Cisco Virtualized Services Module - Expansion Module - 10Gb Ethernet X 4 - Refurbished - For ASR 9006, 9010, 9904, 9912, 9922 - A9K-VSM-500-RF

• High-performance processing
  X86-based compute resources offer capability to host multiple applications.
• Hardware assist
  Onboard hardware-based assist for cryptographic and regular expression functions.
• Integrated application forwarding plane architecture
  Integration with router forwarding infrastructure, as well as backplane connectivity of 120 Gbps.
• Service management
  Service instantiation, activation, and facilitation via the service-enablement architecture supported on Cisco IOS XR.
• Single form factor for multiple applications in a virtualized environment
  Efficient power load sharing and redundancy benefit from router integration, delivering high power with space efficiency.
• Service flexibility
  Ability to scale applications based on the customer's requirements by increasing compute resources allocated, offering pay as you grow flexibility.
• Redundancy
  Application high-availability through virtualization.

Unlock the benefits of virtualization to make your network more flexible, agile, and simpler to manage. The Cisco Aggregation Services Router (ASR) 9000 Series Virtualized Services Module (VSM) makes it easy for service providers to transition network infrastructure services to virtual workloads. The VSM provides the capability to host Cisco, third-party, and custom applications in a virtualized environment much like a server blade on a router. This flexible, elastic approach lets you increase or decrease service capacity as needed, so there is no need to design for maximum capacity. Simplified provisioning and upgrades help you save time and reduce costly truck rolls for upgrades or troubleshooting. You can also use the Cisco ASR 9000 Series VSM to help you maximize the availability of services through virtual machine migration in the event of hardware failures. The module has its own processors, network interfaces, and memory that operate independently of the host router resources, helping ensure maximum concurrent routing and application performance.