C6807-XL-S2T-BUN Cisco Catalyst 6807-XL Switch Chassis Bundle Fan Tray

Overview of Cisco 6807-XL Switch Chassis Bundle 

The Cisco Catalyst 6807-XL switch chassis bundle with fan tray is engineered to deliver scalable, high-density networking for enterprise campuses, service provider aggregation layers, and data-intensive environments. Designed as part of the trusted Catalyst 6800 Series, this modular chassis supports flexible expansion, advanced Ethernet technologies, and resilient power and cooling capabilities. Its architecture allows organizations to adapt network capacity and performance as requirements evolve, while maintaining consistent uptime and operational efficiency.

Brand Identity and Product Classification

• Manufacturer: Cisco
• Product Line: Catalyst
• Series: 6800
• Part Number: C6807-XL-S2T-BUN
• Device Category: Modular Switch Chassis

Technical Specification

• Gigabit Ethernet for legacy and access-layer connectivity
• 10 Gigabit Ethernet for high-performance aggregation
• 40 Gigabit Ethernet for bandwidth-intensive applications
• 10GBase-X support for fiber-based 10G links
• 40GBase-X compatibility for high-throughput connections
• Seven total expansion slots available
• Designed for concurrent use of multiple line cards
• SFP modules for flexible fiber connectivity
• X2 modules for higher-speed optical interfaces

Expansion Capabilities

• Total of 7 expansion slots for line cards and modules
• Supports multiple Ethernet speeds and media formats
• Optimized airflow design with included fan tray

Supported Media Types

• Optical fiber for high-bandwidth data transmission
• Compatibility with multiple transceiver standards

SFP Slot Availability

• Includes support for 3 SFP slots on the supervisor engine
• Enables high-speed uplinks and inter-switch connectivity

Layer Functionality

• Layer 2 switching support
• Optimized for aggregation and distribution roles

Manageability Highlights

• Centralized configuration and monitoring
• Integration with Cisco network management tools
• Enhanced visibility into traffic and system health

Power Source  

• Powered by dedicated power supply units
• Designed for enterprise-grade electrical stability

Redundant Power Support

• Supports redundant power supplies for high availability
• Reduces risk of network outages due to power failure

Outline of Cisco Catalyst Switch Chassis Bundle 

The Cisco C6807-XL-S2T-BUN Catalyst 6807-XL Switch Chassis Bundle with Fan Tray represents a high-capacity modular switching platform designed to address the rigorous demands of large-scale enterprise networks, service provider infrastructures, and advanced data center environments. This category focuses on modular core and aggregation layer switching solutions that emphasize scalability, resiliency, and long-term investment protection. Built to support evolving traffic patterns, virtualization initiatives, and bandwidth-intensive applications, this chassis-based switch bundle offers a foundation that adapts seamlessly to organizational growth.

At the heart of this category is the principle of modularity, allowing organizations to deploy switching hardware that can be expanded or reconfigured as requirements change. The Catalyst 6807-XL chassis supports multiple line cards, supervisors, and fabric modules, enabling a tailored approach to network design. This flexibility ensures that the switching infrastructure remains aligned with both current workloads and future expansion plans without requiring wholesale replacement.

High-Performance Chassis Design Philosophy

The design philosophy behind the Cisco Catalyst 6807-XL series centers on delivering high throughput, low latency, and predictable performance across all ports. The chassis architecture enables distributed forwarding and high-speed backplane connectivity, ensuring that traffic flows efficiently between modules. This category of switch chassis bundles emphasizes engineering precision that supports continuous operation even under peak traffic loads.

Structural robustness is another defining attribute. The physical chassis is engineered to house critical components securely while facilitating optimal airflow and cooling. This approach supports consistent thermal management, a crucial factor in maintaining system stability and extending hardware lifespan in demanding enterprise environments.

Scalability for Expanding Network Demands

Scalability is a defining characteristic of the Catalyst 6807-XL Switch Chassis category. The platform is capable of supporting a wide range of interface densities and speeds, enabling seamless upgrades as bandwidth requirements increase. Whether accommodating additional access switches, integrating data center resources, or supporting high-performance computing environments, this category ensures that expansion does not compromise performance.

The modular nature of the chassis allows organizations to add or replace components without disrupting ongoing operations. This design aligns with modern network strategies that prioritize uptime and business continuity while enabling incremental growth.

Investment Protection Through Modular Expansion

Investment protection is a core benefit associated with this category. By allowing selective upgrades of supervisors, line cards, or power components, the Cisco C6807-XL-S2T-BUN bundle ensures that organizations can adopt new technologies while preserving existing infrastructure investments. This approach minimizes capital expenditure over time and aligns network upgrades with budgetary planning.

Integrated Fan Tray and Thermal Management

Thermal management plays a vital role in the reliability and longevity of high-density switching platforms. The inclusion of a dedicated fan tray in this chassis bundle underscores the importance of efficient cooling within enterprise-grade networking hardware. This category highlights solutions that are engineered to maintain optimal operating temperatures even in high-load conditions.

