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

Overview of Cisco Switch Chassis Bundle with fan tray

The Cisco Catalyst 6807-XL chassis bundle with fan tray is engineered to support demanding enterprise and service-provider environments that require scalability, resilience, and long-term investment protection. Built on the trusted Catalyst 6800 platform, this switch chassis delivers a modular foundation that adapts to evolving network requirements while maintaining consistent performance across access, aggregation, and core layers.

Designed with flexibility at its core, the chassis enables organizations to deploy high-capacity switching without locking into a fixed port configuration. Instead, expansion slots allow administrators to tailor connectivity, throughput, and control modules to match present workloads while remaining prepared for future growth.

General Specification

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

Ethernet Technology Compatibility

• Gigabit Ethernet for standard access and distribution links
• 10 Gigabit Ethernet for high-throughput aggregation
• 40 Gigabit Ethernet for core and backbone connectivity

Network Technology Integration

• 10GBase-X for high-speed optical connections
• 40GBase-X for ultra-high-capacity backbone links

Key Design Characteristics

• Purpose-built chassis architecture optimized for high-density switching
• Modular construction supporting multiple generations of Cisco expansion modules
• Integrated fan tray bundle for effective thermal management
• Enterprise-ready build quality designed for long service life

Expansion Slot Overview

• Total expansion slots available: 7
• Supports a mix of line cards and control modules
• Designed for concurrent use of multiple interface standards
• Facilitates gradual network expansion and technology refresh cycles

Supported Expansion Slot Types

• SFP-based modules for flexible optical connectivity
• X2 modules supporting higher-bandwidth uplinks

Supervisor Connectivity Features

• Three integrated SFP slots for flexible optical connections
• Centralized system monitoring and traffic management
• Optimized for consistent performance across all installed modules

Layer 2 Capabilities  

• Reliable frame switching for enterprise and campus networks
• Optimized handling of broadcast and multicast traffic
• Consistent throughput under high traffic loads

Power and Redundancy Highlights

• Dedicated power supply input for stable operation
• Redundant power supply support for high availability
• Designed to maintain uptime during power-related component failures

Common Deployment Environments

• Enterprise campus core and distribution layers
• High-density aggregation for access switches
• Networks requiring gradual expansion and technology upgrades

Outline of Cisco Catalyst 6807-XL Switch Chassis Bundle  

The Cisco C6807-XL-S2T-BUN Catalyst 6807-XL Switch Chassis Bundle with Fan Tray represents a high-capacity, modular switching foundation designed for enterprise core and aggregation layer deployments. This category encompasses chassis-based networking solutions engineered to deliver scalability, redundancy, and long-term operational resilience. The Catalyst 6807-XL platform is built to support mission-critical data flows, converged applications, and evolving network architectures while maintaining consistent performance across large-scale environments.

This category focuses on modular switch chassis bundles that integrate essential hardware components into a unified solution. The inclusion of the fan tray within the bundle reflects an emphasis on thermal efficiency and sustained performance under continuous load. Designed for high-density environments, this switch chassis category supports extensive port scalability, advanced routing capabilities, and flexible service integration without compromising stability.

Enterprise-Class Modular Switching Architecture

At the core of this category is a modular architecture that allows organizations to build a network backbone tailored to current and future requirements. The Catalyst 6807-XL chassis provides dedicated slots for supervisors, line cards, power supplies, and cooling components, enabling precise configuration control. This architectural approach allows IT teams to deploy only the components needed while retaining the flexibility to expand capacity as demand increases.

Modular switching platforms in this category are particularly well suited for environments that require consistent uptime and predictable performance. The separation of control plane, data plane, and power infrastructure enables maintenance and upgrades to be performed with minimal service disruption. This design philosophy supports high availability strategies and aligns with enterprise operational continuity objectives.

Chassis-Based Design for Network Scalability

The Catalyst 6807-XL switch chassis bundle is part of a category engineered for scalable network growth. Its slot-based design allows organizations to add new interfaces, increase bandwidth, and integrate advanced features without replacing the entire system. This capability reduces long-term capital expenditure and extends the operational lifespan of the network infrastructure.

Scalability within this category also extends to performance metrics such as throughput, forwarding capacity, and session handling. The chassis design supports high-speed interconnections between modules, ensuring that increased port density does not introduce bottlenecks. As enterprise traffic patterns evolve, this category of switches provides the structural foundation needed to adapt.

High Availability and Redundancy Capabilities

High availability is a defining characteristic of the Catalyst 6807-XL switch chassis category. Redundant supervisors, power supplies, and cooling components can be deployed to eliminate single points of failure. The fan tray included in the bundle contributes to consistent airflow management, ensuring that thermal conditions remain stable even during peak usage periods.

Redundancy mechanisms in this category are designed to operate seamlessly, allowing failover events to occur without noticeable impact on network services. This reliability is essential for environments that support critical applications such as unified communications, data center interconnects, and large-scale enterprise services.

