Description
The Cisco Route Processor 8800 is a high-performance, plug-in module engineered for data networking and optical networks. Designed to streamline routing decisions and deliver robust, scalable throughput, this module integrates seamlessly into compatible Cisco chassis to consolidate core routing functions in a compact, easy-to-install package. It’s ideal for enterprises expanding their campus networks, data centers, and service-provider deployments where reliable connectivity, flexible uplinks, and straightforward management matter most. With 2 x RJ-45 1000Base-T interfaces, a dedicated expansion slot for optical fiber, and SFP+ plug-in module support, the Cisco Route Processor 8800 enables you to adapt to evolving traffic patterns without overhauling your entire network. Whether you’re upgrading an existing infrastructure or building out a new optical network, this module provides a reliable foundation for high-speed data transport, low-latency forwarding, and scalable performance that aligns with modern networking demands.
- Dual Gigabit Ethernet connectivity: The module provides 2 x RJ-45 1000Base-T interfaces, delivering reliable, full-duplex gigabit Ethernet connectivity for routing at the edge, aggregation, or core. This dual-port design supports versatile topologies, enabling connections to switches, firewalls, or other routing devices with ease, even under sustained traffic loads.
- Expansion slot for optical fiber uplinks: An integrated expansion slot dedicated to optical fiber uplinks expands your network’s bandwidth and reach. Ideal for high-capacity links between data centers, campus cores, or metro networks where fiber optics are preferred for distance, latency, and interference resilience. Scale gracefully as traffic grows without replacing the entire chassis.
- SFP+ plug-in module support for scalable uplinks: The module is designed to work with SFP+ plug-in modules, offering 10 Gigabit-class uplinks when paired with compatible transceivers. This flexibility enables high-density, high-speed connections in a cost-efficient, modular fashion, supporting traffic growth between data centers or core networks.
- Plug-in module architecture for simplified deployment: As a plug-in routing processor, it slides into the appropriate Cisco chassis or backplane, reducing installation complexity and minimizing downtime. This modular approach supports easy maintenance, field replacement, and phased upgrades—protecting your existing investment while expanding capabilities.
- Designed for reliable, scalable networking: Built to integrate with compatible Cisco chassis, the Route Processor 8800 provides dependable connectivity and a solid foundation for low-latency forwarding, flexible uplinks, and scalable throughput—perfect for modern campus, data center, and service-provider deployments.
Technical Details of Cisco Route Processor 8800
- Interfaces: 2 x RJ-45 1000Base-T for dual Gigabit Ethernet connectivity, enabling routing at the edge, aggregation, or core with reliable, full-duplex performance.
- Expansion support: Dedicated expansion slot for optical fiber uplinks, allowing high-capacity, long-reach connections between data centers, campus cores, or metro networks.
- SFP+ compatibility: Supports SFP+ plug-in modules for scalable 10 GbE uplinks when paired with appropriate transceivers.
- Architecture: Plug-in module design that slides into Cisco chassis or backplanes, simplifying deployment, field replacement, and phased upgrade strategies.
- Compatibility and deployment: Engineered to integrate with compatible Cisco chassis, delivering reliable routing functionality across campus, data center, and service-provider environments.
- Performance characteristics: Designed to deliver high-speed data transport with low-latency forwarding, supporting evolving traffic patterns while maintaining robust network performance.
how to install Cisco Route Processor 8800
- Verify that you have a compatible Cisco chassis/backplane designed to host the Route Processor 8800 and review the chassis documentation for supported slot configurations.
- Prepare the system by following your data-center procedures for equipment installation, including power-down or hot-swap guidelines as permitted by the chassis.
- Remove any filler or obstructing components from the target slot, and ensure the area is clean and free of debris to avoid connection issues.
- Align the Route Processor 8800 with the backplane or slot, then carefully slide the module into place until it seats securely and the connector engages fully.
- If you plan to use the expansion slot or SFP+ uplinks, install any required fiber transceivers or optics in the expansion slot and connect the appropriate fiber cables as specified for your deployment.
- Power on the chassis and verify that the Route Processor 8800 is recognized by the system. Check status indicators and run initial configuration to enable routing, assign interfaces, and configure required routing protocols.
- Proceed with post-install verification: validate connectivity across the two Gigabit Ethernet ports, confirm uplink readiness via the expansion slot or SFP+ modules, and monitor performance to ensure latency and throughput meet your requirements.
Frequently asked questions
- What is the Cisco Route Processor 8800? It is a high-performance, plug-in routing module designed for data networking and optical networks, intended to consolidate core routing functions within compatible Cisco chassis for scalable, reliable operation.
- What uplink options does it offer? It provides 2 x RJ-45 1000Base-T interfaces for dual Gigabit Ethernet connectivity, plus a dedicated expansion slot for optical fiber uplinks and compatibility with SFP+ plug-in modules for 10 GbE uplinks when paired with appropriate transceivers.
- Which deployments is it best suited for? Enterprise campuses, data centers, and service-provider networks where flexible uplinks, high availability, and straightforward management are priorities.
- Is installation straightforward? Yes. As a plug-in module, it is designed to slide into a compatible Cisco chassis/backplane, enabling simpler deployment, field replacement, and phased upgrades with minimal downtime when performed according to Cisco guidelines.
- What should I consider after installation? Verify the module is recognized by the chassis, configure routing protocols and interfaces, and monitor performance to ensure low latency and scalable throughput meet your traffic patterns.
- Where can I find further specifications? For detailed specifications, refer to your Cisco chassis documentation and the product compatibility with your specific chassis model, as capabilities can vary by platform.
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