

This module covers basic administration and configuration in the Cisco CallManager

Administration It provides a map of the Cisco CallManager user interface (UI) and describes the basic steps you can use to configure a Cisco CallManager cluster There are laboratory exercises in this chapter to reinforce the concepts and topics discussed during lecture The following chapters are covered in this module:

! Navigation and System Setup

Progression and Transitions

Within the chapters, there are instructor demonstrations Based on your classroom management skills, you can do the laboratory exercises immediately following the instructor demonstrations

or lecture the chapter and then have the students do the laboratory exercises The chapters closely match the layout of the Cisco CallManager Administration menus from left to right (System, Route Plan, Service, Feature and User, Devices)

The Bulk Administration Tool (BAT) is the last chapter in the module The student will appreciate this tool because it eases the task of adding devices and users

Emphasis: Cluster Terminology

In a Cisco CallManager cluster there is a redundancy relationship (Primary, Secondary and Tertiary) and a database relationship (Publisher and Subscriber)— be sure to make these relationships clear to the students

Emphasis: Descriptive and Suggested Naming Conventions

Descriptive names can quickly help in monitoring and troubleshooting a CIPT network The suggested naming conventions are suggestions which have worked well for Cisco Internal deployments

Emphasis: Route Plan, Partitions and Calling Search Spaces

Route Plan (route group, route lists, route filters, route pattern) is an essential part of Cisco CallManager Be sure to emphasize and expand this chapter with examples and analogies Partitions and Calling Search Spaces can be confusing— use the phone books analogy on the white board

Emphasis: End User Experience

Phone configurations, date and time displays, dialing habits, and user information directly affect the user experience, and are addressed by the route plan information

Chapter 3: Navigation and System Setup

Use this chapter to introduce the students to how pages are designed in Cisco CallManager, and to provide short cuts in navigation The major topics in this chapter are the following:

! The types of communication in a cluster

! Device redundancy

! Descriptions and names to help in troubleshooting

! Device pools to provide order, regions, dates, and times for devices

This chapter provides high-level background knowledge of the “System” menu in Cisco CallManager Administration This is the first place to start after a Cisco CallManager cluster is built Laboratory Exercises #1-5 reinforce the topics discussed At the end of this chapter, students will have phones registered and be able to call each other within the cluster The following topics are discussed:

! Objectives

! Acronyms

The major topics in this chapter are the following:

! Route Plan Flow

! Digit Manipulation (translation patterns and transformation masks)

! Providing a Class of Service for Devices (partitions and calling search spaces)

! Configuring a Gateway, although more information about gateways is covered in Chapter

7, Device

Analogies and flow charts are used in this chapter to help the student understand route plans, partitions and calling search spaces Feel free to develop your own analogies to help the students understand digit manipulation and analysis in Cisco CallManager Laboratory

Exercises #6–9 reinforce the following topics discussed in this chapter:

! External Route Plan Wizard

! Route Plan Report

! Class of Service

Chapter 5: Service

This chapter focuses on the Media Resources menu in Cisco CallManager and how to

configure those resources using media resource groups and lists Additional information on the other services in this menu item are discussed later in the course

The main topics in this chapter are: how to group media resources, and how they are applied to devices based on their grouping Music On Hold is a new feature Students will be adding audio source files and can bring their own audio source (.mp3) files to add to Cisco

CallManager Laboratory Exercises #10–11 reinforce the following topics discussed in this chapter:

! Media Resource Management

! Level Two Services

Chapter 6: Feature and User

This short chapter discusses the Feature and User menu These two menu items of Cisco CallManager Administration are together as one menu item because the user will usually subscribe to the features in Cisco IP Phone Services The laboratory exercises in this chapter can be optional or completed during student free time

The main topics in this chapter are call park, call pickup, IP Phone Services, and adding a user For information on how to create Cisco IP Phone Services, go to the following website:

http://www.cisco.com/warp/public/570/avvid/voice_ip/cm_xml/cm_xmldown.html

Laboratory Exercises #12–13 reinforce the following topics discussed in this chapter:

is displayed on their phone If users need to give out their phone number, this is the number they will give out

Gateway information can be critical when troubleshooting Using the description field for devices, especially gateways, can save time during troubleshooting and working with the service provider

Laboratory Exercises #14–15 reinforce the following topics discussed in this chapter:

! Computer Telephony Interface (CTI) Route Point

! Cisco Voice Mail

! Device Profile

Chapter 8: Bulk Administration Tool (BAT)