The fan tray is designed for continuous airflow across critical components, ensuring that heat is dissipated evenly throughout the chassis. This design reduces the risk of thermal hotspots, which can adversely affect performance and hardware reliability over time.

Redundancy and Serviceability

Redundancy is a fundamental requirement in mission-critical network environments. The Catalyst 6807-XL Switch Chassis category emphasizes components that support high availability through redundant configurations. The fan tray is typically designed for hot-swappability, allowing maintenance or replacement without interrupting network operations.

Serviceability is equally important, as it directly impacts operational efficiency. Easy access to the fan tray and other internal components reduces maintenance time and simplifies routine inspections. This focus on maintainability supports lower total cost of ownership and improved operational responsiveness.

Optimized Airflow Engineering

Airflow optimization is a key engineering consideration within this category. The chassis layout and fan tray configuration work together to ensure consistent cooling across all modules. This engineering approach supports dense deployments where multiple line cards and supervisors generate significant heat.

By maintaining stable internal temperatures, the Catalyst 6807-XL platform ensures predictable performance and reduces the likelihood of thermal-related failures. This reliability is essential for networks that support critical business applications and real-time services.

Advanced Switching Capabilities

The Cisco C6807-XL-S2T-BUN category encompasses advanced switching capabilities designed to support complex enterprise and service provider networks. These capabilities include high-speed packet forwarding, support for multiple network protocols, and advanced traffic management features. The architecture is optimized to handle large volumes of data with minimal latency.

This category also emphasizes the ability to integrate seamlessly with existing network infrastructures. Compatibility with a wide range of Cisco line cards and modules allows organizations to tailor the platform to specific application requirements while maintaining consistent operational standards.

Support for Core and Aggregation Layers

The Catalyst 6807-XL Switch Chassis is well-suited for deployment at the core or aggregation layers of the network. In these roles, it provides centralized switching and routing capabilities that support large numbers of access devices and downstream switches. This category highlights solutions that can manage complex traffic patterns while maintaining high availability.

By consolidating switching functions within a modular chassis, organizations can simplify network architecture and reduce the number of discrete devices required. This consolidation supports streamlined management and improved visibility across the network.

High Availability and Fault Tolerance

High availability is a critical requirement for enterprise networks that cannot tolerate downtime. The Catalyst 6807-XL category emphasizes architectures that support redundancy at multiple levels, including power supplies, supervisors, and cooling components. This multi-layered approach to fault tolerance ensures that the network remains operational even in the event of component failures.

Failover mechanisms are designed to operate seamlessly, minimizing disruption to active sessions and maintaining service continuity. This reliability is essential for organizations that rely on their networks to support critical operations.

Continuous Operation in Mission-Critical Environments

Continuous operation is a defining attribute of this category. The chassis-based design, combined with redundant components and hot-swappable modules, ensures that maintenance activities can be performed without impacting network availability. This capability supports environments such as data centers, campus networks, and service provider facilities where uptime is paramount.

Network Management and Operational Efficiency

Effective network management is essential for maintaining performance and security in complex infrastructures. The Cisco C6807-XL-S2T-BUN Switch Chassis category emphasizes platforms that integrate with comprehensive management tools and frameworks. These tools provide visibility into network performance, hardware status, and traffic patterns.

Operational efficiency is enhanced through centralized management capabilities that simplify configuration, monitoring, and troubleshooting. This approach reduces administrative overhead and enables IT teams to respond quickly to changing network conditions.

Use Cases and Deployment Scenarios

The Cisco C6807-XL-S2T-BUN Catalyst 6807-XL Switch Chassis Bundle Fan Tray category supports a wide range of deployment scenarios. These include large campus networks, enterprise data centers, and service provider aggregation points. The platform’s modular design and high-performance capabilities make it adaptable to diverse networking requirements.

In campus environments, the chassis can serve as a central aggregation point, connecting multiple access switches and supporting high-speed uplinks. In data centers, it can provide robust connectivity for servers, storage systems, and virtualization platforms.

Adaptability Across Industry Verticals

This category is applicable across multiple industry verticals, including education, healthcare, finance, and government. Each of these sectors requires reliable, scalable, and secure network infrastructure. The Catalyst 6807-XL platform addresses these needs through its modular architecture and advanced feature set.

By supporting a wide range of configurations, the chassis can be tailored to meet industry-specific compliance and performance requirements. This adaptability enhances its value as a long-term networking solution.

Future-Ready Networking Foundation

Future readiness is a defining characteristic of the Catalyst 6807-XL Switch Chassis category. The platform is designed to accommodate emerging technologies and increasing bandwidth demands. This forward-looking approach ensures that organizations can adapt to new applications, cloud integrations, and digital transformation initiatives without overhauling their core network infrastructure.