Cisco ASR1000 RP1 Router Processor Dual Core CPU Module

• Enterprise WAN core deployments
• Service provider edge routing
• Hybrid cloud network infrastructure
• Large campus routing platforms
• Government digital network modernization
• Financial services WAN backbone
• Business continuity routing environments
• Disaster recovery network architecture
• Managed network service platforms
• Replacement of existing ASR1000 Route Processors

• Dedicated Route Processor for Cisco ASR1000 Series
• Dual core processor architecture
• Centralized control plane processing
• Supports modular router architecture
• Coordinates with Embedded Services Processors
• Optimized for enterprise WAN deployments
• Supports scalable infrastructure growth
• Enables high availability configurations
• Improves operational efficiency
• Simplifies hardware replacement and upgrades
• Designed for continuous network operations
• Supports enterprise and carrier environments
• Extends platform service lifecycle
• Protects existing infrastructure investments
• Enables cost effective infrastructure modernization

• Brand: Cisco
• Part Number: ASR1000-RP1
• Product Type: Route Processor Module
• Product Family: Cisco ASR1000 Series
• Module Type: Router Processor
• Processor Architecture: Dual Core CPU
• Primary Function: Control Plane Processing
• Deployment Type: Internal Modular Router Component
• Compatible Platform: Cisco ASR1000 Series Aggregation Services Routers
• Application: Enterprise WAN and Service Provider Networks
• System Role: Route Processing and Platform Management
• Architecture: Modular
• High Availability Support: Yes
• Upgrade Type: Field Replaceable Processor Module
• Infrastructure Compatibility: Cisco ASR1000 Modular Platform
• Business Continuity Support: Yes
• Lifecycle Benefit: Extends operational life of ASR1000 deployments
• Expansion Support: Compatible with modular platform upgrades

WHY CHOOSE THIS PRODUCT?

• The Cisco ASR1000 RP1 is an excellent choice for organizations maintaining or expanding Cisco ASR1000 deployments because it delivers reliable control plane processing without replacing the complete router platform. Its modular design simplifies upgrades, hardware replacement, and lifecycle management while supporting high availability architectures. Compared with fixed routing platforms, it provides greater deployment flexibility, lower long term ownership costs, stronger infrastructure resilience, and an efficient path for enterprise WAN modernization.