The Bulk Administration Tool (BAT) is a great tool for large deployments for adding, updating

or deleting large numbers of phones, users, and gateways This is a tool that all administrators should know how to use Adding thousands of phones associated with users within minutes is a big plus This chapter is intentionally placed after all the manual configuration chapters to highlight the usefulness of this tool

If you would like to demonstrate adding in hundreds of users and phones, you could create a CSV file which students would input to use with the tool Each cluster could use the same file, because all cluster information is cluster specific

Laboratory Exercises #16–19 reinforce the following topics discussed in this chapter:

Installation, Architecture, and Advance Configuration Module

! Installation

! Infrastructure

! Cisco CallManager Architecture

! Call Preservation and Media Resources

! Architecture of Music On Hold

! Configuring Gatekeeper

! Configuring Survivable Remote Site Telephony (SRST)

! WAN Design Considerations

All the components set up prior to the first day of class are covered in this module Your knowledge of building servers, infrastructure, and understanding Cisco CallManager

architecture is required as you set up the class equipment

Objectives

Upon completion of this module, students will be able to build a CIPT network solution from the infrastructure to the desktop (phone)

Progression and Transitions

Chapter 9: Installation discusses the building of the Cisco CallManager servers and the recommended upgrade procedures for a cluster You will progress through setting up the infrastructure, although in a real world deployment you should have your infrastructure configured and voice enabled prior to building a Cisco CallManager cluster

Students gain insight about how Cisco CallManager interacts with devices and other

components as they learn about Cisco CallManager architecture, call preservation, and media resources The WAN Design chapter is the lead-in to the Composite Laboratory exercise Before designing and interconnecting Cisco CallManager clusters, there are WAN

considerations that need to be known

Chapter 9: Installation

Installing a Cisco CallManager does not affect call processing, registration or other features of Cisco CallManager unless the installation is not done correctly Proper design is critical for a good Cisco CallManager cluster to be built

The focus of this chapter is the installation of a Cisco CallManager server, the post-installation tasks, and the upgrading process for a Cisco CallManager cluster

Laboratory Exercise #20 reinforces the following topics discussed in this chapter:

! Objectives

! Acronyms

! Media Convergence Servers (MCS)

! Before You Begin

! CD-ROMs

! Configuration Information and Configuration

! Post-Installation

! Upgrading

Chapter 10: Infrastructure

A good infrastructure is critical to the success of a CIPT network solution The end user does not distinguish between the network going down nor the Cisco CallManager failing when they cannot get a dial tone from their phone Cisco CallManager is an application running on the network, meaning that the network infrastructure needs to made voice-ready You will need a

CCO account to access the IP Telephony Solutions Readiness Assessment from the following

site:

http://www.cisco.com/warp/public/cc/serv/mkt/sup/ent/avvid/

For more background information about infrastructure go to the following links:

! Data Sheet: Cisco VoIP Readiness Net Audit Planning for Migration to IP Telephony

Laboratory Exercise #21 reinforces the following topics discussed in this chapter:

! Connecting the Cisco IP Phone

! Configuring Cisco IOS H.323 and MGCP Gateways

Chapter 11: Cisco CallManager Architecture

This chapter goes into the Cisco CallManager software applications and looks at the layers in Cisco CallManager Each layer of Cisco CallManager is discussed, some in greater detail than others

Why is Trace being taught in a Cisco CallManager architecture chapter? Trace does seem to fit more with troubleshooting, but is discussed here because in the trace files you can see the architecture layers of Cisco CallManager

Focus on the different layers of Cisco CallManager and use this information in the next chapter when discussing call preservation and media resources

Laboratory Exercise #22 reinforces the following topics discussed in this chapter:

Chapter 12: Call Preservation and Media Resources

Which calls stay active? Which server provides the media resources? These questions are answered in this chapter Use the knowledge from the Cisco CallManager Architecture chapter

to help discuss call preservation and the media resource manager

This chapter will help you in designing your network for allocating resources and ensuring that calls stay active even when a Cisco CallManager fails

The Music On Hold section of this chapter discusses the process of the audio sources and provides the rules for how the MOH server is determined, based on where it is configured in Cisco CallManager Administration

Laboratory Exercise #23 reinforces the following topics discussed in this chapter:

Chapter 13: WAN Design Considerations

Gatekeeper and survivable remote site telephony (SRST) are the major topics in this chapter This chapter will help the students in their design and implementation skills in preparation for their composite lab