Thermal Management and Fan Tray Integration

Effective thermal management is a critical factor in maintaining switch performance and longevity. The Cisco C6807-XL-S2T-BUN bundle includes a fan tray that is specifically designed to support the airflow requirements of the Catalyst 6807-XL chassis. This integration ensures that heat generated by high-density line cards and processing components is efficiently dissipated.

Within this category, fan tray design emphasizes reliability, serviceability, and consistent cooling performance. Hot-swappable fan modules allow maintenance to be performed without powering down the system, supporting continuous operation in enterprise environments. Proper airflow management also contributes to reduced hardware stress, enhancing overall system durability.

Optimized Airflow for High-Density Deployments

The airflow architecture of the Catalyst 6807-XL chassis is engineered to support high-density configurations where multiple line cards operate simultaneously. The fan tray ensures uniform air distribution across all modules, preventing localized overheating. This approach is essential for maintaining stable performance in data centers and network cores.

Optimized airflow also supports energy efficiency by reducing the need for excessive cooling. By maintaining optimal operating temperatures, the switch chassis can function within its designed thermal envelope, contributing to predictable performance and reduced operational costs.

Hot-Swappable Cooling Components

Hot-swappable fan trays are a defining feature of this category, enabling uninterrupted network operation during maintenance activities. Administrators can replace or upgrade cooling components without taking the chassis offline, preserving uptime for critical services. This capability aligns with enterprise requirements for continuous availability and operational flexibility.

The ability to service cooling components without disruption also simplifies lifecycle management. As hardware ages or environmental conditions change, organizations can adapt their cooling strategy without major infrastructure changes.

Performance Characteristics and Throughput Capabilities

The Catalyst 6807-XL switch chassis category is designed to deliver high-performance switching and routing capabilities suitable for enterprise cores and large aggregation layers. This includes support for high forwarding rates, low latency, and consistent packet processing across a wide range of traffic types.

Performance within this category is achieved through specialized hardware acceleration and optimized internal switching fabrics. These features ensure that the system can handle large volumes of traffic while maintaining predictable behavior under load.

Support for Advanced Network Services

Switch chassis platforms in this category support a broad range of advanced network services, including Layer 2 switching, Layer 3 routing, and policy-based traffic management. This versatility allows organizations to consolidate multiple network functions within a single platform.

By supporting advanced services natively, the Catalyst 6807-XL category reduces the need for external appliances, simplifying network design and management. This integration also enhances performance by minimizing inter-device latency.

Consistent Low-Latency Operation

Low latency is a critical requirement for applications such as real-time communications, financial transactions, and distributed computing. The Catalyst 6807-XL switch chassis category is engineered to maintain consistent latency characteristics even as traffic volumes increase.

This predictability supports application performance guarantees and contributes to a positive user experience across the enterprise network.

Deployment Scenarios and Use Case Alignment

The Cisco C6807-XL-S2T-BUN Catalyst 6807-XL Switch Chassis Bundle category is suitable for a wide range of deployment scenarios. These include enterprise campus cores, data center aggregation layers, and service provider edge environments. The flexibility of the chassis design allows it to be tailored to specific operational requirements.

Organizations with complex network topologies benefit from the modular nature of this category, which supports gradual expansion and adaptation. This adaptability ensures that the network can evolve alongside business needs.

Enterprise Core and Aggregation Layer Applications

In enterprise core deployments, the Catalyst 6807-XL chassis provides the high availability and throughput required to support large user populations and diverse application workloads. Its modular design allows for the integration of multiple connectivity types, supporting both legacy and modern network technologies.

At the aggregation layer, this category enables efficient consolidation of access layer traffic while maintaining policy enforcement and quality of service. The result is a streamlined network architecture that balances performance and manageability.

Data Center Integration Considerations

Within data center environments, the Catalyst 6807-XL switch chassis category supports high-density connectivity and reliable operation. Its ability to handle east-west and north-south traffic patterns makes it suitable for modern application architectures.

The inclusion of robust cooling and power management features ensures stable operation in densely populated racks, contributing to overall data center efficiency.

Power Infrastructure and Operational Efficiency

Power management is a critical component of chassis-based switch categories. The Catalyst 6807-XL platform supports redundant power supplies that can be configured to meet specific availability and efficiency goals. This flexibility allows organizations to balance performance requirements with energy consumption considerations.

Efficient power distribution within the chassis contributes to stable operation and reduces the risk of component failure. This focus on power integrity aligns with enterprise sustainability and reliability objectives.

Redundant Power Supply Support

Redundant power supply configurations are a standard feature within this category, enabling continuous operation even in the event of a power module failure. This redundancy is essential for maintaining uptime in mission-critical environments.

Power supply modules are designed for easy replacement, supporting streamlined maintenance workflows and minimizing downtime.

Energy-Conscious Design Principles

Energy efficiency is increasingly important in large-scale network deployments. The Catalyst 6807-XL switch chassis category incorporates design principles that optimize power usage without compromising performance.

By supporting efficient power conversion and intelligent load distribution, this category helps organizations manage operational costs while maintaining robust network capabilities.