Extreme Networks WM-4T1i Specifications

Extreme Networks

Consolidated Hardware

Guide

Extreme Networks, Inc.

3585 Monroe Street

Santa Clara, California 95051

(888) 257-3000 http://www.extremenetworks.com

Published: February 2002

Part number: 100093-00 Rev. 01

©2002 Extreme Networks, Inc. All rights reserved. Extreme Networks and BlackDiamond are registered trademarks of Extreme Networks, Inc. in the United States and certain other jurisdictions.

ExtremeWare, ExtremeWare Vista, ExtremeWorks, ExtremeAssist, ExtremeAssist1, ExtremeAssist2,

PartnerAssist, Extreme Standby Router Protocol, ESRP, SmartTraps, Alpine, Summit, Summit1i,

Summit4, Summit4/FX, Summit5i, Summit7i, Summit24, Summit48, Summit48i, Summit Virtual

Chassis, SummitLink, SummitGbX, SummitRPS and the Extreme Networks logo are trademarks of

Extreme Networks, Inc., which may be registered or pending registration in certain jurisdictions. The

Extreme Turbodrive logo is a service mark of Extreme Networks, which may be registered or pending registration in certain jurisdictions. All other registered trademarks, trademarks and service marks are property of their respective owners. Specifications are subject to change without notice.

All other registered trademarks, trademarks, and service marks are property of their respective owners.

For safety compliance information, see Appendix A. ii

Contents

Preface

Introduction

Conventions

Related Publications

About This Guide

How To Use This Guide

Part 1: Common Features

1 Summary of Common Switch Features

Software Images

Full-Duplex Support

Management Ports

Mini-GBIC Type and Hardware/Software Support

Mini-GBIC Type and Specifications

Safety Information

Preparing to Install or Replace a Mini-GBIC

Installing and Removing a Mini-GBIC

GBIC Type and Hardware/Software Support

GBIC Types and Specifications

Determining Budget and Distance Calculations

Extreme Networks Consolidated Hardware Guide

1-3

1-3

1-4

1-5

1-5

1-7

1-7

1-10

1-1

1-2

1-2

iii

xix

xx

xxi xxi

xxii

iv

Maximum Budget for Link Partners

Identifying ZX GBIC Rev 03 Modules

Safety Information

Installing or Replacing a GBIC

Part 2: Site Planning

2 Site Preparation

Planning Your Site

Step 1: Meeting Site Requirements

Step 2: Evaluating and Meeting Cable Requirements

Step 3: Meeting Power Requirements

Meeting Site Requirements

Operating Environment Requirements

Rack Specifications and Recommendations

Evaluating and Meeting Cable Requirements

Cabling Standards

Cable Labeling and Record Keeping

Installing Cable

RJ-45 Connector Jackets

Radio Frequency Interference

Meeting Power Requirements

Power Supply Requirements

AC Power Cord Requirements

Uninterruptable Power Supply Requirements

Applicable Industry Standards

1-11

1-13

1-13

1-13

Part 3: Summit Switch

3 Summit Switch Overview

Summit Switch Models

Summary of Features

Summit “i” series and non-”i” series switches

3-1

3-2

3-2


2-2

2-2

2-2

2-2

2-3

2-3

2-12

2-14

2-15

2-15

2-15

2-19

2-21

2-22

2-22

2-23

2-23

2-25

Summit24e2

Summit24e3

SummitPx1

Memory Requirements

Port Connections

4 Summit Switch Models

Switch Models

Summit1i Switch Front View

GBIC Ports

Summit1i Switch Rear View

Power Sockets

Serial Number

MAC Address

Reset Button

Console Port


GBIC Ports


Power Sockets

Serial Number

MAC Address

Reset Button

Console Port

Management Port


GBIC Ports

Reset Button

Console Port

Modem Port

Management Port

PCMCIA Slot


Power Sockets


4-10

4-11

4-12

4-12

4-12

4-12

4-12

4-8

4-8

4-8

4-8

4-9

4-9

4-9

4-13

4-13

4-1

4-3

4-4

4-4

4-4

4-5

4-5

4-5

4-5

4-6

4-7

v

3-3

3-3

3-4

3-4

3-5

vi

Serial Number

MAC Address


GBIC Ports


Power Sockets

Serial Number

MAC Address

Reset Button

Console Port

Summit48si Switch Front View

Mini-GBIC Ports

Console Port

Summit48si Switch Rear View

Power Supplies

Reset Button

Summit48si Switch Bottom View

Serial Number

MAC Address

4-20

4-21

4-21

Summit1i, Summit5i, Summit7i, Summit48i, and Summit48si Switch

LEDs 4-22

Summit4 Switch Front View 4-23

4-13

4-14

4-15

4-15

4-16

4-16

4-16

4-16

4-17

4-17

4-18

4-18

4-18

4-19

4-19

4-20

Summit4/FX Switch Front View

Summit24 Switch Front View

Summit48 Switch Front View

Summit4, Summit24, and Summit48 Switch Rear View

Power Socket

Serial Number

Console Port

Redundant Power Supply Port

MAC Address

Reset Button

Summit4, Summit24, and Summit48 Switch LEDs

4-24

4-25

4-26

4-27

4-27

4-27

4-27

4-27

4-28

4-28

4-29


Summit24e2 Switch Front View

Console Port

Summit24e2 Switch Rear View

Power Socket

Summit24e2 Switch LEDs

Summit24e3 Switch Front View

Mini-GBIC Ports

Console Port

Reset Button

Summit24e3 Switch Rear View

Power Socket

Serial Number

MAC Address

Summit24e3 Switch LEDs

SummitPx1 Application Switch Front View

GBIC Network Interface

Ethernet Management Port

Serial Management Console Port

Serial Management Modem Port

SummitPx1 Application Switch Rear View

Power Socket

Serial Number

MAC Address

SummitPx1 Application Switch LEDs

5 Summit Switch Installation

Mounting the Switch in a Rack

Placing the Switch on a Table or Shelf

Removing and Installing Summit48si Power Supplies

Installing an AC Power Cord Retaining Bracket

Verifying a Successful Installation


4-34

4-35

4-35

4-35

4-36

4-36

4-32

4-32

4-32

4-32

4-33

4-33

4-33

4-33

4-36

4-36

4-36

4-37

4-37

4-30

4-30

4-30

4-30

4-31

5-1

5-4

5-4

5-6

5-8

vii

viii

Part 4: Alpine Switch

6 Alpine 3800 Series Switch Overview


Port Connections

Switch Components

Alpine 3808 Switch

Alpine 3804 Switch

Alpine 3802 Switch

Power Supply

Safety Information

7 Alpine 3800 Series Switch Chassis

Alpine 3800 Series Architecture

Alpine 3808 Switch Front View

Alpine 3808 Switch Rear View





Alpine 3802 Software Enhancements

Installing the Chassis

Rack Installation

Grounding the Alpine 3800 Series Chassis

Removing the Chassis

8 Alpine 3800 Series Switch

Power Supplies

Power Supply LEDs

Verifying a Successful Installation

Installing the Alpine 3800 Series AC Power Supply

Removing the Alpine 3800 Series AC Power Supply

Servicing an Alpine 3802 AC Power Supply

8-2

8-2

8-3

8-5

8-6


6-1

6-3

6-3

6-4

6-4

6-4

6-5

6-5

7-6

7-6

7-9

7-10

7-1

7-1

7-3

7-4

7-11

7-11

7-15

7-15

Installing the Alpine 3800 Series DC Power Supply

Selecting the Cabling

Installing the Power Supply

Attaching the Cabling

Removing the Alpine 3800 Series DC Power Supply

9 Alpine 3800 Series Switch Management Module

SMMi Memory

SMMi LEDs

Installing SMMi Modules

Adding SODIMMs to the SMMi Module

Removing SODIMMs from the SMMi Module

Removing SMMi Modules

10 Alpine 3800 Series I/O Modules

Configuring I/O Modules

GM-4Ti Module

GM-4Xi Module

GM-4Si Module

GM-WDMi Module

FM-32Ti Module

FM-24Ti Module

FM-24SFi Module

FM-24MFi Module

FM-8Vi Module

WM-4T1i Module

WM-4E1i Module

WM-1T3i Module

I/O Module LEDs

Access I/O Module LEDs

Installing I/O Modules

Removing I/O Modules

11 Alpine 3800 Series Switch Fan Tray

Alpine 3808 Fan Tray


10-11

10-12

10-15

10-16

10-17

10-18

10-18

10-1

10-3

10-4

10-5

10-6

10-8

10-9

10-10

10-19

10-20

8-7

8-7

8-7

8-11

8-11

9-2

9-3

9-3

9-4

9-5

9-5

11-1

ix

x



Removing an Alpine 3808 or Alpine 3804

Fan Tray

Installing an Alpine 3808 or Alpine 3804

Fan Tray

Part 5: BlackDiamond Switch

12 BlackDiamond 6800 Series Switch Overview


Port Connections

Switch Components

BlackDiamond 6816 Switch

BlackDiamond 6808 Switch

BlackDiamond Power Supplies

Switch Connectivity and the Backplane

Packet Switching and Routing

Following Safety Information

13 BlackDiamond 6800 Series Switch Chassis

BlackDiamond 6800 Series Architecture

BlackDiamond 6816 Switch Front View

BlackDiamond 6816 Switch Rear View

BlackDiamond 6808 Switch Front View

BlackDiamond 6808 Switch Rear View

Installing the Chassis

Rack Installation

Removing the Chassis

14 BlackDiamond 6800 Series Switch Power Supplies

220 VAC Power Supplies

110 VAC Power Supplies

13-1

13-1

13-5

13-5

13-7

13-8

13-8

13-11

14-2

14-3

12-1

12-3

12-4

12-4

12-4

12-5

12-5

12-6

12-6


11-2

11-2

11-3

11-5

DC Power Supplies

Installing a BlackDiamond 6800 Series Power Supply

AC Power Cable and Plug

Selecting the DC Cabling

Preparing the DC Cabling

Attaching the DC Cabling


Removing a BlackDiamond 6800 Series Power Supply

15 BlackDiamond 6800 Series Management Switch Module

MSM64i Activity

MSM64i Memory

MSM64i LEDs

15-3

15-4

15-5

Installing MSM64i Modules

Adding SODIMMs to the MSM64i Module

Removing a SODIMM from the MSM64i Module

15-6

15-8

15-9

Removing MSM64i Modules 15-9

14-4

14-5

14-8

14-10

14-10

14-11

14-12

14-12

16 BlackDiamond 6800 Series I/O Modules

Configuring I/O Modules

G8Ti Module

G8Xi Module

G12SXi Module

WDMi Module

F48Ti Module

F96Ti Module

F32F and F32Fi Modules

P3cSi and P3cMi Modules

P12cSi and P12cMi Modules

ARM

MPLS Module

A3cSi Module

I/O Module LEDs

Installing I/O Modules

Removing I/O Modules


16-15

16-17

16-19

16-21

16-23

16-24

16-1

16-2

16-3

16-4

16-6

16-8

16-9

16-13

16-25

16-26

xi

xii

17 BlackDiamond 6800 Series Switch Fan Tray

BlackDiamond 6816 Fan Trays

BlackDiamond 6808 Fan Tray

Removing a BlackDiamond 6800 Series

Fan Tray

Installing a BlackDiamond 6800 Series Fan Tray

Part 6: Switch Operation

18 Initial Switch and Management Access

Powering On the Switch

Powering On the Summit Switch

Powering On the Alpine Switch

Powering On the BlackDiamond Switch

18-1

18-1

18-2

18-2

Verifying the Installation

Verifying Successful Installation on the Summit Switch

18-2

18-2

Verifying a Successful Installation on the Alpine Switch 18-2

Verifying a Successful Installation on the BlackDiamond Switch 18-3

Connecting Equipment to the Console Port

Logging In for the First Time

18-3

18-5

Part 7: Appendices

A Safety Information

Important Safety Information

Power

Power Cord

Fuse

Connections

Lithium Battery

17-1

17-2

17-2

17-4

A-1

A-1

A-2

A-3

A-3

A-4


B Technical Specifications

Index

Extreme Networks Consolidated Hardware Guide xiii

xiv Extreme Networks Consolidated Hardware Guide

Figures

4-5

4-6

4-7

4-8

2-7

2-8

2-9

2-10

4-1

4-2

4-3

4-4

2-1

2-2

2-3

2-4

1-1

1-2

1-3

1-4

2-5

2-6

Mini-GBIC module

Maximum budget for GBIC link partners

ZX GBIC optical system budget

GBIC modules

Air flow through the Alpine 3808 chassis



Air flow through the BlackDiamond 6816 chassis

Air flow through the BlackDiamond 6808 chassis

Ensure that you use an ESD wrist strap when handling switch components

Properly secured rack

Properly installed and bundled cable

Bend radius for fiber optic cable

RJ-45 connector jacket types

Front view of Summit1i switch with 100BASE-TX/

1000BASE-T ports

Front view of Summit1i switch with 1000BASE-SX ports

Rear view of the Summit1i switch


1000BASE-T ports


Front view of Summit5i switch with 1000BASE-LX ports



1000BASE-T ports

2-11

2-14

2-17

2-18

2-20

1-6

1-12

1-12

1-14

2-7

2-8

2-8

2-9

2-10

4-3

4-3

4-4

4-6

4-6

4-7

4-8

4-10

Extreme Networks Consolidated Hardware Guide xiii

xiv

5-4

5-5

5-6

7-1

7-2

7-3

4-17

4-18

4-19

4-20

4-21

4-22

4-23

4-24

4-9

4-10

4-11

4-12

4-13

4-14

4-15

4-16

4-25

4-26

4-27

5-1

5-2

5-3

7-4

7-5

7-6

7-7

7-8



Front view of Summit48i switch


Front view of Summit48si switch

Rear view of the Summit48si switch

Summit48si power supply

Bottom view of the Summit48si switch

Front view of the Summit4 switch

Front view of the Summit4/FX switch



4-23

4-24

4-25

4-26

Rear view of the Summit4, Summit24, and Summit48 switch 4-27

Front view of the Summit24e2 switch 4-30

Rear view of the Summit24e2 switch

Front view of the Summit24e3 switch

4-30

4-32

4-11

4-13

4-15

4-16

4-18

4-19

4-19

4-21

Rear view of the Summit24e3 switch

Front view of the SummitPx1 application switch

Rear view of the SummitPx1 application switch

Helper bracket for the Summit7i switch

4-33

4-35

4-36

5-2

An example of fitting the mounting bracket into the switch 5-3

Removing the retaining screws from the Summit48si power supply

Removing the Summit48si power supply

Attaching the retaining bracket to the power socket

5-5

5-5

5-6

5-7 Attaching two retaining brackets

Front view of the Alpine 3808 switch with sample

I/O modules installed

Rear view of the Alpine 3808 switch

7-3

7-4




7-5

7-6




7-7

7-9

Helper bracket for mounting the Alpine 3800 series chassis 7-12

The Alpine 3808 chassis requires 8 screws to be securely mounted in a rack 7-13


7-9

7-10

8-5

8-6

8-7

9-1

8-1

8-2

8-3

8-4

The Alpine 3804 chassis requires 8 screws to be securely mounted in a rack

The Alpine 3802 chassis requires 4 screws to be securely mounted in a rack

AC power supply for the Alpine 3808 switch

AC power supply for the Alpine 3804 switch

DC power supply for the Alpine 3808 switch

DC power supply for the Alpine 3804 switch

9-2

9-3

9-4

10-1

10-2

10-3

10-4

10-5

Alpine 3808 DC power supply with cables attached

Alpine 3804 DC power supply with cables attached

2-stud -40 V and RTN lug, and 1-stud ground lug

Switch Management Module (SMMi)

SMMi SODIMM sockets

SMMi with open ejector/injector handles

Adding a SODIMM

GM-4Ti module

10-6

10-7

10-8

10-9

11-2

13-1

13-2

13-3

13-4

13-5

GM-4Xi module

GM-4Si module

GM-WDMi module

FM-32Ti module

FM-24Ti module

FM-24SFi module

FM-24MFi module

FM-8Vi module

10-10

WM-4T1i module

10-11

WM-4E1i module

10-12

WM-1T3i module

11-1

Alpine 3808 fan tray


Front view of the BlackDiamond 6816 switch with sample

I/O modules

Rear view of the BlackDiamond 6816 switch

Front view of the BlackDiamond 6808 switch with sample

I/O modules

Rear view of the BlackDiamond 6808 switch

13-6

Helper bracket for mounting a BlackDiamond 6800 series chassis

The BlackDiamond 6816 chassis requires 8 screws to be securely mounted in a rack

7-14

13-3

13-4

13-6

13-7

13-9

13-10

10-3

10-4

10-5

10-6

9-1

9-2

9-3

9-4

7-14

8-4

8-4

8-8

8-8

8-10

8-10

8-11

10-8

10-9

10-10

10-11

10-12

10-15

10-16

10-17

11-4

11-4

Extreme Networks Consolidated Hardware Guide xv

xvi

15-1

15-2

15-3

15-4

15-5

16-1

16-2

16-3

14-1

14-2

14-3

14-4

14-5

14-6

14-7

14-8

13-7

The BlackDiamond 6808 chassis requires 8 screws to be securely mounted in a rack

220 VAC power supplies in a BlackDiamond 6808

110 VAC power supplies in a BlackDiamond 6808

DC power supplies in a BlackDiamond 6808

Installing a DC power supply in a BlackDiamond 6816

Installing an AC power supply in a BlackDiamond 6808

13-11

14-2

14-3

14-4

14-6

14-7

Installing a second power supply in a BlackDiamond 6808 14-8

BlackDiamond 220 VAC power cable and plug

BlackDiamond 110 VAC power cable and plug

14-9

14-9

14-9

Dimensions of the DC power cable lugs

14-10

2-stud lug

14-10

14-11

14-11

Removing BlackDiamond 6816 DC power supplies 14-13

14-12

Removing BlackDiamond 6808 220 VAC power supplies 14-14

Management Switch Fabric Module 64 (MSM64i)

MSM64i SODIMM sockets

MSM64i prior to insertion in BlackDiamond 6816

MSM64i prior to insertion in BlackDiamond 6808

Adding a SODIMM

G8Ti module

G8Xi module

G12SXi module

15-2

15-4

15-6

15-7

15-9

16-2

16-3

16-4

16-4

16-5

16-6

16-7

WDMi module

F48Ti module

F96Ti module

One RJ-21 connector yields 12 10/100 ports

16-8

16-9

F32F and F32Fi modules

P3cSi and P3cMi modules

16-10

P12cSi and P12cMi modules

16-11

Accounting and Routing Module

16-12

MultiProtocol Label Switching (MPLS) module

16-13

A3cSi module

17-1

17-2

Removing the BlackDiamond 6816 fan tray

Removing the BlackDiamond 6808 fan tray

18-1

18-2

Null-modem cable pinouts

PC-AT serial null-modem cable pinouts

16-21

16-23

17-3

17-4

18-4

18-5

16-6

16-8

16-9

16-10

16-13

16-15

16-17

16-19


Tables

1

2

1-1

4-4

4-5

4-6

6-1

1-10

1-11

2-1

2-2

3-1

4-1

4-2

1-6

1-7

1-8

1-9

1-2

1-3

1-4

1-5

4-3

Notice Icons

Text Conventions

Power LED Activity for Switches Running ExtremeWare

Version 6.2 or Later

SX Mini-GBIC Specifications xx xx

LX Mini-GBIC Specifications

GBIC Types and Maximum Distances

1000BASE-SX Specifications

1000BASE-LX Specifications

1000BASE-ZX Specifications

1000BASE-ZX Rev 03 Specifications

1000BASE-LX70 Specifications

Cable Attenuation and Distances for the ZX GBIC

Cable Attenuation and Distances for the LX70 GBIC

Media Types and Maximum Distances


Port Configurations on All Summit Switch Models

Switch LED Activity for the Summit48si

2-18

2-23

3-6

4-20

Switch LED Activity for the Summit1i, Summit5i, Summit7i,

Summit48i, and Summit48si 4-22

Switch LED Activity for the Summit4, Summit24, and

Summit48

Summit24e2 Switch LED Activity

Summit24e3 Switch LED Activity

4-29

4-31

4-34

SummitPx1 Application Switch LED Activity

Port Configurations Available on Alpine I/O Modules

4-37

6-3

1-8

1-9

1-9

1-10

1-11

1-11

1-2

1-3

1-4

1-7

1-8

Extreme Networks Consolidated Hardware Guide xvii

xviii

16-2

16-3

16-4

16-5

16-6

16-7

16-8

18-1

14-1

14-2

14-3

14-4

15-1

15-2

15-3

16-1

B-5

B-6

B-7

B-8

B-1

B-2

B-3

B-4

6-2

7-1

8-1

8-2

8-3

9-1

10-1

10-2

10-3

10-4

10-5

12-1

Supported Power Supplies for the Alpine 3800 Series Switch 6-5

Alpine 3802 Switch LEDs 7-8

Supported Power Supplies for the Alpine 3800 Series Switch 8-2

Alpine 3808 and Alpine 3804 Power Supply LED 8-2

Alpine 3802 Power Supply LEDs

SMMi LEDs

GM-WDMi Optical Interface Specifications

GM-WDMi Maximum Transmit Distances

8-2

9-3

10-6

10-7

RJ-21 Connector and Wire Pairs

Alpine I/O Module LEDs

Access I/O Module LEDs

10-13

10-18

10-18

Port Configurations Available on BlackDiamond I/O

Modules

LEDs on the 220 VAC Power Supply

110 VAC Power Supply LED Activity

DC Power Supply LED Activity

Source DC Power specifications

Packet Throughput Between I/O Modules

MSM64i SODIMM Memory Combinations

MSM64i LEDs

WDMi Optical Interface Specifications

WDMi Maximum Transmit Distances

Connector Pinouts for the RJ-21 Connector

Output Signals for the RJ-21 Connector

F96Ti Cable Specifications

Optical Interface Specifications for the P3cSi and P3cMi

12-3

14-3

14-4

14-5

14-11

15-1

15-5

15-5

16-7

16-7

16-10

16-11

16-12

16-16

Optical Interface Specifications for the P12cSi and P12cMi 16-18

BlackDiamond I/O Module LEDs

Pinouts for the Console Connector

16-24

18-4

Summit “i” series Switch Specifications

Summit non-“i” series Switch Specifications

Summit24e2 Switch Specifications

Summit24e3 Switch Specifications

SummitPx1 Application Switch Specifications

Alpine 3800 series Switch Specifications

BlackDiamond 6800 series Switch Specifications

Common Switch Specifications

B-8

B-9

B-11

B-13

B-2

B-5

B-6

B-7


Preface

This preface provides an overview of this guide, describes guide conventions, and lists other publications that might be useful.

Note: To ensure proper operation of your Extreme Networks equipment, read this guide before you install any Extreme Networks equipment.

Introduction

This guide provides the required information to install an Extreme Networks Summit ™ switch, Alpine ™ switch, or BlackDiamond ® switch. It also contains information about site location, switch functionality, and switch operation.

This guide is intended for use by network administrators who are responsible for installing and setting up network equipment. It assumes a basic working knowledge of:

• Local Area Networks (LANs)

• Ethernet concepts

• Ethernet switching and bridging concepts

• Routing concepts

• Simple Network Management Protocol (SNMP)

See the ExtremeWare Software User Guide for information about configuring an Extreme

Networks switch.

Extreme Networks Consolidated Hardware Guide xix

Preface

Note: If the information in the Release Notes that shipped with your switch differs from the information in this guide, follow the Release Notes.

Conventions

Table 1 and Table 2 list conventions used throughout this guide.

Table 1: Notice Icons

Icon Notice Type

Note

Alerts you to...

Important features or instructions.

Caution

Warning

Risk of personal injury, system damage, or loss of data.

Risk of severe personal injury.

Table 2: Text Conventions

Convention

Screen displays

Description

This typeface represents information as it appears on the screen, or command syntax.

Screen displays bold This typeface represents commands that you type.

The words “enter” and “type”

When you see the word “enter” in this guide, you must type something, and then press the Return or Enter key. Do not press the Return or Enter key when an instruction simply says “type.”

[Key] names Key names appear in text in one of two ways:

■

Referenced by their labels, such as “the Return key” or “the

Escape key”

Words in italicized type

■

Written with brackets, such as [Return] or [Esc]

If you must press two or more keys simultaneously, the key names are linked with a plus sign (+). Example:

Press [Ctrl]+[Alt]+[Del].

Italics emphasize a point of information or denote new terms at the place where they are defined in the text. xx Extreme Networks Consolidated Hardware Guide

Related Publications

Related Publications

The Extreme Networks switch documentation set includes:

• Extreme Networks Consolidated Hardware Guide (this guide)

• ExtremeWare Software User Guide

• ExtremeWare Quick Reference Guide

• ExtremeWare Release Notes

Documentation for Extreme Networks products is available from the Extreme Networks web site at the following location: http://www.extremenetworks.com/support/techsupport.asp

You can select and download the following Extreme Networks documentation from the

Technical Documentation section of the Technical Support page:

• Hardware

• Software

• Instructional Videos

• Archives

You can also purchase Extreme Networks documentation from the Extreme Networks web site.

About This Guide

This guide describes how to prepare your site and how to install, maintain, and operate your Extreme Networks switch. It contains information on features that are common to all switches, as well as switch-specific features. This guide is divided into seven parts:

•

Common Features—Describes features that are shared by the Extreme Networks

family of switches. This section describes software images, full duplex support, management ports, mini-GBIC and GBIC modules and their installation.

•

Site Planning—Describes how to evaluate, plan, and determine the location of your

Extreme Networks switch.

Extreme Networks Consolidated Hardware Guide xxi

Preface

•

Summit Switch—Describes the features that are specific to the Summit switch. This

section provides an overview of the Summit switch, information about model types, summary of features, and installation guidelines.

•

Alpine Switch—Describes the features that are specific to the Alpine switch. This

section provides an overview of the Alpine switch, information about model types, a summary of features, and installation guidelines.

•

BlackDiamond Switch—Describes the features that are specific to the BlackDiamond

switch. This section provides an overview of the Alpine switch, information about model types, a summary of features, and installation guidelines.

•

Switch Operation—Describes how to power on any Extreme Networks switch, verify

the switch installation, connect equipment to the console port, and log in to the switch for the first time.

•

Appendices—Includes information about safety requirements and technical

specifications.

How To Use This Guide

Each chapter of this guide contains information on how to successfully operate your

Extreme Networks switch. The Summit-, Alpine-, and BlackDiamond-specific chapters contain information that is applicable to that family of switch only. All other chapters are applicable to any Extreme Networks switch. For switch-specific information, be sure to read the applicable switch-specific chapter. For example, if you have a BlackDiamond

switch and you need to remove and replace an I/O module, see “Removing I/O

Modules” in Chapter 16 for details about how to remove and replace an I/O module in

a BlackDiamond chassis. For an issue that is applicable to any Extreme Networks switch, make sure you read the appropriate chapter. For example, after your switch is properly installed, powered on and passes its initial power-on self test (POST), you

need to log in to the switch for the first time. See “Logging In for the First Time” in

Chapter 18 for details about how to log in to the switch for the first time.

The appendices describe switch safety issues and switch specifications. The Safety

Information appendix describes important safety issues such as power, power cords, and fuses. The Technical Specifications appendix is organized according to the family of switch: Summit, Alpine, and BlackDiamond, and describes switch specifications such as physical dimensions, weight, certifications, and power supply parameters. Information that is common to all switches is described at the end of the appendix.

xxii Extreme Networks Consolidated Hardware Guide

Part 1:

Common Features

1

Summary of Common Switch

Features

This chapter describes the features that are shared in common by the Extreme Networks family of switches. The following topics are described in greater detail:

•

Software Images on page 1-1

•

Full-Duplex Support on page 1-2

•

Management Ports on page 1-2

•

Mini-GBIC Type and Hardware/Software Support on page 1-3

•

GBIC Type and Hardware/Software Support on page 1-7

Software Images

When you receive a new Extreme Networks switch, be aware that an the ExtremeWare ™ software image has been preinstalled at the factory. To verify the software image you are running on your switch, use the show version

command. The show version command displays the hardware and software versions currently running on the switch.

To ensure that you have the latest software image, go to the Extreme Networks support website at http://www.extremenetworks.com/support/scopus.asp and download the latest software image.

If your switch is running release of ExtremeWare version 6.2 or later, the Power LED activity is different from previous versions of ExtremeWare. All other LED activity is the

same. See Table 1-1 for more information about the Power LED activity on switches

running ExtremeWare version 6.2 or later.

Extreme Networks Consolidated Hardware Guide 1-1

Summary of Common Switch Features

Table 1-1: Power LED Activity for Switches Running ExtremeWare Version 6.2 or Later

LED

Power LED

Color

Green

Amber

Off

Indicates

The indicated power supply unit (PSU) is powered up.

A PSU is installed, but not connected to power.

The PSU is not receiving power or no PSU is present.

Note: If the information in the Release Notes that shipped with your switch differs from the information in this guide, follow the Release Notes.

Full-Duplex Support

Extreme Networks switches provide full-duplex support for all ports. This means that frames can be transmitted and received simultaneously, which, in effect, doubles the bandwidth available that is available on a link. Most ports on an Extreme Networks switch autonegotiate for half-duplex or full-duplex operation. Gigabit Ethernet and

100BASE-FX ports operate in full-duplex mode only in accordance with technical standards.

Management Ports

The 10/100BASE-TX Ethernet management port allows you to communicate directly to the CPU of the switch. You can plug an Ethernet cable directly from your laptop into the management port. This provides you with direct access into the switch and allows you to view and locally manage the switch configurations.

The management port is located on the following Extreme Networks devices:

• Summit5i—The management port is located on the back side of the switch

• Summit7i —The management port is located on the front side of the switch

• Alpine—Switch Management Module (SMMi) for the Alpine series switch

• BlackDiamond—Management Switch Fabric Module (MSM64i) for the

BlackDiamond series switch

1-2 Extreme Networks Consolidated Hardware Guide

Mini-GBIC Type and Hardware/Software Support

It is possible, but not recommended, to route traffic from the management port to any front panel port on the switch. The management port is designed for switch management purposes.

Mini-GBIC Type and Hardware/Software Support

The Summit24e3 and Summit48si switches support the small form pluggable SFP GBIC, also known as the mini-GBIC. The switch uses identifier bits to determine the media type of the mini-GBIC that is installed.

Mini-GBIC Type and Specifications

There are two types of mini-GBIC interfaces:

• SX mini-GBIC, which conforms to the 1000BASE-SX standard

• LX mini-GBIC, which conforms to the 1000BASE-LX standard

Use only Extreme Networks-certified mini-GBICs, available from Extreme Networks, into the mini-GBIC port in the switch.

Table 1-2 describes the specifications for the SX mini-GBIC interface, and Table 1-3

describes the specifications for the LX mini-GBIC interface.

Table 1-2: SX Mini-GBIC Specifications

Parameter

Transceiver

Optical output power

Center wavelength

Receiver

Optical input power sensitivity

Optical input power maximum

Operating wavelength

General

Total system budget

Minimum

-9.5 dBm

830 nm

-21 dBm

830 nm

Typical

850 nm

Maximum

-4 dBm

860 nm

-4 dBm

860 nm

11.5 dBm

Total optical system budget for the SX mini-GBIC is 11.5 dBm. Extreme Networks recommends that 3 dBm of the total budget be reserved for losses induced by cable


Summary of Common Switch Features splices/connectors and operating margin. While 8.5 dBm remains available for cable induced attenuation, the 1000Base-SX standard specifies supported distances of 275 meters over 62.5 micron multimode fiber and 550 meters over 50 micron multimode fiber. There is no minimum attenuation or minimum cable length restriction.