Emphasize that the gatekeeper should only be considered for managing low bandwidth WAN links between clusters It is used with Cisco CallManager only with intercluster trunks and as

an anonymous device Using the gatekeeper with IOS gateways is different and calls for a different configuration This will be covered in the CVOICE course

SRST has been out since 3.0 (5), but will get its real exposure with the Catalyst 4224 Access Gateway Switch Configuring SRST is quite simple— the process, limits and boundaries are discussed in this chapter

Laboratory Exercises #24–25 reinforce the following topics discussed in this chapter:

! Objectives

! Acronyms

! Distributed Call Processing

! Centralized Call Processing

! Survivable Remote Site Telephony

Composite Laboratory Exercise

Provide hands-on time for students who were not able to do some of the configurations

Objectives

Upon completion of this module, students will be able to install, configure, and troubleshoot a mini-CIPT network using the laboratory equipment provided to them

Progression and Transitions

This section is a phased approach to building a CIPT solution and at each phase the student groups will check off with the instructor

Student groups will consist of 4-6 students per group, and each student in the group should be responsible for their own tasks

Emphasis: You Heard What?

As the students work through issues and scenarios, they provide their own review session, by looking through the course material, finding help on-line, and then implementing You can use this time to get into deeper discussions and moderate between students to help them in

understanding Cisco CallManager and all the features it has to offer

Notes: Customers Test Scenarios

Customers can bring in their CIPT designs and test out their solutions with a team of students with different levels of expertise You will also be there to provide feedback and help

troubleshoot and work through scenarios for customers

Laboratory Administration

Required Equipment Matrix

CIPT 3.1 Laboratory

Equipment Requirements

Quantity Product Number Product Description

4 CAG-VG200 Cisco VoIP Voice Gateway

Note:If you are able to get the IOS version of 12.1(3)XI3 or 12.1(5)T for the 2600’s, you will be able to enable the MGCP application and not have to order the VG200s

4 CISCO2621 Dual 10/100 Ethernet Router w/2 WIC Slots & 1 Network Module Slot

1 CISCO3640 Cisco 3600 4-slot Modular Router-AC with IP Software

12 CP-7960 Cisco IP Phone 7960, Manager Set (w/User License)

6 MCS-7820 Cisco Media Convergence Server 7820 at least 512MB RAM

2 MCS-7835 Cisco Media Convergence Server 7835 at least 512MB RAM

8 NM-2V Two-Slot voice/fax Network Module

8 VIC-2FXS Two-port Voice Interface - FXS

8 WIC-2T 2-Port Serial WAN Interface Card

1 WS-C6006 Catalyst 6006 Chassis

1 WS-X6348-RJ-45= Catalyst 6000 48-port 10/100 RJ-45 Module

1 WS-X6608-T1 or E1 Catalyst 6000 8 port Voice T1 and Services Module

1 WS-X6624-FXS Catalyst 6000 24 port FXS Analog Station Interface Module

2 WS-C2924-XL-EN 24-port 10/100 Switch (Enterprise Edition)

1 WS-X6K-SUP1-2GE Catalyst Supervisor Engine1, 2GE (Req GBICs)

1 SW-CCM-3.0.1 Cisco CallManager 3.0(1) Software

4 CP-30VIP Ip Phone Model 30 VIP pkg (includes power supply & license)

Note WS-3524-PWR Catalyst 3524 with inline power—can be used instead of 2900 XL

Used to browse into Cisco CallManager If Microsoft Excel is installed, you will

be able to use the excel template for BAT

V.35 Cable, DTE, Male

V.35 Cable, DCE, Female

Ethernet Cat5 Cables

T1 cross over cables

AT125-SM Break out box for FXS blade

PVC-025-PP-015-6-4-C3

Part number from Vari-Tronics - Anphenol connector to the FXS blade and to the break out box

Cisco IOS Software

The minimum Cisco IOS version is:

The Gatekeeper (3640, 2600) must use 12.1.5(T) and the IP/H323 feature set

The gateways (2620s, 2610s) should use 12.1.5(T) and the Enterprise feature set

The Catalyst 6000 should use CatOS version 6.1(2)

The gateways (26xx, 36xx) can use 12.1(5)T for MGCP application

Instructors Laboratory Guide Information

Images used:

3640 gatekeeper - c3640-ix-mz_121-5_T.bin Must be IP/H323 feature set

3640 routers - c3640-js-mz_121-5_T.bin Enterprise feature set

2620 routers - c2600-js-mz_121-5_T.bin

cat6000-sup_6-1-2

LAN and Switch Configuration

You should create a VTP domain server and include the following VLANS in that VTP domain:

