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3

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ETWORK

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NTERFACE

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ARD

 

C

ABLING

This chapter provides information about the physical interfaces of the 
Dual E3 Asynchronous Transfer Mode (ATM) Network Interface Card 
(NIC), instructions for accessing the corresponding Network Application 
Card (NAC) through the command line interface (CLI), and options for 
cabling the E3 port.

Physical Interfaces

The Dual E3 ATM

 

NIC has the following physical interfaces:

Callout 

Interface Description

1

Console:

RJ-45 RS-232-C port configured as DTE.

Connect to this port to access the 
HiPer ARC NAC’s CLI. This port is 
configured for 8 data bits, 1 stop bit, 
no parity. This port’s baud rate is 
selectable via DIP switch settings on 
the HiPer ARC NAC.

2

Span A TX:

BNC E3 transmit port for Span A.

3

Span A RX:

BNC E3 receive port for Span A.

4

Span B TX:

BNC E3 transmit port for Span B.

5

Span B RX:

BNC E3 receive port for Span B.

6

10/100 Mbps Ethernet:

RJ-45 Ethernet port. 

This port auto-senses Ethernet 
10Base-T or 100Base-TX networks.

HiPer

ATM NIC

E3

CONSOLE

10/100 Base-T

ETHERNET

LINE A

TX

RX

TX

RX

LINE B

1

2

3

4

5

6

Содержание Dual E3 Asynchronous

Страница 1: ...Dual E3 Asynchronous Transfer Mode Network Interface Card Getting Started Guide Part No 1 024 1334 00 ...

Страница 2: ... http www 3com com Dual E3 Asynchronous Transfer Mode Network Interface Card Getting Started Guide Part No 1 024 1334 00 ...

Страница 3: ...ded to you subject to the following United States Government Legend All technical data and computer software is commercial in nature and developed solely at private expense Software is delivered as Commercial Computer Software as defined in DFARS 252 227 7014 June 1995 or as a commercial item as defined in FAR 2 101 a and as such is provided with only such rights as are provided in 3Com s standard...

Страница 4: ...s 3 2 Cabling a Single ATM Network Interface Card 3 2 Cabling Multiple Cascaded ATM Network Interface Cards 3 3 Cascading Multiple NICs in the Same Chassis 3 3 Cascading Single NIC s in a Different Chassis 3 4 Cascading Multiple NIC s in a Different Chassis 3 5 A TECHNICAL SPECIFICATIONS Certification A 1 Regulatory Compliance Statements A 1 United States A 1 FCC Part 15 Compliance Statement A 1 I...

Страница 5: ...Current Draw A 3 Environment A 3 Shipping and Storage A 3 Operating A 3 Physical Dimensions A 3 ...

Страница 6: ...Toll Free Number Country Toll Free Number Austria 06 607468 Netherlands 0800 0227788 Belgium 0800 71429 Norway 800 11376 Canada 1800 2318770 Poland 00800 3111206 Denmark 800 17309 Portugal 0800 831416 Finland 0800 113153 South Africa 0800 995014 France 0800 917959 Spain 900 983125 Germany 0800 1821502 Sweden 020 795482 Hungary 00800 12813 Switzerland 0800 553072 Ireland 1800 553117 UK 0800 966197 ...

Страница 7: ...system or device Warning Information to alert you to potential personal injury or fatality May also alert you to potential electrical hazard ESD Information to alert you to take proper grounding precautions before handling a product Convention Description Text represented as a screen display This typeface represents displays that appear on your terminal screen for example Netlogin Text represented...

Страница 8: ...ading multiple chassis Single auto sensing 10 100Base TX Ethernet interface Various standards for routing local area network LAN traffic over an ATM network including RFC 1483 Multiprotocol encapsulation RFC 1577 Classical IP and ARP Configuration via the HiPer ARC s command line interface CLI Product Compatibility The Dual E3 ATM NIC is compatible with the HiPer ARC Network Application Card NAC ...

Страница 9: ...er Installation Procedure To install this NIC ESD To reduce the risk of electrostatic discharge ESD take proper grounding precautions before handling the NIC Install the NIC with or without power applied to the chassis 1 Select a slot at the rear of the Total Control chassis for installing the NIC Install this NIC in slots 1 17 CAUTION The Dual E3 ATM NIC must be installed behind a HiPer Access Ro...

Страница 10: ...2 2 CHAPTER 2 INSTALLATION For managed chassis slot 17 is reserved for a NIC corresponding to the Network Management Card NMC 2 Use a 2 Phillips screwdriver to remove the safety panel covering this slot ...