Table 1-3: LX Mini-GBIC Specifications

Minimum Parameter

Transceiver


Center wavelength

Receiver




General

Total system budget

-9.5 dBm

1275 nm

-23 dBm

1270 nm

Typical

1310 nm

Maximum

-3 dBm

1355 nm

-3 dBm

1355 nm

13.5 dBm

Total optical system budget for the LX mini-GBIC is 13.5 dBm. Measure cable plant losses with a 1310 nm light source and verify this to be within budget. When calculating the maximum distance attainable using optical cable with a specified loss per kilometer

(for example 0.25 dB/km) Extreme Networks recommends that 3 dBm of the total budget be reserved for losses induced by cable splices/connectors and operating margin. Thus, 10.5 dBm remains available for cable induced attenuation. There is no minimum system budget or minimum cable length restriction because the maximum receive power is the same as the maximum transmit power. There is no minimum attenuation or minimum cable length restriction .


Before you begin the process of installing or replacing a mini-GBIC, read the safety information in this section.

Caution: Mini-GBICs can emit invisible laser radiation. Avoid direct eye exposure to beam.

Mini-GBICs are class 1 laser devices. Use only Extreme-approved devices.


Mini-GBIC Type and Hardware/Software Support

Note: If you see an amber blinking mini-GBIC port status LED after you install a mini-GBIC into the Summit24e3 or Summit48si switch, this means the mini-GBIC is not certified by Extreme Networks. To correct this problem, install an Extreme

Networks certified mini-GBIC, available from Extreme Networks, into the port in the switch.

Preparing to Install or Replace a Mini-GBIC

To ensure proper installation, complete the following tasks before inserting the mini-GBIC:

• Disable the port that is needed to install or replace the mini-GBIC.

• Inspect and clean the fiber tips, coupler, and connectors.

• Prepare and clean an external attenuator, if needed.

• Do not stretch the fiber.

• Make sure the bend radius of the fiber is not less than 2 inches (5.08 cm).

When installing or replacing mini-GBICs on an active network, use the same type of mini-GBIC at each end of the link.

Once you complete all of these tasks, you are ready to install or replace a mini-GBIC.

Installing and Removing a Mini-GBIC

You can add and remove mini-GBICs from your Summit24e3 switch without powering

off the system. Figure 1-1 shows the mini-GBIC connector.



XM_032

Figure 1-1: Mini-GBIC module

Mini-GBICs are Class 1 laser devices. Use only Extreme-approved devices.

Note: Remove the LC fiber-optic connector from the mini-GBIC prior to removing the mini-GBIC from the switch.

Caution: Mini-GBICs can emit invisible laser radiation. Avoid direct eye exposure to beam.

Note: If you see an amber blinking mini-GBIC port status LED after you install a mini-GBIC into the Summit24e3 or Summit48si switch, this means the mini-GBIC is not certified by Extreme Networks. To correct this problem, install an Extreme

Networks certified mini-GBIC, available from Extreme Networks, into the port in the switch.

To remove the mini-GBIC connector, gently depress and hold the black plastic tab at the bottom of the connector and pull the mini-GBIC out of the port on the switch.

To insert a mini-GBIC connector:

1 Holding the mini-GBIC by its sides, insert the mini-GBIC into the port on the switch.

The black plastic tab is at the bottom of the connector.

2 Slide the mini-GBIC into the port, until you hear it click.


GBIC Type and Hardware/Software Support

GBIC Type and Hardware/Software Support

Most Extreme Networks switches support two types of GBICs: the Parallel ID GBIC and the Serial ID GBIC. The switch uses identifier bits to determine the media type for the

GBIC that is installed. Initial ExtremeWare software versions do not support Serial ID

GBICs. If Serial ID GBICs are installed in a switch with an initial software release, the switch will not bring up the link on GBIC ports.

GBIC Types and Specifications

Table 1-4 describes the GBIC types and distances for the different types of Extreme

Networks series switch ports. Table 1-5 through Table 1-9 describe the different GBIC

specifications.

Table 1-4: GBIC Types and Maximum Distances

Standard

1000BASE-SX

(850 nm optical window)

1000BASE-LX


1000BASE-ZX


1000BASE-ZX Rev 03


1000BASE-LX70


Media Type

50/125 µm multimode fiber


62.5/125 µm multimode fiber





10/125 µm single-mode fiber

10/125 µm single-mode fiber*




500

–

–

–

Mhz•Km

Rating

400

500

160

200

400

500

220

275

550

550

Maximum

Distance

(Meters)

500

550

550

5,000

10,000

50,000

–

–

70,000

70,000



Table 1-4: GBIC Types and Maximum Distances (continued)

Standard

100BASE-FX


1000BASE-T

100BASE-TX

10BASE-T

Media Type





Category 5 and higher UTP cable



Mhz•Km

Rating

400

500

400

500

–

–

–

Maximum

Distance

(Meters)

2000

2000

2000

2000

100

100

100

*Extreme Networks proprietary. Connections between two Extreme Networks 1000BASE-LX interfaces can use a maximum distance of 10,000 meters.

Table 1-5: 1000BASE-SX Specifications

Parameter

Transceiver


Center wavelength

Minimum

-9.5 dBm

830 nm

Typical

-9.5 dBm

850 nm

Maximum

-5 dBm*

860 nm

Receiver




-17 dBm

830 nm

-0 dBm

860 nm

*The transmitter output power level for the 1000BASE-SX is -5 dBm. The maximum allowable receiver input power level is -17 dBm. Therefore, there is a minimum of 12 dB loss required for the link to operate without errors. This minimum required loss can be achieved using a fiber length of 52 km (0.25 dB/km provides 8 dB loss), or by adding 10 dB of fixed optical attenuator at the receiver end.

Table 1-6: 1000BASE-LX Specifications


Transceiver


Center wavelength

Receiver


-9.5 dBm

1285 nm

-20 dBm

Typical Maximum

-11.5 dBm -3 dBm

1310 nm 1343 nm



Table 1-6: 1000BASE-LX Specifications (continued)

Minimum Typical Parameter


Operating wavelength 1285 nm

.

Table 1-7: 1000BASE-ZX Specifications

Parameter

Transceiver


Center wavelength

Receiver




Minimum

-4 dBm

1540 nm

-23.5 dBm

1540 nm

Typical

-3 dBm

1550 nm

1550 nm

Maximum

-3 dBm

1343 nm

Maximum

-1 dBm

1570 nm

-1 dBm

1570 nm

Table 1-8: 1000BASE-ZX Rev 03 Specifications


Transceiver


Center wavelength

Receiver




-2 dBm

1540 nm

-23 dBm

1540 nm

Typical

0 dBm

1550 nm

1550 nm

Maximum

2 dBm

1570 nm

-1 dBm

1570 nm

Measure cable plant losses with a 1550 nm light source and verify this to be within budget. When calculating the maximum distance attainable using optical cable with a specified loss per kilometer (for example 0.25 dB/km), Extreme Networks recommends that 3 dB of the total budget be reserved for losses induced by cable splices/connectors and operating margin. Thus, 18 dB remains available for cable induced attenuation.

A minimum attenuation of 3 dB is required to prevent saturation of the receiver.



If a ZX GBIC is used on the same link with an LX70 GBIC, the available link budget is reduced to a total of 18 dB. Additionally, a minimum attenuation of 6 dB is required to ensure correct operation of the ZX GBIC receiver.

Table 1-9: 1000BASE-LX70 Specifications

Parameter

Transceiver


Center wavelength

Minimum

0 dBm

1540 nm

Typical

3 dBm

1550 nm

Maximum

4 dBm*

1560 nm

Receiver




-24 dBm

1200 nm

-3 dBm

1560 nm

*The transmitter output power level for the 1000BASE-LX70 is +4 dBm. The maximum allowable receiver input power level is

-3 dBm. Therefore, there is a minimum of 7 dB loss required for the link to operate without errors. This minimum required loss can be achieved using a fiber length of 32 km (0.25 dB/km provides 8 dB loss), or by adding 10 dB of fixed optical attenuator at the receiver end.

Determining Budget and Distance Calculations

When calculating the distance that is attainable by using optical cable with a specified loss per kilometer, Extreme Networks recommends that 3 dB of the total budget be reserved for losses that are induced by cable splices, cable connectors, and operating margin. These are referred to as loss penalties.

To determine the required link budget for a specific distance of fiber, use the following formula:

Required Link Budget LB = [(Distance d) * (Fiber Attn)] + all other Loss Penalties

• Distance is the distance between the links

• Fiber attenuation is the fiber or cable attenuation

• loss penalties are the amounts reserved for losses that are induced by cable splices, cable connectors, and operating margin.

The following example determines a required link budget of 9 dB where the following is true:



• Distance is 20 km

• Fiber attenuation is 0.30 dB/km

• Loss penalties are 3 dB

Required Link Budget LB = (20 km * 0.30 dB/km) + 3 dB = 9 dB

When calculating the supported link distance, if the link distance is less than the minimum length supported, external attenuators may be needed. To determine the supported link distance, use the following formula:

Link distance supported = (system budget - loss penalties) / fiber attenuation

For example, Table 1-10 and Table 1-11 use the supported link distance formula to

determine the maximum link distances for two different GBICs: the ZX GBIC and the

LX70 GBIC.

Table 1-10: Cable Attenuation and Distances for the ZX GBIC

Cable Attenuation

0.30 dB/km

0.25 dB/km

0.23 dB/km

Minimum Distance

0 km

0 km

0 km

Maximum Distance

(19.5-3)/0.30 = 55 km

(19.5-3)/0.25 = 66 km

(19.5-3)/0.23 = 71 km

Table 1-11: Cable Attenuation and Distances for the LX70 GBIC


0.30 dB/km

0.25 dB/km

0.23 dB/km

Minimum Distance

27 km

33 km

36 km


(22-3)/0.30 = 63 km

(22-3)/0.25 = 76 km

(22-3)/0.23 = 82 km

Maximum Budget for Link Partners

Figure 1-2 displays the maximum budget for the following GBIC link partners:

• Older ZX GBIC and Older ZX GBIC

• LX70 GBIC and LX70 GBIC

• ZX GBIC and LX70 GBIC



Do not use ZX or LX70 GBICs with the 1000BASE LX GBIC. The 1000BASE LX GBIC uses a wavelength of 1310 nm. The ZX and LX70 GBIC receivers are not specified to operate at this wavelength. Do not use the LX70 GBIC with the ZX GBIC.

Note: The fiber loss budget plus all other penalties must not exceed the total system budget.

ZX GBIC

LX70

19.5 dB

19.5 dB

22 dB

22 dB

ZX GBIC

LX70

ZX GBIC

18 dB

23.5 dB

LX70

XM_001

Figure 1-2: Maximum budget for GBIC link partners

Figure 1-3 shows the total optical system budget between older ZX GBICs and the ZX

GBIC Rev 03.

19.5 dBm

ZX GBIC ZX GBIC

ZX GBIC

19.0 dBm ZX GBIC

Rev. 03

ZX GBIC

Rev. 03

21.0 dBm ZX GBIC

Rev. 03

Figure 1-3: ZX GBIC optical system budget

XM_038



Identifying ZX GBIC Rev 03 Modules

To identify the type of ZX GBIC module you have, look at the label on the top of the ZX

GBIC module. If you see one of the following on the label, you have a ZX GBIC Rev 03 module:

• DVA-1203 sticker near the top of the label that covers the Extreme Networks logo

• ZX GBIC (1203) wording near the top of the label

• ZX GBIC Rev 03 wording near the center of the label


Before you install or replace a GBIC, read the safety information in this section.

Caution: GBICs can emit invisible laser radiation. Avoid direct eye exposure to beam.

GBICs are class 1 laser devices. Use only Extreme-approved devices.

Remove the SC fiber-optic connector from the GBIC prior to removing the GBIC from the I/O module or the switch.

Installing or Replacing a GBIC

This section describes the preparation steps that you must perform before inserting and securing a GBIC.


To ensure proper installation, complete the following tasks before inserting the GBIC:

• Inspect and clean the fiber tips, coupler, and connectors.

• Prepare and clean an external attenuator, if needed.

• Calculate the link budget.

• Do not stretch the fiber.

• Make sure the bend radius of the fiber is not less than 2 inches.

In addition to the previously described tasks, Extreme Networks recommends the following when installing or replacing GBICs on an active network:



• Use the same type of GBIC at each end of the link.

• Connect one end of the link to the Tx port. Without an attenuator, measure the total loss from the Tx port to the other site of the link. For example, the total loss must

not exceed the total budget listed in Table 1-10 for a ZX GBIC or Table 1-11 for an

LX70 GBIC.

• Use dispersion shifted fiber whenever possible. This provides superior performance in the 1550 nm range.

Once you complete all of these described tasks, you are ready to install or replace a

GBIC.

You can add and remove GBICs from your Extreme Networks switch without powering

off the system. Figure 1-4 shows the two types of GBIC connectors.

Module A

Figure 1-4: GBIC modules

Module B

EW_GBIC

GBICs are a Class 1 laser device. Use only Extreme-approved devices.

Note: Remove the SC fiber-optic connector from the GBIC prior to removing the

GBIC from the I/O module or the switch.


To remove the GBIC connector labeled “Module A,” lift up on the front handle and pull the GBIC out of the slot.

To remove the GBIC connector labeled “Module B,” gently squeeze the sides to release it, and pull the GBIC out of the slot.

To insert a GBIC connector:



1 Holding the GBIC by its sides, insert the GBIC into the slot on the I/O module or the switch.

2 Slide the GBIC into the slot, until you hear it click.

3 If the GBIC has a handle, push down on the handle to secure the GBIC.




Part 2:

Site Planning

2

Site Preparation

This chapter describes how to prepare your site for installing Extreme Networks equipment. It contains information on environmental and cabling requirements, power requirements, and building and electrical code organizations.

This chapter includes these sections:

•

Planning Your Site

•

Meeting Site Requirements

•

Evaluating and Meeting Cable Requirements

•

Meeting Power Requirements

•

Applicable Industry Standards

The requirements described in this chapter are intended for the system administrator, network equipment technician, or network manager who is responsible for installing and managing the network hardware. It assumes a working knowledge of local area network (LAN) operations, and a familiarity with communications protocols that are used on interconnected LANs.

By carefully planning your site, you can maximize the performance of your existing network and ensure that it is ready to migrate to future networking technologies.


Site Preparation

Planning Your Site

To install your equipment successfully, you should plan your site carefully. The site planning process has three major steps:

Step 1: Meeting Site Requirements

Your physical installation site must meet several requirements for a safe and successful installation:

• Building and electrical code requirements

• Environmental, safety, and thermal requirements for the equipment you plan to install

• Distribution rack requirements

Step 2: Evaluating and Meeting Cable Requirements

You should evaluate and compare your existing cable plant with the requirements of the Extreme Networks equipment to determine if you need to install new cables (or cabling).

Step 3: Meeting Power Requirements

To run your equipment safely, you must meet the specific power requirements for the

Extreme Networks equipment that you plan to install.

Note: Review and follow the safety information located in the user guide for the equipment you are installing.


Meeting Site Requirements

Meeting Site Requirements

This section addresses the various requirements to consider when preparing your installation site, including:

•

Operating Environment Requirements

•

Rack Specifications and Recommendations

Operating Environment Requirements

You need to verify that your site meets all environmental and safety requirements.

Virtually all areas of the United States are regulated by building codes and standards.

During the early planning stages of installing or modifying your LAN, it is important that you develop a thorough understanding of the regulations that pertain to your location and industry.

Building and Electrical Codes

Building and electrical codes vary depending on your location. Comply with all code specifications when planning your site and installing cable. The following sections are provided as a resource to obtain additional information.

Three major building codes are:

• Uniform Building Code—produced by the International Conference of Building

Officials (ICBO); 5360 South Workman Mill Road; Whittier, California 90601 USA. www.icbo.org

• BOCA Basic Building Code—produced by the Building Officials and Code

Administrators (BOCA) International, Inc.; 4051 West Flossmoor Road; Country Club

Hills, Illinois 60478 USA. www.bocai.org

• Standard Building Code (SBC)—produced by the Southern Building Code Congress

International, Inc.; 900 Montclair Road; Birmingham, Alabama 35213 USA. www.sbcci.org


Site Preparation

Five authorities on electrical codes are:

• National Electrical Code (NEC) Classification (USA only)—a recognized authority on safe electrical wiring. Federal, state, and local governments use NEC standards to establish their own laws, ordinances, and codes on wiring specifications. The NEC classification is published by the National Fire Protection Association (NFPA). The address is NFPA; 1 Batterymarch Park; Quincy, Massachusetts 02269 USA. www.nfpa.org

• Underwriters’ Laboratory (UL) (USA only)—an independent research and testing laboratory. UL evaluates the performance and capability of electrical wiring and equipment to determine whether they meet certain safety standards when properly used. Acceptance is usually indicated by the words “UL Approved” or “UL Listed.”

The address is UL; 333 Pfingsten Road; Northbrook, Illinois 60062-2096 USA. www.ul.com

• National Electrical Manufacturing Association (NEMA) (USA only)—an organization of electrical product manufacturers. Members develop consensus standards for cables, wiring, and electrical components. The address is NEMA; 2101 L Street N.W.;

Washington, D.C. 20037 USA. www.nema.org

• Electronics Industry Association (EIA)—a trade association that develops technical standards, disseminates marketing data, and maintains contact with government agencies in matters relating to the electronics industry. The address is EIA; 2001 Eye

Street N.W.; Washington, D.C. 20006 USA. www.eia.org

• Federal Communications Commission (FCC)—a commission that regulates all interstate and foreign electrical communication systems that originate in the United

States according to the Communications Act of 1934. The FCC regulates all U.S. telephone and cable systems. The address is FCC; 1919 M Street N.W.; Washington,

D.C. 20554 USA.



Wiring Closet Considerations

You should consider the following recommendations for your wiring closet:

•

Ensure that your system is easily accessible for installation and service. See “Rack

Specifications and Recommendations” on page 2-12 for specific recommendations.

• Use AC power, 15-amp service receptacles, type N5/15 or NEMA 5-15R for 120 VAC.

• Use 30 A at -40 VDC (or equivalent power between -40 and -70 VDC) for Alpine DC power supplies. For Alpine DC power and ground cables, use 8 AWG, high-strand-count wire cable (Alpine 3808) or 10 AWG, high-strand-count wire cable

(Alpine 3804).

• Use AC power, 20 A service receptacle, NEMA L5-20R for BlackDiamond 110 VAC power supplies.

• Use AC power, 20 A service receptacle, NEMA L6-20R for BlackDiamond 220 VAC power supplies.

• Use 55 A service for BlackDiamond DC power supplies. For BlackDiamond DC power cables, use 4 AWG, high-strand-count wire cable.

• Use a vinyl floor covering in your wiring closet. (Concrete floors accumulate dust, and carpets can cause static electricity.)

• Prevent unauthorized access to wiring closets by providing door locks.

• Provide adequate overhead lighting for easy maintenance.

• Ensure that each wiring closet has a suitable ground. All distribution racks and equipment installed in the closet should be grounded.

• Ensure that all system environmental requirements are met, such as ambient temperature and humidity.

Note: Extreme Networks recommends that you consult an electrical contractor for commercial building and wiring specifications.

Temperature. Extreme Networks equipment generates a significant amount of heat. It is essential that you provide a temperature-controlled environment for both performance and safety.

The following are some general thermal recommendations for your wiring closet:

• Ensure that the ventilation in the wiring closet is adequate to maintain a temperature below 104° F (40° C).

• Install a reliable air conditioning and ventilation system.


Site Preparation

• Keep the ventilation in the wiring closet running during nonbusiness hours; otherwise, the equipment can overheat.

• Maintain ambient operating temperature: 32° to 104° F (0° to 40° C)

• Maintain storage Temperature: -40° to 158° F (-40° to 70° C)

Note: Like all electrical equipment, product lifetimes degrade with increased temperature. If possible, temperatures should be kept at approximately 78 ° F

(25 ° C) or lower.

BlackDiamond 6816 Spacing Requirements. Due to chassis-to-chassis heating,

Extreme Networks recommends placing no more than three BlackDiamond 6816 chassis next to each other.

The following are some general recommendations for installing your BlackDiamond

6816 chassis:

• A minimum of 17.32 inches (44 cm) between each set of three BlackDiamond 6816 chassis.

Or

• Place front-back cooled equipment, such as a BlackDiamond 6808 chassis, between each set of three BlackDiamond 6816 chassis.

Or

• Place patch panels, which are used to patch cables together, between each set of three BlackDiamond 6816 chassis. A patch panel does not require any power and does not generate any heat.

Note: Up to five adjacent BlackDiamond 6816 chassis will continue to function without safety concerns. However, product lifetime may degrade with continued exposure to high temperatures in close proximity and long term reliability may be compromised.

Air flow Requirements. To ensure proper air flow through an Extreme Networks switch, refer to the following recommendations when you are installing your switch:

• The Summit family of switches require 3 inches (7.62 cm) on both the left and right sides of the switch (5 inches (12.7 cm) recommended) for proper air flow.

• The Alpine 3800 series chassis require 3 inches (7.62 cm) on both the left and right sides of the switch (5 inches (12.7 cm) recommended) for proper air flow.



• The BlackDiamond 6816 and 6804 chassis require 3 inches (7.62 cm) around the entire chassis—front, rear, and sides—(5 inches (12.7 cm) recommended) for proper air flow.

• The BlackDiamond 6808 chassis requires 3 inches (7.62 cm) around both the front and rear of the chassis (5 inches (12.7 cm) recommended) for proper air flow.

The air flow of the Summit family of switches moves from the left side of the switch to the right side of the switch or from the right side of the switch to the left side of the switch depending on the model.

The air flow of the Alpine 3808 moves through the power supplies and is independent

of the air flow through the chassis as shown in Figure 2-1. For example, if the power

supply fans fail, the air flow through the module area of the chassis will not cool down the power supplies.

• Air flow for cooling power supplies enters the top of the chassis and moves left to right as you face the chassis.

• Air flow for cooling modules moves left to right as you face the chassis.

Air flow through power supplies

Air flow through chassis


Figure 2-1: Air flow through the Alpine 3808 chassis

38_air8


Site Preparation

The air flow of the Alpine 3804 and Alpine 3802 moves from the left side of the chassis

to the right side of the chassis as shown in Figure 2-2 and Figure 2-3.

• Air flow for cooling power supplies moves left to right as you face the chassis.





38_air4




3802air



The air flow of the BlackDiamond 6800 series chassis moves through the power

supplies and is independent of the airflow through the modules as shown in Figure 2-4

and Figure 2-5. For example, if the power supply fans fail, the air flow through the

module area of the chassis will not cool down the power supplies.

• Air flow for cooling power supplies moves front to back as you face the chassis.



11

12

13

14

15

16

C

D

9

10

6

7

4

5

1

2

3

8

A

B


Figure 2-4: Air flow through the BlackDiamond 6816 chassis

BD_032


Site Preparation

1 2 3 4 A

50015

B

50015

5 6 7 8


POWER

DC OUT

AC IN

50021

POWER

DC OUT

AC IN

50021


Figure 2-5: Air flow through the BlackDiamond 6808 chassis

BD_027

Humidity. Operating humidity should be kept between 10 and 95% relative humidity

(noncondensing).

Electrostatic Discharge (ESD)

Your system must be protected from static electricity. Take the following measures to ensure optimum system performance:

• Keep relative humidity at 50 to 70%.



• Remove materials that can cause electrostatic generation (such as synthetic resins) from the wiring closet. Check the appropriateness of floor mats and flooring.

• Connect conductors (metals, etc.) to ground, using dedicated grounding lines.

• Use electrostatically safe equipment and the ESD straps that are provided with your equipment. All Alpine and BlackDiamond switches come with ESD wrist strap

connectors and wrist straps as shown in Figure 2-6.

ESD strap connector

1 2 3 4 A

50015

B

50015

5 6 7 8

Connected wrist strap

POWER

DC OUT

AC IN

50020

POWER

DC OUT

AC IN

50020

SPG_003

Figure 2-6: Ensure that you use an ESD wrist strap when handling switch components


Site Preparation

Rack Specifications and Recommendations

Racks should conform to conventional standards. In the United States, refer to EIA

Standard RS-310C: Racks, Panels, and Associated Equipment. In countries other than the United States, refer to IEC Standard 297. In addition, verify that your rack meets the basic mechanical and space requirements that are described in this section.

Mechanical Recommendations for the Rack

Use distribution racks that meet the following mechanical recommendations:

• Use an open style, 19-inch (48.26-cm) rack to facilitate easy maintenance and to provide proper ventilation.

• The rack should use the universal mounting rail hole pattern that is identified in IEC

Standard 297.

• The mounting holes should be flush with the rails to accommodate the chassis.

• Use a rack made of steel or aluminum.

• Install equipment into the lower half of the rack first to avoid making the rack top-heavy.

• The rack should support approximately 600 pounds (272 kilograms).

Protective Grounding for the Rack

Use a rack grounding kit and a ground conductor that is carried back to earth or to another suitable building ground.

All Extreme Networks switches are designed with mounting brackets that provide solid metal-to-metal connection to the rack. If you do not use equipment racks, you can attach wiring terminals directly to the mounting brackets for appropriate grounding.

Alpine products have grounding terminals that are mounted on the back of the chassis.

At minimum, follow these guidelines:

• Ground equipment racks to earth ground.

— CAD weld appropriate wire terminals to building I-beams or earth ground rods.

— Use #4 copper wire.

— Drill and tap wire terminals to equipment racks.



— Position the earth ground as close to the equipment rack as possible to maintain the shortest wiring distance possible.

— Properly test the quality of the earth ground.

Note: Because building codes vary world-wide, Extreme Networks strongly recommends that you consult an electrical contractor to ensure proper equipment grounding is in place for your specific installation.

• Ground DC power supplies to earth ground by using the grounding terminals provided.

Space Requirements for the Rack

Provide enough space in front of and behind the switch so that you can service it easily.

Allow a minimum of 4 feet (121.92 cm) in front of the rack and 2 feet (60.96 cm) behind the rack. When using a relay rack, provide a minimum of 2 feet (60.96 cm) of space behind the mounted equipment. Extra room on each side is optional.

Note: Install your equipment rack near an easily accessible power outlet. You should power down your equipment only by removing the power cord from the power source.

Securing the Rack

The rack should be attached to the wiring closet floor with 3/8 inch (9.5 mm) lag screws or equivalent hardware. The floor under the rack should be level within 3/16 inch


Site Preparation

(5 mm). Use a floor-leveling cement compound if necessary or bolt the racks to the floor

as shown in Figure 2-7.

Secure to floor with 3/8 inch lag screws or bolts

SPG_007

Figure 2-7: Properly secured rack

Brace open distribution racks if the channel thickness is less than 1/4 inch (6.4 mm).

Evaluating and Meeting Cable Requirements

This section addresses requirements for the that cable you should use when installing your network equipment. It includes:

•

Cabling Standards

•

Cable Labeling and Record Keeping

•

Installing Cable

•

RJ-45 Connector Jackets

•

Radio Frequency Interference


Evaluating and Meeting Cable Requirements

Cabling Standards

We recommend using the BICSI (Building Industry Consulting Service International)

RCDD (Registered Communications Distribution Designer), which is globally recognized as a standard in site planning and cabling. For information, go to http://www.bicsi.org

Cable Labeling and Record Keeping

A reliable cable labeling system is essential when planning and installing a network.

Maintaining accurate records helps you to:

• Relocate devices easily.

• Make changes quickly.

• Isolate faults in the distribution system.

• Locate the opposite end of any cable.

• Know the types of network devices that your cabling infrastructure can support.

Consider the following recommendations when setting up a cable labeling system suitable for your installation:

• Identify cables by securely attaching a label to all cable ends.

• Assign a unique block of sequential numbers to the group of cables that run between each pair of wiring closets.

• Assign a unique identification number to each distribution rack.

• Identify all wiring closets by labeling the front panel of your Extreme Networks equipment and other hardware.

• Keep accurate and current cable identification records.

• Post records near each distribution rack. Include the following cable drop information: the cable source, destination, and jumper location.

Installing Cable

Consider the following recommendations when you connect cable to your network equipment:

• Examine cable for cuts, bends, and nicks.

• Support cable using a cable manager that is mounted above connectors to avoid unnecessary weight on the cable bundles.


Site Preparation

• Use cable managers to route cable bundles to the left and right of the network equipment to maximize accessibility to the connectors.

• Provide enough slack—approximately 2-3 inches (5.08-7.62 cm)— to provide proper

strain relief as shown in Figure 2-8.

• Bundle cable using velcro straps to avoid injuring cables.

• If you build your own cable, ensure that cable is properly crimped.

• When installing a patch panel using twisted pair wiring, untwist no more than 1” of the cable to avoid RF interference.

• When required for safety and fire rating requirements, use plenum-rated cable. See your local building codes for determining when it is appropriate to use plenum-rated cable, or refer to IEC standard 850.

• Keep all ports and connectors free of dust.

Note: Unshielded twisted pair (UTP) cable can build up ESD charges when being pulled into a new installation. Before installing category 5 UTP cables, discharge ESD from the cable by plugging it into a port on a switch or any network device that is not powered on.



Cable managers supporting and directing cables

Proper bundling of cables

Figure 2-8: Properly installed and bundled cable

Adequate slack, and bend radius

SPG_008


Site Preparation

Fiber Optic Cable

Fiber optic cable must be treated gently during installation. Every cable has a minimum bend radius, for example, and fibers will be damaged if the cables are bent too sharply.

It is also important not to stretch the cable during installation. We recommend that the bend radius for fiber optic cable equals 2-inch (5.08 cm) minimum for each 90 degree

turn as shown in Figure 2-9.

Minimum

2" radius in 90˚ bend

Optical fiber cable

Figure 2-9: Bend radius for fiber optic cable

Cable Distances

Table 2-1 shows cable media types and maximum distances that support reliable

transmission in accordance with international standards except where noted.

Table 2-1: Media Types and Maximum Distances

Standard

1000BASE-SX


Media Type





Mhz•Km

Rating

400

500

160

200


(Meters)

500

550

220

275

SPG_002



Table 2-1: Media Types and Maximum Distances (continued)

Standard

1000BASE-LX


Media Type





10/125 µm single-mode fiber*


400

500

400

500

–

–

–

Mhz•Km

Rating

400

500

500

–

–

–

2000

2000

2000

2000

100

100

100


(Meters)

550

550

550

5,000

10,000*

70,000 1000BASE-LX70


100BASE-FX


1000BASE-T

100BASE-TX

10BASE-T








* Proprietary to Extreme Networks. Connections between two Extreme Networks

1000BASE-LX interfaces that use 10/125 µm single-mode fiber can use a maximum distance of 10,000 meters.

RJ-45 Connector Jackets

Use RJ-45 cable with connector jackets that are flush with the connector or that have connectors with a no-snag feature.

Using cable with jackets that are wider than the connectors can cause:

• Connectors that are not properly aligned with the port.

• Crowded cable installation, which can cause connectors to pop out of the port.


Site Preparation

Figure 2-10 shows examples of connector jacket types that are not recommended as well

as those that are recommended.

Not good Not good

Figure 2-10: RJ-45 connector jacket types

Better

Best

0.1" = 1mm actual

39.37% : 254%

SPG_001



Radio Frequency Interference

If you use unshielded twisted pair (UTP) cabling in an installation, take precautions to avoid radio frequency (RF) interference. RF interference can cause degradation of signal quality, and, in an Ethernet network environment, can cause excessive collisions, loss of link status, or other physical layer problems that can lead to poor performance or loss of communication.

To prevent RF interference, avoid the following devices or situations:

• Attaching UTP cable to AC power cords

• Routing UTP cable near antennas, such as a Ham radio antenna

• Routing UTP cable near equipment that could exhibit RF interference, such as:

— ARC welding equipment

— Electrical motors that contain coils

— Air conditioner units

— Electrical transformers

In areas or applications where these situations cannot be avoided, use fiber optic cabling or shielded twisted pair cabling (STP).

Note: Because harmonics can appear on the neutral line of a typical three-phase power circuit, Extreme Networks recommends using a harmonics meter in new installations.


