Software-defined networks provide centralized control of virtualized environments, enabling faster deployment of new services and reduced costs.
University researchers discuss the cloud radio access network and how wave broadcast mobile communications improve user experience. (v.1, April 2011)
Intel® Virtualization Technology enables workload consolidation on a single architecture, simplifying network complexity and management.
Cloud-RAN solution enables dynamic on-demand response, combining collaborative radio and real-time cloud infrastructure using a LTE base station.
Demos high-speed regex pattern matching with Intel® Data Plane Development Kit and HyperScan* on Intel® Xeon® processor and Linux*-based platforms.
New media processing architecture meets video bandwidth demand with scalable, cost-effective, and efficient solutions without software optimization.
Intel’s Pranav Mehta explains how the Crystal Forest platform dynamically combines compute and network services into a unified architecture.
Next generation networks increase scalability, flexibility and improve performance through the use of common platform using Intel® Architecture.
Intel® Architecture creates a secure, intelligent network for people on connected systems who need more bandwidth and protection from malware.
Network functions virtualization and software-defined networks offer nonproprietary solutions, reducing costs and time to market for new services.