3Com 3C13751 - Manual

3Com 3C13751

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Table of Contents:

  • Page 2 – Com Corporation
  • Page 3 – Table of Contents
  • Page 11 – Chapter 1 Overview
  • Page 13 – Install several SICs or MIMs of the same type on the router; Installation/Removal of SIC and MIM
  • Page 14 – Flat-blade screwdriver; II. Removing blank filler panel from SIC slot; Removing the blank filler panel from a SIC slot
  • Page 15 – Installing SIC
  • Page 16 – Follow these steps to remove a MIM:
  • Page 17 – display
  • Page 18 – Chapter 2 Smart Interface Cards; Chapter 2 Smart Interface Cards (Router 5000); Operating speeds of both 100 Mbps and 10 Mbps and autosensing; Attribute; Router 1-Port 10/100 SIC panel is shown in the following figure:
  • Page 19 – Ethernet cable
  • Page 20 – I. Synchronous and asynchronous; For the relationships between cable type,; Maximum
  • Page 21 – Given that two devices; Equipment type; DTE Male
  • Page 22 – Description
  • Page 23 – Router 1-Port Serial SIC panel is shown in the following figure:
  • Page 25 – Mid-Range Series Routers Cable Manual
  • Page 26 – and Router 2-Port ISDN-U SIC are shown in the following
  • Page 27 – Attribute Description; and
  • Page 28 – The status description of the LEDs is given in the following table:; LED Description; ACT
  • Page 29 – The connecting
  • Page 30 – Transmission/Receiving and handling of E1 data streams
  • Page 32 – DIP switch
  • Page 33 – Router 1-Port Fractional E1 SIC; LINK
  • Page 34 – non-balanced coaxial cable
  • Page 35 – For the pinouts of E1 cables, see
  • Page 36 – ohm; Router; Extending an E1 120-ohm balanced twisted pair cable
  • Page 37 – Transmission/Receiving and handling of T1 data streams
  • Page 39 – T1 cable
  • Page 40 – Router 1-Port Analog Modem SIC) integrates; Connector type
  • Page 41 – Supported service; For cable pinouts, refer to
  • Page 42 – Step 2: Plug the other end of the cable into the telephone wall jack
  • Page 45 – Router 2-Port FXS SIC panel; LED
  • Page 46 – Step 2: Insert the other end to; Number of connectors
  • Page 47 – Router 1-Port SAE SIC panel is shown in the following figure:
  • Page 48 – LEDs on Router 1-Port SAE SIC panel
  • Page 52 – Chapter 3 Multifunctional Interface Modules
  • Page 53 – Connector RJ45
  • Page 54 – Voice MIM panels are shown in the following figures:
  • Page 56 – Sequence of RJ45 pins; PBX; voice signal
  • Page 57 – Router side
  • Page 58 – Step 2: Connect the other end of the cable to:; Router E1 Voice Module
  • Page 59 – Router E1 Voice Module panel is shown in the following figure:
  • Page 61 – Step 2: Connect the RJ45 connector of the cable to:
  • Page 62 – Extending E1 120-ohm balanced twisted pair cable; Router T1 Voice Module
  • Page 63 – Router T1 Voice Module panel is shown in the following figure:
  • Page 65 – Step 2: Connect the other end of the Router T1 Voice Module cable to:; Extending a Router T1 Voice Module cable
  • Page 66 – The appearance of NDEC module is shown in the following figure.; Protocol supported
  • Page 67 – NDEC panel is shown in the following figure:
  • Page 68 – ) Symptom 1: All the LEDs are OFF after the Router is started up.
  • Page 69 – Operation at 100 Mbps and 10 Mbps, autosensing.; The following figure illustrates an Router 2-Port 10/100 MIM panel.
  • Page 70 – LEDs on the Router 2-Port 10/100 MIM panel; II. Making Ethernet cables
  • Page 72 – II. Introduction to DTE and DCE; Typical DTE and DCE equipment