Site Preparation

Meeting Power Requirements

This section discusses power requirements, including:

•

Power Supply Requirements

•


•

Uninterruptable Power Supply Requirements

Power Supply Requirements

Adhere to the following requirements in order to operate your Extreme Networks equipment safely:

• Ensure that your equipment is placed in an area that accommodates the power consumption and component heat dissipation specifications.

• Ensure that your power supply meets the site power, AC power, or DC power requirements of the network equipment.

• Ensure that DC connections are made by an on-site electrician.

Note: For power specifications for Extreme Networks products, see the Extreme

Networks website at http://www.extremenetworks.com.

• When connecting power to installed equipment, avoid connecting through an extension cord or power strip.

• If your switch includes more than one power supply, connect each power supply to different, independent power sources. If a power source fails, it will only affect the switch power supply to which it is connected. If all switch power supplies are connected to a single power source, the entire switch is vulnerable to a power source failure.


Meeting Power Requirements

AC Power Cord Requirements

The AC power cord must be approved for the country where it is used. Table 2-2

describes AC power cord requirements.

Table 2-2: AC Power Cord Requirements

Country

USA and Canada

Denmark

Switzerland

Argentina

Requirements

■

■

The cord set must be UL-approved and CSA-certified.

The minimum specification for the flexible cord is No. 18

AWG (1.5 mm

2

), Type SVT or SJT, 3-conductor.

■

■

The cord set must have a rated current capacity of at least the amount rated for each specific product.

The attachment plug must be an Earth-grounding type with a NEMA 5-15P (10 A, 125 V) configuration.

The supply plug must comply with section 107-2-D1, standard

DK2-1a or DK2-5a.

The supply plug must comply with SEV/ASE 1011.

The supply plug must comply with Argentinian standards.

Note: When using dual power supplies, make sure that each AC power supply attaches to an independent power source.

Replacing the Power Cord

If the power cord plug is unsuitable and must be replaced, connect the power supply wires for the switch according to the following scheme:

• Brown wire to the Live (Line) plug terminal, which may be marked with the letter

“L” or colored red.

• Blue wire to the Neutral plug terminal, which may be marked with the letter “N” or colored black.

• Yellow/Green wire to the Ground plug terminal, which may be marked with the letter “E” (the Earth symbol) or colored yellow/green.

Uninterruptable Power Supply Requirements

An uninterruptible power supply (UPS) is a device that sits between a power supply

(such as a wall outlet) and a device (such as a switch) to prevent outages, sags, surges, and bad harmonics from adversely affecting the performance of the device.


Site Preparation

UPS Features

A UPS traditionally can perform the following functions:

• Absorb relatively small power surges.

• Smooth out noisy power sources.

• Continue to provide power to equipment during line sags.

• Provide power for some time after a blackout has occurred.

In addition, some UPS or UPS plus software combinations provide the following functions:

• Automatic shutdown of equipment during long power outages.

• Monitoring and logging of power supply status.

• Display the voltage (current draw) of the equipment.

• Restart equipment after a long power outage.

• Display the voltage currently on the line.

• Provide alarms on certain error conditions.

• Provide short circuit protection.

Selecting a UPS

To determine UPS requirements for your switch, ask these questions:

• What are the amperage requirements?

• What is the longest potential time period that the UPS would be required to supply backup power?

• Where will the UPS be installed?

• What is the maximum transition time that your installation will allow?

Extreme Networks recommends that you use a UPS that provides online protection.

Calculating Amperage Requirements

To determine the size of UPS that you need, use the following procedure:


Applicable Industry Standards

1 To find VA (Volt-Amps), locate the voltage and amperage requirements for each piece of equipment. These numbers are usually located on a sticker on the back or bottom of your equipment. Then multiply the numbers together to get VA:

VA = Volts x Amperes

2 Add the VA from each piece of equipment together to find the total VA requirement.

To determine the minimum amperage requirements for your UPS, we recommend that you add 30% to the total.

UPS Transition Time

Transition time is the time that is necessary for the UPS to transfer from utility power to full-load battery power. For Extreme Networks products, a transition time of less than

20 milliseconds is required for optimum performance.

Applicable Industry Standards

For more information, see the following ANSI/TIA/EIA standards:

• ANSI/TIA/EIA-568-A—discusses the six subsystems of a structured cabling system.

• ANSI/TIA/EIA-569-A—discusses design considerations.

• ANSI/TIA/EIA-606—discusses cabling system administration.

• ANSI/TIA/EIA-607—discusses commercial building grounding and bonding requirements.

You can access these standards at http://www.ansi.org/ or http://www.tiaonline.org/.


Site Preparation


Part 3:

Summit Switch

3

Summit Switch Overview

This chapter describes:

• The different types of Summit switch models

• The features available on the Summit family of switches

• The memory requirements for the Summit family of switches

Summit Switch Models

The following models comprise the Summit family of switches:

• Summit1i

• Summit5i

• Summit7i

• Summit48i

• Suumit48si

• Summit4

• Summit4/FX

• Summit24

• Summit48

• Summit24e2


Summit Switch Overview

• Summit24e3

• SummitPx1

Summary of Features

This section describes the features of the Summit family of switches.

Summit “i” series and non-”i” series switches

• Virtual local area networks (VLANs), including support for IEEE 802.1Q and IEEE

802.1p

• VLAN aggregation

• Spanning Tree Protocol (STP) (IEEE 802.1D) with multiple STP domains

• Policy-Based Quality of Service (PB-QoS)

• Wire-speed Internet Protocol (IP) routing

• IP multinetting

• DHCP/BOOTP relay

• Extreme Standby Router Protocol (ESRP)

• Routing Information Protocol (RIP) version 1 and RIP version 2

• Open Shortest Path First (OSPF) routing protocol

• Border Gateway Protocol (BGP) version 4

• IPX routing, including RIP and Service Advertisement Protocol (SAP)

• Wire-speed IP multicast routing

• Diffserv

• Access-policy support for routing protocols

• Access list support for packet filtering

• IGMP snooping

• Distance Vector Multicast Routing Protocol (DVMRP)

• Protocol Independent Multicast-Dense Mode (PIM-DM)

• Protocol Independent Multicast-Sparse Mode (PIM-SM)

• Wire-speed IPX, IPX/RIP, and IPX/SAP


Summary of Features

• Server Load Balancing (SLB)

• RADIUS client and per-command authentication

• TACACS+

• Console command-line interface (CLI) connection

• Telnet CLI connection

• SSH2 connection

• ExtremeWare ™ Vista ™ Web-based management interface

• Simple Network Management Protocol (SNMP)

• Remote Monitoring (RMON)

Summit24e2

• VLANs, including support for IEEE 802.1Q and IEEE 802.1p

• STP (IEEE 802.1D)


• Broadcast and Multicast storm filtering

• Port mirroring

• Port trunking

• IGMP

• CLI connection

• SNMP

• DNS relay agent

• Password-enabled

Summit24e3

• VLANs, including support for IEEE 802.1Q and IEEE 802.1p

• STP (IEEE 802.1D)

• Quality of Service (QoS), including support for IEEE 802.1p, MAC QoS, and four hardware queues

• Wire-speed IP routing




• ESRP-aware

• RIP version 1 and RIP version 2


• IGMP

• RADIUS client and per-command authentication

• TACACS+

• CLI connection


• SSH2 connection

• SNMP

• RMON

SummitPx1

• Wire-speed server load balancing

• Multiple server selection algorithms

• Client IP history

• Cookie detection and tracking

• Persistence

• 1,000,000 simultaneous layer 7 sessions

• 3,000,000 simultaneous layer 4 sessions

• 2,000,000 aggregate connections

• 8,000,000 client IP addresses, cookies, and SSL sessions

• 64,000 real servers

• 64,000 virtual servers

Memory Requirements

Your “i” series Summit switch must have 32 MB of DRAM in order to support the features in ExtremeWare version 4.0 and above. This is not a requirement for Summit24 and Summit48 switch models, and all currently shipping switches contain 32 MB. Some


Memory Requirements earlier models of the Summit switch shipped with 16 MB, and must be upgraded to support ExtremeWare version 4.0 and above.

To determine the memory size in your switch, use the following command: show memory

For Summit switches running ExtremeWare 4.0 or later, the switch indicates the total

DRAM size in megabytes as part of the output. For Summit switches running

ExtremeWare releases prior to 4.0, you must calculate the memory by taking the sum of the bytes listed under current free

and adding to it the bytes listed under current alloc

. If the sum is greater than 16,000,000, there is no need to upgrade the memory on the switch. If this is not the case, please contact your supplier.

Port Connections

Summit switches use a combination of the following types of ports:

• 1000BASE-SX ports using 850 nm duplex SC connectors

• 1000BASE-LX ports using 1300 nm duplex SC connectors

• 1000BASE-SX ports using MT-RJ connectors

• 1000BASE-LX ports using MT-RJ connectors

• Modular 1000BASE-SX using Mini-Gigabit Interface Connectors (mini-GBICs)

• Modular 1000BASE-SX and 1000BASE-LX using Gigabit Interface Connectors

(GBICs)

• 10BASE-T/100BASE-TX ports using RJ-45 connectors

• 100BASE-FX ports using 1300 nm duplex SC connectors

• 100BASE-TX/1000BASE-T ports using RJ-45 connectors



Table 3-1 describes port configurations available on the different Summit switch models.

Table 3-1: Port Configurations on All Summit Switch Models

Ethernet Ports

Switch Model

Summit1i SX

Summit1i TX

Summit5i SX

Summit5i LX

Summit5i TX

Summit7i SX

Summit7i TX

Summit48i

Summit48si

Summit4

Summit4/FX

Summit24

Summit48

Summit24e2

Summit24e2 TX

Summit24e3

SummitPx1

1000BASE-

SX

1000BASE-

LX

6

100/1000

BASE-T GBIC

Redundant

GBIC

12

12

6

4

4

2

2

28

12

28 4

2

4

4

2

2

6

6

1

2

2

1

2

2

2

1

10BASE-T/

100BASE-

TX

100BASE-

FX

48

48

16

24

48

24

24

24

16


4

Summit Switch Models


• The different Summit switch models

• The front and rear views of the Summit switch models

• The LEDs on the Summit switch models

Switch Models

The following models comprise the Summit family of switches:

•

Summit1i on page 4-3

•


•


•


•

Summit48si on page 4-18

•

Summit4 on page 4-23

•

Summit4/FX on page 4-24

•


•


•

Summit24e2 on page 4-30


Summit Switch Models

•

Summit24e3 on page 4-32

•

SummitPx1 on page 4-35


Summit1i Switch Front View

Summit1i Switch Front View

As shown in Figure 4-1 and Figure 4-2, the Summit1i switch is 2U in height and is

available in two port configurations:

• Six autosensing 100BASE-TX/1000BASE-T ports with RJ-45 connectors and two

1000BASE-X ports with SC connectors

• Six 1000BASE-SX ports with MT-RJ connectors and two 1000BASE-X ports with SC connectors

100/1000 Mbps ports Unit status LEDs

TOP ROW:

GREEN = 1000Mbps

BOTTOM ROW:

AMBER

GREEN

FLASHING GREEN

= ACTIVITY

= LINK OK

= DISABLED

1 2 3 4 5 6 7 8

1 2 3

100BASE-TX/

1000BASE-T 4 5 6 7

1000BASE-X

8

PSU A

PSU B

MGMT

Port status LEDs Gigabit Ethernet ports

Figure 4-1: Front view of Summit1i switch with 100BASE-TX/1000BASE-T ports

SHG_S1T

1000 Mbps ports Unit status LEDs

7 8

1 2 3 4 5 6

1 2 3 4 5 6 7 8


Figure 4-2: Front view of Summit1i switch with 1000BASE-SX ports

SHG_S1SX



GBIC Ports

Both Summit1i switch models provide two unpopulated GBIC ports with SC connectors. You can use any of the following GBICs in these ports:

• 1000BASE-SX

• 1000BASE-LX

• 1000BASE-LX70

Note: See Table 1-4 in Chapter 1 for information about supported GBIC types and distances.

Note: See “Summit1i, Summit5i, Summit7i, Summit48i, and Summit48si Switch

LEDs,” on page 4-22 for information on LED activity.

Summit1i Switch Rear View

Figure 4-3 shows the rear view for both available Summit1i switch models.

AC Connectors Reset Console port

SHG_Rr1

Figure 4-3: Rear view of the Summit1i switch

Power Sockets

The Summit1i switch supports up to two power supplies. Each power supply has its own power socket. When a second power supply is installed and connected to a second independent power source, both provide a redundant, load-shared power source to the

Summit1i switch. If one of the power sources or power supplies fails, the second power supply provides all power needs which ensures uninterrupted network operation.


Summit1i Switch Rear View

Caution: Service to Summit1i power supplies should be performed by trained service personnel only.

Serial Number

Refer to the serial number when you contact Extreme Networks technical support.

MAC Address

This label shows the unique Ethernet MAC address that Extreme Networks has assigned to the device.

Reset Button

Use the reset button to cycle the switch down and bring the switch back up without powering off the switch. Your saved switch configuration information is not lost; unsaved switch configurations are lost. Use a non-conductive tool to push the reset button.

Console Port

Use the console port (9-pin, “D” type connector) to attach a terminal and access the CLI via a serial connection. Use the console port for local management.




As shown in Figure 4-4, Figure 4-5, and Figure 4-6, the Summit5i switch is 2U in height

and is available in three port configurations:

• 12 autosensing 100BASE-TX/1000BASE-T ports with RJ-45 connectors and 4


• 12 1000BASE-SX ports with MT-RJ connectors and 4 1000BASE-X ports with SC connectors

• 12 1000BASE-LX ports with MT-RJ connectors and 4 1000BASE-X ports with SC connectors

100/1000 Mbps ports Unit status LEDs

TOP ROWS:

GREEN = 1000Mbps

1 2 3 4 5 6 7 8

BOTTOM ROWS:

AMBER

GREEN

FLASHING GREEN

= ACTIVITY

= LINK OK

= DISABLED

9 10 11 12 13 14 15 16

1

9

2

10

3 4

11 12

100BASE-TX/

1000BASE-T

13

5 6 7

14

1000BASE-X

15

8

16

PSU A

PSU B

MGMT



SHG_S5T

1000 Mbps ports Unit status LEDs

1

9

2

10

3 4

11 12

13

5 6

14

7 8

15 16



SHG_S5SX



Unit status LEDs 1000 Mbps ports

1

9

2

10

3 4

11 12

13

5 6

14

7 8

15 16


Figure 4-6: Front view of Summit5i switch with 1000BASE-LX ports

SHG_S5LX

GBIC Ports

All three Summit5i switch models provide four unpopulated GBIC ports with SC connectors. You can use any of the following GBICs in these connectors:

• 1000BASE-SX

• 1000BASE-LX

• 1000BASE-LX70



LEDs,” on page 4-22 for information on LED activity.




Figure 4-7 shows the rear view for the Summit5i switch.

AC Connectors Reset Console port

Ethernet port

SHG_Rr5


Power Sockets



Note: Summit5i switch power supplies must be serviced by personnel trained by

Extreme Networks, only.

Serial Number


MAC Address




Reset Button


Console Port


Management Port

Use the management port (10/100 Mbps Ethernet, RJ-45 connector) to plug an Ethernet cable directly from your laptop into the switch for out-of-band management. This provides you with direct access into the switch and allows you to view and locally manage the switch configurations.

See Chapter 1 for more information about the management port.




As shown in Figure 4-8 and Figure 4-9, the Summit7i switch is 4U in height and is

available in two port configurations:

• 28 autosensing 100BASE-TX/1000BASE-T ports with RJ-45 connectors and 4


• 28 1000BASE-SX ports with MT-RJ connectors and 4 1000BASE-SX ports with SC connectors.

Module status

LEDs

Reset button

Console port

Modem port

Management port

Management port LED

PCMCIA slot

MGMT

PSU A

PSU B

1

CONSOLE

2 3

MODEM

4

10BASE-T/100BASE-TX

MGMT PORT

LINK/ACTIVITY

5

1 2 3 4 5 6 7 8

TOP ROWS:

GREEN = 1000 Mbps

9 10 11 12 13 14 15 16

BOTTOM ROWS:

AMBER

GREEN

FLASHING GREEN

=

=

ACTIVITY

LINK OK

= DISABLED

17 18 19 20 21 22 23 24

9 10 11 12

17 18 19 20

25 26 27 28

25 26 27 28 29 30 31 32

29

13

21

30

6

14

22

PCMCIA

7

15 16

23

31

8

24

32

Port status

LEDs

100/1000 Mbps ports

Gigabit Ethernet ports


EW_S7iTX



Module status

LEDs

Reset button

Console port

Modem port

Management port

Management port LED

PCMCIA slot

MGMT

PSU A

PSU B

1

5

2

6

3

7

4

8

9 10 11 12

13 14 15 16

AMBER

GREEN

FLASHING GREEN

=

=

ACTIVITY

LINK OK

= DISABLED

17 18 19 20

21 22 23 24

25 26 27 28

29 30 31 32

1

9

17 18 19 20

25

CONSOLE

2

10

26

3

11

27

MODEM

4

12

28

10BASE-T/100BASE-TX

MGMT PORT

LINK/ACTIVITY

5

29

13

21

30

6

14

22

PCMCIA

7

15 16

23

31

8

24

Port status

LEDs

1000BASE-SX ports



32

EW_S7iSX

GBIC Ports

Both Summit7i switch models provide four unpopulated GBIC ports with SC connectors. You can use any of the following GBICs in these ports:

• 1000BASE-SX

• 1000BASE-LX

• 1000BASE-LX70



LEDs,” for information on LED activity.



Reset Button


Console Port


Modem Port

Use the modem port to connect a modem for remote access to the command line interface (CLI).

Management Port

Use the management port (10/100 Mbps Ethernet, RJ-45 connector) to plug an Ethernet cable directly from your laptop into the switch for out-of-band management. This provides you with direct access into the switch and allows you to view and locally manage the switch configurations.


PCMCIA Slot

The PCMCIA slot is reserved for future use.




Figure 4-10 shows the rear view for both available Summit7i switch models.

Power socket Power socket

EW_S7iRr


Power Sockets



Note: Summit7i switch power supplies must only be serviced by personnel trained by Extreme Networks.

Serial Number




MAC Address





The Summit48i switch is 2U in height and has 48 autosensing 10BASE-T/100BASE-TX ports and 4 1000BASE-X ports with SC connectors.

Figure 4-11 shows the front view of the Summit48i switch.

49 49R

50 50R

49

Gigabit Ethernet ports Unit status LEDs

1 2 3 4 5 6 7 8

49R

17 18 19 20

50 50R

21 22 23 24

9

25

10

26

11

27

12

28

13

29

14

30

15

31

16

32

33 34 35 36 37 38 39 40 41 42 43 44 45 46 47 48

Port status LEDs 10/100 Mbps ports

Figure 4-11: Front view of Summit48i switch

S48i_fr

GBIC Ports

The Summit48i switch has two Gigabit Ethernet ports and two redundant Gigabit

Ethernet ports. All the Gigabit Ethernet ports use GBIC connectors. You can use any of the following GBICs in these connectors:

• 1000BASE-SX

• 1000BASE-LX

• 1000BASE-LX70

Note: See Table 1-4 in Chapter 1 information about supported GBIC types and distances.






Figure 4-12 shows the rear view for the Summit48i switch.

AC Connectors

Reset

Console port

S48i_rr


Power Sockets


Summit48i switch. If one of the power sources or power supplies fails, the second power supply provides all power needs which ensures uninterrupted network operation. The switch also:

• Sends a message to the syslog to indicate which power supply failed

• Sends an SNMP trap to your network management station

Note: Summit48i switch power supplies must only be serviced by personnel trained by Extreme Networks.

Serial Number


MAC Address




Reset Button


Console Port




Summit48si Switch Front View

The Summit48si switch is 1U in height and has 48 autosensing 10BASE-T/100BASE-TX ports and 2 mini-GBIC ports with LC connectors.

Figure 4-13 shows the front view of the Summit48si switch.

Mini-GBIC port status LEDs

Console port

10/100 Mbps ports with status LEDs

Mini-GBIC ports

Figure 4-13: Front view of Summit48si switch

48si_fr

Mini-GBIC Ports

The Summit48si switch has two unpopulated Extreme mini-GBIC ports using LC connectors. You can use the 1000BASE-SX mini-GBIC or the 1000BASE-LX mini-GBIC in the Summit48si.

Note: See Table 1-2 and Table 1-3 in Chapter 1 for information about

1000BASE-SX and 1000BASE-LX mini-GBIC specifications.

Console Port





Summit48si Switch Rear View

Summit48si Switch Rear View

Figure 4-14 shows the rear view for the Summit48si switch.

PSU status LEDs Power socket Power supply

48i1_rr

Figure 4-14: Rear view of the Summit48si switch

Power Supplies

The Summit48si switch supports two hot-insert power supplies, shown in Figure 4-15,

with one power supply preinstalled at the factory. You can remove or install

Summit48si power supplies—one at a time—without interrupting operation, and each power supply has its own power socket, which allows you to connect independent power sources for each power supply. One functioning power supply must always be installed. Two power supplies operate in a load-sharing manner and increase the reliability of the switch.

Power socket PSU status LEDs

Serial Number:

15603

450070-00-XX

100-240 V

3.0 A Max.

50/60 Hz

48si_psu

Figure 4-15: Summit48si power supply

Note: See Chapter 5 for information about removing and installing power

supplies.

If one of the power supplies fails, or if source power to one of the power supplies fails, the second power supply takes over, ensuring uninterrupted network operation. The switch also does the following:



• Send a message to the syslog telling you which power supply failed

• Send an SNMP trap to your network management software

Summit48si Switch LEDs

Table 4-1 describes the light emitting diode LED activity on Summit48si switch.

Table 4-1: Switch LED Activity for the Summit48si

LED

MGMT LED

Color Indicates

Green blinking

■

Slow

■

Fast

Amber

The switch is operating normally.

Power On Self Test (POST) or software download in progress.

The switch has failed its POST or is experiencing an overheat or fan failure.

Port Status LEDs

Green

Amber

Green blinking

Off

100/1000 Mbps Speed LEDs

Green

Off

Link is present; port is enabled.

Frames are being transmitted/received on this port.

Link is present; port is disabled.

Link is not present.

1000 Mbps

100 Mbps

Reset Button


Summit48si Switch Bottom View

Figure 4-16 shows the bottom view for the Summit48si switch.


Summit48si Switch Bottom View

48i1_btm

Figure 4-16: Bottom view of the Summit48si switch

Serial Number


MAC Address


Note: The label that indicates country and safety certifications for the

Summit48si switch is located on the bottom of the switch.



Summit1i, Summit5i, Summit7i, Summit48i, and

Summit48si Switch LEDs

Table 4-2 describes the LED activity on the Summit1i, Summit5i, Summit7i, Summit48i,

and Summit48si switches.

Table 4-2: Switch LED Activity for the Summit1i, Summit5i, Summit7i, Summit48i, and

Summit48si

LED Color

Unit Status LEDs

PSU A, PSU B

(all except

Summit48si)

Green

Amber

Green/Amber blinking

Off

MGMT Green blinking

■

Slow

■

Fast

Amber

Indicates

The indicated power supply unit (PSU) is powered up.

The indicated PSU has a failure.

The AC power cord is not inserted correctly.

The PSU is not receiving power or no PSU is present.


Power On Self Test (POST) or software download in progress.

The switch has failed its POST or is experiencing an overheat or fan failure.

Port Status LEDs

Green

Amber

Green blinking

Off

100/1000 Mbps Speed LEDs

Green

Off


Frames are being transmitted/received on this port.



1000 Mbps

100 Mbps

10/100 Management Port LED (Summit5i and Summit7i)

Green Link is present.

Amber

Off

Frames are being transmitted.



Summit4 Switch Front View

Summit4 Switch Front View

The Summit4 switch is 2U in height and has 16 autosensing 10BASE-T/100BASE-TX ports with RJ-45 connectors and 6 Gigabit Ethernet ports with SC connectors. The

Gigabit Ethernet ports support 1000BASE-SX over multimode fiber-optic cable.

Figure 4-17 shows the front view of the Summit4 switch.

10/100 Mbps ports

Port status

LEDs

10/100 Mbps ports

Unit status LEDs

1 2 3 4

17 18

5 6 7 8

19

AMBER = ACTIVITY

GREEN =

FLASHING GREEN =

LINK OK

DISABLED

1 2 3 4 5 6 7 8

9 10 11 12 13 14 15 16

17 18

ACTIVITY

19 20 21 22

17 18 19 20 21 22

LINK

9 10 11 12

20 21

13 14 15 16

22


Figure 4-17: Front view of the Summit4 switch


Sum4fr


Note: See “Summit4, Summit24, and Summit48 Switch LEDs,” on page 4-29 for

information on LED activity.



Summit4/FX Switch Front View

The Summit4/FX switch is 2U in height and has 16 100BASE-FX ports and 6 Gigabit

Ethernet ports with standard SC connectors. The Gigabit Ethernet ports support

1000BASE-SX over multimode fiber-optic cable.

Figure 4-18 shows the front view of the Summit4/FX switch.

Port status

LEDs

100 Mbps ports 100 Mbps ports

Unit status LEDs

1

9

1

2

10

3

11

4

3

12

5

FLASHING AMBER = TRAFFIC

SOLID AMBER

GREEN

=

=

DISABLED

ENABLED, LINK OK

1

9

2 3 4 5 6 7 8

10 11 12 13

1 2

LINK

3 4

14 15 16

5 6

1 2 3 4

ACTIVITY

5 6

13

4

6

14

7

15

8

6

16

2 5

Gigabit Ethernet ports Gigabit Ethernet ports

Figure 4-18: Front view of the Summit4/FX switch

Sum4fx





Summit24 Switch Front View


The Summit24 switch is 2U in height and has 24 autosensing 10BASE-T/100BASE-TX ports with RJ-45 connectors and 1 Gigabit Ethernet port and 1 redundant Gigabit

Ethernet port with standard SC connectors.


10/100 Mbps ports

1000BASE-X

25 25R

AMBER

GREEN

=

=

ACTIVITY

LINK OK

FLASHING GREEN = DISABLED

1 2 3 4

1

7

2

8

3

9

4 5 6

10 11 12

A 25 25R 13 14 15 16 17 18

L

25

25R

19 20 21 22 23 24

13 14 15 16

5 6 7 8

17 18 19 20

9 10

21 22

11

23

12

10/100BASE-TX

MDI-X

POWER

24

MGMT.


Port status

LEDs


Unit status

LEDs

Sum24_co







The Summit48 switch is 2U in height and has 48 autosensing 10BASE-T/100BASE-TX ports with RJ-45 connectors and 2 Gigabit Ethernet ports and 2 redundant Gigabit

Ethernet ports with SC connectors. All the Gigabit Ethernet ports use SC connectors so that you can attach GBICs that fit your cabling needs.


10/100 Mbps ports

1000 BASE-X

49

50

49R

50R

1

1

7

2

8

3

9

4 5

10 11

6

12

A 49 49R

L 49 49R

13

19

14

20

15

21

16

22

17

23

18

24

AMBER

GREEN

=

=

ACTIVITY

LINK OK


A 50 50R

L 50 50R

25 26 27 28 29 30

31 32 33 34 35 36

37 38 39 40 41 42

43 44 45 46 47 48

13

25

37

2

14

26

3

15

27

38 39

4

16

28

40


Port status

LEDs

5 6 7 8

17

29

18

30

19

31

20

32

41 42 43 44

9 10 11 12

21

33

22

34

23

35

24

36

10/100 BASE-X

MDI-X

Power

Mgmt.

45 46 47 48

Unit status

LEDs

Sum48fr






Summit4, Summit24, and Summit48 Switch Rear View

Summit4, Summit24, and Summit48 Switch Rear

View

Figure 4-21 shows the rear view for the Summit4, Summit4/FX, Summit24, and

Summit48 switches.

Power socket and fuse RPS port Console port

Reset button rear_Sum

Figure 4-21: Rear view of the Summit4, Summit24, and Summit48 switch

Power Socket

The Summit switch automatically adjusts to the supply voltage. The power supply operates down to 90 V. The fuse is suitable for both 110 VAC and 220-240 VAC operation.

Serial Number


Console Port


Redundant Power Supply Port

The redundant power supply (RPS) port is used to connect to a Summit RPS. The

Summit RPS provides a redundant, load-shared power source to the Summit. If the primary power source for the switch fails, the RPS takes over, ensuring uninterrupted network operation.



When connected to a Summit RPS, the Summit switch can provide status on power and fan operation of the RPS through SNMP, the command-line interface, and the Web interface.

The Summit RPS can simultaneously provide power for up to two Summit switches.

MAC Address


Reset Button



Summit4, Summit24, and Summit48 Switch LEDs

Summit4, Summit24, and Summit48 Switch

LEDs

Table 4-3 describes the LED activity on the Summit4, Summit4/FX, Summit24, and

Summit48 switches.

Table 4-3: Switch LED Activity for the Summit4, Summit24, and Summit48

LED

Power

Color

Green

Yellow

Indicates

The Summit switch is powered up.

The Summit switch is indicating a power failure, overheat, or fan failure.

MGMT Green blinking

■

■

Slow

Fast

Yellow

The Summit switch is operating normally.

Power On Self Test (POST) or software download is in progress.

The Summit has failed its POST.

10/100 Mbps Port Status LEDs

(all except

Summit4/FX)

Green

Amber


Frames are being transmitted and received on this port.

(Summit4/FX only)

Green blinking

Off

Green

Amber blinking

Amber

Off







Gigabit Ethernet Port Status LEDs

Activity Yellow Frames are being transmitted and received on this port.

Link

Off

Green

No activity on this port.

Link is present; port is enabled for full-duplex operation.

Green blinking

Off





Summit24e2 Switch Front View

The Summit24e2 switch is 1U in height and has 24 autosensing 10BASE-T/100BASE-TX ports using RJ-45 connectors and provides either two unpopulated GBIC ports or two fixed 1000BASE-T ports.

Figure 4-22 shows the front view of the Summit24e2 switch.

Figure 4-22: Front view of the Summit24e2 switch

Console Port



Summit24e2 Switch Rear View

Figure 4-23 shows the rear view of the Summit24e2 switch.

Figure 4-23: Rear view of the Summit24e2 switch

Power Socket

The Summit24e2 switch automatically adjusts to the supply voltage. The power supply operates down to 100 V.


Summit24e2 Switch LEDs

Summit24e2 Switch LEDs

Table 4-4 describes the light emitting diode (LED) activity on the Summit24e2 switch.

Table 4-4: Summit24e2 Switch LED Activity

Power

Color

Green

Amber

Indicates


The switch has failed its POST.

Console

Color

Green

Off

Indicates

Switch is being managed through console port.

Switch is not being managed through console port.

Link/ACK

Color

Green

Green blinking

Off

Indicates

Link is present.

Link is present; switch is transmitting or receiving data.


Note: For more information about configuring and using the Summit24e2 switch,

see the Summit24e2 Installation and User Guide.



Summit24e3 Switch Front View

The Summit24e3 switch is 1U in height and has 24 autosensing 10BASE-T/100BASE-TX ports using RJ-45 connectors and 2 mini-GBIC ports using LC connectors.

Figure 4-24 shows the front view of the Summit24e3 switch.

Mini-GBIC port status LEDs

Console port

10/100 Mbps ports

Mini-GBIC ports Reset

Figure 4-24: Front view of the Summit24e3 switch

SH_24e3

Mini-GBIC Ports

The Summit24e3 switch has two unpopulated Extreme mini-GBIC ports using LC connectors. You can use the 1000BASE-SX mini-GBIC or the 1000BASE-LX mini-GBIC in the Summit24e3 switch.

Note: See Table 1-2 and Table 1-3 in Chapter 1 for information about

1000BASE-SX and 1000BASE-LX mini-GBIC specifications.

Console Port


Reset Button



Summit24e3 Switch Rear View

Summit24e3 Switch Rear View

Figure 4-25 shows the rear view of the Summit24e3 switch.