VLAN Number VLAN Name Network

Day 1 Configurations

Catalyst Configurations

Ports should be configured for voice and data VLANS

Catalyst 4000 or 6000

Set vlan <data vlan number> [module/port]

Set port auxiliaryvlan [module/port] <voice vlan number>

Catalyst 3524 or 2900

Interface FastEthernet 0/1 Switchport trunk encapsulation dot1q

Switchport trunk native vlan <data vlan number>

Switchport mode trunk

Switchport voice vlan <voice vlan number>

Spanning-tree portfast

If multiple switches are being used, trunk the switches together and make each switch part of the VTP domain

Sample Catalyst 6000 Configuration

set enablepass $2$CDHx$ddQ1txquz.4v2.2Wd7.AA

set banner motd _Pitcher Cat 6K IP Address 172.16.1.3_

!

#errordetection set errordetection portcounter enable

!

#system set system name cat6K

!

#!

#vtp set vtp domain CIPT-LAB set vlan 1 name default type ethernet mtu 1500 said 100001 state active set vlan 2 name Secondary-default type ethernet mtu 1500 said 100002 state active

set vlan 20 name TEX-data type ethernet mtu 1500 said 100020 state active set vlan 30 name ARZ-data type ethernet mtu 1500 said 100030 state active set vlan 40 name KSC-data type ethernet mtu 1500 said 100040 state active set vlan 50 name COL-data type ethernet mtu 1500 said 100050 state active set vlan 60 name SEA-data type ethernet mtu 1500 said 100060 state active set vlan 1002 name fddi-default type fddi mtu 1500 said 101002 state active set vlan 1004 name fddinet-default type fddinet mtu 1500 said 101004 state active stp ieee

set vlan 1005 name trnet-default type trbrf mtu 1500 said 101005 state active stp ibm set vlan 1003 name token-ring-default type trcrf mtu 1500 said 101003 state active mode srb aremaxhop 0 stemaxhop 0 backupcrf off

!

#ip set interface sc0 1 172.16.1.3/255.255.255.0 172.16.1.255

set ip route 0.0.0.0/0.0.0.0 172.16.1.1

!

#dns set ip dns server 10.254.1.2 primary set ip dns enable

set ip dns domain dal-trn.com

!

#syslog set logging console disable

!

#set boot command set boot config-register 0x102 set boot system flash bootflash:cat6000-sup.6-1-2.bin

!

#qos set qos enable

!

#port channel

set port channel 2/1-4 59 set port channel 2/5-8 60 set port channel 2/9-12 61 set port channel 2/13-16 62 set port channel 2/17-20 63 set port channel 2/21-24 64 set port channel 2/25-28 65 set port channel 2/29-32 66 set port channel 2/33-36 67 set port channel 2/37-40 68 set port channel 2/41-44 69 set port channel 2/45-48 70 set port channel 6/1-4 154 set port channel 6/5-8 155 set port channel 6/9-12 156 set port channel 6/13-16 157 set port channel 6/17-20 158 set port channel 6/21-24 159 set port channel 6/25-28 160 set port channel 6/29-32 161 set port channel 6/33-36 162 set port channel 6/37-40 163 set port channel 6/41-44 164 set port channel 6/45-48 165

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# default port status is enable

set vlan 10 2/4,2/13 set vlan 20 2/12 set vlan 30 2/1 set port auxiliaryvlan 2/1 11 set port auxiliaryvlan 2/2 11 set port auxiliaryvlan 2/3 11 set port auxiliaryvlan 2/4 11 set port auxiliaryvlan 2/5 11 set port auxiliaryvlan 2/6 11 set port auxiliaryvlan 2/7 11 set port auxiliaryvlan 2/8 11 set port auxiliaryvlan 2/9 11 set port auxiliaryvlan 2/10 11 set port auxiliaryvlan 2/11 11 set port auxiliaryvlan 2/12 11 set port auxiliaryvlan 2/13 11 set port auxiliaryvlan 2/14 11 set port auxiliaryvlan 2/15 11 set port auxiliaryvlan 2/16 11 set port auxiliaryvlan 2/17 11 set port auxiliaryvlan 2/18 11 set port auxiliaryvlan 2/19 11 set port auxiliaryvlan 2/20 11 set port auxiliaryvlan 2/21 11 set port auxiliaryvlan 2/22 11 set port auxiliaryvlan 2/23 11 set port auxiliaryvlan 2/24 11 set port speed 2/1-48 100 set port duplex 2/1-48 full set port name 2/1 SecondaryVLAN set port name 2/2 SecondaryVLAN

