Cisco ASR-9001 Router | 4x10GE Edge Aggregation Platform

• Service Provider Edge Routing
• Metro Ethernet Aggregation Networks
• Enterprise WAN Core Infrastructure
• MPLS VPN Service Delivery
• Internet Service Provider (ISP) Networks
• Carrier Ethernet Deployments
• Data Center WAN Connectivity
• Multi-Site Enterprise Routing
• Traffic Engineering Environments
• Network Modernization Projects 

• 4x10GE High-Speed Network Aggregation
• Cisco IOS XR Carrier-Class Stability
• Advanced Layer 2 Service Delivery
• Intelligent Layer 3 Routing Engine
• MPLS Traffic Engineering Support
• Service Provider Edge Optimization
• Space-Efficient Compact Architecture
• High Availability Network Operations
• Scalable Enterprise WAN Connectivity

• Brand: Cisco
• Model: ASR-9001
• Product Type: Aggregation Services Router
• Series: Cisco ASR 9000 Series
• Form Factor: Compact Modular Chassis
• Ethernet Ports: 4 × 10 Gigabit Ethernet (10GE)
• Operating System: Cisco IOS XR
• Routing Protocols: BGP, OSPF, IS-IS, RIP
• MPLS Support: Yes
• Layer Support: Layer 2 & Layer 3
• VPN Support: Yes
• Traffic Engineering: Supported
• High Availability: Supported
• Network Role: Edge Routing & Aggregation
• Deployment Type: Service Provider & Enterprise WAN
• Architecture: Carrier-Grade Routing Platform
• Scalability: Enterprise and Service Provider Scale
• Primary Applications: WAN, MPLS, Edge Routing, Network Aggregation
• Power Efficiency: Optimized for Low Operational Overhead
• Management Platform: Cisco IOS XR Management Framework

WHY CHOOSE THIS PRODUCT?

• Four integrated 10GE interfaces provide reliable bandwidth for growing enterprise and carrier networks.
• Cisco IOS XR delivers operational stability, process isolation, and continuous service availability.
• Supports MPLS services for traffic engineering, VPN delivery, and scalable service deployments.
• Compact design helps maximize rack space while maintaining enterprise-grade routing capabilities.
• Supports major routing protocols for seamless integration into complex network environments.
• Energy-efficient architecture contributes to lower power consumption and improved TCO.