Power socket

Figure 4-25: Rear view of the Summit24e3 switch

SH_24e3rear

Power Socket

The Summit24e3 switch automatically adjusts to the supply voltage. The power supply operates down to 90 V.

Serial Number


MAC Address


Note: The label that indicates country and safety certifications for the

Summit24e3 switch is located on the bottom of the switch.



Summit24e3 Switch LEDs

Table 4-5 describes the LED activity on the Summit24e3 switch.

Table 4-5: Summit24e3 Switch LED Activity

Unit Status LED (MGMT LED)

Color

Green blinking

Amber

10/100 Mbps Port Status LEDs

Indicates


The switch has failed its POST.

Color

Green

Green blinking

Off

Indicates


Link is present; there is activity.

Link is not present or the port is disabled.

Mini-GBIC Port Status LEDs

Color

Amber

Amber blinking

Green

Green blinking

Off

Indicates


A non-supported GBIC is installed on this port.

Link is present; port is enabled for full-duplex operation.



Note: For more information about configuring and using the Summit24e3 switch,

see the Summit24e3 Installation and User Guide.


SummitPx1 Application Switch Front View

SummitPx1 Application Switch Front View

The SummitPx1 application switch is 1U in height and has the following four ports:

• Network Interface port is a Gigabit Interface Connector (GBIC) with an SC connector used to connect the application switch to your local network.

• 1000BASE-Tx Ethernet Management port with an RJ-45 connector is a 10/100 Mbps

Ethernet connection used for out-of-band management.

• Serial Management ports have two serial RJ-45 connectors. Use the console port to connect a terminal for local out-of-band-management. Use the modem port for remote out-of-band management.

Figure 4-26 shows the front view of the SummitPx1 application switch.

Unit status

LEDs

Network Interface port

Ethernet

Management

LEDs and port

Figure 4-26: Front view of the SummitPx1 application switch

Serial

Management ports

SPx1_front

GBIC Network Interface

The Network Interface port is a Gigabit Interface Connector (GBIC) used to connect the application switch to your local network.

Ethernet Management Port

Use the Ethernet management port to plug an Ethernet cable directly from your laptop into the switch for out-of-band management. This provides you with direct access into the switch and allows you to view and locally manage the switch configurations.




Serial Management Console Port

Use the console port to connect a terminal for local out-of-band management. The console operates at 9600 baud, 8 data bits, no parity, one stop bit (8-N-1) with no hardware flow control.

The included DB-9 adapter is used to connect the console to a PC serial port, using a straight (1-8, 1-8) cable, such as a standard category 3 or category 5 Ethernet cable.

If you are wiring the console port to a console server, such as a Cisco Systems 2511

Access Server, you must use a null modem cable (1-8, 8-1).

Serial Management Modem Port

The modem port (RJ-45 connector) has the same pin-outs as the console port. Use the modem port for remote out-of-band management.

SummitPx1 Application Switch Rear View

Figure 4-27 shows the rear view of the SummitPx1 application switch.

Power socket and fuse

Figure 4-27: Rear view of the SummitPx1 application switch

Power Socket

The SummitPx1 application switch automatically adjusts to the supply voltage. The power supply operates down to 90 VAC. The fuse is suitable for both 110 VAC and

220-240 VAC operation.

Serial Number


WS_010


SummitPx1 Application Switch LEDs

MAC Address


SummitPx1 Application Switch LEDs

Table 4-6 describes the LED activity on the SummitPx1 application switch.

Table 4-6: SummitPx1 Application Switch LED Activity

LED

Link

Color

Green

Yellow flashing

Indicates

The 1000BASE-T link is operational.

There is activity on this link.

Management Green flashing

■

Slow

■

Fast

Red

Power Green

Red

The SummitPx1 application switch is operating normally.

Power On Self Test (POST) in progress.

The SummitPx1 application switch has failed its POST.

The SummitPx1 application switch is powered up.

The SummitPx1 application switch is indicating a power or temperature problem.

Note: For more information about configuring and using the SummitPx1 switch,

see the SummitPx1 Application Switch Installation and Configuration Guide.




5

Summit Switch Installation

You can mount the Summit switch in a rack or place it free-standing on a tabletop.


• Installation procedures for mounting a Summit switch in a rack or in a free-standing environment

• Installation and removal procedures for the Summit48si power supplies

Caution: Use of controls or adjustments of performance or procedures other than those specified herein can result in hazardous radiation exposure.

Warning: Read the safety information in Appendix A thoroughly before installing your Extreme Networks switch. Failure to follow this safety information can lead to personal injury or damage to the equipment.

Mounting the Switch in a Rack

Caution: Do not use the rack mount kits to suspend the switch under a table or desk, or to attach the switch to a wall.

To mount the Summit switch in a rack:

1 If you are installing a Summit7i switch, mount the helper bracket in the rack, as

shown in Figure 5-1. Use four screws (not provided) that are appropriate to your

rack type.


Summit Switch Installation

Note: Only the Summit7i switch uses the helper bracket. The helper bracket is not required to rack mount a Summit1i, Summit5i, Summit48i, Summit48si,

Summit4, Summit4/FX, Summit24, Summit48, Summit24e2, Summit24e3, or

SummitPx1 switch.

BDbrackt

Figure 5-1: Helper bracket for the Summit7i switch

2 Place the switch upright on a secure flat surface with the front of the switch facing you.

3 Remove the existing screws from the sides of the case (retain the screws for Step 5).

4 Place a mounting bracket over the mounting holes on one side of the unit.

5

Insert and tighten the screws with a suitable screwdriver, as shown in Figure 5-2.


Mounting the Switch in a Rack

EW_rack

Figure 5-2: An example of fitting the mounting bracket into the switch

6 Repeat steps 3 through 5 for the other side of the switch.

7 Insert the switch into the 19-inch (48.26-cm) rack. If you are installing a Summit7i switch, place it on the helper bracket. Ensure that ventilation holes are not obstructed.

8 Secure the switch with suitable screws (not provided).



9 If you are installing a Summit7i switch, remove the helper bracket after the chassis is secured.

10 Connect the Summit switch to a redundant power supply (if applicable).

11 To turn on power to the system, connect the AC power cable(s) to the switch and then to the wall outlet(s). For the Summit4, Summit24, and Summit48 switches, turn the on/off switch to the on position.

Note: The Summit1i, Summit5i, Summit7i, Summit48i, Summit48si, Summit24e3,

Summit24e2, and SummitPx1 switches do not have on/off switches.

Placing the Switch on a Table or Shelf

The Summit switch comes with four self-adhesive rubber pads. Apply the pads to the underside of the switch by sticking a pad in the marked area at each corner of the switch.

You can place up to four Summit switches on top of one another.

Apply the pads to the underside of each switch, and place a pad at each corner of the switch. Place the switches on top of one another, ensuring that the corners align.

Removing and Installing Summit48si Power

Supplies

Note: Summit48si power supplies must be serviced by trained service personnel.

Note: If you need to power down the switch, remove all of the power cords from the installed power supplies.

To remove a Summit48si power supply:

1 Remove the power cord.

Caution: Shock hazard.


Removing and Installing Summit48si Power Supplies

2 Use a #2 Phillips screwdriver to unscrew the two retaining screws, as shown in

Figure 5-3.

Figure 5-3: Removing the retaining screws from the Summit48si power supply

3 Use the handle to slowly pull the power supply towards you, as shown in

Figure 5-4.

Warning: Do not insert your fingers or hands into the empty power supply bay.

48i1_01

48i1_02

Figure 5-4: Removing the Summit48si power supply

4 If you are not going to install a replacement power supply, cover the power supply bay with the blank faceplate that was originally supplied with the switch. Otherwise, follow the Summit48si power supply installation procedure to install a new power supply.

To install a Summit48si power supply:

1 Remove the blank faceplate from the power supply bay.

2 Use the handle to gently slide the power supply into the bay.

3 Replace and tighten the two captive retaining screws using a #2 Phillips screwdriver.



4 To turn the power supply on, connect the AC power cable to the power supply and then to the wall outlet.

Warning: Do not plug in the power cord into the power supply unless the power supply is installed.

5 Keep the faceplate and the power supply packaging for future use.

Installing an AC Power Cord Retaining Bracket

To install an AC power cord retaining bracket:

1 Disconnect the power cord from the switch and the power source.

2 Remove the two retaining screws from the power socket on the rear of the switch using a #2 Phillips screwdriver.

You will not re-use these screws.

3

Slide the retaining bracket over the power cord, as shown in Figure 5-5. If necessary,

loosen the retaining bracket screw.

Retaining bracket screw

SH_001

Figure 5-5: Attaching the retaining bracket to the power socket


Installing an AC Power Cord Retaining Bracket

4 Connect the power cord to the switch.

Caution: Do not connect the power cord to the power source at this time.

5 Attach the retaining bracket to the power socket using two of the 6-32 pan-head

screws provided, as shown in Figure 5-5.

6 Tighten the retaining bracket screw.

If your switch has two power supplies, install the second retaining bracket now by

repeating the preceding steps. Align the retaining brackets as shown in Figure 5-6 so

that the retaining bracket screws do not interfere with each other.



Figure 5-6: Attaching two retaining brackets

7 Connect the power cord(s) to the power source.


SH_002

5-7



After you supply power to the Summit switch, the switch performs a power-on self test

(POST).

During the POST, all ports are temporarily disabled, the packet LED is off, the power

LED is on, and the MGMT LED flashes. The MGMT LED flashes until the switch successfully passes the POST.

If the switch passes the POST, the MGMT LED blinks at a slow rate (one blink per second). If the switch fails the POST, the MGMT LED shows a solid yellow light.

Note: See Chapter 4 for more information about Summit LEDs.


Part 4:

Alpine Switch

6

Alpine 3800 Series Switch

Overview

The Alpine 3800 series switch is a chassis-based, Ethernet service provisioning switch designed for edge and aggregation applications. The Alpine 3800 series switch is flexible and scalable, making it easy for you to meet the changing requirements of your network. The combination of BlackDiamond, Alpine, and Summit switches delivers a consistent end-to-end network solution that provides a nonblocking architecture, wire-speed switching, wire-speed IP routing, and policy-based Quality of Service (QoS).


• The features available on the Alpine 3800 series switch

• The components of the Alpine 3800 series switch

• The importance of following safety information

Summary of Features

The features of the Alpine 3800 series switch include:

• A 9-slot chassis that can be populated with up to eight input/output (I/O) modules and one Switch Management Module (SMMi) (Alpine 3808)

• A 5-slot chassis that can be populated with up to four I/O modules and one SMMi

(Alpine 3804)

• A 3-slot chassis that can be populated with up to three I/O modules (Alpine 3802)

• I/O modules that are hot-swappable, and include Gigabit Ethernet or 10/100 Mbps

Ethernet ports


Alpine 3800 Series Switch Overview

• Redundant, load-sharing, hot-swappable power supplies (Alpine 3808 and Alpine

3804)

• Field-replaceable, hot-swappable fan tray (Alpine 3808 and Alpine 3804)

• Fully nonblocking operation

— All ports transmit and receive packets at wire speed

• Autonegotiation for half-duplex or full-duplex operation on 10/100 Mbps ports

• Load-sharing on multiple ports

• VLANs, including support for IEEE 802.1Q

• STP (IEEE 802.1D) with multiple STP domains

• Policy-Based QoS


• IP multinetting



• OSPF routing protocol

• IPX routing, including RIP and SAP

• Wire-speed IP multicast routing support

• Internet Group Multicast Protocol (IGMP) and IGMP snooping

• DVMRP

• IGMP snooping to control IP multicast traffic

• Console (RS-232) CLI connection


• ExtremeWare VistaWeb-based management interface

• SNMP support

• Dedicated 10BASE-T/100BASE-TX port for out-of-band management via CLI,

ExtremeWare Vista, or SNMP


Switch Components


The Alpine 3800 series switches support the following port configurations that are

available on the different Alpine I/O modules as described in Table 6-1.

Caution: Modules that use SX, LX, and LX70 interfaces contain Class 1 laser devices. Invisible laser radiation can occur when open. Avoid direct eye exposure to beam.

Module

GM-4Ti

GM-4Xi

GM-4Si

GM-WDMi

FM-32Ti

FM-24Ti

FM-24SFi

FM-24MFi

FM-8Vi

WM-4T1i

WM-4E1i

WM-1T3i

Table 6-1: Port Configurations Available on Alpine I/O Modules

Ethernet Ports

10BASE-T/

100BASE-TX

100BASE-TX/

1000BASE-T GBIC 1000BASE-SX 100BASE-FX OTHER

4

4 1

4

1 WDM 2

32

24

24

24

2

2

2

8 VDSL 3

4 T1

4 E1

1 T3

1 The GM-4Xi supports 1000BASE-SX, 1000BASE-LX, and 1000BASE-LX70.

2 The GM-WDMi supports four Gigabit Ethernet channels over single fiber using wavelength division multiplexing.

3 The FM-8Vi has eight internal loopback ports for rate shaping. Module supports 10BASE-S.

Switch Components

There are three models in the Alpine 3800 series: the Alpine 3808 switch, the Alpine

3804 switch, and the Alpine 3802 switch. This section describes the three Alpine models.



Alpine 3808 Switch

The Alpine 3808 switch consists of the following components:

• One 9-slot chassis with backplane

• Eight I/O module slots, labeled 1 through 8

• One SMMi slot

• One or two power supplies (accessed from the front of the unit)

• One fan tray (accessed from the front of the unit)

• One electromagnetic discharge (ESD) wrist strap connector




• Four I/O module slots, labeled 1 through 4

• One SMMi slot

• One or two power supplies (accessed from the rear of the unit)

• One fan tray (accessed from the front of the unit)

• One electromagnetic discharge (ESD) wrist strap receptacle



• One 3-slot chassis

• Three I/O module slots, labeled 1 through 3

• One or two preinstalled power supplies

• One fan tray (not user removable)

• One electromagnetic discharge (ESD) wrist strap receptacle

Caution: The Alpine 3802 switch has an integrated Switch Management Module

(SMMi). The integrated Switch Management Module is not hot-swappable or user removable. Do not attempt to remove the integrated Switch Management

Module. Contact Extreme Networks Customer Support if you experience problems.


Safety Information

Power Supply

The Alpine 3800 series switch supports both AC and DC power supplies, except where noted. If two power supplies are installed in the switch, both installed power supplies must be of the same type. The AC power supplies auto-sense for 110 VAC and 220 VAC power. The DC power supplies require -40 VDC input line voltage.

The Alpine 3800 series switch supports the following power supply configurations:

Table 6-2: Supported Power Supplies for the Alpine 3800 Series Switch

Switch Model

Alpine 3808

Alpine 3804

Alpine 3802 1

AC power supply

Up to two AC power supplies can be installed.



DC power supply

Up to two DC power supplies can be installed.


Not currently supported.

Hot-swappable

Yes

Yes

No

1 If you have one power supply installed in the Alpine 3802 switch, it must be installed in the lower power supply tray (PSU A).

Safety Information

All installation and removal to Alpine 3800 series switch modules, fan tray, and power supplies should be performed by trained service personnel only.





7


Chassis

There are three models in the Alpine 3800 series: the Alpine 3808 switch, the Alpine

3804 switch, and the Alpine 3802 switch.


• The architecture and front and rear views of each Alpine 3800 series chassis

• The supported port configurations for each Alpine 3800 series chassis

• The installation and removal procedures for the Alpine 3800 series chassis

Alpine 3800 Series Architecture

This section describes and shows the architecture of the Alpine 3800 series chassis. For each chassis, the front view shows an example of a completely installed chassis with optional I/O modules that you can install in the chassis. The rear view shows the back of the chassis.

Alpine 3808 Switch Front View



• Eight I/O module slots, labeled 1 through 8

• One SMMi slot


Alpine 3800 Series Switch Chassis

• One or two power supplies (accessed from the front of the unit)

• One fan tray


The Alpine 3808 switch can support the following number of ports and types of port configurations:

• Up to 256 switched 10BASE-T/100BASE-TX Ethernet ports

• Up to 192 switched 100BASE-FX Fast Ethernet ports

• Up to 32 switched Gigabit Ethernet ports

• Up to 32 switched T1 ports

• Up to 32 switched E1 ports

• Up to 48 switched Ethernet over VDSL ports


Figure 7-1 shows the Alpine 3808 chassis installed with one required SMMi and eight

optional I/O modules.


Alpine 3800 Series Architecture

SERVICE

WHEN INSTALLED IN 3808 THIS WAY UP

DC OK

A Y UP THIS W

DC OK

WHEN INST ALLED IN 3804

V

100-120

6

13

A

Hz

50

60

50

60

Hz

A

13

6

200-240

V

100-120

45012

SLIDE TO REMOVE

Blank for second power supply

Power supply

ESD wrist strap connector

Fan tray

SMMi module slot

1

1

2

2

3

3

4

4

1

1

2

2

3

3

4

4

I/O module slots

1 2 3 4 5 6 7 8 9 10 11 12 13 14 15 16 17 18 19 20 21 22 23 24

1 2 3 4 5 6 7 8 9 10 11 12 13 14 15 16 17 18 19 20 21 22 23 24

1

17

1

4 5

20 21

4 5

8 9

24 25

8 9

12 13

28 29

12 13

16

32

16

17 20 21 24 25 28 29 32

38_3808

Figure 7-1: Front view of the Alpine 3808 switch with sample I/O modules installed

Alpine 3808 Switch Rear View

Figure 7-2 shows the rear view of the Alpine 3808 switch.



Grounding studs

Figure 7-2: Rear view of the Alpine 3808 switch

The rear view of the Alpine 3808 switch provides:

• Access to the grounding studs

• The chassis serial number

• The Ethernet MAC address of the switch

• Symbols of safety certification



38_rear8




• Four I/O module slots, labeled slots 1 through 4

• One SMMi slot

• One or two power supplies (accessed from the rear of the unit)

• One fan tray










Figure 7-3 shows the Alpine 3804 chassis installed with one required SMMi and five

optional I/O modules.


Fan tray

SMMi module slot

1 2 3 4

1 2 3 4

I/O module slots

1 2 3 4 5 6 7 8 9 10 11 12 13 14 15 16 17 18 19 20 21 22 23 24

1

17

4 5

20 21

8 9

24 25

12 13

28 29

16

32


38_3804





45012

SLIDE TO REMOVE

V

100-120

200-240

6

13

A

Hz

50

60

60

50

Hz

A

13

6

200-240

V

100-120

DC OK

DC OK


A Y UP

SERVICE

THIS W WHEN INST ALLED IN 3808


The rear view of the Alpine 3804 switch provides:

• Access to the power supply








• Three I/O module slots, labeled slots 1 through 3

• One or two preinstalled power supplies

• One fan tray


7-6

Grounding studs

Blank for second power supply

Power supply

38_rear4



• Six light emitting diode (LED) displays









Figure 7-5 shows the Alpine 3802 chassis installed with three optional I/O modules.

ESD receptacle

I/O module slots

Management port Console port

Reset button


3802chas

The Alpine 3802 switch provides up to 16 Gigabits of full-duplex bandwidth and supports all existing Alpine Ethernet I/O modules, including the access modules.

The Alpine 3802 switch operates in three modes:

• Extended— In extended mode, all slots (slots 1, 2, and 3) are enabled. Slot 1 supports all existing Alpine modules (both I/O and Access modules). Slots 2 and 3 support only Alpine access modules.



• Standard—In standard mode, only slots 1 and 2 are enabled. Slot 3 is disabled. Slots

1 and 2 support all existing Alpine modules (both I/O and Access modules).

• Auto—In auto mode, the switch determines if it is in standard or extended mode depending on the type of modules installed in the chassis or the slot preconfigurations.

You can use the configure switch {auto | extended | standard}

command to configure the switch to operate in a specific mode. By default, the switch operates in auto mode.

Note: Slot 3 in the Alpine 3802 can accept Alpine Access I/O modules only. A non-Access I/O module cannot be inserted into slot 3.

Alpine 3802 Switch LEDs

Table 7-1 describes the LED activity of the Alpine 3802 switch.

Table 7-1: Alpine 3802 Switch LEDs

LED

DIAG

STATUS

PSU A, PSU B

EXTENDED MODE

STANDARD MODE

Color

Green blinking

Off

Green blinking

Yellow blinking

Off

Green

Amber

Off

Green

Off

Green

Off

Indicates

Power-on Self Test (POST) is running

Normal operation

Normal operation

Critical error, fan failure, or over temperature

Unit is not receiving power

Normal operation

PSU failure

PSU not present or not powered

Extended mode operation

Not operating in extended mode

Standard mode operation

Not operating in standard mode

Note: The Alpine 3802 switch has an integrated Switch Management Module

(SMMi). The module is not hot-swappable or user-removable. Do not attempt to remove. Contact Extreme Networks Customer Support if you experience problems.





PSU

B

PSU

A

Grounding studs






3802rear

Power Sockets

The Alpine 3802 switch supports up to two power supplies. Each power supply has its own power socket. When a second power supply is installed, both provide a redundant, load-shared power supply to the Alpine 3802 switch. If one of the power supplies fails, the second power supply provides all power and ensures uninterrupted network operation.

Note: Do not attempt to fix a failed power supply; power supplies are not user removable. Alpine 3802 switch power supplies must be installed or removed by trained service personnel only.Contact Extreme Networks Customer Support if you experience problems.

If you have one power supply installed in the Alpine 3802, it must be installed in the lower power supply tray (PSU A).



Alpine 3802 Software Enhancements

The Alpine 3802 incorporates software enhancements and new commands to assist you in troubleshooting switch errors and configuring the switch. This section describes the added software features.

New Error Messages

If you insert a module into the Alpine 3802 that is not allowed in a particular slot, the switch logs the error to the syslog. For example, if you insert a GM-WDMi module in slot 3, the switch logs an error.

New Command

The Alpine 3802 has three modes of switch operation. You can use the configure switch {auto | extended | standard}

command to configure the switch to operate in a specific mode. By default, the switch operates in auto mode.

The three modes of switch operation are:

• Extended mode—In extended mode, all slots (1, 2, and 3) are enabled. Slot 1 supports all Alpine modules (both I/O and Access modules). Slots 2 and 3 support only Alpine Access modules.

The Extended Mode LED lights when the switch is in extended mode.

• Standard mode—In standard mode, only slots 1 and 2 are enabled. Slot 3 is disabled.

Slots 1 and 2 support any Alpine module (both I/O and Access modules).

The Standard Mode LED lights when the switch is in standard mode.

• Auto mode—In auto mode, the switch determines if it is in standard or extended mode depending on the type of modules installed in the chassis or the slot preconfigurations. If an Alpine I/O module (for example, an FM-32Ti module) is installed or preconfigured in slot 2, the switch operates in standard mode. If an

Alpine Access module (for example, a WM-4Ti module) is installed or preconfigured in slots 2 or 3, the switch operates in extended mode.

Updated Commands

Two commands have been updated to reflect Alpine 3802 specific information and configurations: show switch

and show version

.


Installing the Chassis

Use the show switch command to display the current switch information, including the mode of switch operation.

Use the show version

command to display hardware and software versions currently running on the switch as well as the riser card serial number (the riser card supports connection to the I/O slots). Information about the power supplies is not displayed.

Installing the Chassis

The Alpine 3800 series chassis fits in standard 19-inch (48.26-cm) racks. The Alpine 3808 measures 12 U in height, the Alpine 3804 measures 6 U in height, and the Alpine 3802 measures 4 U in height.

The Alpine 3808 and Alpine 3804 chassis is shipped empty. For your safety, due to the increased weight of the chassis after components are installed and to prevent damage to the equipment, we strongly recommended that you install the power supply and modules after you mount the empty chassis in a rack.

The Alpine 3802 chassis is shipped with a preinstalled power supply and fan tray. For your safety, due to the increased weight of the chassis after components are installed and to prevent damage to the equipment, we strongly recommend that you install the

I/O modules after you mount the chassis in a rack.

Note: Mount the chassis in a rack before installing any switch components.

Rack Installation

To mount the Alpine 3800 series chassis in a rack:

1 Mount the helper bracket in the lowest available position in the rack using four

appropriate screws, as shown in Figure 7-7.



BDbrackt

Figure 7-7: Helper bracket for mounting the Alpine 3800 series chassis

2 Insert the empty chassis into the 19-inch (48.26-cm) rack and place it on the helper bracket.

3 Secure the empty chassis with four or eight suitable screws, depending on model, as

shown in Figure 7-8, Figure 7-9, and Figure 7-10.

4 When the chassis is secured, remove the helper bracket. Store it for future use, for example, if you need to remove the chassis.



Helper bracket

38_rack8

Figure 7-8: The Alpine 3808 chassis requires 8 screws to be securely mounted in a rack



Helper bracket

38_rack4


Helper bracket

3802rack



Removing the Chassis

Grounding the Alpine 3800 Series Chassis

To ground your Alpine 3800 series chassis in accordance with NEBS standards, gather these materials:

• Two zinc-plated steel lockwashers

• Two zinc-plated steel nuts

• One Panduit-style, standard two-hole barrel, copper compression lug

• Four AWG, high strand-count wire copper cable

To ground the chassis:

1 Strip 0.5 inch (1.2 cm) of insulation from the four AWG, high strand-count cable.

2 Insert the cable into the cable lug.

Caution: Ensure that no copper is visible between the lug and the cable insulation.

3 Tighten the cable retention screw, using a 1 /

4

” or in-lbs of torque.

5 /

16

” flathead screwdriver, to 20

4 Attach the ground lug, lock washers, and nuts (in that order) to the grounding studs on the rear of the chassis. Tighten the nuts to 125 in-lbs of torque.

Removing the Chassis

This section describes how to remove the Alpine 3800 series chassis from the rack.

To remove the Alpine 3800 series chassis from a standard 19-inch (48.26-cm) rack:

1 Unplug the power cord from the outlet and then from the switch before you attempt to remove the chassis components and the chassis from the rack.

2 Mount the helper bracket in the rack directly beneath the chassis using four screws that are appropriate for your rack.

3 To reduce weight and prevent possible equipment damage:

• Remove the power supply, the SMMi, and the I/O modules from the Alpine 3808 and Alpine 3804.

• Remove the I/O modules from the Alpine 3802.



For information about removing power supplies, see Chapter 8.

For information about removing the SMMi, see Chapter 9.

For information about removing I/O modules, see Chapter 10.

4 Unscrew the chassis from the rack.

5 Gently remove the chassis from the rack and place it on a secure, flat surface with the front of the switch facing you.

6 Unscrew the helper bracket and remove it from the rack.


8


Power Supplies


• Important facts about the Alpine 3800 series power supplies

• Installation and removal procedures for the Alpine 3800 series power supplies

The Alpine 3800 series chassis accommodates two power supplies: AC and DC. If two power supplies are installed in the switch, both installed power supplies must be of the same type. The AC power supplies auto-sense for 110 VAC and 220 VAC power. The

DC power supplies require -40 VDC input line voltage. When two power supplies are present, the power is load-shared between the supplies for enhanced longevity.

The power supplies for the Alpine 3808 are inserted into the front of the chassis. The power supplies for the Alpine 3804 are inserted into the lower rear of the chassis. The

Alpine 3802 power supply is preinstalled at the factory and is not user-removable.

Table 8-1 describes the supported power supplies for the Alpine 3800 series switch.

The Alpine 3800 series switch generates SNMP traps for the following events:

• AC power source fails

• Power supply fails

• Power supply is removed


Alpine 3800 Series Switch Power Supplies

Table 8-1: Supported Power Supplies for the Alpine 3800 Series Switch

Switch Model

Alpine 3808

Alpine 3804

Alpine 3802 1

AC power supply




DC power supply



Not currently supported.

Hot-swappable

Yes

Yes

No

1 If you have one power supply installed in the Alpine 3802 switch, it must be installed in the lower power supply tray (PSU A).

Power Supply LEDs

Table 8-2 and Table 8-3 describe LEDs that pertain to power for the Alpine 3800 series

switch.

Table 8-2: Alpine 3808 and Alpine 3804 Power Supply LED

LED

D/C OK

Color

Green

Off

Indicates

All DC outputs are operational

One or more DC outputs have failed

Table 8-3: Alpine 3802 Power Supply LEDs

LED Color

PSU A, PSU B Green

Amber

Off

Indicates

Normal operation

DC output failure



After you supply power to the Alpine switch, the SMMi (Alpine 3808 and Alpine 3804) or the integrated Switch Management Module (Alpine 3802) performs a POST. The LED labeled “DIAG” on the SMMi (Alpine 3808 and Alpine 3804) or on the chassis (Alpine

3802) blinks green during the POST. After the SMMi or the integrated management


Installing the Alpine 3800 Series AC Power Supply module has passed its POST and is operational, each I/O module then performs its own

POST.

Note: See Chapter 9 for more information about switch management module

LED activity and Chapter 10 for more information about I/O module LED activity.

Installing the Alpine 3800 Series AC Power

Supply

This section describes how to install an AC power supply for either the Alpine 3808 or the Alpine 3804 switch. The Alpine 3802 switch power supply is preinstalled at the factory. The power supplies for the Alpine 3808 switch are inserted into the front of the chassis. The power supplies for the Alpine 3804 switch are inserted into the lower rear of the chassis.


To install the Alpine 3808 and Alpine 3804 AC power supplies:

1 Attach the ESD strap that is provided to your wrist and connect the metal end to the ground receptacle that is located on the top-right corner of the switch front panel.

2 Remove the blank faceplate that is covering the power supply bay.

3 Ensure that the power supply is oriented correctly for either the Alpine 3808 or

Alpine 3804 using the text on the front of the power supply, and ensure that the

ejector/injector lever is open, as shown in Figure 8-1 and Figure 8-2.

Caution: When you insert a power supply, use one hand to support the power supply from the bottom and the other hand to hold the central handle on the front of the power supply. Do not use just the ejector/injector lever to insert a power supply.

4 Use the central handle to guide the first power supply into the power supply bay.



Ejector/injector lever

SERVICE


DC OK

A Y UP THIS W

DC OK


V

100-120

200-240

6

13

A

Hz

50

60

60

50

Hz

A

13

6

200-240

V

100-120

45012

SLIDE TO REMOVE


38_pwrx8

Figure 8-1: AC power supply for the Alpine 3808 switch

45012

SLIDE TO REMOVE

V

100-120

13

A

Hz

50

60

60

50

Hz

A

100-120

V

200-240

DC OK

DC OK


A Y UP

SERVICE


Figure 8-2: AC power supply for the Alpine 3804 switch

8-4

38_pwrx4


Removing the Alpine 3800 Series AC Power Supply

5 Place both hands on each side of the power supply to slowly and evenly slide the power supply into the bay. During the last inch of insertion into the chassis, place one hand on the central handle to steady the power supply and use your other hand to gently push the ejector/injector lever towards the power supply to engage the power supply backplane connectors.

6 Secure the power supply by tightening the screw on the ejector/injector lever with a

#2 Phillips screwdriver.

7 To uncover the power connector, slide the latch to the right.

8 To turn on power to the system, connect the power cord to the power supply and then to the wall outlet.

Caution: Do not slam the power supply into the backplane. The power supply cannot be installed if an AC power cord is plugged in. You can damage the chassis and power supply if you attempt to install a power supply with an AC power cord connected.

9 Leave the ESD strap permanently connected to the chassis, so that it is always available when you need to handle ESD-sensitive components.

To install an additional power supply, repeat step 2 through step 8.

Removing the Alpine 3800 Series AC Power

Supply

To remove an AC power supply from the Alpine 3808 or Alpine 3804 switch:


2 Remove the AC power cord from the wall outlet and then from the power supply.

3 To cover the power connector, slide the latch to the left.

4 Use a #2 Phillips screwdriver to unscrew the screw on the ejector/injector lever then pull the ejector/injector lever towards you to disengage the power supply connectors from the backplane. Hold on to the central handle to steady the power supply.



Caution: When you remove a power supply, use one hand to support the power supply from the bottom and the other hand to hold the central handle on the front of the power supply. Do not use just the ejector/injector lever to remove a power supply.

5 Use one hand on the central handle to slowly pull the power supply towards you.

Place your other hand beneath the power supply to support it as you pull it out of the chassis.

