Bringing Cisco’s Network Virtualization (nV) Technology to Mobile Networks
The Cisco ASR 9000 edge routing system has gone mobile.
Cisco announced that it is bringing its nV (Network Virtualization) technology to mobile networks and unveiled three powerful new platforms for the ASR 9000 family:
- ASR 901 cell site router, a high-capacity, low-power router for 2G, 3G and 4G mobile cell sites;
- ASR 903 unified Ethernet access router, a compact Ethernet access device for business, residential, and mobile applications; and
- ASR 9901 small edge router, a smaller version of the ASR 9000 for low-capacity deployments.
- Simplified Network Operations: The ASR 9000 system uses Cisco nV (network virtualization) technology to lower operating costs by up to 69% and capital expense costs by up to 67% (when compared with competing edge platforms).
- Simplified IPv6 Migrations: Cisco delivers on its strategy of building IPv6 next-generation networks to simplify the design, deployment and management of services.
- Simplified Service Management: Plug-and-play capabilities, singular point-of-service management using Cisco Prime, cost-effective configurations and ease of deployment reduce the need for costly on-site setup, support and maintenance, while providing hardware and software savings.
nV technology capabilities (unveiled June 7) now extend all the way to the access layer to help operators further optimize operations and maximize the cost benefits of virtualized infrastructures. nV technology also provides topology-, place- and capability-agnostic resource consolidation and virtualization for simplified operations, increased network capacity and accelerated IPv6 services. Operators can deploy nV technology with a simple software upgrade.
These innovative solutions deliver on the promise of the Cisco MOVE (Monetization, Optimization, Video Experience) strategic framework, which helps operators better manage, enhance and profit from the rapidly growing volume of Internet traffic and the proliferation of connected devices.Tags: