Cisco CRS-FP140 CRS Series 140G Forwarding Processor Module High-Performance Cisco CRS Forwarding Processor with 140G Throughput for Core Routing The Cisco CRS-FP140 Forwarding Processor Module is a high-performance data plane component engineered for Cisco CRS Series routers, delivering up to 140 Gbps forwarding capacity for demanding carrier-grade networks. Designed for core routing and backbone infrastructure, this module ensures efficient packet processing, low latency, and consistent performance in high-traffic environments. As a critical part of the CRS architecture, the CRS-FP140 handles high-speed packet forwarding and traffic management, enabling seamless data flow across large-scale networks. Its advanced processing capabilities support massive data volumes and complex routing operations, making it ideal for service providers, telecom operators, and enterprise backbone deployments. Built for scalability, the CRS-FP140 integrates with the distributed architecture of Cisco CRS platforms, working alongside route processors and fabric modules to deliver optimized throughput and network efficiency. This ensures reliable performance even as network demands grow, supporting multi-terabit infrastructures and high-capacity routing environments. The module is designed with carrier-grade reliability, featuring support for high availability, redundancy, and hot-swappable installation, minimizing downtime during maintenance or upgrades. Running within the Cisco IOS XR ecosystem, it enables advanced routing, automation, and network management capabilities. Ideal for telecom core networks, ISP backbones, and mission-critical routing environments, the Cisco CRS-FP140 provides a powerful and scalable solution for organizations requiring high-speed forwarding, low latency, and continuous network performance. Product Specifications - Cisco CRS-FP140 140Gbps Forwarding Processor Module for CRS Series Routers CLICK HERE FOR DATA SHEET Specification Details Product Name Cisco CRS-FP140 Forwarding Processor Module Manufacturer Cisco Systems Part Number CRS-FP140 Product Type Forwarding Processor Module Compatible Devices Cisco CRS Series Routers Forwarding Capacity Up to 140 Gbps Processing Function Packet forwarding and data plane processing Performance High-speed, low-latency forwarding Architecture Distributed forwarding architecture (platform dependent) Control Plane Interaction Works with route processors for traffic handling Switching Fabric Integration Interfaces with CRS fabric modules Scalability Supports large-scale carrier networks Latency Optimized for low-latency packet processing Throughput Optimization Efficient handling of high-volume traffic Redundancy Support Enabled via CRS system architecture High Availability Carrier-grade failover and resiliency Operating System Cisco IOS XR (via host router) Form Factor Plug-in module for CRS chassis Hot-Swappable Yes Cooling Chassis-based cooling system Power Consumption Optimized for high-performance operation Deployment Type Core routing, backbone infrastructure Application High-speed packet forwarding Environment Carrier-grade networking Reliability Designed for continuous operation (24/7 uptime) Condition New / Cisco Certified Use Cases Telecom networks, ISP backbone, large-scale routing environments We offer free FedEx Ground shipping to all our customers in the continental US. If you need more information on expedited or international shipping please see our Shipping & Returns page or ask us directly via phone, email or using our Contact Form page. FAQs Q1. What is the role of the CRS-FP140 module? It handles packet forwarding and processing within Cisco CRS routers, ensuring fast and efficient data transmission. Q2. Which routers are compatible with this module? It is designed for Cisco CRS Series routers. Q3. What is the forwarding capacity of this module? It supports up to 140 Gbps of forwarding throughput. Q4. Is this suitable for carrier-grade networks? Yes, it is built for service providers and large-scale core network environments. Q5. Does it support high scalability?Yes, it is designed to support scalable and high-performance network architectures.