6 If you are going to install a replacement power supply, follow the installation steps

on page 8-3.

Caution: Ensure the latch covers the AC power connector. The power supply cannot be removed or installed unless the connector is covered.

7 If there is a problem with the power supply that you removed, contact Extreme

Networks for assistance. Do not attempt to fix a faulty power supply. Personal injury to yourself or others may occur.

Caution: Do not slam the power supply into the backplane. This will cause damage and possibly require the return of the chassis.


Servicing an Alpine 3802 AC Power Supply

The Alpine 3802 switch supports up to two AC power supplies which are preinstalled at the factory.

In the event of a power supply failure, please contact Extreme Networks about servicing and replacing your power supply.

Note: Alpine 3802 power supplies must be removed and replaced by personnel that have been trained by Extreme Networks.

If you have only one power supply installed in the Alpine 3802 switch, cover the AC outlet that is not being used with a plastic socket cover. The plastic socket covers come shipped with the switch.


Installing the Alpine 3800 Series DC Power Supply

Installing the Alpine 3800 Series DC Power

Supply

This section describes the steps to successfully install your DC power supply:

• Selecting the cabling for your DC power supply

• Installing the DC power supply into the switch

• Attaching the cabling to the DC power supply

Selecting the Cabling

Use the following guidelines when selecting cabling for the DC power supplies:

• Each DC power supply requires 30 A at -40 VDC (or equivalent power between -40 and -70 VDC).

• For DC power and ground cables, use 8 AWG, high-strand-count wire cable (Alpine

3808) or 10 AWG, high-strand-count wire cable (Alpine 3804).

Installing the Power Supply

This section describes how to install a DC power supply for either the Alpine 3808 or

Alpine 3804. The Alpine 3802 switch does not support DC power supplies.


To install the Alpine 3808 or Alpine 3804 DC power supplies:



3 Ensure that the power supply is oriented correctly for either the Alpine 3808 or

Alpine 3804 using the text on the front of the power supply, and ensure that the ejector/injector lever is open, the safety latch is in the remove position, and the

breaker is in the off position, as shown in Figure 8-3 and Figure 8-4.



SERVICE


DC OK

A Y UP THIS W

DC OK


ON

OFF

-48V

RTN

45022

45022

SLIDE TO

REMOVE


38_DCPS8

Figure 8-3: DC power supply for the Alpine 3808 switch

45022

RTN

-48V

OFF

ON

DC OK

DC OK


A Y UP

SERVICE


REMOVE

SLIDE TO 45022

Figure 8-4: DC power supply for the Alpine 3804 switch

8-8

38_DCPS4


Installing the Alpine 3800 Series DC Power Supply

Caution: When you insert a power supply, use one hand to support the power supply from the bottom and the other hand to hold the central handle on the front of the power supply. Do not use just the ejector/injector lever to insert a power supply.

4 Use the central handle to guide the power supply into the bay while supporting the supply from the bottom with your other hand.

5 Place both hands on each side of the power supply to slowly and evenly slide the power supply into the bay. During the last inch of insertion into the chassis, place one hand on the central handle to steady the power supply and use your other hand to gently push the ejector/injector lever towards the power supply to engage the power supply backplane connectors.

Caution: Do not slam the power supply into the backplane. This or other excessive force will cause damage and possibly require the return of the chassis.

6 Secure the power supply by tightening the screw on the ejector/injector lever using a #2 Phillips screwdriver.

7 Slide the locking latch away from the remove position.

8 Remove the plexiglas cover that shields the power connection on the power supply.

9

Attach the DC power and ground cables to the power supply, as shown in Figure 8-5 and Figure 8-6.



WHEN INS

ON

OFF

-48V

RTN

45022

45022

SLIDE TO

REMOVE

Figure 8-5: Alpine 3808 DC power supply with cables attached

38_lugs8

45022

RTN OFF WHEN IN

-48V ON

REMOVE

SLIDE TO 45022

38_lugs4

Figure 8-6: Alpine 3804 DC power supply with cables attached

10 Replace the plexiglas cover.

11 Turn on the DC supply at both the wall breaker and at the power supply breaker.


Removing the Alpine 3800 Series DC Power Supply


Attaching the Cabling

To attach the cable to the lugs, perform the following steps.

1 Strip 0.5 inches of insulation from the appropriate AWG, high strand-count cable.

2 Insert the cable into the cable lugs.

Caution: Ensure that no copper is visible between the lug and the cable insulation.


4

” or 5 /

16


in-lbs of torque. The cable retention screw is shown in Figure 8-7.

Cable retention screw Cable retention screw

38 lugs

Figure 8-7: 2-stud -40 V and RTN lug, and 1-stud ground lug

Removing the Alpine 3800 Series DC Power

Supply

To remove a DC power supply from the Alpine 3808 or Alpine 3804 switch:


2 Turn off the DC supply at both the source breaker and at the power supply breaker.

3 Remove the plexiglas cover that shields the power connection on the power supply.

4 Remove the DC power and ground cables from the power supply.

5 Slide the locking latch on the power supply in the direction marked “remove.”



Caution: Ensure that the latch is in the remove position. You cannot remove the power supply unless the latch is in the remove position.

6 Use a #2 Phillips screwdriver to unscrew the screw on the ejector/injector lever then pull the ejector/injector lever towards you to disengage the power supply connections from the backplane. Hold on to the central handle to steady the power supply.

Caution: When you remove a power supply, use one hand to support the power supply from the bottom and the other hand to hold the central handle on the front of the power supply. Do not use just the ejector/injector lever to remove a power supply.

7 Use one hand on the central handle to slowly pull the power supply towards you.

Place your other hand beneath the power supply to support it as you pull it out of the chassis.

8 If you are going to install a replacement power supply, follow the installation steps

on page 8-7.

9 If there is a problem with the power supply that you removed, contact Extreme

Networks for assistance. Do not attempt to fix a faulty power supply. Personal injury to yourself or others may occur.



9


Management Module


• Important information about the Alpine 3800 series Switch Management Module

(SMMi)

• Installation and removal procedures for the Alpine 3800 series SMMi

The Switch Management Module (SMMi) is responsible for upper-layer protocol processing and switch management functions in the Alpine 3808 and Alpine 3804 chassis. The SMMi can store two ExtremeWare software images (version 6.0 or later) and two switch configurations.

Note: The Alpine 3802 does not require a separate Switch Management Module.

All upper-layer protocol processing and switch management functions are part of the integrated Switch Management Module that is located in the chassis.

Figure 9-1 shows the SMMi.

Module status

LEDs

Console port

Modem port

Module reset

Management port

Figure 9-1: Switch Management Module (SMMi)

PCMCIA slot

The SMMi has the following out-of-band management ports:

38_SMMi


Alpine 3800 Series Switch Management Module

• Console port—Used to connect a terminal and perform local management.

• Management port—Used to connect an Ethernet cable directly from your laptop into the management port to view and locally manage the switch configurations.

• Modem port —Used to connect a modem for remote access to the CLI.

• PCMCIA slot—Reserved for future use.

See Chapter 1 for more information about management ports.

SMMi Memory

The SMMi has two 144-pin SODIMM sockets, and ships with two 128 MB SODRAM

modules installed, as shown in Figure 9-2.

Note: The SMMi supports only the SODIMMs that are supplied by Extreme

Networks.

Figure 9-2: SMMi SODIMM sockets

See “Adding SODIMMs to the SMMi Module” on page 9-4 for more details.

38_SODMs


Installing SMMi Modules

SMMi LEDs

Table 9-1 describes the LED activity on the SMMi.

Table 9-1: SMMi LEDs

LED

DIAG

STATUS

PSU A

PSU B

Color

Green blinking

Off

Green blinking

Yellow blinking

Off

Green

Amber

Off

Indicates


Normal operation

Normal operation

Critical error, fan failure or over temperature

Unit powered down

PSU is OK

DC output failure


Installing SMMi Modules

To install the SMMi:


2 Ensure that the SMMi is oriented correctly (printed circuit board (PCB) on top) and

that the ejector/injector handles are open, as shown in Figure 9-3.

38_clips

Figure 9-3: SMMi with open ejector/injector handles

3 Slide the SMMi into the appropriate slot of the chassis, until it is fully seated in the backplane.

Caution: You can install the SMMi only in the top slot of the Alpine 3808 or 3804 chassis. The SMMi does not fit in any other chassis slots. Forceful insertion can damage the module.



Note: Use the metal panel, not the PCB, to guide the SMMi.

As the SMMi begins to seat in the chassis, the ejector/injector handles begin to close.

4 Use one hand to hold the module in place and use the other hand to close the ejector/injector handles by pushing them toward the center of the module.

5 Tighten the module screws using a #2 Phillips screwdriver.

Note: Tighten the screws of this module before you insert additional modules.

Otherwise, you might unseat modules that you have not secured.


Adding SODIMMs to the SMMi Module

The SMMi supports only SODIMMs from Extreme Networks.

To add a SODIMM to the SMMi:

1 Attach an ESD strap to your wrist and connect the metal end to the ground receptacle that is located on the top-right corner of the switch front panel.

2 Locate the SODIMM sockets on the SMMi.

3 Position the SODIMM in the socket by ensuring that the gold fingers of the

SODIMM slip into the connector and the keying notches align.

4 Secure the SODIMM by pressing down firmly until it is locked into the socket and

the ejector locks rotate into position, as shown in Figure 9-4.

Figure 9-4: Adding a SODIMM

9-4

38_SODM


Removing SMMi Modules

Removing SODIMMs from the SMMi Module

To remove a SODIMM:

1 Attach an ESD strap to your wrist and connect the metal end to the ground receptacle that is located on the top-right corner of the switch front panel.

2 Disengage the SODIMM by pulling out on the ejector locks located on either side of the SODIMM.

3 Rotate the SODIMM out of the socket.

Removing SMMi Modules

All Alpine 3800 series modules (SMMi and I/O modules) are hot-swappable. You do not need to power off the system to remove or insert a module.

To remove an SMMi module:


2 To loosen the module, unscrew the screws using a #2 Phillips screwdriver.

3 Simultaneously rotate the ejector/injector handles outward to disengage the module from the backplane.

4 Slide the module out of the chassis.

5 If you are not going to install a replacement SMMi, cover the slot with a blank

faceplate. Otherwise, follow the SMMi module installation procedure on page 9-3.





10

Alpine 3800 Series I/O Modules


• Configuration information and specifications for the Alpine 3800 series I/O modules

• Installation and removal procedures for the Alpine 3800 series I/O modules

Configuring I/O Modules

No configuration information is stored on the I/O modules; configuration information is stored on the SMMi for the Alpine 3808 and 3804 chassis and the integrated Switch

Management Module in the Alpine 3802 chassis.

Note: There is a slight difference in appearance between Alpine Ethernet I/O modules and Alpine Access I/O modules. Alpine Ethernet I/O modules have a green stripe along the side of the module. Alpine Access I/O modules have a silver stripe along the side of the module.

When the Alpine 3800 series switch is powered on, ExtremeWare generates a default configuration for any slots with I/O modules. The default configuration allows the I/O module ports to participate in the VLAN named default. The default configuration for the I/O module is not preserved unless you explicitly save the information to nonvolatile RAM (NVRAM).

You can configure parameters of the I/O module after it is installed or you can pre-configure a slot for a certain type of module and configuration. The pre-configured information is applied to the module after it is inserted. If you pre-configure a slot for a


Alpine 3800 Series I/O Modules specific module type, and then insert a different type of module, the module reverts to its default configuration.

Note: See the ExtremeWare Software User Guide for more information about configuring I/O modules.


Configuring I/O Modules

GM-4Ti Module

Figure 10-1 shows the GM-4Ti module.

Module status

LED

Port speed LEDs

1

100/1000 Mbps ports

2 3 4

Port status LEDs

Figure 10-1: GM-4Ti module

38_GM4T

The GM-4Ti module has four Gigabit Ethernet ports. All Gigabit Ethernet ports on this module use standard RJ-45 connectors and autonegotiate for 100BASE-TX or

1000BASE-T.

The default configuration of the GM-4Ti module is as follows:

• All ports are added to the default VLAN as untagged.

• All ports inherit the properties of the default VLAN (protocol type, VLANid, and so forth).

• All ports operate in autonegotiation mode.


Note: See “I/O Module LEDs,” on page 10-18 for information on LED activity.


Alpine 3800 Series I/O Modules

GM-4Xi Module

Figure 10-2 shows the GM-4Xi module.

Module status

LED

1


2 3 4

Port status LEDs

Figure 10-2: GM-4Xi module

38_GM4X

The GM-4Xi module has four GBIC-based Gigabit Ethernet ports. All Gigabit Ethernet ports on this module use standard GBIC connectors and support 1000BASE-SX,

1000BASE-LX, and 1000BASE-LX70.

The default configuration of the GM-4Xi module is as follows:








GM-4Si Module

Figure 10-3 shows the GM-4Si module.

Module status

LED

1

1000 Mbps ports

2 3 4

Port status LEDs

Figure 10-3: GM-4Si module

38_GM4S

The GM-4Si module has four Gigabit Ethernet ports using standard MT-RJ connectors.

The GM-4Si module supports 1000BASE-SX only.

The default configuration of the GM-4Si module is as follows:








GM-WDMi Module

Figure 10-4 shows the GM-WDMi module.

Port status LEDs 4 Gbps port

Module status LEDs

Figure 10-4: GM-WDMi module

38_GMWDM

The GM-WDMi module has one 4 Gbps port, which supports four full-duplex Gigabit

Ethernet channels. The port transmits over a single mode fiber cable using wavelength division multiplexing. The port uses an SC-APC simplex connector with a spring-loaded safety cover. APC connectors are polished at an 8 ° angle to minimize loss and reflections over extended transmit distances.

The default configuration of the GM-WDMi module is as follows:

• The port is added to the default VLAN as untagged.

• The port inherits the properties of the default VLAN (protocol type, VLANid, and so forth).

The GM-WDMi module transmits bi-directionally on the fiber cable and then multiplexes these wavelengths over the single-mode optical fiber.

The total optical system budget for the GM-WDMi module is 12 dB. Measure cable plant losses with a 1550 nm light source to verify that your cable plant losses are within

the optical budget. Table 10-1 describes the optical specifications for the GM-WDMi

module.

Table 10-1: GM-WDMi Optical Interface Specifications

Parameter

Transmitter


Channel 1 wavelength



Minimum

-5 dBm

1495 nm

1515 nm

1535 nm

Typical

-3 dBm

1501 nm

1521 nm

1541 nm

Maximum

1 dBm

1507 nm

1527 nm

1547 nm



Table 10-1: GM-WDMi Optical Interface Specifications (continued)

Parameter


Receiver




Back reflection

Minimum

1555 nm

-17 dBm

Typical

1561 nm

Maximum

1567 nm

-1 dBm

-25 dB

Extreme Networks recommends that you reserve 3 dB for losses due to cable splices,

connectors, and operating margin. Table 10-2 describes the cable attenuation, cable

budget, and operating distance for a variety of cable attentuation ratings for the

GM-WDMi module.

Table 10-2: GM-WDMi Maximum Transmit Distances


0.20 dB/km

0.25 dB/km

0.30 dB/km

Cable Budget

9 dB

9 dB

9 dB


45 km

36 km

30 km

A minimum of 2 dB attenuation is required to prevent saturation of the receiver.

Software Requirements

The GM-WDMi module requires that you load ExtremeWare version 6.1.8 or later and

BootROM 6.5 or later on your switch.




FM-32Ti Module

Figure 10-5 shows the FM-32Ti module.

Module status

LED

1 4 5

17 20 21

8 9

24 25

12 13

28 29

16

32

Port status LEDs

Figure 10-5: FM-32Ti module

10/100 Mbps ports

38_FM32T

The FM-32Ti module has 32 0/100 Mpbs autonegotiating Ethernet ports, using standard

RJ-45 connectors. The FM-32Ti module supports autonegotitation of 10BASE-T and

100BASE-TX.

The default configuration of the FM-32Ti module is as follows:


• All ports inherit the properties of the default VLAN (protocol type, VLANid, and so on).





FM-24Ti Module

Figure 10-6 shows the FM-24Ti module.

Module status LED

Port status LEDs

Figure 10-6: FM-24Ti module

10/100 Mbps ports

38_FM24T

The FM-24Ti module has 24 10/100 Mbps autonegotiation Ethernet ports, using standard RJ-21 connectors. The FM-24Ti module supports 10BASE-T and 100BASE-TX.

The default configuration of the FM-24Ti module is as follows:





The FM-24Ti module requires that you load ExtremeWare software version 6.1.7 or later and BootROM 6.5 or later on your switch.




FM-24SFi Module

Figure 10-7 shows the FM-24SFi module.

1 2 3 4 5 6 7 8 9 10 11 12 13 14 15 16 17 18 19 20 21 22 23 24

Module status LED 100 Mbps ports with status LEDs

FM-24SFi

Figure 10-7: FM-24SFi module

The FM-24SFi module has 24 100 Mbps Ethernet ports, using standard MT-RJ connectors. The FM-24SFi module supports 100BASE-FX in single mode only.

The default configuration of the FM-24SFi module is as follows:



• All ports operate in 100 Mbps, single mode. Half-duplex mode is not supported.


The FM-24SFi module requires that you load ExtremeWare version 6.1.7 or later and

BootROM 6.5 or later on your switch.




FM-24MFi Module

Figure 10-8 shows the FM-24MFi module.

1 2 3 4 5 6 7 8 9 10 11 12 13 14 15 16 17 18 19 20 21 22 23 24

Module status LED 100 Mbps ports with status LEDs

38_FM24F

Figure 10-8: FM-24MFi module

The FM-24MFi module has 24 100 Mbps Ethernet ports, using standard MT-RJ connectors. The FM-24MFi module supports 100BASE-FX in multi-mode only.

The default configuration of the FM-24MFi module is as follows:



• All ports operate in 100 Mbps, multi-mode. Half-duplex mode is not supported.


The SMMi requires ExtremeWare software version 6.1.5 or later to operate the

FM-24MFi.




FM-8Vi Module

Figure 10-9 shows the FM-8Vi module.

Module status LED

Port status LEDs

Figure 10-9: FM-8Vi module

VDSL ports

38_FM8V

The FM-8Vi module has eight 10 Mbps VDSL ports, using one standard RJ-21 connector, and eight internal loopback ports for ingress rate-shaping. The FM-8Vi module supports

10BASE-S.

The default configuration of the FM-8Vi module is as follows:



• All ports operate in autonegotation mode.

Connecting the FM-8Vi Module to the Mogul-100

The FM-8Vi uses a single RJ-21 connector for the eight VDSL ports on the module. The cable connector on the FM-8Vi has a Velcro ™ strap to secure the connector on the cable to the module.

To deliver this VDSL connection to a subscriber, the bundle of twisted pairs that are contained in the RJ-21 cable must be separated for connection to individual Mogul-100 customer premises equipment. Typically, you connect the cable from the FM-8Vi to a punch-down block and wire the individual VDSL circuits into RJ-11 jacks for connection to the Mogul-100s. Use the two center conductors of the RJ-11 connector to connect the wire pairs.

Your particular installation depends on the physical cabling in your building.

The connector on the FM-8Vi requires a male terminated RJ-21 cable. The FM-8Vi uses eight of the twenty-five pairs in the cable. Because the RJ-21 standard was established


Configuring I/O Modules for telecommunications, one wire of each pair is designated as the tip side and the other wire is designated as the ring side.

Table 10-3 lists the pin numbers on the connector, the color code for the wires, and the

associated port number for the wire pair.

Table 10-3: RJ-21 Connector and Wire Pairs

6

7

8

4

5

2

3

VDSL

Port

1

Ring Side

Pin Number/Wire Color

1 blue white

2 orange white

3 green white

4 brown white

5 slate white

6 blue red

7 orange red

8 green red

Tip Side

Pin number/Wire Color

26 white blue

27 white orange

28 white green

29 white brown

30 white slate

31 red blue

32 red orange

33 red green


The FM-8Vi module requires that the SMMi has ExtremeWare software version 6.1.5 or later and BootROM 6.5 or later. For more information about software requirements and module configuration, see the ExtremeWare Release Notes Software Version 6.1.5w2.01 Rev1.

The FM-8Vi module also requires a connection to the Mogul-100. For more information about Mogul-100 configuration, see the Mogul-100 Quick Guide.

Configuring the FM-8Vi. The VDSL connection from the FM-8Vi to the Mogul-100 is automatically established by the hardware on the two devices. There are no commands to configure this VDSL connection.

However, the VDSL ports on the FM-8Vi connect to the Mogul-100 in such a way that the Ethernet port on the Mogul-100 behaves as though it is located on the Alpine switch. When you configure a port on the FM-8Vi, you are configuring the Ethernet port on the Mogul-100. For example, when you add port 2 on the FM-8Vi to a VLAN, the

Ethernet port on the Mogul-100 connected to port 2 of the FM-8Vi now belongs to that

VLAN.

The ports on the Mogul-100 that are controlled by the FM-8Vi accept configurations using the same commands and procedures as the ports on the FM-32Ti and FM-24Fi modules, except that the ports can only be configured for 10 Mbps.



The slot configuration command now includes a keyword to specify the FM-8Vi. To configure the slot for the FM-8Vi, use the following command: config slot <slot> module fm8v

The following example configures slot 2 for the FM-8Vi module: config slot 2 module fm8v

Displaying VDSL Statistics. For the FM-8Vi module, the show port command has been enhanced to show VDSL statistics. To display VDSL statistics, use the following command: show port <portlist> vdsl stats

The following command displays the VDSL statistics for ports 2:1 through 2:4: show port 2:1-2:4 vdsl stats




WM-4T1i Module

Figure 10-10 shows the WM-4T1i module.


Module status LEDs T1 ports

Figure 10-10: WM-4T1i module

38_WM4T1

The WM-4T1i module has four T1 ports, using RJ-48 connectors, and two 10/100 Mbps autonegotiating Ethernet ports, using standard RJ-45 connectors. The WM-4T1i also has eight internal loopback ports that allow you to configure bi-directional rate-limiting without tying up any of the external ports for ingress rate shaping. Internal loopback ports are marked with the notation “iL” when displayed on the command line or with

ExtremeWare Vista Web access. The WM-4T1i module supports T1 and autonegotiation of 10BASE-T and 100BASE-T.

The default configuration of the WM-4Ti module is as follows:

• The four T1 ports allow 1.54 Mbps, and the other two ports in autonegotiation mode allow 10 Mbps or 100 Mbps, and full duplex or half-duplex operation.


The WM-4T1i module requires that you load ExtremeWare software version 6.1.5 or later and BootROM 6.5 or later on your switch. For more information about software requirements and module configuration, see the WM-4T1i Module Installation and User

Guide.

Note: See “Access I/O Module LEDs,” on page 10-18 for information on LED

activity.



WM-4E1i Module

Figure 10-11 shows the WM-4E1i module.


Module status LEDs E1 ports

Figure 10-11: WM-4E1i module

38_WM4E1

The WM-4E1i module has four E1 ports, using RJ-48 connectors, and two 10/100 Mbps autonegotiating Ethernet ports, using standard RJ-45 connectors. The WM-4E1i also has eight internal loopback ports that allow you to configure bi-directional rate-limiting without tying up any of the external ports for ingress rate shaping. Internal loopback ports are marked with the notation “iL” when displayed on the command line or with

ExtremeWare Vista Web access. The WM-4E1i module supports E1 and autonegotiation of 10BASE-T and 100BASE-T.

The default configuration of the WM-4Ei module is as follows:

• The four E1 ports allow 1.54 Mbps, and the other two ports in autonegotiation mode allow 10 Mbps or 100 Mbps, and full duplex or half-duplex operation.


The WM-4E1i module requires ExtremeWare software version 6.1.5 or later and

BootROM 6.5 or later. For more information about software requirements and module configuration, see the WAN Module Installation and User Guide.


activity.



WM-1T3i Module

Figure 10-12 shows the WM-1T3i module.

Module reset

Module status

LEDs

T3 port

Figure 10-12: WM-1T3i module

10/100 Mbps ports

38_WM1T3i

The WM-1T3i module has one T3 port, consisting of a two BNC connectors, one for the transmit path and one for the receive path. The module also has two general purpose

10/100 Ethernet ports, using standard RJ-45 connectors. The WM-1T3i also has eight internal loopback ports that allow you to configure bi-directional rate-limiting without tying up any of the external ports for ingress rate shaping. Internal loopback ports are marked with the notation “iL” when displayed on the command line or with

ExtremeWare Vista Web access.


activity.


The WM-1T3i module requires ExtremeWare software version 6.1.5 or later and

BootROM 6.5 or later. For more information about software requirements and module configuration, see the WAN Module Installation and User Guide.



I/O Module LEDs

This section describes the Alpine I/O module LEDs.

Table 10-4 describes the LED activity on the I/O modules.

Table 10-4: Alpine I/O Module LEDs

LED

Status

Color

Green

Amber

Port Green

(all except

FM-24MFi and

FM-24SFi)

Flashing green

Amber

Off

Port Green

(FM-24MFi and FM-24SFi only)

Flashing green

Off

Indicates

Normal operation

Disabled

Link up

Disabled

Packet activity

Link down

Link up

Packet activity

Link down

Access I/O Module LEDs

This section describes the Alpine Access I/O module LEDs.

Table 10-5 describes the LED activity on the WM-4T1i, WM-4E1i, and WM-1T3i Access

I/O modules.

Table 10-5: Access I/O Module LEDs

LED

Status

Diag

Color

Off

Amber

Green

Green blinking

Off

Indicates

No power

Module seated in chassis

Module powered up


Normal operation


Installing I/O Modules

Table 10-5: Access I/O Module LEDs (continued)

LED

WAN port

(1-4)T1/E1

(1)T3

Color

Amber

10/100 port

(5,6)T1/E1

(2,3)T3

Amber rapidly blinking

Amber slowly blinking

Green

Alternating green and amber

Green rapidly blinking

Green slowly blinking

Off

Green

Alternating green and amber

Indicates

Near-end fault has been detected (for example, no cable)

Far-end fault has been detected

Physical link is present, but no higher-layer link

(port is misconfigured or disabled)

Physical link is present, higher-layer link is established, but no traffic is present

Physical link is present, higher-layer link is established, and traffic is present

Loopback testing mode is in progress

Port is active, but disabled

No link is present

Link is present

Traffic is present

The slowly blinking LEDs cycle once per second. The rapidly blinking LEDs cycle twice a second.

Installing I/O Modules

You can insert I/O modules at any time, without causing disruption of network services.

To install an I/O module:

1 Select a slot for the module:

• Slots are numbered 1 through 8 in the Alpine 3808 chassis



Caution: Do not install I/O modules into the top unnumbered slot of the Alpine

3808 or Alpine 3804 chassis; this slot is designated for SMMi modules only. I/O modules do not fit in the top slot of the Alpine 3808 or Alpine 3804 chassis.

Forceful insertion can damage the I/O module.




3 Remove the blank faceplate from the slot, if applicable.

4 Ensure that the module is oriented correctly (PCB on top), and the ejector/injector levers are open.

5 Slide the module into the appropriate slot of the chassis until it makes contact with the backplane.

As the module begins to seat in the chassis, the ejector/injector levers begin to close.

6 Use one hand to hold the module in place and your other hand to close the ejector/injector handles by pushing them toward the center of the module.

7 To secure the module, tighten the two captive screws using a #2 Phillips screwdriver.

Note: Tighten the screws before you insert additional modules. Otherwise, you might unseat modules that you have not secured.

8 Store the module packaging for future use.

9 Repeat this procedure for additional modules, if applicable.


Removing I/O Modules

You can remove I/O modules at any time, without causing disruption of network services.

All Alpine 3800 series modules (SMMi and I/O modules) are hot-swappable. You do not need to power off the system to remove or insert a module.

To remove an I/O module:


2 Use a #2 Phillips screwdriver to unscrew the two captive screws.

3 Simultaneously rotate the ejector/injector handles away from the center of the module to disengage the module from the backplane.



Removing I/O Modules

5 If you are not going to install a replacement I/O module, cover the slot with a blank

faceplate. Otherwise, follow the I/O module installation procedure on page 10-19.






11

Alpine 3800 Series Switch Fan

Tray


• Important facts about the fan trays for the Alpine 3808, Alpine 3804, and Alpine 3802 switches

• Installation and removal procedures for the Alpine 3808 and Alpine 3804 switch fan trays

Alpine 3808 Fan Tray

The Alpine 3808 fan tray (no. 45013):

• Contains five individual fans

• Is accessed from the front of the chassis

• Is hot-swappable which means you can remove and replace the fan tray without powering down the switch

• Can be removed and installed by customers

Caution: Do not cover or obstruct the fan ventilation holes at the rear of the unit.

Doing so can result in overheating and possible damage to the Alpine 3808 switch. Thermal sensors will shut down the Alpine 3808 switch if the internal temperature exceeds 60 degrees Celsius.

ExtremeWare monitors the fan trays in the Alpine 3808 switch for failure and overheat conditions. All fan failures and over temperature events cause the switch to send alerts


Alpine 3800 Series Switch Fan Tray to the network management station or to the switch log. See the ExtremeWare Software

User Guide for more information about switch monitoring.


The Alpine 3804 fan tray (no. 45015):

• Contains three individual fans

• Is accessed from the front of the chassis

• Is hot-swappable which means you can remove and replace the fan tray without powering down the switch




ExtremeWare monitors the fan trays in the Alpine 3804 switch for failure and overheat conditions. All fan failures and over temperature events cause the switch to send alerts to the network management station or to the switch log. See the ExtremeWare Software

User Guide for more information about switch monitoring.


The Alpine 3802 fan tray:

• Contains two individual fans

• Is preinstalled at the factory

• Is not hot-swappable which means you must power down the switch before you can remove and replace the fan tray

• Cannot be removed and installed by customers

• Must be removed and replaced by personnel trained by Extreme Networks


Removing an Alpine 3808 or Alpine 3804 Fan Tray



Note: In the event of a fan tray failure, please contact Extreme Networks.

ExtremeWare monitors the fan trays in the Alpine 3802 switch for overheat conditions.

All over temperature events cause the switch to send alerts to the network management station or to the switch log. See the ExtremeWare Software User Guide for more information about switch monitoring.

Removing an Alpine 3808 or Alpine 3804

Fan Tray

To remove a fan tray from the Alpine 3808 or Alpine 3804 switch:


2 Unscrew the two captive screws that secure the fan tray to the chassis by turning them counterclockwise (to the left).

3 Use the finger grips to pull the fan tray out of the chassis approximately 1-inch

(2.54-cm), as shown in Figure 11-1 and Figure 11-2; this step disconnects the power

and causes the fans to stop rotating.

4 Allow the fan blades to stop spinning before you remove the fan tray from its slot.

Warning: Keep your hands away from rotating fan blades.



Alpine 3800 Series Switch Fan Tray

45

2

SL

ID

E T

O

R

EM

O

VE

Figure 11-1: Alpine 3808 fan tray

38_fanx8

Figure 11-2: Alpine 3804 fan tray

11-4

38_fanx4


Installing an Alpine 3808 or Alpine 3804 Fan Tray

Installing an Alpine 3808 or Alpine 3804

Fan Tray

To install a fan tray in the Alpine 3808 or Alpine 3804 switch:


2 Gently begin to insert the new fan tray into the bay.

Note: If the chassis is powered on, the fan blades will begin turning as soon as the tray makes contact with the backplane.

3 To secure the fan tray, turn the screws clockwise until they become tight.



Alpine 3800 Series Switch Fan Tray


Part 5:

BlackDiamond Switch

12

BlackDiamond 6800 Series

Switch Overview

The BlackDiamond 6800 series switches are chassis-based switches designed to be placed in the core of your network. The BlackDiamond 6800 series switches are flexible and scalable, making it easy for you to meet the changing requirements of your network. Two models exist:

• BlackDiamond 6816 provides 16 slots for I/O modules

• BlackDiamond 6808 provides 8 slots for I/O modules

The combination of BlackDiamond, Alpine, and Summit switches delivers a consistent end-to-end network solution that provides a nonblocking architecture, wire-speed switching, wire-speed IP routing, and policy-based Quality of Service (QoS).


