Cisco A9K-24X10GE-TR ASR 9000 10GE Packet Optimized Line Card

• Service provider IP/MPLS aggregation layer expansion
• Metro Ethernet and regional backbone scaling
• Data center edge connectivity and aggregation
• Enterprise WAN core modernization
• Cloud interconnect and hybrid infrastructure transport
• High-density internet peering and transit routing
• 5G mobile backhaul and transport networks
• Video streaming and CDN traffic aggregation
• Government and public sector backbone networks
• Financial services low-latency network infrastructure

• 24 x 10 Gigabit Ethernet ports for high-density aggregation
• Packet-optimized forwarding architecture for predictable performance
• Carrier-grade reliability for ASR 9000 modular systems
• Designed for service provider backbone and metro deployments
• Spare unit configuration for rapid replacement and continuity
• High bandwidth per slot for space-efficient scaling
• Seamless integration with Cisco ASR 9000 chassis ecosystem
• Supports large-scale IP/MPLS routing environments
• Optimized for converged traffic (data, voice, video)
• Enhances network consolidation and operational efficiency
• Built for high availability and resilient infrastructure design
• Enables scalable backbone expansion without redesign
• Supports cloud and hybrid network interconnect strategies
• Reduces operational downtime through spare availability

• Brand: Cisco
• Product Model: Cisco A9K-24X10GE-TR
• Product Type: ASR 9000 Series Line Card
• Interface Type: 10 Gigabit Ethernet (10GE)
• Number of Ports: 24
• Platform Compatibility: Cisco ASR 9000 Series routers
• Function: Packet-optimized routing and aggregation
• Deployment Role: Core, aggregation, metro edge
• Configuration: Spare unit
• Architecture: Modular carrier-grade routing system
• Use Case Focus: High-density backbone and service provider transport

WHY CHOOSE THIS PRODUCT?

• Organizations choose the Cisco A9K-24X10GE-TR when they require high-density 10GE aggregation combined with carrier-grade reliability and fast service restoration capability. The spare configuration ensures reduced downtime risk and faster field replacement in mission-critical environments.
• Compared to lower-density line cards, this module significantly improves port utilization per chassis slot, reducing infrastructure footprint while increasing aggregate bandwidth capacity. It is designed to integrate seamlessly into existing ASR 9000 deployments, making it ideal for network expansion without architectural disruption.
• From a procurement and lifecycle perspective, it enhances ROI by extending platform longevity, reducing operational downtime, and supporting scalable growth for evolving IP/MPLS and cloud-driven architectures.