set port name 2/4 SecondaryVLAN set port name 2/5 SecondaryVLAN set port name 2/6 SecondaryVLAN set port name 2/7 SecondaryVLAN set port name 2/8 SecondaryVLAN set port name 2/9 SecondaryVLAN set port name 2/10 SecondaryVLAN set port name 2/11 SecondaryVLAN set port name 2/12 SecondaryVLAN set port name 2/13 SecondaryVLAN set port name 2/14 SecondaryVLAN set port name 2/15 SecondaryVLAN set port name 2/16 SecondaryVLAN set port name 2/17 SecondaryVLAN set port name 2/18 SecondaryVLAN set port name 2/19 SecondaryVLAN set port name 2/20 SecondaryVLAN set port name 2/21 SecondaryVLAN set port name 2/22 SecondaryVLAN set port name 2/23 SecondaryVLAN set port name 2/24 SecondaryVLAN set port name 2/37 Gatekeeper set port name 2/38

set port name 2/41 3524-Fa-24 set port name 2/42 3524-Fa-24 set port name 2/43 3524-Fa-24

set trunk 2/3 off negotiate 1-1005,1025-4094 set trunk 2/4 off negotiate 1-1005,1025-4094 set trunk 2/5 off negotiate 1-1005,1025-4094 set trunk 2/6 off negotiate 1-1005,1025-4094 set trunk 2/8 off negotiate 1-1005,1025-4094 set trunk 2/9 off negotiate 1-1005,1025-4094 set trunk 2/10 off negotiate 1-1005,1025-4094 set trunk 2/11 off negotiate 1-1005,1025-4094 set trunk 2/12 off negotiate 1-1005,1025-4094 set trunk 2/13 off negotiate 1-1005,1025-4094 set trunk 2/14 off negotiate 1-1005,1025-4094 set trunk 2/15 off negotiate 1-1005,1025-4094 set trunk 2/16 off negotiate 1-1005,1025-4094 set trunk 2/17 off negotiate 1-1005,1025-4094 set trunk 2/18 off negotiate 1-1005,1025-4094 set trunk 2/19 off negotiate 1-1005,1025-4094 set trunk 2/20 off negotiate 1-1005,1025-4094 set trunk 2/21 off negotiate 1-1005,1025-4094 set trunk 2/22 off negotiate 1-1005,1025-4094 set trunk 2/23 off negotiate 1-1005,1025-4094 set trunk 2/24 on isl 1-1005,1025-4094 set trunk 2/25 off negotiate 1-1005,1025-4094 set trunk 2/26 off negotiate 1-1005,1025-4094 set trunk 2/27 off negotiate 1-1005,1025-4094 set trunk 2/28 off negotiate 1-1005,1025-4094 set trunk 2/29 off negotiate 1-1005,1025-4094 set trunk 2/30 off negotiate 1-1005,1025-4094 set trunk 2/31 off negotiate 1-1005,1025-4094 set trunk 2/32 off negotiate 1-1005,1025-4094 set trunk 2/33 off negotiate 1-1005,1025-4094 set trunk 2/34 off negotiate 1-1005,1025-4094

set trunk 2/36 on isl 1-1005,1025-4094 set trunk 2/41 on isl 1-1005,1025-4094 set trunk 2/42 on isl 1-1005,1025-4094 set trunk 2/43 on isl 1-1005,1025-4094 set trunk 2/44 on isl 1-1005,1025-4094 set trunk 2/45 on isl 1-1005,1025-4094 set trunk 2/46 on isl 1-1005,1025-4094 set trunk 2/47 on isl 1-1005,1025-4094 set trunk 2/48 on isl 1-1005,1025-4094 set spantree portfast 2/1-6,2/8-36 enable set port channel 2/1-6,2/8-36 mode off

!

#module 3 : 8-port T1 set port voice interface 3/1 dhcp enable vlan 12 set port voice interface 3/2 dhcp enable vlan 12 set port disable 3/5-6,3/8

!

#module 4 : 8-port T1 set port disable 4/2-8

!

#module 5 : 24-port FXS set port voice interface 5/1-24 dhcp enable vlan 11

!

#module 6 : 48-port 10/100BaseTX Ethernet