• The features available on the BlackDiamond 6800 series switch

• The components of the BlackDiamond 6800 series switch

• The importance of following safety information

• The architecture and design of the BlackDiamond 6800 series switch

Summary of Features

The features of the BlackDiamond 6800 series switches include:


BlackDiamond 6800 Series Switch Overview

• The BlackDiamond 6816 20-slot chassis, which can be populated with up to 16 input/output (I/O) modules and 4 Management Switch Fabric Modules (MSM64i modules)

• The BlackDiamond 6808 10-slot chassis, which can be populated with up to eight

I/O modules and 2 MSM64i modules

• I/O modules and MSM64i modules are hot-swappable, and include Gigabit Ethernet or 10/100 Mbps Ethernet ports

• Redundant, load-sharing, hot-swappable power supplies

• Field-replaceable, hot-swappable fan tray

• Autonegotiation for half- or full-duplex operation on 10/100 Mbps ports

• Load-sharing on multiple ports

• VLANs, including support for IEEE 802.1Q

• STP (IEEE 802.1D) with multiple STP domains

• Policy-based QoS


• IP multinetting



• OSPF routing protocol

• IPX routing, including RIP and SAP


• IGMP and IGMP snooping

• DVMRP

• IGMP snooping to control IP multicast traffic

• Console (RS-232) CLI connection


• ExtremeWare Vista Web-based management interface

• SNMP support


Summary of Features


The BlackDiamond 6800 series switches support the following port configurations that

are available on the different BlackDiamond I/O modules as described in Table 12-1.

Caution: Modules that use SX, LX, and LX70 interfaces contain Class 1 laser devices. The P3cSi, P3cMi, P12cSi, P12cMi, A3cSi, and WDMi modules also use Class 1 laser devices. These ports can emit invisible laser radiation. Avoid direct eye exposure to beam.

F48T

F96Ti

F32Fi

P3cSi

P3cMi

P12cSi

P12cMi

ARM

MPLS

A3cSi

Module

G8Ti

G4X

G6X

G8Xi

G12SXi

WDMi

F32T

Table 12-1: Port Configurations Available on BlackDiamond I/O Modules

Ethernet Ports

10BASE-T/

100BASE-TX

100BASE-T/

1000BASE-T GBIC

8

4

6

8

1000BASE-SX 100BASE-FX OTHER

12

1 10-Gbps

32

48

96

32

4 OC-3

4 OC-3

2 OC-12

2 OC-12

N/A

N/A

4 OC-3



Switch Components

There BlackDiamond 6816 chassis and the BlackDiamond 6808 chassis use the same I/O modules, management modules, and power supplies, but they use different power trays. The BlackDiamond 6816 chassis only supports modules and power supplies with an “i” in their name, such as the MSM64i.

BlackDiamond 6816 Switch

The BlackDiamond 6816 switch consists of the following components:


• 16 I/O module slots, labeled slots 1 through 16

• Four MSM64i slots, labeled slots A through D

• Four power supply bays (accessed from the front of the unit)

• Two fan trays (accessed from the front of the unit)

• Two side mounted handles for lifting the chassis


Note: The BlackDiamond 6816 chassis only supports modules and power supplies with an “i” in their name, such as the MSM64i.

BlackDiamond 6808 Switch



• Eight I/O module slots, labeled slots 1 through 8

• Two MSM64i slots, labeled slots A and B

• Two power supply bays (accessed from the front of the unit)

• One fan tray (accessed from the rear of the unit)



Switch Components

BlackDiamond Power Supplies

Three types of power supplies are available for the BlackDiamond switches:

• 220 VAC

• 110 VAC

• -48 VDC

All installed power supplies must be of the same type. You cannot mix 110 VAC, 220

VAC, and -48 VDC power supplies in a single chassis.

All BlackDiamond power supplies are hot-swappable. They are also load-sharing. If one power supply fails in a BlackDiamond 6800 series chassis, the remaining power supplies will provide sufficient power to operate a chassis that has all slots populated with modules.

Switch Connectivity and the Backplane

Switch connectivity is an important aspect of the BlackDiamond 6800 series switch. The

MSM64i module is the internal switch fabric for data being sent between I/O modules.

No configuration information is stored on the I/O modules; all configuration information is stored on the MSM64i module(s). Each MSM64i has two CPUs for protocol processing and network management. For full redundancy, you can install up to four MSM64i modules in the BlackDiamond 6816 switch and up to two MSM64i modules in the BlackDiamond 6808 switch.

The BlackDiamond 6800 series switch has a 100% passive backplane which means the backplane does not contain any active components that can fail. A passive backplane is important because it increases the reliability of the switch. The I/O modules treat the backplane as one logical connection and use the same load sharing (trunking) algorithm as the front facing ports to distribute the switch traffic. There are multiple Gigabit links from the I/O modules to the MSM64i modules, and most I/O modules have eight full duplex Gigabit Ethernet links to the backplane that provide 16 bps full duplex bandwidth to the backplane. If one of the backplane Gigabit Ethernet links fails,

ExtremeWare reroutes the switch traffic from the failed backplane Gigabit Ethernet link to another available backplane link. By moving to another available backplane link, switch connectivity is not disrupted.

With ExtremeWare 6.1 and later, you can configure the backplane load-sharing algorithm. The default load-sharing algorithm uses ingress port-based trunking. In an

Internet bridging or routing environment, the address-based algorithm may be more appropriate. For more information about how to configure the backplane load-sharing algorithm, see the ExtremeWare Software User Guide.



Packet Switching and Routing

Each installed I/O module has Gigabit Ethernet links that attach to the backplane. The backplane divides these links equally among the MSM64i modules that are installed in the switch. For example, if you install an F48Ti module, it has eight Gigabit Ethernet links to the switch backplane. If you have a BlackDiamond 6816 and install four

MSM64i modules, each module receives two of the eight Gigabit Ethernet links. If you have a BlackDiamond 6808 and install two MSM64i modules, each module receives four of the eight Gigabit Ethernet links.

Following Safety Information

All service to BlackDiamond 6800 series modules, fan trays, and power supplies should be performed by qualified service personnel only.



13


Switch Chassis

There are two models in the BlackDiamond 6800 series: The BlackDiamond 6816 switch and the BlackDiamond 6808 switch.


• The architecture and front and rear views of each BlackDiamond 6800 series chassis

• The supported port configurations for each BlackDiamond 6800 series chassis

• The installation and removal procedures for the BlackDiamond 6800 series chassis

BlackDiamond 6800 Series Architecture

This section describes and shows the architecture of the BlackDiamond 6800 series chassis. For each chassis, the front view shows an example of a completely installed chassis with optional I/O modules that you can install in the chassis. The rear view shows the back of the chassis.

BlackDiamond 6816 Switch Front View



• 16 I/O module slots, labeled slots 1 through 16

• Four MSM64i slots, labeled slots A through D

• Four power supply bays (accessed from the front of the unit)


BlackDiamond 6800 Series Switch Chassis

• Two fan trays (accessed from the front of the unit)

• Two side-mounted handles for lifting the chassis


The BlackDiamond 6816 switch can support the following number of ports and types of port configurations:




Figure 13-1 shows the front view of the BlackDiamond 6816 chassis installed with 4

MSM64i modules and 16 optional I/O modules.

Note: The BlackDiamond 6816 chassis only supports modules and power supplies with an “i” in their name, such as the MSM64i.


BlackDiamond 6800 Series Architecture


I/O module slots

MSM module slots

B

C

8

A

D

9

I/O module slots

13

14

15

10

11

12

16

3

4

1

2

5

6

7

Power supplies

BD_6816s

Figure 13-1: Front view of the BlackDiamond 6816 switch with sample I/O modules



BD_rr16s

Figure 13-2: Rear view of the BlackDiamond 6816 switch



BlackDiamond 6816 Switch Rear View

The rear of the BlackDiamond 6816 switch provides:




Figure 13-2 shows the rear view of the BlackDiamond 6816 switch.

BlackDiamond 6808 Switch Front View



• Eight I/O module slots, labeled slots 1 through 8

• Two MSM64i slots, labeled slots A and B

• Two power supply bays (accessed from the front of the unit)

• One fan tray (accessed from the rear of the unit)


The BlackDiamond 6808 switch can support the following number of ports and types of port configurations:




Figure 13-3 shows the front view of the BlackDiamond 6808 chassis installed with two

MSM64i modules and ten optional I/O modules.



I/O module slots

MSM module slots I/O module slots


1 2 3 4 A B 5 6 7 8

50015

SYS MSTR ENV ERR

CONSOLE

MODEM

MGMT

LINK /

ACTIVITY

PCMCIA

50015

SYS MSTR ENV ERR

51040

1

AT

US

DIA

G

5 9

2

3

6

7

10

11

4 8 12

AMBER

GREEN

FLASHING GREEN

=

=

=

ACTIVITY

LINK OK

DISABLED

7

8

1

2

3

9 17

10 18

11 19

25

26

27

4 12

5 13

6 14

20

21

22

28

29

30

15

16

23

24

31

32

1 17

CONSOLE

MODEM

MGMT

LINK /

ACTIVITY

PCMCIA

10

11

12

7

8

5

6

9

3

4

1

2

4

5

20

21

8

9

24

25

12

13

28

29

16 32

1

51032

STATUS DIAG

AMBER

=

ACTIVITY

GREEN

=

LINK OK

FLASHING

GREEN

=

DISABLED

2

52011

STATUS DIAG

3

4

5

6

7

8

POWER

DC OUT

AC IN

50021

POWER

DC OUT

AC IN

50021

Power supplies

V-50/60Hz

200-240V, 15A

V-50/60Hz

200-240V, 15A

Figure 13-3: Front view of the BlackDiamond 6808 switch with sample I/O modules

BD_6808



BlackDiamond 6808 Switch Rear View

The rear of the BlackDiamond 6808 switch provides:

• Access to the fan tray




Figure 13-4 shows the rear view of the BlackDiamond 6808 switch.

Fan tray

Figure 13-4: Rear view of the BlackDiamond 6808 switch


BD_rr08

13-7


Installing the Chassis

The BlackDiamond 6800 series chassis fits in standard 19-inch (48.26-cm) racks. The

BlackDiamond chassis measures 35 U in height, and the BlackDiamond 3808 chassis measures 15 U in height.

The BlackDiamond 6800 series chassis is shipped empty. For your safety, due to the increased weight of the chassis after components are installed and to prevent damage to the equipment, we strongly recommend that you install the power supply and modules after you mount the empty chassis in a rack.


Rack Installation

To mount the BlackDiamond 6800 series chassis in a rack:

1 Mount the helper bracket in the rack using four appropriate screws, as shown in

Figure 13-5.



BDbrackt

Figure 13-5: Helper bracket for mounting a BlackDiamond 6800 series chassis

2 Insert the empty chassis into the 19-inch (48.26-cm) rack and place it on the helper bracket.

3

Secure the empty chassis with eight suitable screws, as shown in Figure 13-6 and

Figure 13-7.

4 When the chassis is secured, remove the helper bracket. Store it for future use, for example, if you need to remove the chassis.



12

13

10

11

14

15

16

C

D

9

7

8

5

6

A

B

3

4

1

2

BD_rack16

Figure 13-6: The BlackDiamond 6816 chassis requires 8 screws to be securely mounted in a rack


1 2 3 4 A B 5 6 7 8

Removing the Chassis

BD_rack08

Figure 13-7: The BlackDiamond 6808 chassis requires 8 screws to be securely mounted in a rack

Removing the Chassis

This section describes how to remove the BlackDiamond 6800 series chassis from the rack.



To uninstall the BlackDiamond 6800 series chassis from a standard 19-inch (48.26-cm) rack:

1 Unplug the power cord from the outlet and then from the switch before you attempt to remove the chassis components and the chassis from the rack.

2 Mount the helper bracket in the rack directly beneath the chassis using four screws that are appropriate for your rack.

3 To reduce weight and prevent possible equipment damage, remove the power supply, the MSM64i module(s), and the I/O modules from the BlackDiamond 6800 series chassis.

For information about removing power supplies, see Chapter 14.

For information about removing the MSM64i, see Chapter 15.

For information about removing I/O modules, see Chapter 16.

4 Unscrew the chassis from the rack.

5 Gently remove the chassis from the rack and place it on a secure, flat surface with the front of the switch facing you.

6 Unscrew the helper bracket and remove it from the rack.


14


Switch Power Supplies


• Important facts about the BlackDiamond 6800 series power supplies

• Installation and removal procedures for the Alpine 3800 series power supplies

BlackDiamond power supplies are iPower power supplies. Three types of power supplies are available:

• 220 VAC

• 110 VAC

• -48 VDC

All installed power supplies must be of the same type. You cannot mix 110 VAC, 220

VAC, and -48 VDC power supplies in a single chassis.

All BlackDiamond power supplies are fully fault-tolerant and hot-swappable. They are also load-sharing. If you have three or more power supplies installed in a

BlackDiamond 6818 switch or two or more power supplies installed in a BlackDiamond

6808 switch, you can remove one of them without turning off power to the chassis.

Note: If you install four power supplies in your BlackDiamond 6816 chassis, the power supplies will deliver full redundancy.

The BlackDiamond 6800 series switch generates SNMP traps for the following events:

• AC power source fails


BlackDiamond 6800 Series Switch Power Supplies

• Power supply fails

• Power supply is removed

220 VAC Power Supplies

If you install a 220 VAC power supply into the BlackDiamond 6800 series chassis, 220

Volts of power is required for full operation. If you operate the BlackDiamond 6800 series switch at 110 Volts instead of 220 Volts, it is possible that not all of the I/O modules will power up. The MSM64i will perform power calculations and power up the maximum number of I/O modules from left (slot 1) to right (slot 16 in the

BlackDiamond 6816 and slot 8 in the BlackDiamond 6808). It is possible to skip a module if that module is not within the power budget but the subsequent module is.

When you use 110 Volts, typically only eight modules in the BlackDiamond 6816 and four modules in the BlackDiamond 6808 are powered on.

The BlackDiamond switch supports a combination of the old 220 VAC PSUs (part number 50012) with the new iPower 220 VAC PSUs (part number 50021) when installed in the same chassis. However, you may get reduced power if a combination of the two types of 220 VAC PSUs are installed in the same chassis.

220 VAC power supplies slide in from the front of the chassis, as illustrated in

Figure 14-1.

POWER

DC OUT

AC IN

POWER

50021

DC OUT

AC IN

50021

BD_028

Figure 14-1: 220 VAC power supplies in a BlackDiamond 6808


Table 14-1 describes the LED activity on the 220 VAC power supply.

Table 14-1: LEDs on the 220 VAC Power Supply

LED

AC In

DC Out

Color

Green

Amber

Off

Green

Amber

Off

Indicates

Input voltage is 220 V

Input voltage is less than 180 V

No input power



No power

110 VAC Power Supplies

The BlackDiamond 110 VAC power supply has two IEC 320 C19 inputs on the front of the power supply. Both power cords must be connected for the power supply to operate properly, and both power cords require a dedicated 20 A 110 VAC source power connection.

Power supplies slide in from the front of the chassis, as illustrated in Figure 14-2.

POWER

DC OUT

AC IN

POWER

50020

DC OUT

AC IN

50020

Figure 14-2: 110 VAC power supplies in a BlackDiamond 6808


BD_026

14-3


Table 14-2 describes the LED activity on the 110 VAC power supply.

Table 14-2: 110 VAC Power Supply LED Activity

LED

AC In

DC Out

Color

Green

Amber

Off

Green

Amber

Off

Indicates

Powered using both inputs

Powered using only one input, or input voltage is less than 100 V

No input power


One or more DC outputs failed

No power

DC Power Supplies

The BlackDiamond DC power supplies operate with DC input that can range from -42 to -72 V. Each DC power supply requires a dedicated 60 A service.

The DC inputs are located on the front of the power supply. The input terminals are isolated from the ground terminal. Power supplies slide in from the front of the chassis,

as illustrated in Figure 14-3.

i POWER

DC OUT

50022

SINGLE DC PSU

DC IN i POWER

-48V

-48V RET

-48V

-48V RET

V

48V, 60A

V

48V, 60A

Figure 14-3: DC power supplies in a BlackDiamond 6808

DC OUT

DC IN

50022

SINGLE DC PSU

BD_DCpsx


Installing a BlackDiamond 6800 Series Power Supply

Table 14-3 describes the LED activity on the DC power supply.

Table 14-3: DC Power Supply LED Activity

LED

DC in

DC out

Color

Green

Amber

Off

Green

Amber

Off

Indicates

Input voltage is within range

Input voltage is outside of range

Input voltage is below 12 V



Input voltage is below 12 V

Installing a BlackDiamond 6800 Series Power

Supply

To install the first power supply:

1 Attach the ESD strap that is provided to your wrist and connect the metal end to the ground receptacle that is located on the top-left corner of the switch front panel.


3 For the BlackDiamond 6816 switch, ensure that the power supply is right side up, as

shown in Figure 14-4, and the locking handle is open.

For the BlackDiamond 6808 switch, ensure that the power supply is right side up, as

shown in Figure 14-5, and the locking handle is open.

4 If you are installing a DC power supply, you must prepare the DC power supply

cable before you install the power supply. See “Preparing the DC Cabling” on page 14-10 for more details. A DC power supply in the BlackDiamond 6816 switch is

shown in Figure 14-4.



Figure 14-4: Installing a DC power supply in a BlackDiamond 6816

BD_034



POWER

DC OUT

AC IN

50021

V-50/60Hz

200-240V, 15A

BD_033

Figure 14-5: Installing an AC power supply in a BlackDiamond 6808

Caution: Do not handle the power supply using the DC output bus bars. Support the power supply from the bottom, while holding the handle on the front of the power supply unit.

5 Gently begin to slide the power supply into the power supply bay.

Caution: Do not slam the power supply into the backplane. Use the locking handle to secure the power supply unit into the chassis.

6 Secure the power supply in a BlackDiamond 6816 by pushing right on the locking handle until it clicks in place.

Secure the power supply in a BlackDiamond 6808 by pushing down on the locking handle until it clicks in place.

7 Tighten the screws using a #1 Phillips screwdriver.

8 To turn on power to the system, connect the power cables to the power supplies and then to the wall outlet. If you have a DC power supply, attach the power cables and

turn the on/off switch to the on position. See “Attaching the DC Cabling” on page 14-11 for more information about how to attach the DC cabling to the power

supply.




To install additional power supplies, repeat step 2 through step 8.

POWER

DC OUT

AC IN

POWER

50021

DC OUT

AC IN

50021

BD_028

Figure 14-6: Installing a second power supply in a BlackDiamond 6808

AC Power Cable and Plug

To turn on power to the system, connect the power cables to the power supplies and

then to the wall outlet. Figure 14-7 shows the BlackDiamond 6800 series 220 VAC power

cable and plug.



Wider prong

Figure 14-7: BlackDiamond 220 VAC power cable and plug

Figure 14-8 shows the BlackDiamond 6800 series 110 VAC power cable and plug.

BD_220cord

Wider prong

BD_110cord

Figure 14-8: BlackDiamond 110 VAC power cable and plug

See “Preparing the DC Cabling” on page 14-10 for details about the -48 VDC power

cable and plug.



Selecting the DC Cabling

Use the following guidelines when selecting cabling for the DC power supplies:

• Each DC power supply requires dedicated 55 A service.

• For DC power cables, use 4 AWG, high-strand-count wire cable.

Preparing the DC Cabling

Use the following guidelines when preparing cabling for the DC power supplies:

• Each DC power supply requires dedicated 60 A service.

• For DC power cables, use 4 AWG, high-strand-count wire cable with dual hole lugs that fit over M6 (metric) terminals that are centered 0.625 inch (15.86 mm) apart.

• For convenience, the lock washers and nuts that you use to connect the source DC cables to the power terminals are loosely mounted on the studs of the DC power supply.

Note: Add a length of heat-shrink tubing to prevent the crimp area on the lug from coming into contact with the metal faceplate of the DC power supply.

Figure 14-9 shows the specifications of the lug that is used to connect the DC power

cable to the DC power supply.

All measurements in inches

2.25

Terminal crimp

4 AWG, high-strand-count conductor

0.55

2 holes

0.267

0.08

0.25

0.625

0.37

Area for heat-shrink tubing

Figure 14-9: Dimensions of the DC power cable lugs

Each set of power terminals on the DC power supply consists of two 6-mm, metric-threaded, nickel-plated, brass studs that are centered 0.625 inch (15.86 mm)

BD_021


Installing a BlackDiamond 6800 Series Power Supply apart. The earth ground studs extend 0.52 inch (13.2 mm) above the power supply faceplate; the set of positive (+) and negative (–) studs extend 0.9 inch (22.9 mm) above the faceplate. The nickel plating on the studs enhances conductivity and resists corrosion. The DC power terminals are isolated from the ground terminal.

Use power cables and lugs with the specifications outlined in Table 14-4.

Table 14-4: Source DC Power specifications

Characteristic

DC power cable size

DC power cable lug

Power

Specification

4 AWG, high strand count copper wire

Panduit copper, standard barrel, 2-hole lug—Type LDC (Panduit part number: LCD4-14A-L; Thomas & Betts part number: LCN4-14).

1971 W, 42 to 72 VDC

For convenience, the lock washers and nuts for connecting the source DC cables to the power terminals are loosely mounted on the studs ready for use.

Attaching the DC Cabling

To attach the cable to the lugs, perform the following steps.

1 Strip 0.5 inches of insulation from the 4 AWG, high strand-count cable.

2 Insert the cable into the cable lugs.

Caution: Ensure that no copper is visible between the lug and the cable insulation


4

” or 5 /

16


in-lbs of torque. The cable retention screw is shown in Figure 14-10.

Cable retention screw

Figure 14-10: 2-stud lug


DC_lug

14-11


Each set of power terminals on the DC power supply consists of two 6-mm, metric-threaded, nickel-plated, brass studs centered 0.625 inch apart. The earth ground studs extend 0.52 inch (13.2 mm) above the power supply faceplate; the set of positive

(+) and negative (–) studs extend 0.9 inch (22.9 mm) above the faceplate. The nickel plating on the studs enhances conductivity and resists corrosion.

For convenience, the lock washers and nuts for connecting the source DC cables to the power terminals are loosely mounted on the studs ready for use.


After you supply power to the BlackDiamond switch, each MSM64i performs a POST of its circuitry. The LED labeled “SYS” on the MSM64i blinks amber during the POST.

After the MSM64i has passed its POST and is operational, each I/O module performs its own POST.



Removing a BlackDiamond 6800 Series Power

Supply

BlackDiamond 6800 series power supplies are hot-swappable. You can add or remove power supplies without turning off power to the chassis and normal operation will continue was long as the switch has enough power to support the installed modules. If you have three or more power supplies installed in a BlackDiamond 6818 or two or more power supplies installed in a BlackDiamond 6808, you can remove one of them without turning off power to the chassis.

Three types of power supplies are available: 110 VAC, 220 VAC, and -48 VDC. All installed power supplies must be of the same type.

To remove a 110 VAC, 220 VAC, or -48 VDC power supply:


2 Completely remove the power supply cord(s) from the wall outlet and then from the power supply. If you have a DC power supply, turn the on/off switch to the off position and remove the power cables.


Removing a BlackDiamond 6800 Series Power Supply

3 Unscrew the power supply using a #1 Phillips screwdriver.

4 On a BlackDiamond 6816, disengage the power supply by rotating the handle out

and to the left, as shown in Figure 14-11.

On a BlackDiamond 6808, disengage the power supply by rotating the handle out

and down, as shown in Figure 14-12.

BD_029

Figure 14-11: Removing BlackDiamond 6816 DC power supplies



POWER

DC OUT

AC IN

POWER

50021

DC OUT

AC IN

50021

BD_028

Figure 14-12: Removing BlackDiamond 6808 220 VAC power supplies

5 Slowly slide the power supply out of the chassis by grasping the edges of the power supply with both and pulling the power supply towards you. After you pull the power supply towards you, place both hands underneath the power supply to support it as you pull it out of the chassis.

Caution: The power supply weighs approximately 30 pounds (14 kg).

Caution: Do not handle the power supply using the DC output bus bars.



15


Management Switch Module


• Important information about the BlackDiamond 6800 series Management Switch

Fabric Module (MSM64i)

• Installation and removal procedures for the BlackDiamond 6800 series MSM64i

The Management Switch Fabric Module (MSM64i) is the internal switch fabric for data that is being sent between I/O modules. One MSM64i is required for switch operation in both the BlackDiamond 6816 and the BlackDiamond 6808; however, adding more

MSM64i modules increases both reliability and throughput. Each MSM64i has two

CPUs for protocol processing and network management. For full redundancy, you can install up to four MSM64i modules in the BlackDiamond 6816 switch and up to two

MSM64i modules in the BlackDiamond 6808 switch. With full redundancy, the

BlackDiamond 6800 series switch is a fully nonblocking switch.

Table 15-1 shows that packet throughput between I/O modules increases when

additional MSM64i modules are installed.

Table 15-1: Packet Throughput Between I/O Modules

Chassis

BlackDiamond 6816

2

3

# of MSM64i Modules Throughput

1 64 Gbps

4

128 Gbps

192 Gbps

256 Gbps


BlackDiamond 6800 Series Management Switch Module

Table 15-1: Packet Throughput Between I/O Modules

Chassis

BlackDiamond 6808

# of MSM64i Modules Throughput

1 64 Gbps

2 128 Gbps

You can install the MSM64i in one of the designated (orange) slots in the BlackDiamond

6800 series chassis, labeled slot A, B, C, or D on the BlackDiamond 6816 or slot A or B

on the BlackDiamond 6808. Figure 15-1 shows the MSM64i.

50015 Module status LEDs

Module reset

CONSOLE

Console port

MODEM

MGMT

Modem port

Management port

LINK /

ACTIVITY

PCMCIA slot

PCMCIA

EW_MSM64i

Figure 15-1: Management Switch Fabric Module 64 (MSM64i)

The MSM64i has the following ports:

• Console port—Used to connect a terminal and perform local management.

• Management port—Used to connect an Ethernet cable directly from your laptop into the management port to view and locally manage the switch configurations.

• Modem port —Used to connect a modem for remote access to the CLI.

• PCMCIA slot—Reserved for future use.

See Chapter 1 for more information about management ports.


MSM64i Activity

The BlackDiamond 6800 series switch can run with a single MSM64i installed. When you install additional MSM64i modules, one of the MSM64i modules operates as the

master, and the others become the slave MSM64i.

The master MSM64i is responsible for upper-layer protocol processing and system management functions. For example, OSPF computation and SNMP functions are performed by the master MSM64i. Packet handling is distributed among the CPUs of all installed MSM64i modules.

Selection of the master MSM64i occurs automatically. The following scenarios describe the selection process:

• When the BlackDiamond 6800 series switch boots with one or more MSM64i modules already installed, and an MSM64i module is installed in slot A, the MSM64i in slot A becomes the master.

• When the BlackDiamond 6800 series switch boots with a single MSM64i (regardless of the slot position), it is selected as the master. If additional MSM64i modules are added to the switch after powered on, the added MSM64i modules become the slaves. MSM64i modules that operate as slaves can be inserted and removed without disrupting network services.

If you remove the master MSM64i while the BlackDiamond 6800 series switch is operating, the slave MSM64i does a soft reset and becomes the master MSM64i.

When you save the switch configuration, it is saved to all MSM64i modules. If you download a new ExtremeWare image, the image is downloaded to all MSM64i modules.



MSM64i Memory

The MSM64i has two 144-pin SODIMM sockets and ships with two 128 MB SODRAM

modules installed, as shown in Figure 15-2. The memory capacity can be increased by

replacing the SODIMM module(s).

Note: The MSM64i supports only SODIMMs supplied by Extreme Networks.

EW_SODMs

Figure 15-2: MSM64i SODIMM sockets

For larger network configurations and larger routing tables, you can add additional memory to the MSM64i. The MSM64i can be populated with any of the memory

combinations that are listed in Table 15-2. If you are using multiple MSM64i modules,

all modules must have identical memory configurations.


Table 15-2: MSM64i SODIMM Memory Combinations

J8

64 MB

128 MB

128 MB

128 MB

J9

64 MB

0 MB

64 MB

128 MB

Total Memory

128 MB

128 MB

192 MB

256 MB

If you are using multiple MSM64i modules, all modules must have identical memory configurations.

Note: See “Adding SODIMMs to the MSM64i Module” on page 15-8 and

“Removing a SODIMM from the MSM64i Module” on page 15-9on for more

details.

MSM64i LEDs

Table 15-3 describes the LED activity on the MSM64i.

Table 15-3: MSM64i LEDs

LED

SYS

MSTR

ENV

Color

Green blinking

Amber blinking

Amber

Off

Green

Amber

Green

ERR

Amber

Amber

Off

Indicates

Normal operation is occurring

Diagnostic test is in progress

Diagnostic failure has occurred

Switch is not receiving power

Module is operating as master

Module is operating as slave

Environment (temperature, fan, power supply) is operating properly

Environmental failure has occurred

A critical software error has been logged since power up

Normal operation is occurring



Table 15-3: MSM64i LEDs

LED

Link/Activity

Color

Off

Green

Amber

Indicates

Link is down

Link is up

Packet activity is occurring

Note: To reset the critical software error LED (amber ERR LED), use the clear log static command and reboot the switch. If you continue to have critical software errors, or the ERR LED is amber after the clear log static command and a switch reboot, contact Extreme Networks Customer Support.

Installing MSM64i Modules

To install the MSM64i:


2 For the BlackDiamond 6816, ensure that the MSM64i is horizontal with the module name to the left and that the ejector/injector handles are extended, as shown in

Figure 15-3.

EW_clips2

Figure 15-3: MSM64i prior to insertion in BlackDiamond 6816

For the BlackDiamond 6808, ensure that the MSM64i is vertical with the module name at the top and that the ejector/injector handles are extended, as shown in

Figure 15-4.


Installing MSM64i Modules

50015

CONSOLE

MODEM

MGMT

LINK /

ACTIVITY

PCMCIA

EW_clips

Figure 15-4: MSM64i prior to insertion in BlackDiamond 6808

3 Slide the MSM64i into the appropriate slot of the chassis (slot A, B, C, or D in the

BlackDiamond 6816 or slot A or B in the BlackDiamond 6808), until it makes contact with the backplane.

Note: Do not touch the PCB. Use the metal back pane, not the PCB, to guide the MSM64i.



As the MSM64i begins to seat in the chassis, the ejector/injector handles begin to close.

4 To close the ejector/injector handles, use both hands simultaneously to push the handles toward the center of the module.

5 To secure the module, tighten the two screws with a #1 Phillips screwdriver.

Note: Tighten the screws before you insert additional modules. Otherwise, you might unseat modules that you have not secured.

6 Repeat this procedure for each additional MSM64i module, if applicable.

After a slave MSM64i is installed, use the synchronize

command to replicate all saved images and configurations from the master MSM64i to the slave MSM64i.

Caution: Depending on the size and complexity of your network, you should install and configure a slave MSM64i module when there will be minimal network disruption. You may need to reboot your switch after you use the synchronize command.


Caution: You can install the MSM64i only in the designated (orange) slots. The

MSM64i does not fit in any other chassis slots.

Adding SODIMMs to the MSM64i Module

The MSM64i supports only SODIMMs from Extreme Networks.

To add a SODIMM to the MSM64i:

1 Attach an ESD strap to your wrist and connect the metal end to the ground receptacle that is located on the top-left corner of the switch front panel.

2 Locate the SODIMM sockets on the MSM64i.

3 Position the SODIMM in the socket by ensuring that the gold fingers of the

SODIMM slip into the connector and the keying notches align.

4 Secure the SODIMM by pressing down firmly until it is locked into the socket and

the ejector locks rotate into position, as shown in Figure 15-5.


