Connectors and Cables

A P P E N D I X B

This appendix describes the Cisco proprietary cables and connectors for the

GigaStack GBIC.

GigaStack GBIC Cabling

The GigaStack GBIC uses proprietary connectors as shown in Figure B-1.

Figure B-1 GigaStack GBIC Connector

22084

The GigaStack GBIC cables are proprietary, high-data-rate cables with enhanced signal integrity and EMI performance.

Caution Do not use standard IEEE 1394 cables with the GigaStack GBIC. You must use one of the Cisco proprietary cables (CAB-GS-50CM or CAB-GS-1M). If you use any other cable, you will not have connectivity.

Caution Do not use the GigaStack GBIC with standard IEEE 1394 equipment. You might damage the equipment or lose data.

	Catalyst GigaStack Gigabit Interface Converter Hardware Installation Guide

78-6460-04		B-1
78-6460-04		B-1

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Cisco Systems WS-X3500-XL manual Connectors and Cables, GigaStack Gbic Cabling

WS-X3500-XL specifications

Cisco Systems has long been a leader in networking technology, and one of its robust offerings is the WS-X3500-XL line card. This high-performance module is designed for the Catalyst 3500 series switches, providing enhanced functionality and flexibility for enterprise networking environments.

The WS-X3500-XL boasts several main features that make it a valuable addition to any network. Firstly, it supports a variety of Fast Ethernet options, which allows organizations to run 10/100 Mbps connections. Its versatility in port configurations ensures that businesses can tailor their networks according to specific requirements without needing to invest in multiple hardware components.

Another hallmark of the WS-X3500-XL is its support for Cisco's patented features, such as VLANs (Virtual Local Area Networks) and QoS (Quality of Service). VLANs enable the segmentation of a network into distinct broadcast domains, enhancing security and improving traffic management. This capability is particularly important in larger environments where different departments may require their own isolated network segments.

In terms of technology, the WS-X3500-XL is equipped with support for advanced routing protocols such as RIP, OSPF, and EIGRP, making it suitable for both Layer 2 and Layer 3 networking scenarios. This adaptability allows organizations to optimize their routing processes and make efficient use of bandwidth.

Performance-wise, the WS-X3500-XL includes features like fast switching and multicasting capabilities for improved network efficiency. With its built-in forwarding engine, this line card ensures rapid packet processing, which is crucial for maintaining high performance in busy network environments.

The WS-X3500-XL also emphasizes redundancy and failover capabilities, which are vital for maintaining network uptime. It supports features like Spanning Tree Protocol (STP) for loop prevention, ensuring that the network remains stable and functional even in the event of a device failure.

In conclusion, the Cisco WS-X3500-XL line card stands out in the realm of networking equipment thanks to its versatility, robust feature set, and advanced technologies. Whether used in small to medium-sized businesses or larger enterprise networks, it provides the flexibility and performance required to meet modern networking demands. Its compatibility with a range of Cisco's technologies ensures a future-proof solution for evolving networking needs.

Contents

March Page Copyright 1999 -2002, Cisco Systems, Inc All rights reserved Page N T E N T S Installation Vii Product Disposal C-1 Viii Cisco Limited Lifetime Hardware Warranty Terms Duration of Hardware Warranty Replacement, Repair or Refund Procedure for HardwareTo Receive a Return Materials Authorization RMA Number Cisco Limited Lifetime Hardware Warranty Terms Xii Xiii PrefaceAudience Purpose Xiv Organization Preface Xvi Xvii Related Publications Obtaining Documentation World Wide WebXviii Xix Documentation CD-ROMOrdering Documentation Documentation Feedback Cisco.com Obtaining Technical Assistance Xxi Technical Assistance Center Xxii Contacting TAC by Telephone Overview Features GigaStack Gbic LEDs and Ports GigaStack Gbic LEDs Color Meaning Gbic Module Slot LEDs Gbic LED Location on a 1000BASE-X Module Cabling Guidelines Cable Length Part Number Switch Series or Module Model Number Description Switches Supporting the Gbic Minimum IOS Release for Redundant Loop Configurations Supported Switch Minimum IOS Release Example 1 Cascaded Stack Connection Deployment Examples Point-to-Point Connection Example 2 Point-to-Point Connection Inspecting the Packing List Installation Taiwan EMC Regulatory Statements Korea Hungary Avoiding Electrostatic Discharge Installing a GigaStack Gbic Metal flap door Attaching the Gbic Clip Attaching the Gbic Clip Connecting to GigaStack Gbic Ports Recommended Configuration Inserting the Cable in a GigaStack Gbic Creating Connections Device Gbic Ports Available GigaStack Point-to-Point Connections Point-to-Point Connections Cascaded Stack Connections Cascaded Stack Connections Catalyst 3512 XL Catalyst 3524 XL Removing a GigaStack Gbic Power-On Self-Test Symptom Possible Causes Corrective Action Troubleshooting No gigastack loop-breaking interface-id Technical Specifications Power ConsumptionEnvironmental Ranges Agency Approvals GigaStack Gbic Cabling Connectors and Cables Appendix B Connectors and Cables GigaStack Gbic Cabling Product Disposal Translated Safety Warnings Appendix C Translated Safety Warnings Product Disposal IN-1 Numerics IN-2 IN-3 Post IN-4