7950 Extensible Routing System

Stay a step ahead of evolving service demands on the IP core 

The Nokia 7950 Extensible Routing System (XRS) is a next-generation routing platform that can help you sustain profitable growth in a highly competitive and constantly changing market. It delivers the scale, efficiency, and versatility you need to address evolving service demands driven by the cloud, LTE/5G, and the Internet of Things.

Drawing on our proven silicon, software, and systems integration innovations, the 7950 XRS lets you build a core network with enough headroom to meet capacity demands well into the next decade. On one common platform you can cost effectively address your IP routing, internet peering, Multiprotocol Label Switching (MPLS), and infrastructure service requirements.

The 7950 XRS has been deployed by telecom, cable, mobile, utility and private network operators of all sizes. It is also the trusted routing platform of major Web-scale operators and internet exchange providers around the world.

Scaling your IP core with the Nokia 790 XRS

Supports all services on one platform

  • Addresses the full range of core routing requirements on common hardware
  • Enables you to build a versatile, reliable, and converged core network that evolves with your needs and protects your hardware investments
  • Leverages our resilient and feature-rich Service Router Operating System (SROS) and programmable FP3 routing silicon
  • Features a flexible, pay-as-you-go software licensing model

Scales cost effectively

  • Uses a modular and extensible hardware design that ensures granular and economical scaling up to 16 Tb/s in a single rack
  • Provides back-to-back and multi-chassis expansion options for scaling system capacity to 32 Tb/s and beyond
  • Operates in a small resource footprint: Consumes 1 Watt per gigabit of traffic switched and 39 rack units in a standard 19-inch rack

Eases IP/optical integration

  • Eliminates the need for optical transponders with tunable 10GE and 100GE DWDM optics that interface directly with the photonic transport layer
  • Addresses higher DWDM connectivity needs with minimal cost and operational complexity with an optical extension shelf based on the 1830 Photonic Service Switch
  • Leverages a standards-based GMPLS user–network interface to efficiently coordinate IP routing and transport requirements and dynamically set up optical segments and end-to-end transport connections

Enables cross-domain management

  • Uses the 5620 Service Aware Manager to integrate and orchestrate network management operations across the IP core, service edge, and optical transport domains

Supports carrier SDN integration

  • Enables multivendor SDN control integration through OpenFlow, PCEP, BGP-LS and NETCONF/YANG interfaces
  • Works with the Network Services Platform to unify service automation and network optimization across the IP, MPLS, Ethernet, and optical transport layers