Removing MSM64i Modules

EW_SODMs

Figure 15-5: Adding a SODIMM

Removing a SODIMM from the MSM64i Module

To remove a SODIMM:


2 Disengage the SODIMM by pulling out on the ejector locks that are located on either side of the SODIMM.

3 Rotate the SODIMM out of the socket.

Removing MSM64i Modules

All BlackDiamond 6800 series modules (MSM64i and I/O modules) are hot-swappable.

You do not need to power off the system to remove or insert a module.



To remove an MSM64i module:


2 To loosen the module, unscrew the screws with a #1 Phillips screwdriver.



5 If you are not going to install a replacement MSM64i, cover the slot with a blank

faceplate. Otherwise, follow the MSM64i module installation procedure on page 15-6.



16

BlackDiamond 6800 Series I/O

Modules


• Configuration information and specifications for the BlackDiamond 6800 series I/O modules

• Installation and removal procedures for the BlackDiamond 6800 series I/O modules

Configuring I/O Modules

No configuration information is stored on the I/O modules; all configuration information is stored on the MSM64i module(s).

When the BlackDiamond 6800 series switch is powered on, ExtremeWare generates a default configuration for any slots that contain I/O modules. The default configuration allows the I/O module ports to participate in the VLAN named default. The default configuration for the I/O module is not preserved unless you explicitly save the configuration to nonvolatile RAM (NVRAM).

You can configure parameters of the I/O module after it is installed or you can pre-configure a slot for a certain type of module and configuration. The pre-configured information is applied to the module after it is inserted. If you pre-configure a slot for a specific module type, and then insert a different type of module, the module reverts to its default configuration.

Note: See the ExtremeWare Software User Guide for more information about configuring I/O modules.


BlackDiamond 6800 Series I/O Modules

G8Ti Module

Figure 16-1 shows the G8Ti module.

Module status LEDs

100/1000 Mbps ports with status LEDs and speed LEDs

XM_G8Ti

Figure 16-1: G8Ti module

The G8Ti module has eight autosensing 100/1000BASE-T ports that use standard RJ-45 connectors. The default configuration of the G8Ti module is as follows:



• All ports operate in auto-negotiation mode.




G8Xi Module

Figure 16-2

shows the G8Xi module.

Module status LEDs

1

51032

STATUS DIAG

AMBER

=

ACTIVITY

GREEN

=

LINK OK

FLASHING

GREEN

=

DISABLED

2

Gigabit Ethernet ports with status LEDs

5

4

6

3

7

8

XM_G8Xi

Figure 16-2: G8Xi module

The G8Xi module has eight unpopulated GBIC-based Gigabit Ethernet ports.

All Gigabit Ethernet ports on these modules use standard GBIC connectors and support

1000BASE-SX, 1000BASE-LX, 1000BASE-LX70, and 1000BASE-ZX. The default configuration of the G8Xi module is as follows:








G12SXi Module

Figure 16-3

shows the G12SXi module.

51040

1

2

3

U

S

DIA

G

5 9

6

7

10

11

4 8 12

AMBER

GREEN

FLASHING GREEN

=

=

=

ACTIVITY

LINK OK

DISABLED

Module status LEDs

Port status LEDs

11

12

9

10

7

8

5

6

3

4

1

2

1000 Mbps ports

EW_G12SXi

Figure 16-3: G12SXi module

The G12SXi module has 12 Gigabit Ethernet ports that use standard MT-RJ connectors, and supports 1000BASE-SX only. The default configuration of the G12SXi module is as follows:








The G12SXi module requires that you load ExtremeWare version 6.1.4 or later on the switch.




WDMi Module

Figure 16-4 shows the WDMi module.

Module status LEDs

10,000 Mbps port

Channel status LEDs

BD_WDMi

Figure 16-4: WDMi module

The WDMi module has one 10 Gbps port, which supports eight full-duplex Gigabit

Ethernet channels. The port transmits over a pair of single mode fiber cables using wavelength division multiplexing. The port uses an SC-APC duplex connector with a spring-loaded safety cover. APC connectors are polished at an 8 ° angle to minimize loss and reflections over extended transmit distances.

The default configuration of the WDMi module is as follows:

• The port is added to the default VLAN as untagged.

• The port inherits the properties of the default VLAN (protocol type, VLANid, and so forth).

The WDMi module transmits bi-directionally on both fiber cables and then multiplexes these wavelengths over the single-mode optical fiber.

Table 16-1 describes the specifications for the WDMi optical interface.



.

Table 16-1: WDMi Optical Interface Specifications

Parameter

Transmitter






Receiver




Back reflection

Minimum

-5 dBm

1495 nm

1515 nm

1535 nm

1555 nm

-17 dBm

Typical

-3 dBm

1501 nm

1521 nm

1541 nm

1561 nm

Maximum

1 dBm

1507 nm

1527 nm

1547 nm

1567 nm

-1 dBm

-25 dB

Extreme Networks recommends that you reserve 3 dB for losses due to cable splices,

connectors, and operating margin. Table 16-2 describes the cable attenuation, cable

budget, and operating distance for a variety of cable attentuation ratings for the WDMi module.

Table 16-2: WDMi Maximum Transmit Distances


0.20 dB/km

0.25 dB/km

0.30 dB/km

Cable Budget

9 dB

9 dB

9 dB


45 km

36 km

30 km

A minimum of 2 dB attenuation is required to prevent saturation of the receiver.


The WDMi module requires that you load ExtremeWare version 6.1.5 or later on the switch.




F48Ti Module

Figure 16-5

shows the F48Ti module .

Module status LEDs 52011

STATUS DIAG

10/100 Mbps ports with status LEDs

Figure 16-5: F48Ti module

XM_F48Ti

The F48Ti has 48 autosensing 10BASE-T/100BASE-TX ports. All ports use standard

RJ-45 connectors.

The default configuration of the F48Ti module is as follows:





The F48Ti module requires ExtremeWare version 6.1.4 or later.




F96Ti Module

Figure 16-6

shows the F96Ti module .

Module status LEDs

10/100 Mbps ports

BD_F96Ti

Figure 16-6: F96Ti module

The F96Ti has 96 10BASE-T/100BASE-TX ports available through eight RJ-21 telco

connectors. The RJ-21 connector is shown in Figure 16-7.



Spare

Port 12

Port 11

Port 10

Port 9

Port 8

Port 7

Port 6

Port 5

Port 4

Port 3

Port 2

Port 1

Spare

Port 12

Port 11

Port 10

Port 9

Port 8

Port 7

Port 6

Port 5

Port 4

Port 3

Port 2

Port 1

BD_037

Figure 16-7: One RJ-21 connector yields 12 10/100 ports

Table 16-3 describes the pinouts for the RJ-21 connector.

Table 16-3: Connector Pinouts for the RJ-21 Connector

7

8

9

10

11

12

5

6

3

4

RJ-45 Number RJ-21 Pin Numbers RJ-45 Pin Numbers

1

2

1, 2, 26, 27

3, 4, 28, 29

2, 6, 1, 3

2, 6, 1, 3

5, 6, 30, 31

7, 8, 32, 33

9, 10, 34, 35

11, 12, 36, 37

2, 6, 1, 3

2, 6, 1, 3

2, 6, 1, 3

2, 6, 1, 3

13, 14, 38, 39

15, 16, 40, 41

17, 18, 42, 43

19, 20, 44, 45

21, 22, 46, 47

23, 24, 48, 49

2, 6, 1, 3

2, 6, 1, 3

2, 6, 1, 3

2, 6, 1, 3

2, 6, 1, 3

2, 6, 1, 3


Table 16-4 describes the output signals for the RJ-21 connector.

Table 16-4: Output Signals for the RJ-21 Connector

18

19

20

21

14

15

16

17

22

23

24

10

11

12

13

8

9

6

7

4

5

2

3

RJ-21 Pin

Numbers Output Signal

1 RxD (-)

TxD (-)

RxD (-)

TxD (-)

RxD (-)

TxD (-)

RxD (-)

TxD (-)

RxD (-)

TxD (-)

RxD (-)

TxD (-)

RxD (-)

TxD (-)

RxD (-)

TxD (-)

RxD (-)

TxD (-)

RxD (-)

TxD (-)

RxD (-)

TxD (-)

RxD (-)

TxD (-)

43

44

45

46

39

40

41

42

47

48

49

35

36

37

38

31

32

33

34

RJ-21 Pin

Numbers Output Signal

26 RxD (+)

27

28

29

30

TxD (+)

RxD (+)

TxD (+)

RxD (+)

TxD (+)

RxD (+)

TxD (+)

RxD (+)

TxD (+)

RxD (+)

TxD (+)

RxD (+)

TxD (+)

RxD (+)

TxD (+)

RxD (+)

TxD (+)

RxD (+)

TxD (+)

RxD (+)

TxD (+)

RxD (+)

TxD (+)




Table 16-5 describes the cable specifications for the RJ-21 connector.

Table 16-5: F96Ti Cable Specifications

Connectors Cable

Lucent 525 Telco 50-pin RJ-21 Shielded trunk cable with 12

CAT5 twisted pairs

Min Length Max Length

1 m 100 m

To access the ports, use a 180-degree connector with a shielded PVC trunk cable:

• Through a patch panel by terminating the cable and shield with an RJ-21 connector.

• Directly by using a cable that is terminated with 12 RJ-45 connectors.

Appropriate cables are available from your local supplier.

The default configuration of the F96Ti module is as follows:





The F96Ti module requires that you load ExtremeWare version 6.1.8 or later and

BootROM 6.5 or later on the switch.




F32F and F32Fi Modules

Figure 16-8

shows the F32F and F32Fi modules.

5

6

7

8

1

2

3

4

9

10

17

18

25

26

11

12

19

20

13

14

15

16

21

22

23

24

27

28

29

30

31

32

1 17

Module status LEDs

Port status LEDs

52020

1

ST

AT

US

DIA

G

9 17

2

3

4

5

6

7

10 18

11

12

19

20

13 21

14

15

22

23

25

26

27

28

29

30

31

8 16

AMBER

GREEN

24 32

=

=

ACTIVITY

LINK OK


1 17

4

5

20

21

4

5

20

21

8

9

24

25

100 Mbps ports

8

9

24

25

12

13

28

29

12

13

28

29

16 32

16 32

BD_F32Fs

Figure 16-8: F32F and F32Fi modules

All F32F and F32Fi ports have 32 100BASE-FX ports and use standard MT-RJ connectors. The F32F module is available only for the BlackDiamond 6808 switch. The

F32Fi module is available only for the BlackDiamond 6816 switch.

The default configuration of the F32F and F32Fi modules is as follows:



• All ports operate in 100 Mbps, full-duplex mode. Half-duplex mode is not supported.




The F32Fi module requires that you load ExtremeWare version 6.1.8 or later and

BootROM 6.5 or later on the switch.




P3cSi and P3cMi Modules

Figure 16-9

shows the P3cSi and P3cMi modules.

Module status LEDs

Port status

LEDs

Port status

LEDs Network interface ports

Service ports

BD_P3

Figure 16-9: P3cSi and P3cMi modules

The P3cSi and P3cMi each have four OC-3 ports that use duplex SC connectors. The

P3cSi supports single mode fiber-optic cable only, and the P3cMi supports multimode fiber-optic cable only. These modules connect the switch to a SONET infrastructure that is used by metropolitan area service providers and operators of server co-location networks.

The default configuration of the P3cSi and P3cMi modules is as follows:


• All ports inherit the properties of the default VLAN (VLANid and so forth).



Table 16-6 describes the specifications for the P3cSi and P3cMi optical interfaces.

Table 16-6: Optical Interface Specifications for the P3cSi and P3cMi

Parameter

Power budget


Transmit distance

P3cSi

13 dB

1310 nm

15 km

P3cMi

9 dB

1310 nm

2 km


The P3cSi and P3cMi modules require that you load ExtremeWare version 6.1.5 build 20 or later on the MSM64i module and on the P3cSi and P3cMi modules, BootROM 6.5 or later on the MSM64i module, and BootROM 1.4.4 or later on the P3cSi and P3cSi modules. For more information about software requirements and module configuration, see the Packet Over SONET Module Installation and User Guide.


Note: During the P3cSi or P3cMi module boot up, the Status and Diag LEDs may be incorrectly lit to solid green or solid amber. The LEDs reflect their true state after approximately 30 seconds when the module has completed its boot cycle.



P12cSi and P12cMi Modules

Figure 16-10

shows the P12cSi and P12cMi modules .

Module status LEDs

Port status

LEDs

Port status


Service ports

BD_P12

Figure 16-10: P12cSi and P12cMi modules

The P12cSi and P12cMi each have two OC-12 ports that use duplex SC connectors. The

P12cSi supports single mode fiber-optic cable only, and the P12cMi supports multimode fiber-optic cable only. These modules connect the switch to a SONET infrastructure that is used by metropolitan area service providers and operators of server co-location networks.

The default configuration of the P12cSi and P12cMi modules is as follows:





Table 16-7 describes the specifications for the P12cSi and P12cMi optical interfaces.

Table 16-7: Optical Interface Specifications for the P12cSi and P12cMi

Parameter

Power budget


Transmit distance

P12cSi

13 dB

1310 nm

15 km

P12cMi

10 dB

1310 nm

500 m


The P12cSi and P12cMi modules require that you load ExtremeWare version 6.1.8 build

12 or later on the MSM64i module and on the P12cSi and P12cMi modules, BootROM

7.0 or later on the MSM64i module, and BootROM 1.14 or later on the P12cSi and

P12cMi modules. For more information about software requirements and module configuration, see the Packet Over SONET Module Installation and User Guide.


Note: During the P12cSi or P12cMi module boot up, the Status and Diag LEDs may be incorrectly lit to solid green or solid amber. The LEDs reflect their true state after approximately 30 seconds when the module has completed its boot cycle.


ARM

Figure 16-11 shows the Accounting and Routing Module (ARM).

Module status LEDs


Service port

Reset

Service port

ARM_001

Figure 16-11: Accounting and Routing Module

The ARM contains a powerful set of network processors that are specifically programmed to implement the IP routing and accounting function. The module has no external ports, but contains four full-duplex Gigabit Ethernet internal ports that connect to the BlackDiamond backplane switch fabric. Each internal processor provides media-speed packet processing for two internal full-duplex Gigabit Ethernet ports. The

ARM operates in a one-armed fashion:

• Receiving frames from the switch fabric.

• Processing the frames.

• Transmitting the frames back into the switch fabric which then sends them to the appropriate I/O module.


The ARM requires that you load ExtremeWare version 6.1.5 build 20 or later on the

MSM64i module and on the ARM, BootROM 6.5 or later on the MSM64i module, and



BootROM 1.4.4 or later on the ARM. For more information about software requirements and module configuration, see the Accounting and Routing Module Installation and User

Guide.


Note: During the ARM boot up, the Status and Diag LEDs may be incorrectly lit to solid green or solid amber. The LEDs reflect their true state after approximately 30 seconds when the module has completed its boot cycle.



MPLS Module

Figure 16-12 shows the MPLS module.

Module status LEDs

Service port

Reset

Service port

MPLS_13

Figure 16-12: MultiProtocol Label Switching (MPLS) module

The MultiProtocol Label Switching (MPLS) module contains a powerful set of network processors that are specifically programmed to implement the MPLS function. The module has no external ports, but contains four full-duplex Gigabit Ethernet internal ports that connect to the BlackDiamond backplane switch fabric. Each internal processor provides media-speed packet processing for two internal full-duplex Gigabit Ethernet ports. The MPLS module operates in a one-armed fashion:

• Receiving frames from the switch fabric.

• Processing the frames.

• Transmitting the frames back into the switch fabric which then sends them to the appropriate I/O module.


The MPLS module requires that you load ExtremeWare version 6.1.8 build 12 or later on the MSM64i module and on the MPLS module, BootROM 7.0 or later on the MSM64i


BlackDiamond 6800 Series I/O Modules module, and BootROM 1.14 or later on the MPLS module. For more information about software requirements and module configuration, see the MPLS Module Installation and

User Guide.


Note: During the MPLS module boot up, the Status and Diag LEDs may be incorrectly lit to solid green or solid amber. The LEDs reflect their true state after approximately 30 seconds when the module has completed its boot cycle.



A3cSi Module

Figure 16-13 shows the A3cSi module.

Module status LEDs

Port status


Service ports

BD_A3

Figure 16-13: A3cSi module

The A3cSi module has four OC-3 ports, using duplex SC connectors. The A3cSi supports single mode fiber-optic cable only.

These modules connect the switch to an Asynchronous Transfer Mode (ATM) infrastructure. Key applications for the ATM module are:

• Interconnecting metropolitan area networks across an ATM network infrastructure.

• Interconnecting server co-location network sites directly using ATM links.

• Providing connectivity between a legacy Enterprise ATM network and an Ethernet backbone.

The default configuration of the A3cSi module is as follows:






The A3cSi module requires that you load ExtremeWare version 6.1.8 build 12 or later on the MSM64i module and on the A3cSi module, BootROM 7.2 or later on the MSM64i module, and BootROM 1.18 or later on the A3cSi module. For more information about software requirements and module configuration, see the Asynchronous Transfer Mode

(ATM) Module Installation and User Guide.


Note: During the A3cSi module boot up, the Status and Diag LEDs may be incorrectly lit to solid green or solid amber. The LEDs reflect their true state after approximately 30 seconds when the module has completed its boot cycle.

I/O Module LEDs

Table 16-8 describes the LED activity on the I/O modules.

Table 16-8: BlackDiamond I/O Module LEDs

LED Color

Status Green blinking

Amber blinking

Off

DIAG Off

Amber blinking

Amber

Port x Green

Green blinking

Amber blinking

Off

Indicates

Normal operation

Configuration error, code version error, diagnostic failure, or other severe module error

No power

Normal operation

Diagnostics in progress

Diagnostic failure

Link up

Link down

Packet activity

Link down


Installing I/O Modules

Installing I/O Modules

You can insert I/O modules at any time, without causing disruption of network services.

To install an I/O module:

1 Select a slot for the module:

• Slots numbered 1 through 16 in the BlackDiamond 6816

• Slots numbered 1 through 8 in the BlackDiamond 6808

Caution: You can install I/O modules only in slots 1 through 16 in the

BlackDiamond 6816 or slots 1 through 8 in the BlackDiamond 6808. I/O modules do not fit in slots A, B, C, or D. Forceful insertion can damage the I/O module.


3 For the BlackDiamond 6816, ensure that the module is horizontal with the module name to the left and that the ejector/injector handles are extended.

For the BlackDiamond 6808, ensure that the module is vertical with the module name at the top and that the ejector/injector handles are extended.

4 Slide the module into the appropriate slot of the chassis (slots 1 through 16 in the

BlackDiamond 6816 or slots 1 through 8 in the BlackDiamond 6808), until it makes contact with the backplane.

As the module begins to seat in the chassis, the ejector/injector handles begin to close.

5 To close the ejector/injector handles, use both hands simultaneously to push the handles toward the center of the module.

6 To secure the module, tighten the two screws using a #1 Phillips screwdriver.

Note: Tighten the screws before inserting additional modules. Otherwise, you might unseat modules that you have not secured.





Removing I/O Modules

All BlackDiamond 6800 series modules (MSM64i and I/O modules) are hot-swappable.

You do not need to power off the system to remove a module.

To remove an I/O module:


2 Use a #1 Phillips screwdriver to unscrew the two captive screws.



5 If you are not going to install a replacement I/O module, cover the slot with a blank

faceplate. Otherwise, follow the I/O module installation procedure on page 16-25.




17


Switch Fan Tray


• Important facts about the fan trays for the BlackDiamond 6818 and BlackDiamond

6808 switches

• Installation and removal procedures for the BlackDiamond 6818 and BlackDiamond

6816 switch fan trays

BlackDiamond 6816 Fan Trays

The BlackDiamond 6816 fan trays:

• Contain nine individual fans

• Are accessed from the front of the chassis

• Are hot-swappable which means you can remove and replace a fan tray without powering down the system


Caution: Do not cover or obstruct the fan ventilation holes at the side of the unit.

Doing so can result in overheating and possible damage to the BlackDiamond

6816 switch. Thermal sensors will shut down the BlackDiamond 6816 switch if the internal temperature exceeds 60 degrees Celsius.

ExtremeWare monitors the fan trays in the BlackDiamond 6816 switch for failure and overheat conditions. All fan failures and over temperature events cause the switch to


BlackDiamond 6800 Series Switch Fan Tray send alerts to the network management station or to the switch log. See the ExtremeWare

Software User Guide for more information on switch monitoring.

BlackDiamond 6808 Fan Tray

The BlackDiamond 6808 fan tray (no. 50013):

• Contains three individual fans

• Is accessed from the rear of the chassis

• Is hot-swappable which means you can remove and replace the fan tray without powering down the system



Doing so can result in overheating and possible damage to the BlackDiamond

6808 switch. Thermal sensors will shut down the BlackDiamond 6808 switch if the internal temperature exceeds 60 degrees Celsius.

ExtremeWare monitors the fan trays in the BlackDiamond 6808 switch for failure and overheat conditions. All fan failures and over temperature events cause the switch to send alerts to the network management station or to the switch log. See the ExtremeWare

Software User Guide for more information on switch monitoring.

Removing a BlackDiamond 6800 Series

Fan Tray

BlackDiamond 6800 series fan trays are hot-swappable. You do not need to turn off power to a BlackDiamond 6800 series switch to remove a fan tray.

To remove a fan tray from the BlackDiamond 6816 or BlackDiamond 6808 switch:


2 For the BlackDiamond 6816 switch, use a #1 Phillips screwdriver to unscrew the two screws that secure the fan tray on the front of the chassis. Put screws aside in a safe place.


Removing a BlackDiamond 6800 Series Fan Tray

For the BlackDiamond 6808 switch, use a #1 Phillips screwdriver to unscrew the ten screws that secure the fan tray to the rear of the chassis. Put the screws aside in a safe place.

3 For the BlackDiamond 6816 switch, use the handle on the front of the fan tray to pull it straight out of the chassis approximately ½ inch (12.7 mm), as shown in

Figure 17-1. This action disconnects the power to the fan tray.

For the BlackDiamond 6808 switch, grasp the edges of the fan tray and pull it out of

the chassis approximately ½ inch (12.7 mm), as shown in Figure 17-2. This action

disconnects power to the fan tray.

Figure 17-1: Removing the BlackDiamond 6816 fan tray


BD_030

17-3

BlackDiamond 6800 Series Switch Fan Tray

Figure 17-2: Removing the BlackDiamond 6808 fan tray

4 Allow the fan blades to stop spinning before removing the fan tray completely.

Warning: Keep your hands your away from rotating fan blades.

5 Repeat this procedure for additional fan trays, if applicable.


BD_fanx

Installing a BlackDiamond 6800 Series Fan Tray

BlackDiamond 6800 series fan trays are hot-swappable. You do not need to turn off power to a BlackDiamond 6800 series switch to install a fan tray.

To install a fan tray into the BlackDiamond 6816 or BlackDiamond 6808 switch:


2 Gently begin to insert the new fan tray into the bay.


Installing a BlackDiamond 6800 Series Fan Tray

Note: If the chassis is powered on, the fan blades will begin turning as soon as the tray makes contact with the backplane.

3 To secure the fan tray, turn the screws clockwise until they become tight.



BlackDiamond 6800 Series Switch Fan Tray


Part 6:

Switch Operation

18

Initial Switch and Management

Access


• How to power on an Extreme Networks Switch

• How to check the switch installation using the Power On Self-Test (POST)

• How to connect equipment to the console port

• How to log in to the switch

Powering On the Switch

This section describes how to supply power to a Summit switch, Alpine switch, or

BlackDiamond switch. For more information about a specific switch model, see the switch-specific section in this guide.

Powering On the Summit Switch

To turn on power to the switch, connect the AC power cable to the power supply and then to the wall outlet. For the Summit4, Summit24, and Summit48 switches, turn the on/off switch to the on position.

Note: The Summit1i, Summit51, Summit71, and Summit48i switches do not have on/off switches.


Initial Switch and Management Access

Powering On the Alpine Switch

To turn on power to the switch, connect the power cord to the power supply and then to the wall outlet. If you install more than one power supply, connect a power cord to each power supply and then to a different wall outlet.

Powering On the BlackDiamond Switch

To turn on power to the switch, connect the power cord to the power supply and then to the wall outlet. If you install more than one power supply, connect a power cord to each power supply and then to a different wall outlet. If you have a DC power supply, turn the on/off switch to the on position.

Verifying the Installation

This section describes the events that indicate a successful installation for a Summit switch, an Alpine switch, or a BlackDiamond switch after you turn on power to your switch.

Verifying Successful Installation on the Summit Switch

After you supply power to the Summit switch, the switch performs a power-on self test

(POST).

During the POST, all ports are temporarily disabled, the packet LED is off, the power

LED is on, and the MGMT LED flashes. The MGMT LED flashes until the switch successfully passes the POST.

If the switch passes the POST, the MGMT LED blinks at a slow rate (one blink per second). If the switch fails the POST, the MGMT LED shows a solid yellow light.

Note: See Chapter 4 for more information about Summit LEDs.

Verifying a Successful Installation on the Alpine Switch

After you supply power to the Alpine switch, the integrated Switch Management

Module (Alpine 3802) or the SMMi (Alpine 3804 and Alpine 3808) performs a POST.

The LED labeled “DIAG” on the chassis (Alpine 3802) or on the SMMi (Alpine 3804 and

Alpine 3808) blinks green during the POST. After the integrated management module or


Connecting Equipment to the Console Port the SMMi has passed its POST and is operational, each I/O module then performs its own POST.



Verifying a Successful Installation on the BlackDiamond

Switch

After you supply power to the BlackDiamond switch, each MSM64i performs a POST of its circuitry. The LED labeled “SYS” on the MSM64i blinks amber during the POST.

After the MSM64i has passed its POST and is operational, each I/O module performs its own POST.



Connecting Equipment to the Console Port

Connection to the console port is used for direct local management. The console port settings are:

• Baud rate — 9600

• Data bits — 8

• Stop bit — 1

• Parity — None

• Flow control — XON/XOFF

The terminal or PC with terminal-emulation software that you connect to any Summit,

Alpine, or BlackDiamond switch must be configured with these settings.This procedure is described in the documentation supplied with the terminal.

Appropriate cables are available from your local supplier, or you can make your own.

Table 18-1 describes the pinouts for a DB-9 male console connector.



Table 18-1: Pinouts for the Console Connector

Function

DCD (data carrier detect)

RXD (receive data)

TXD (transmit data)

DTR (data terminal ready)

GND (ground)

DSR (data set ready)

RTS (request to send)

CTS (clear to send

Pin Number

1

2

3

6

7

4

5

8

Direction

In

In

Out

Out

-

In

Out

In

Figure 18-1 shows the pinouts for a 9-pin to 25-pin (RS-232) null-modem cable.

Switch

Cable connector: 9-pin female

Screen

TxD

RxD

Ground

RTS

CTS

DSR

DCD

DTR

Shell

3

2

5

7

8

6

1

4

4

20

5

6

8

1

3

2

7

PC/Terminal

Cable connector: 25-pin male/female

Screen

RxD

TxD

Ground

RTS

DTR

CTS

DSR

DCD

25pin

Figure 18-1: Null-modem cable pinouts


Logging In for the First Time

Figure 18-2 shows the pinouts for a 9-pin to 9-pin (PC-AT) null-modem serial cable.

Switch


Screen

DTR

TxD

RxD

CTS

Ground

DSR

RTS

DCD

Shell

4

3

2

8

5

6

7

1

PC-AT Serial Port


Shell

1

2

3

4

5

6

7

8

Screen

DCD

RxD

TxD

DTR

Ground

DSR

RTS

CTS

9pin

Figure 18-2: PC-AT serial null-modem cable pinouts

Logging In for the First Time

After your switch has completed all POSTs, it is operational. When the switch is operational, you can log in and configure an IP address for the default VLAN (named

default).

To manually configure the IP settings:

1 Connect a terminal or PC with terminal-emulation software to:

• The console port for Summit switches

• The SMMi for the Alpine 3808 and Alpine 3804 switches

• The console port for the Alpine 3802 switch

• The MSM64i for BlackDiamond switches

2 At your terminal, press [Return] one or more times until you see the login prompt.



3 At the login prompt, enter the default user name admin to log on with administrator privileges. For example: login: admin

Administrator capabilities allow you to access all switch functions.

Note: For more information about logging in to the switch and configuring switch

management access, see the ExtremeWare Software User Guide.

4 At the password prompt, press [Return].

This is because the default user name, admin, has no password assigned to it. When you have successfully logged on to the system, the command-line prompt displays the system name (for example, BlackDiamond6800> in its prompt.

Note: For more information about how to make a specific system name, see the

ExtremeWare Software User Guide.

5 Assign an IP address and subnetwork mask for VLAN default by typing: config vlan default ipaddress 123.45.67.8 255.255.255.0

Your changes take effect immediately.

6 Save your configuration changes so that they will be in effect after the next system reboot, by typing: save

The configuration is saved to the configuration database of the SMMi modules in the

Alpine switch and both MSM64i modules in the BlackDiamond switch.

Note: For more information about saving configuration changes, see the

ExtremeWare Software User Guide.

7 When you are finished with these tasks, log out of the switch by typing: logout


Part 7:

Appendices

A

Safety Information

Important Safety Information

Warning: Read the following safety information thoroughly before installing your

Extreme Networks switch. Failure to follow this safety information can lead to personal injury or damage to the equipment.

Installation and removal of a switch chassis or its components must be done by qualified service personnel only.

Qualified service personnel have had appropriate technical training and experience that is necessary to be aware of the hazards to which they are exposed when performing a task and of measures to minimize the danger to themselves or other people.

Install the unit only in a temperature- and humidity-controlled indoor area that is free of airborne materials that can conduct electricity. Too much humidity can cause a fire.

Too little humidity can produce electrical shock and fire.

Power

The Summit series switch has either one or two power inputs depending on the switch model. The Alpine 3800 series switch has either one or two power inputs depending on the switch model. The BlackDiamond 6816 has either four 220 VAC power inputs, eight

110 VAC power inputs, or eight -48 VDC power inputs. The BlackDiamond 6808 has either two 220 VAC power inputs, four 110 VAC power inputs, or four -48 VDC power inputs.

Extreme Networks Consolidated Hardware Guide A-1


• Disconnect power before removing the back panel of an Alpine switch or

BlackDiamond switch.

• The unit must be grounded. Do not connect the power supply unit to an AC outlet without a ground connection.

• The unit must be connected to a grounded outlet to comply with European safety standards.

• The socket outlet must be near the unit and easily accessible. You can only remove power from the unit by disconnecting the power cord from the outlet.

• This unit operates under Safety Extra Low Voltage (SELV) conditions according to the IEC 950 standard. The conditions are only maintained if the equipment to which it is connected also operates under SELV conditions.

• The appliance coupler (the connector to the unit and not the wall plug) must have a configuration for mating with an EN60320/IEC320 appliance inlet.

• France and Peru only

This unit cannot be powered from IT† supplies. If your supplies are of IT type, this unit must be powered by 230 V (2P+T) via an isolation transformer ratio 1:1, with the secondary connection point labeled Neutral and connected directly to ground.

Power Cord

The power cord must be approved for the country where it is used:

• USA and Canada

— The cord set must be UL-listed and CSA-certified.

— The minimum specification for the flexible cord is No. 18 AWG (1.5 mm 2 ), Type

SVT or SJT, 3-conductor.

— The cord set must have a rated current capacity of at least the amount rated for each specific product.

— The AC attachment plug must be an Earth-grounding type with a NEMA 5-15P

(10 A, 125 V) configuration.

• Denmark

— The supply plug must comply with section 107-2-D1, standard DK2-1a or

DK2-5a.

• Switzerland

— The supply plug must comply with SEV/ASE 1011.

A-2 Extreme Networks Consolidated Hardware Guide

Important Safety Information

• Argentina

— The supply plug must comply with Argentinian standards.