  • Page 74 – Router 4-Port Serial MIM panel is shown in the following figure:; I. Router 4-Port Serial MIM interface cable; For the pinouts of these cables, see
  • Page 75 – Router 4-Port Serial MIM conversion cable
  • Page 76 – I. Connecting interface cable of Router 4-Port Serial MIM; Router 2 AND 4-Port Enhanced Serial MIM
  • Page 77 – interface; segment
  • Page 78 – The following figures show the 2 and 4-port panels:
  • Page 79 – LEDs on the panel
  • Page 80 – V24 DTE cable
  • Page 83 – Step 3: Connect the other end of the cable as follows:; Connector
  • Page 84 – The following figure illustrates a 2-port panel.
  • Page 85 – ACTIVE
  • Page 86 – For the pinouts of E1cables, see
  • Page 88 – Low-End and Mid-Range Series Routers Cable Manual; Module; DIP; BIT ON
  • Page 89 – BIT ON
  • Page 90 – I. Connecting interface cable of 1E1/2E1 and modules; Step 3: Connect the other end of the cable to the network device; Extending an 75-ohm unbalanced coaxial cable
  • Page 91 – Extending an 120-ohm balanced twisted pair cable; II. Connecting interface cable of 4-port
  • Page 92 – Step 4: Connect the E1 cable to the device to be connected.
  • Page 94 – Yellow lamp on the left
  • Page 95 – Interface attributes of Router 2-Port CT1/PRI MIM and modules
  • Page 98 – directly if the cable is long enough or; Extending a T1 cable
  • Page 99 – The following table describes the LEDs on the card panels.
  • Page 100 – LEDs on the Router 1-Port ADSL Over POTS MIM panel
  • Page 101 – Connecting the Router 1-Port ADSL Over POTS MIM; Router 2-Port ADSL Over POTS MIM; The ADSL interface cards provide these functions:
  • Page 103 – Connecting the Router 2-Port ADSL Over POTS MIM; Router NDEC2 Encryption Accelerator MIM
  • Page 104 – Feature; The maximum number of concurrent
  • Page 105 – STATUS
  • Page 106 – PDH; Appearance of the Interface Card; Appearance of the Router 4-Port E1 IMA MIM interface card
  • Page 108 – Meaning of the LEDs; Connection of the Interface Cable; depending on the interface type of the peer device.
  • Page 109 – Introduction to the Interface card
  • Page 110 – Connection of the Interface Cable; DB68 port of the Router 4-Port T1 IMA MIM interface card.
  • Page 111 – Interface attributes of Router 1-Port CE3 MIM
  • Page 112 – Router 1-Port CE3 MIM panel is shown in the following figure:
  • Page 114 – Interface attributes of Router 1-Port CT3 MIM; Router 1-Port CT3 MIM panel is shown in the following figure:
  • Page 117 – Chapter 4 Flexible Interface Cards (Router 6000); The following figure illustrates an Router 2-Port 10/100 panel.
  • Page 120 – media accepted by the ISO/IEC 11801 standard.
  • Page 121 – The following table describes the LEDs on the card panel.
  • Page 122 – Connecting the Interface Optical Fiber; When connecting an optical fiber, note that:
  • Page 125 – Router 1-Port Gigabit Ethernet Fiber FIC; Full duplex
  • Page 126 – -Port GIGABIT ETHERNET FIC panel
  • Page 127 – Connecting the Interface Optic Fiber; Step 1: Insert the SFP module into its corresponding slot.
  • Page 128 – The following figures illustrate the 1-Port GEF FIC:
  • Page 129 – -Port GEF FIC panel
  • Page 130 – Connecting the Interface Optic Fiber; When connecting the optical fiber, observe the following:
  • Page 133 – V.35 DTE cable: 34PIN plug at the network end
  • Page 134 – RS449 DTE cable: DB-37 plug at the network end
  • Page 141 – Card
  • Page 142 – damages to the interface card and even the device.; I. Connecting the interface cable of the Router 4-Port CE1/PRI FIC; Step 3: Connect the other end of the E1 cable to another device.
