Cisco C1-ASR1001-X/K9 Enterprise Edge Aggregation Router

• Enterprise WAN edge consolidation
• Multi-branch network aggregation
• Hybrid cloud connectivity deployment
• Secure MPLS and VPN transport environments
• Financial institution network modernization
• Government agency routing infrastructure
• Regional data center edge connectivity
• Disaster recovery network interconnection
• Managed service provider customer aggregation
• Business continuity and resilient WAN architectures

• Integrated Gigabit Ethernet connectivity
• 6 dedicated SFP network interfaces
• 2 high-speed SFP+ uplink interfaces
• Enterprise-grade WAN aggregation platform
• Supports scalable branch expansion initiatives
• Optimized for hybrid cloud connectivity
• Facilitates infrastructure modernization projects
• Improves network operational efficiency
• Supports resilient enterprise routing architectures
• Reduces dependency on multiple networking appliances
• Enables flexible fiber-based deployments
• Designed for high-availability environments
• Suitable for secure enterprise edge services
• Supports long lifecycle infrastructure strategies
• Enhances investment protection through scalable architecture

• Brand: Cisco
• Part Number: C1-ASR1001-X/K9
• Product Family: Cisco ASR 1000 Series
• Product Type: Aggregation Services Router
• Integrated Interfaces: Built-in Gigabit Ethernet
• SFP Ports: 6
• SFP+ Ports: 2
• Form Factor: Router
• Deployment Location: Enterprise Edge
• Application: WAN Aggregation
• Application: Branch Connectivity
• Application: Cloud Connectivity

WHY CHOOSE THIS PRODUCT?

• Organizations select the Cisco C1-ASR1001-X/K9 when they need a proven enterprise edge platform that balances performance, interface flexibility, and long-term scalability. Its combination of integrated Gigabit Ethernet, six SFP ports, and dual 10G SFP+ uplinks provides greater deployment versatility than many comparable edge routers. For procurement teams, it offers a practical upgrade path for WAN modernization, cloud adoption, and branch expansion while helping reduce infrastructure complexity, improve operational efficiency, and extend network lifecycle value.