Cisco Catalyst 6500 Series Supervisor Engine 720 Virtual Switching – VS-S720-10G-3C

Cisco Catalyst 6500 Supervisor Engine 720 Virtual Switching Module

Extend the switching architecture of a compatible Cisco Catalyst 6500 Series deployment with the VS-S720-10G-3C, a Supervisor Engine 720 platform identified for virtual switching applications. Designed for enterprise network infrastructure, it provides the control and switching foundation required by supported Catalyst chassis configurations while helping administrators organize high-availability campus, core, and aggregation environments. This is a configuration-specific component for network teams that need to maintain or expand an established Cisco modular switching platform rather than replace the complete chassis.

Key Features

• Supervisor Engine 720 platform for Cisco Catalyst 6500 Series systems
• Virtual switching functionality for supported modular chassis deployments
• Enterprise-focused switching control component
• Designed for centralized network infrastructure
• Suitable for maintenance and platform expansion projects

Product Specifications

• Part Number: VS-S720-10G-3C
• Manufacturer: Cisco
• Series: Catalyst 6500
• Engine Family: Supervisor Engine 720
• Function: Virtual switching
• Product Type: Network Switch Module
• Application: Modular enterprise switching infrastructure

Switching Architecture Specifications

• Component role: Chassis-level switching control and management
• Platform design: Modular supervisor-engine architecture
• Network position: Core, aggregation, or campus switching infrastructure
• Deployment style: Installed within a compatible Catalyst 6500 chassis
• Operational purpose: Supports centralized control of supported modular switching resources

Virtual Switching Specifications

• Virtual switching role: Supports supported logical switching designs
• Architecture planning: Coordinate with the chassis, supervisor, software, and redundancy configuration
• Service planning: Use approved maintenance procedures for supervisor replacement or installation
• Management planning: Confirm software recognition and feature support before deployment
• Availability planning: Match the module to the intended high-availability network design

Use Cases

• Maintain a compatible Cisco Catalyst 6500 modular switching platform
• Replace a failed or aging Supervisor Engine 720 component
• Support virtual switching designs in an enterprise network core
• Refresh control hardware during a planned infrastructure maintenance window
• Extend the useful service life of an established Catalyst chassis

Compatibility

• Cisco Catalyst 6500 Series chassis configurations that support Supervisor Engine 720
• Compatible Cisco software and virtual switching feature sets
• Chassis slots, power systems, and cooling designed for the supervisor platform
• Matching supervisor, line-card, redundancy, and management architecture
• Confirm chassis model, software release, licensing, redundancy design, and installation requirements before deployment

Frequently Asked Questions

What is the VS-S720-10G-3C?

It is a Cisco Catalyst 6500 Series Supervisor Engine 720 component identified for virtual switching.

What type of equipment uses it?

It is intended for compatible Cisco Catalyst 6500 modular switching chassis.

What is its role in a network?

The supervisor engine provides chassis-level switching control and management for a supported modular deployment.

Can it be installed in any Catalyst chassis?

No. The chassis model, software, power, redundancy, and feature support must be verified before installation.

The Cisco VS-S720-10G-3C is a practical choice for network administrators maintaining a Catalyst 6500 environment with established modular switching requirements. Its Supervisor Engine 720 platform and virtual switching role support carefully planned enterprise architecture, helping teams preserve compatible infrastructure while managing upgrades and service replacements. Verify the complete chassis and software configuration before purchase to ensure the module matches the intended deployment.