  • Page 143 – Extending an E1 120-ohm balanced twisted-pair cable; II. Connecting the interface cable of the Router 4-Port CE1/PRI FIC
  • Page 144 – The T1 cards do not support PRI mode.
  • Page 145 – The following figure illustrates the panel.
  • Page 148 – The following figure illustrates an Router 1-Port CE3 FIC panel.
  • Page 150 – The following figure illustrates an Router 1-Port CT3 FIC panel.; Refer to the section; Error! Reference source
  • Page 151 – Scrambling in data transmission.
  • Page 152 – LEDs on the 8.8 Router 1-Port E3 ATM FIC panel
  • Page 153 – Two ATM cell mapping modes: ADM and PLCP.
  • Page 154 – Green
  • Page 155 – Off Loop
  • Page 156 – They provide the following functions:; SC
  • Page 157 – Interface rate
  • Page 158 – LEDs on the ATM card panels
  • Page 159 – Note that following alarms can be indicated by LP/ALM blinking on:
  • Page 160 – Layer; section layer
  • Page 162 – The following figure illustrates the Router 1-Port ADSL FIC panel.
  • Page 164 – The following figures illustrate the Router 1-Port ADSL FIC panel:
  • Page 165 – The following table describes the LEDs on the panels.; The FIC-ADSL-I cards use regular telephone cables for connection.
  • Page 166 – The following table describes the interface attributes:
  • Page 167 – LEDs on Router 4-Port E1 IMA FIC panels
  • Page 168 – 5-ohm 8E1 conversion cable
  • Page 170 – Router 4-Port T1 IMA FIC panel
  • Page 172 – Router 1-Port OC3 POS FIC panel
  • Page 173 – Note; Connecting the Interface Optical Fiber
  • Page 174 – The following figure illustrates the 2-Port FXS panel:
  • Page 175 – The following figure illustrates the 2-Port FXO panel:
  • Page 176 – end of the interface cable for better lightning protection.
  • Page 178 – LEDs on the Router 1-Port E1 Voice FIC panel
  • Page 179 – Extend an E1 120-ohm balanced twisted-pair cable
  • Page 181 – LEDs on the Router 1-Port T1 Voice FIC panel
  • Page 182 – Router NDEC2 Encryption Accelerator FIC
  • Page 184 – Troubleshooting by reading the LED behaviors; Incorrect LED; RPU2 Encryption Accelerator
  • Page 185 – Item
  • Page 186 – LED and button
  • Page 187 – Protocol IPSec
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3Com Router 5000 Family and

Router 6000 Family

Module Guide

3C13701
3C13751
3C13755
3C13759

3C13840
3C13880

www.3Com.com

Part Number: 10015049 Rev AA

March 2006

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Summary

Page 2 - Com Corporation

Copyright © 2006, 3Com Corporation. All rights reserved. No part of this documentation may be reproduced in any form or by any means or used to make any derivative work (such as translation, transformation, or adaptation) without written permission from 3Com Corporation. 3Com Corporation reserves th...

Page 3 - Table of Contents

3Com Router 5000 and Router 6000 v2.41 Module Guide Table of Contents i Table of Contents Chapter 1 Overview ....................................................................................................................... 1-1 1.1 Types of SICs ....................................................

Page 11 - Chapter 1 Overview

3Com Router 5000 and Router 6000 v2.41 Module Guide Chapter 1 Overview 1-1 Chapter 1 Overview Information about interface cards and modules other than Smart Interface Cards (SICs), Multi-Functional Interface Modules (MIMs), and Flexible Interface Cards (FICs) are beyond the scope of this manual. Thi...

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