Fuse

This information only pertains to the the Summit series of switches, with the exception of the Summit7i.

The unit automatically adjusts to the supply voltage, and it is is suitable for both 110

VAC and 200-240 VAC operation.

To change the fuse in a Summit series switch:

1 To change the fuse, disconnect power from the unit before opening the fuse holder cover.

2 Release the fuse holder by gently levering a small screwdriver under the fuse holder catch.

3 Replace the fuse. Use only fuses of the same manufacturer, rating, and type as the original.

4 Close the fuse holder.

Fuse

UK_fuse

To comply with European safety standards, a spare fuse must not be fitted to the appliance inlet. Use only fuses of the same manufacturer, make, and type.

Connections

Fiber Optic ports - Optical Safety.

Never look at the transmit LED/laser through a magnifying device while it is powered on. Never look directly at a fiber port on the switch or at the ends of fiber cable when they are powered on.

Extreme Networks Consolidated Hardware Guide A-3


This is a Class 1 laser device.

Warning: Use fiber optic ports only for data communications applications that require optical fiber. Use only with the appropriate connector. When not in use, replace dust cover. Using this module in ways other than those described in this manual can result in intense heat that can cause fire, property damage, or personal injury.

Lithium Battery

The battery in the bq4830/DS1644 device is encapsulated and not user-replaceable. The battery is located on the SMMi for the Alpine switch, and the MSM motherboard for the

BlackDiamond switch.

If service personnel disregard the instructions and attempt to replace the bq4830/DS1644, replace the lithium battery with the same or equivalent type, as recommended by the manufacturer.

Warning: Danger of explosion if battery is incorrectly replaced. Replace only with the same or equivalent type recommended by the manufacturer. Dispose of used batteries according to the manufacturer’s instructions.

• Disposal requirements vary by country and by state.

• Lithium batteries are not listed by the Environmental Protection Agency (EPA) as a hazardous waste. Therefore, they can typically be disposed of as normal waste.

• If you are disposing of large quantities, contact a local waste-management service.

• No hazardous compounds are used within the battery module.

• The weight of the lithium contained in each coin cell is approximately 0.035 grams.

• Two types of batteries are used interchangeably:

— CR chemistry uses manganese dioxide as the cathode material.

— BR chemistry uses poly-carbonmonofluoride as the cathode material.

A-4 Extreme Networks Consolidated Hardware Guide

B

Technical Specifications

This appendix describes the technical specifications of the Extreme Networks family of switches:

•

Summit “i” series Switch Specifications on page B-2

•

Summit non-“i” series Switch Specifications on page B-5

•

Summit24e2 Switch Specifications on page B-6

•

Summit24e3 Switch Specifications on page B-7

•

SummitPx1 Application Switch Specifications on page B-8

•

Alpine 3800 series Switch Specifications on page B-9

•

BlackDiamond 6800 series Switch Specifications on page B-11

•

Common Switch Specifications on page B-13

Extreme Networks Consolidated Hardware Guide B-1

Technical Specifications

Table B-1: Summit “i” series Switch Specifications

Physical Dimensions

Summit1i

Height: 3.5 inches (8.9 cm)

Width: 17.25 inches (43.8 cm)

Depth: 19.0 inches (48.3 cm)

Weight: 22 lbs (10 kg)

Summit5i




Weight (single power supply): 21.7 lbs (9.8 kg)

Weight (dual power supply): 27.4 lbs (12.4 kg)

Summit7i




Weight (single power supply): 45 lbs (20.4 kg)

Weight (dual power supply): 55 lbs (24.9 kg)

Summit48i




Weight: 24 lbs (10.8 kg)

Summit48si





Safety

Certifications and Standards UL 1950 3rd Edition, listed

EN60950:1992/A1-4:1997 plus ZB/ZC Deviations

IEC 950CB

Low Voltage Directive (LVD)

CSA 22.2#950-95

AS/NZS 3260

EN60825-1

FCC CFR 21

B-2 Extreme Networks Consolidated Hardware Guide

Electromagnetic Interference/

Compatibility (EMI/EMC)

Certifications and Standards

Heat Dissipation

FCC CFR 47 part 15 Class A

ICES-0003 A/C108.8-M1983 Class A

VCCI Class A

AS/NZS 3548

EN55022:1998 Class A

CISPR 22:1998 Class A

EN55024:1998 includes IEC 61000-4-2, 3, 4, 5, 6, 8, 11

EN 61000-3-2, 3

CNS 13438 Class A

Summit1i

163 W maximum (556 BTU/hr maximum)

Summit5i


Summit7i


Summit48i


Summit48si


Power Supplies

Summit1i

AC Line Frequency

Input Voltage Options

Current Rating

Summit5i

AC Line Frequency


Current Rating

Summit7i

AC Line Frequency


Current Rating

Summit48i

AC Line Frequency


Current Rating

Summit48si

50 Hz to 60 Hz

85 VAC to 250 VAC

100-120/200-240 VAC 3/1.5 A

50 Hz to 60 Hz

100 VAC to 240 VAC

100-120/200-240 VAC 4/2 A

50 Hz to 60 Hz

90 VAC to 264 VAC

100-120/200-240 VAC 10/5 A

50 Hz to 60 Hz

85 VAC to 250 VAC

100-120/200-240 VAC 3/1.5 A



AC Line Frequency


Current Rating

Switch Power-Off

Temperature power-off

50 Hz to 60 Hz, auto ranging

100 VAC to 240 VAC

100-120/200-240 VAC 3/1.5 A

Summit1i, Summit5i, Summit48i

Power-One supplies: 75° to 80° C (167° to 176° F)

Summit 7i

Martek supplies: 75° C (167° F)


Table B-2: Summit non-“i” series Switch Specifications


Summit4, Summit4FX, Summit24, Summit48


Width: 17.32 inches (44 cm)

Depth: 17.32 inches (44 cm)

Weight: 22 lbs (10 kg)

Safety

Certifications and Standards

Electromagnetic

Compatibility Certifications and Standards

UL 1950 3rd Edition, listed cUL listed to CSA 22.2#950

TUV GS mark & GOST safety approval to the following EN standards:

■

EN60950:1992/A3:1995 plus Deviations

■

EN60825-1; 1994, all 1996 ZB/ZC



VCCI Class A

AS/NZS 3548



EN55024:1998 includes IEC 61000-4-2, 3, 4, 5, 6, 8, 11

EN 61000-3-2, 3

CNS 13438 Class A

135 W maximum (341.2 BTU/hr maximum) Heat Dissipation

Power Supply

AC Line Frequency


Current Rating



50 Hz to 60 Hz

90 VAC to 264 VAC, auto-ranging

100-120/200-240 VAC 3.0/1.5 A

Summit 24/48

Digital supplies, not Rev. C1:

Not drifting: 65° to 70° C (149° to 158° F)

Drifting: 50° C (122° F)

Digital supplies, Rev. C1: 70° to 75° C (158° to 167° F)

Power-One supplies, Rev. OL and earlier: 60° to 65° C (140° to 149° F)

Power-One supplies, Rev. OM and later: 75° C (167° F)



Table B-3: Summit24e2 Switch Specifications




Depth: 14.4 inches (37 cm)

Weight: 15.4 lbs (7 kg)

Safety


Electromagnetic


UL 1950 3rd Edition, listed


IEC 950CB


CSA 22.2#950-95

AS/NZS 3260

EN60825-1

FCC CFR 21



VCCI Class A

AS/NZS 3548



EN55024:1998 includes IEC 61000-4-2, 3, 4, 5, 6, 8, 11

EN 61000-3-2, 3

CNS 13438 Class A

400 W maximum (1365 BTU/hr maximum) Heat Dissipation

Power Supply

AC Line Frequency


50 Hz to 60 Hz



Table B-4: Summit24e3 Switch Specifications



Width: 17 inches (43.18 cm)

Depth: 8 inches (20.32 cm)


Safety


Electromagnetic




IEC 950CB


CSA 22.2#950-95

AS/NZS 3260

EN60825-1

FCC CFR 21



VCCI Class A

AS/NZS 3548



EN55024:1998 includes IEC 61000-4-2, 3, 4, 5, 6, 8, 11

EN 61000-3-2, 3

CNS 13438 Class A


Power Supply

AC Line Frequency


Current Rating

50 Hz to 60 Hz


100-120/200-240 VAC 2.0/1.0 A



Table B-5: SummitPx1 Application Switch Specifications





Weight: 16.75 lbs (7.54 kg)

Safety




Certification and Standards



IEC 950CB


CSA 22.2#950-95

AS/NZS 3260

EN60825-1

FCC CFR 21



VCCI Class A

AS/NZS 3548



EN55024:1998 includes IEC 61000-4-2, 3, 4, 5, 6, 8, 11

EN 61000-3-2, 3

CNS 13438 Class A


Power Supply

AC Line Frequency


Current Rating

47 Hz to 63 Hz

100 to 120 VAC and 200 to 240 VAC, auto-ranging

100-120/200-240 VAC 1.0/0.5 A


Table B-6: Alpine 3800 series Switch Specifications


Alpine Switches Alpine 3808

Height: 21 inches (53.30 cm)



Weight, empty chassis: 50 pounds (22.7 kg)

Weight, fully loaded chassis: 98 pounds (44.5 kg)

Weight, each power supply: 14 pounds (6.4 kg)

Weight, each module: 3 pounds (1.4 kg)

Alpine 3804






Weight, each power supply: 14 pounds (6.4 kg)


Alpine 3802

Height: 7 inches (17.78 cm)






Safety




Certification and Standards


EN60950:1992/A3:1995 plus ZB/ZC Deviations

IEC 950CB


CSA 22.2#950-95

AS/NZS 3260

EN60825-1

FCC CFR 21



VCCI Class A

AS/NZS 3548



EN55024:1998 includes IEC 61000-4-2, 3, 4, 5, 6, 8, 11

EN 61000-3-2, 3

CNS 13438 Class A



Telecommunications


Power Supplies

Alpine 3808

AC Line Frequency


Current Rating

Alpine 3804

AC Line Frequency


Current Rating

Alpine 3802

AC Line Frequency


Current Rating



NEBS Type IV, Level 3

EN300 386-2 V1.1.3 (1997)

Alpine 3808


Alpine 3804


Alpine 3802


50 Hz to 60 Hz


100-120 VAC 10 A

200-240 VAC 5 A

40 - 70 VDC 30 A

50 Hz to 60 Hz


100-120 VAC 5.6 A

200-240 VAC 2.3 A

40 - 70 VDC 16.5 A

50 Hz to 60 Hz


100-120 VAC 3.1 A

200-240 VAC 1.3 A

40 - 70 VDC 9.1 A

Martek supplies: 75° C (167° F)


Table B-7: BlackDiamond 6800 series Switch Specifications


BlackDiamond Switches BlackDiamond 6816


Width: 19 inches (48.3 cm)


Weight, empty chassis: 140 lbs (63.5 kg)

Weight, fully loaded chassis: 360 lbs (163.3 kg)

Weight, each power supply: 30 to 33 lbs (13.6 to 15.0 kg)

Weight, each module: 5 lbs (2.3 kg)

BlackDiamond 6808




Weight, empty chassis: 60 lbs (27.2 kg)

Weight, fully loaded chassis: 170 lbs (77.1 kg)

Weight, each power supply: 30 to 33 lbs (13.6 to 15.0 kg)

Weight, each module: 5 lbs (2.3 kg)

Safety




Certifications and Standards




IEC 950CB


CSA 22.2#950-95

AS/NZS 3260

EN60825-1

FCC CFR 21



VCCI Class A

AS/NZS 3548



EN55024:1998 includes IEC 61000-4-2, 3, 4, 5, 6, 8, 11

EN 61000-3-2, 3

CNS 13438 Class A

220 VAC Power Supply




-48 DC Power Supply




Power Supplies


AC Line Frequency


Current Rating

Weight


AC Line Frequency


Current Rating

Weight

-48 DC Power Supply


Current Rating

Weight



50 Hz to 60 Hz

200 VAC to 240 VAC, auto ranging

200 VAC 15 A

33.0 lbs (15.0 kg)

50 Hz to 60 Hz

100 VAC to 240 VAC, auto ranging

100/200 VAC 15/7.5 A

33.0 lbs (15.0 kg)

48 VDC to 60 VDC, auto ranging

48 VDC 60 A

31.75 lbs (14.4 kg)

Original supply, not DC and not high-output: 75° C (167° F)

DC Supply:

Stand-alone: 65° to 70° C (149° to 158° F)

In chassis: 70° C (158° F)

High-output: 75° C (167° F)


Table B-8: Common Switch Specifications

Environmental Requirements

Operating Temperature

Storage Temperature

Operating Humidity

Standards

Certification Marks

0° to 40° C (32° to 104° F)

-40° to 70 ° C (-40° to 158° F)

-10° to 70 ° C (14° to 158° F) (Alpine 3802 only)

10% to 95% relative humidity, noncondensing

EN60068 to Extreme IEC68 schedule

CE (European Community)

TUV/GS (German Notified Body)

TUV/S (Argentina)

GOST (Russian Federation)

ACN 090 029 066 C-Tick (Australian Communication Authority)

Underwriters Laboratories (USA and Canada)

MIC (South Korea)

BSMI, Republic of Taiwan

NOM (Mexican Official Normalization, Electronic Certification and Normalization)




Index

A

A3cSi module

AC power cord retaining bracket agency certifications airflow requirements

Alpine console port

Alpine 3802 switch auto mode certification marks dimensions electromagnetic compatibility environmental requirements extended mode heat dissipation

LEDs

MAC address (Alpine 3802 switch) rear view removing the chassis serial number standard mode

Alpine 3802 switch front view

Alpine 3804 switch certification marks dimensions electromagnetic compatibility environmental requirements heat dissipation installing the chassis

MAC address (Alpine 3804 switch) rear view removing the chassis

Alpine 3804 switch front view

Alpine 3808 switch

16-23

5-6

B-2

2-6

9-2

7-10

B-13

B-9

B-8, B-9

B-13

7-10

B-10

7-8

7-9

7-9

7-15

7-9

7-10

7-6

B-13

B-9

B-8, B-9

B-13

B-10

7-11

7-6

7-6

7-15

7-4

Extreme Networks Consolidated Hardware Guide certification marks dimensions electromagnetic compatibility environmental requirements heat dissipation installing the chassis

MAC address (Alpine 3808 switch) removing the chassis serial number

Alpine 3808 switch rear view

Alpine switch components features grounding

I/O modules power supply

Alpine switch port connections

Alpine switch, general checking the installation port connections powering on power-off specifications

Alpine3804 switch serial number

Alpine3808 switch front view amperage, calculating

ANSI standards

ARM auto mode, Alpine 3802 switch

8-2, 18-2

6-3

8-5, 18-2

B-10

7-6

7-1

2-24

2-25

16-19

7-10

B-13

B-9

B-8, B-9

B-13

B-10

7-11

7-4

7-15

7-4

7-3

6-3

6-1

7-15

10-1

6-5

6-3

B

BlackDiamond 6808 features

12-1

i

MSM64i, description

BlackDiamond 6808 switch

110 VAC power supply


-48 VDC power supply certification marks components console port dimensions electromagnetic compatibility environmental requirements installing the chassis

MAC address

MSM64i, description port connections rear view

12-5

removing the chassis serial number size weight

BlackDiamond 6816 features

MSM64i, description

BlackDiamond 6816 switch



-48 VDC power supply certification marks components console port dimensions electromagnetic compatibility

12-1

12-5

environmental requirements fan tray installing the chassis

MAC address

MSM64i, description port connections rear view removing the chassis serial number size

BlackDiamond 6816 switch installation

BlackDiamond switch

13-5

B-11

weight

B-11

BlackDiamond 6816 switch front view

13-1, 13-5

2-6

16-1

I/O modules

BlackDiamond switch 110 VAC heat dissipation

BlackDiamond switch 220 VAC

B-11

B-11

heat dissipation

BlackDiamond switch -48 DC heat dissipation

BlackDiamond switch, general checking the installation powering on power-off specifications

B-13

13-3

13-8

13-5

15-1

12-3

13-5

13-11

14-3

14-2

14-4

B-13

12-4

15-2

B-11

B-11

B-11

14-12, 18-3

14-7, 18-2

B-12

B-13

13-8

13-7

15-1

12-3

13-7

13-11

13-7

B-11

B-11

14-3

14-2

14-4

B-13

12-4

15-2

B-11

B-11

ii - Index building codes bundling cable

2-3

2-15, 2-16

C

cable identification records cable labeling identification records

2-15

2-15

2-15

2-15

2-15

cable manager cable requirements bend radius fiber optic

UTP meeting cable types and distances cabling standards

ANSI

BISCI certification marks chassis (Alpine 3802) front view chassis (Alpine 3802) rear view chassis (Alpine 3804) front view chassis (Alpine 3804) rear view chassis (Alpine 3808 switch) front view chassis (Alpine 3808) rear view chassis (BlackDiamond 6808) rear view

2-18

2-16

2-14

1-7, 2-18

2-15, 2-25

2-25

2-15

B-13

7-6

7-9

7-4

7-6

7-1

7-3

13-7

chassis (BlackDiamond 6816) front view 13-1, 13-5

chassis (BlackDiamond 6816) rear view

13-5

checking the installation on the Alpine switch 8-2,

18-2

checking the installation on the BlackDiamond switch

14-12, 18-3

checking the installation on the Summit switch 5-8,

18-2

clear log static

15-6

commands configure switch show switch show version commercial building standards components, Alpine switch components, BlackDiamond 6808 switch components, BlackDiamond 6816 switch configure switch command configuring IP settings

console port

location (Summit1i switch)

7-8, 7-10

7-11

7-11

2-25

6-3

12-4

12-4

7-8, 7-10

18-5

location (Summit24e3 switch) location (Summit4 switch, Summit24 switch,

9-2

4-4

4-32

Summit48 switch) location (Summit48i switch)

4-27

4-16

location (Summit48si switch) location (Summit51 switch) location (Summit7i switch)

MSM64i settings

4-19

4-8

4-11

15-2

18-3


SummitPx1 switch conventions notice icons text

D

DC cabling, Alpine attaching selecting

DC cabling, BlackDiamond switch lugs preparation selecting design standards dimensions, Summit switch dimensions, Summit24e2 switch dimensions, Summit24e3 switch

DIMMs description installing installing and removing removing and distribution rack requirements grounding the rack mechanical recommendations securing the rack service access space requirements

4-36

xx xx

E

electrical codes electromagnetic compatibility electrostatic discharge environmental requirements

ESD wrist strap

ESD, See electrostatic discharge

extended mode, Alpine 3802 switch

Extreme Networks switches

2-4

B-3, B-5, B-6, B-7

2-10, 2-11, 2-16

2-5, B-13

2-11

7-10

media distances, supported media types, supported

1-7

1-7

8-11

8-7

14-10

14-10

14-10

2-25

B-2, B-5

B-6

B-7, B-8

9-2, 15-4

9-4

15-8

9-5

15-9

2-12

2-12

2-13

2-13

2-13

F

F32F module

F32Fi module

F48Ti module

F96Ti module

16-13

16-13

16-8

16-9

fan tray accessing in a BlackDiamond 6816 switch

13-3

installing in a BlackDiamond 6808 switch

17-4

installing in a BlackDiamond 6816 switch

17-4

installing in an Alpine 3808 switch installing in an Alpine3804switch

11-5

11-5

Extreme Networks Consolidated Hardware Guide removing from a BlackDiamond 6808 switch

17-2

removing from a BlackDiamond 6816 switch

17-2

removing from an Alpine 3804 switch removing from an Alpine3808 switch features, Alpine switch features, BlackDiamond 6800 series switch

11-3

11-3

6-1

12-1

fiber optic cable bend radius care

FM-24Fi module

FM-24Ti module

FM-32Ti module

FM-8Vi module free-standing installation full-duplex

2-18

2-18

10-11

10-9

10-8

10-12

5-4

1-2

G

G12SXi module

G8Ti module

G8Xi module

GM-4Si module

GM-4Ti module

GM-4Xi module

GM-WDMi module grounding

Alpine chassis grounding the Alpine system grounding the rack

H

hardware address

4-33,

4-5, 4-8, 4-14, 4-16, 4-21, 4-28,

4-37

heat dissipation

B-3, B-5, B-6, B-10, B-11

helper bracket, installing a Summit switch

5-1

helper bracket, installing an Alpine switch

7-11

helper bracket, installing BlackDiamond switch13-8

hot insert power supply (Summit48si switch) 4-19

humidity

2-10

16-4

16-2

16-3

10-5

10-3

10-4

10-6

2-25

7-15

7-15

2-12

I

I/O modules, Alpine description hot-swapping installing

LEDs removing

I/O modules, Alpine Access

LEDs

I/O modules, BlackDiamond description hot-swapping

10-1

10-19, 10-20

10-19

10-18

10-20

10-18

16-1

16-25, 16-26

Index - iii

installing removing

I/O modules, BlackDiamond switch

LEDs

16-25

16-26

industry standards installation

AC power supply (Alpine)

Alpine 3804 chassis


Alpine 3808 chassis


Alpine I/O modules

BlackDiamond 6808 chassis

BlackDiamond 6808 switch fan tray


BlackDiamond 6816 switch fan tray

BlackDiamond I/O modules

BlackDiamond switch helper bracket

DC power supply (Alpine)

DIMMs helper bracket (Alpine switch) helper bracket (Summit switch)

MSM64i modules power supply (BlackDiamond switch) remove AC power supply (Alpine) remove DC power supply (Alpine)

16-24

2-25

8-3

7-11

11-5

7-11

11-5

10-19

13-8

17-4

13-8

17-4

16-25

13-8

8-7

9-4, 15-8

7-11

5-1

15-6

14-5

8-5

8-11

remove power supply (BlackDiamond)

14-12

slave MSM64i

15-8

installation (Summit switch) free-standing installing installing cable

5-4

5-6

2-15, 2-16

bend radius fiber optic

UTP cable distances fiber optic cable slack

IP settings, configuring

2-18

2-16

2-18

2-18

2-16

18-5

L

labeling system for cables

LEDs



-48 VDC power supply

Alpine 3802 switch

Alpine Access I/O modules

Alpine I/O modules

Alpine switch power supply

BlackDiamond switch I/O modules

MSM64i

SMMi

Summit24e2

Summit24e3

Summit4,Summit24,Summit48 iv - Index

2-15

14-4

14-3

14-5

7-8

10-18

10-18

8-2

16-24

15-5

9-3

4-31

4-34

4-29

SummitPx1

O

operating environment requirements building codes electrical codes wiring closet

4-37

M

MAC address

4-28, 7-4, 7-6, 7-9

MAC address (BlackDiamond 6808 switch)

13-7

MAC address (BlackDiamond 6816 switch)

MAC address (Summit1i switch)

13-5

4-5

MAC address (Summit24e3 switch)

4-33

MAC address (Summit4 switch, Summit24 switch,

Summit48 switch)


4-28

4-16

MAC address (Summit48si switch)



MAC address (SummitPx1 switch) management port management port (Summit5i switch) management port (Summit7i switch) media types and distances

4-21

4-8

4-14

4-37

1-2

4-9

4-12

1-7, 2-18

15-4

9-2

memory, MSM64i memory, SMMi modem port

SummitPx1 modem port (Summit7i switch)

MPLS module

MSM64i booting

4-36

4-12

16-21

console port description installing DIMMs

LEDs master, slave functionality memory ports removing DIMMs saving configuration

MSM64i modules installing removing

15-3

15-2

12-5, 15-1

15-8

15-5

15-3

15-4

15-2

15-9

15-3

15-6

15-10

2-3

2-3

2-4

2-5

P

P12cMi module

P12cSi module

P3cMi module

P3cSi module plenum-rated cable ports

16-17

16-17

16-15

16-15

2-16


connections console port settings

MSM64i

SummitPx1 ports management

SummitPx1 switch Gigabit Ethernet power cord, replacing power requirements dual power supplies power cord power supply power socket

12-3

18-3

15-2

4-35

4-35

2-23

2-22

2-23

2-23

2-22

4-4, 4-13, 4-16, 4-19

power socket (Summit4 switch, Summit24 switch,

Summit48 switch)

4-27

power socket (Summit51 switch) power supply

4-8

4-4, 4-8, 4-13, 4-16, 4-19, 4-27

110 VAC

220 VAC

-48 VDC power supply (Alpine switch)

14-3

14-2

14-4

LEDs voltage

8-2

6-5

power supply (BlackDiamond switch) installing

LEDs

14-5

14-3, 14-4, 14-5

power supply (BlackDiamond) removing power supply specifications power supply, AC (Alpine)

14-12

B-3, B-5, B-6

installing removing

8-3

8-5

power supply, DC (Alpine) installing removing powering on the Alpine switch

8-7

8-11

8-5, 18-2

powering on the BlackDiamond switch

14-7, 18-2

powering on the Summit switch power-off specifications power-on self test (POST)

5-4, 18-1

B-4, B-5, B-10, B-12

8-3, 14-12, 18-3

R

rack mounting the Summit switch rack specifications grounding mechanical recommendations mounting holes securing to floor space requirements rack-mounting

Alpine 3804 chassis

Alpine 3808 chassis


BlackDiamond 6816 chassis radio frequency interference radio frequency interference, avoiding

7-11

7-11

13-8

13-8

2-16, 2-21

2-21

5-1

2-12

2-12

2-12

2-13

2-13

Extreme Networks Consolidated Hardware Guide redundant power supply port (Summit4 switch,

Summit24 switch, Summit48 switch)

4-27

related publications removing

xxi

DIMMs

15-9

reset button (Summit 4 switch, Summit24 switch,

Summit 48 switch) reset button (Summit1i switch)

4-28

4-5

reset button (Summit24e3 switch) reset button (Summit48i switch) reset button (Summit48si switch) reset button (Summit51 switch) reset button (Summit7i switch)

RJ-21 connector pinouts port

RJ-45 cable connector jackets running cable bend radius fiber optic

UTP cable distances fiber optic cable slack

4-32

4-17

4-20

4-9

4-12

16-12

16-10, 16-11

16-10, 16-11

2-19

2-19

2-15

2-18

2-16

2-18

2-18

2-16

S

safety information saving configuration securing the rack

serial port. See console port

service access to the rack show memory show switch command show version command site planning process size, Summit switch slave MSM64i installing

A-1

15-3

2-13

2-13

3-5

7-11

7-11

2-2

B-2, B-5

15-8

SMMi console port installing DIMMs

LEDs memory removing DIMMs

SMMi modules removing socket, power (Alpine 3802 switch) socket, power (Summit1i switch) socket, power (Summit24e2 switch) socket, power (Summit24e3 switch)

9-5

7-9

4-4

4-30

4-33

socket, power (Summit4 switch, Summit24 switch,

9-2

9-4

9-3

9-2

9-5

Summit48 switch) socket, power (Summit48i switch) socket, power (Summit48si switch)

4-27

4-16

4-19

Index - v

socket, power (Summit5i switch) socket, power (Summit7i switch) socket, power (SummitPx1 switch) space requirements for the rack standard mode, Alpine 3802 switch standards cabling commercial building grounding

Summit switch port connections redundant power supply

Summit switch, general checking the installation features free-standing installation models port connections powering on rack mounting stacking with other devices

Summit1i switch agency certifications certification marks console port location dimensions electromagnetic compatibility environmental requirements front view

GBIC support heat dissipation

LEDs

MAC address port configurations power supply power supply specifications power-off specifications rear view reset button serial number size weight

Summit24 switch certification marks console port dimensions electromagnetic compatibility environmental requirements front view heat dissipation

LEDs

MAC address power supply power supply specifications power-off specifications rear view redundant power supply port vi - Index

5-8, 18-2

3-2

5-4

3-1, 4-1

3-5

5-4, 18-1

5-1

5-4

B-3

4-22

4-5

4-3

4-4

B-3

B-4

4-4

B-2

B-13

4-4

B-2

B-3

B-13

4-3

4-4

4-5

4-5

B-2

B-2

B-13

4-27

B-5

B-5

B-13

4-25

B-5

4-29

4-28

4-27

B-5

B-5

4-27

4-27

4-8

4-13

4-36

2-13

7-10

2-25

2-25

2-25

3-5

4-27

reset button serial number size weight

Summit24e2 switch certification marks dimensions electromagnetic compatibility environmental requirements front view heat dissipation

LEDs power socket power supply specifications rear view weight

Summit24e3 switch certification marks console port dimensions electromagnetic compatibility environmental requirements front view

LEDs

MAC address mini-GBIC support power socket rear view reset button serial number weight

Summit4 switch certification marks console port dimensions electromagnetic compatibility environmental requirements front view heat dissipation

LEDs

MAC address power supply power supply specifications rear view redundant power supply port reset button serial number size weight

Summit4/FX switch front view

Summit48 switch certification marks console port dimensions electromagnetic compatibility environmental requirements


4-28

4-27

B-5

4-27

4-27

4-28

4-27

B-5

B-5

B-13

4-27

B-5

B-5

B-13

4-23

B-5

4-29

B-13

4-32

B-7, B-8

B-7

B-13

4-32

4-34

4-33

4-32

4-33

4-33

4-32

4-33

B-7, B-8

4-24

B-13

4-27

B-5

B-5

B-13

4-28

4-27

B-5

B-5

B-13

B-6

B-6

B-13

4-30

B-6

4-31

4-30

B-6

4-30

B-6

front view heat dissipation

LEDs

MAC address power supply power supply specifications power-off specifications rear view redundant power supply port reset button serial number size weight



LEDs

MAC address port configurations power supply power supply specifications power-off specifications rear view reset button serial number size weight

Summit48si switch console port location front view

LEDs

MAC address mini-GBIC support port configurations power supply rear view reset button serial number



LEDs

MAC address


B-3

4-22

4-16

4-15

4-16

B-3

B-4

4-16

B-2

B-13

4-16

B-2

B-3

B-13

4-15

4-15

4-17

4-16

B-2

B-2

4-19

4-18

4-22

4-21

4-18

4-18

4-19

4-19

4-20

4-21

4-26

B-5

4-29

4-28

4-27

B-5

B-5

4-27

4-27

4-28

4-27

B-5

B-5

B-2

B-13

4-8

B-2

B-3

B-13

4-6

4-7

B-3

4-22

4-8

management port port configurations power supply power supply specifications power-off specifications rear view reset button serial number size weight



LEDs

MAC address management port modem port port configurations power supply power supply specifications power-off specifications rear view reset button serial number size weight

SummitPx1 management port

SummitPx1 ports modem

SummitPx1 switch connecting to console server front view

LEDs

MAC address null modem cable out-of-band management power socket rear view serial number

SummitPx1 switch Gigabit Ethernet port

SummitPx1 switch ports console

Switch Management Module (SMMi) synchronize

T

temperature

2-5

Index - vii

4-35

4-36

4-36

4-35

4-37

4-37

4-36

4-36

4-36

4-36

4-36

4-35

4-36

9-1

15-8

B-3

4-22

4-14

4-12

4-12

4-10

4-13

B-3

B-2

B-13

4-11

B-2

B-3

B-13

4-10

4-11

B-4

4-13

4-12

4-13

B-2

B-2

4-9

4-6

4-8

B-3

B-4

4-8

4-9

4-8

B-2

B-2

U

uninstalling

Alpine 3802 chassis

Alpine 3808 chassis

Alpine3804 chassis


BlackDiamond 6816 chassis uninterruptable power supply calculating amperage requirements features selecting transition time

UPS, See uninterruptable power supply

W

WDMi module weight, Summit switch weight, Summit24e2 switch weight, Summit24e3 switch wiring closet airflow requirements

BlackDiamond 6816 switch installation electrostatic discharge floor coverings grounding humidity temperature wiring terminals

WM-1T3i module

WM-4Ti module

16-6

B-2, B-5

B-6

B-7, B-8

2-6

2-6

2-10

2-5

2-5

2-10

2-5

2-12

10-17

10-15

7-15

7-15

7-15

13-11

13-11

2-24

2-23

2-24

2-24

viii - Index Extreme Networks Consolidated Hardware Guide

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