Страница 11: ...Installation Procedure 2 3 3 Insert the NIC between the slot s upper and lower card guides 4 Slide the NIC into the chassis until the front of the NIC is flush with the chassis ...

Страница 12: ...ION 5 Use a flat head screwdriver to tighten the screws on the front panel 6 Cover any unused chassis slots with safety panels 7 Install the HiPer ARC NAC Refer to the HiPer ARC NAC Getting Started Guide for more information ...

Страница 13: ...ion 1 Console RJ 45 RS 232 C port configured as DTE Connect to this port to access the HiPer ARC NAC s CLI This port is configured for 8 data bits 1 stop bit no parity This port s baud rate is selectable via DIP switch settings on the HiPer ARC NAC 2 Span A TX BNC E3 transmit port for Span A 3 Span A RX BNC E3 receive port for Span A 4 Span B TX BNC E3 transmit port for Span B 5 Span B RX BNC E3 r...

Страница 14: ...rt must be used for cascading multiple chassis It cannot be used as an independent connection to an ATM switch Cabling a Single ATM Network Interface Card To cable a single chassis to an ATM switch connect the ATM switch to the ATM NIC s Span A port Refer to the Dual E3 ATM NIC Product Reference for configuration information Callout Description 1 RJ 45 connector to NIC s console port 2 DB 25 male ...

Страница 15: ...This configuration allows multiple NICs in the same chassis or multiple chassis Cascading Multiple NICs in the Same Chassis Callout Description 1 ATM switch 2 ATM NIC 1 3 ATM NIC 2 4 Connection from switch s TX to SPAN A s RX of NIC 1 5 Connection from switch s RX to SPAN A s TX of NIC 1 6 Connection from Span B s TX of NIC 1 to SPAN A s RX of NIC 2 7 Connection from Span B s RX of NIC 1 to SPAN A...

Страница 16: ...assis 1 s ATM NIC 4 Connection from switch s TX to Span A s RX of Chassis 1 s NIC 5 Connection from switch s RX to Span A s TX of Chassis 1 s NIC 6 Connection from Span B s TX of Chassis 1 s NIC to SPAN A s RX of Chassis 2 s NIC 7 Connection from Span B s RX of Chassis 1 s NIC to SPAN A s TX Chassis 2 s NIC 8 Chassis 2 9 Chassis 2 s ATM NIC ...

Страница 17: ...s NIC 1 6 Connection from switch s RX to Span A s TX of Chassis 1 s NIC 1 7 Connection from Span B s TX of Chassis 1 s NIC 1 to SPAN A s RX of Chassis 1 s NIC 2 8 Connection from Span B s RX of Chassis 1 s NIC 1 to SPAN A s TX of Chassis 1 s NIC 2 9 Connection from Span B s TX of Chassis 1 s NIC 2 to SPAN A s RX of Chassis 2 s NIC 1 10 Connection from Span B s RX of Chassis 1 s NIC 2 to SPAN A s T...

Страница 18: ...ssis 2 12 Chassis 2 s ATM NIC 1 13 Chassis 2 s ATM NIC 2 14 Connection from Span B s TX of Chassis 2 s NIC 1 to SPAN A s RX of Chassis 2 s NIC 2 15 Connection from Span B s RX of Chassis 2 s NIC 1 to SPAN A s TX of Chassis 2 s NIC 2 Callout Description ...

Страница 19: ...rotection against harmful interference when the equipment is operated in a commercial environment This equipment generates uses and can radiate radio frequency energy and if not installed and used in accordance with the instruction manual may cause harmful interference to radio communications Operation of this equipment in a residential area is likely to cause harmful interference in which case th...

Страница 20: ...l Equipment DTE Transmission Method Unbalanced RS 232 Transmission Rate 38 400 bps maximum Electrical Specification E3 interface Connectors BNC coaxial connectors one transmit TX and one receive RX Transmission Media 75 ohm nominal impedance coaxial cable Timing Source User selectable between Internal Network Framing ATM Direct Mapping ADM Physical Layer Convergence Protocol PLCP Line Coding High ...

Страница 21: ...ess with Collision Detection CSMA CD Topology Star wired hub using multiport repeater Maximum Nodes Limited only by repeater Transmission Medium Unshielded Twisted Pair UTP Category 3 or Category 5 for 10Base T applications Category 5 for 100Base TX Network Lobe Distance 100 m 328 ft suggested maximum Longer cabling can be used at the expense of reduced receiver squelch levels Temperature 25 to 75...

Страница 22: ...3Com Corporation 5400 Bayfront Plaza P O Box 58145 Santa Clara CA 95052 8145 1999 3Com Corporation All rights reserved Printed in the U S A Part No 1 024 1334 00 ...

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