Cisco ASR 907 - Modular expansion base - side to side airflow - rack-mountable - with 8 x ASR 9XX Carrier card for 2 IMA modules A9XX-2IMA-CARRIER

The ASR 900 Series is a modular aggregation platform that delivers cost-effective converged mobile, residential, and business services. You get redundancy, a shallow depth, low power consumption, and high service scale in routers packed with useful features and optimized for small aggregation and remote point-of-presence (POP) applications.

• Broadband aggregation
• Pre-aggregation for mobile applications
• Timing services
• Suitable for harsh environments
• Metro Ethernet Aggregation

• Broadband aggregation
  Deliver a greatly enhanced broadband customer experience. This series supports broadband aggregation for voice, video, data, and mobility services. It supports thousands of subscribers, and QoS scales to a large number of queues per device.
• Pre-aggregation for mobile applications
  Deployed as a pre-aggregation platform for mobile backhaul, the series can aggregate cell sites and use MPLS as a transport for RAN backhaul traffic.
• Timing services
  Get the timing services required in today's converged access networks. The series offers integrated support for a variety of interfaces and can act as the source for network clocking for GPS and other interfaces.
• Suitable for harsh environments
  Because of its shallow depth and qualification for extended temperature ranges, the series can be deployed in small and harsh environments.
• Metro Ethernet Aggregation
  Built to meet service provider requirements for Carrier Ethernet aggregation, the series is optimized for remote central office and smaller sites that need a full-featured, modular, small-footprint, fully redundant aggregation platform.

The ASR 900 Series is a modular aggregation platform that delivers cost-effective converged mobile, residential, and business services. You get redundancy, a shallow depth, low power consumption, and high service scale in routers packed with useful features and optimized for small aggregation and remote point-of-presence (POP) applications.