Cisco ASR 9000 A99-RP2-TR Dual Route Processor Module

• Service provider core routing infrastructure
• ISP backbone and aggregation networks
• Carrier-grade IP/MPLS transport systems
• Large enterprise WAN core routing
• Telecom metro and regional network cores
• Internet exchange (IX) peering infrastructure
• Data center interconnect (DCI) backbone systems
• Cloud provider backbone routing architecture
• High-availability redundant routing clusters
• National and regional telecom infrastructure deployments

• Dual route processor module for Cisco ASR 9000 Series
• Carrier-grade control plane processing for large-scale networks
• QSFP+ interface support for high-speed connectivity
• High availability architecture with redundant routing control
• Designed for mission-critical backbone and core environments
• Optimized for IP/MPLS and service provider routing systems
• Supports large routing table and policy processing workloads
• Enhances network resilience and failover protection
• Enables scalable distributed routing architectures
• Built for 24/7 continuous enterprise and carrier operation
• Supports advanced traffic engineering and routing policies
• Integrates with modular ASR 9000 chassis systems
• Designed for cloud-ready and 5G transport evolution
• Improves operational stability in high-load environments
• Supports long-term infrastructure lifecycle planning

• Brand: Cisco
• Product Model: Cisco ASR 9000 A99-RP2-TR
• Platform Series: Cisco ASR 9000 Series
• Module Type: Dual Route Processor
• Interface Type: QSFP+ Support
• Application: Carrier-grade core routing
• Deployment Role: Control plane and routing intelligence

WHY CHOOSE THIS PRODUCT?

• The Cisco ASR 9000 A99-RP2-TR is engineered for organizations operating high-scale backbone networks where uninterrupted routing performance and redundancy are essential. It is widely deployed in telecom and enterprise environments requiring maximum uptime and resilient routing control.
• Compared to single processor modules, it provides dual-route processor redundancy that significantly improves network resilience and reduces the risk of service disruption.
• Its QSFP+ support ensures high-speed interconnect capability, enabling flexible integration into modern high-throughput routing architectures.
• From a strategic infrastructure perspective, it supports long-term backbone modernization, scalable service provider growth, and seamless transition toward cloud-native and 5G-enabled network ecosystems with strong ROI and operational stability.