MILPITAS, Calif. -- LSI Corporation (NYSE: LSI) today announced a platform featuring the company’s networking and storage solutions to enable content delivery networks (CDN) that bring rich media services to multi-screen environments. The combination of the LSI Axxia Network Accelerator, Axxia Media Accelerator and WarpDriveTM SLP-300 solid-state acceleration card provides a programmable platform that brings significant performance, manageability and scalability enhancements to application and content delivery servers.

"With the exploding growth of rich media within the data center environment and on mobile devices, more efficient media processors and storage capabilities are required to meet today's demands," said Will Strauss, principal analyst, Forward Concepts. "The adoption of CDN servers powered by LSI solutions helps OEMs contend with this issue."

Data center and mobile network operators can store files such asfrequently viewed video content closer to users at the edge of thenetwork to improve quality of experience (QoE), reduce latency and optimize bandwidth usage. CDN servers using the LSI portfolio of networking and storage solutions provide the foundation that enables equipment manufacturers to reduce operating expenses for their customers while delivering rich media content and enabling new services. Additionally, the LSI networking and storage solutions allow equipment manufacturers to decrease time to market, support new codec standards and help OEMs produce products with upgradeable features.

"By preventing network congestion, data center and mobile CDN servers make it easier for users to access live broadcast video, video on-demand, and other video and graphics-intensive content from any screen, at any time and in any place," said Steve Vandris, media processor product line director, Networking Components Division, LSI. "Our portfolio of network and storage solutions makes it easier for OEMs to more cost-effectively manage rich media content and deliver a higher QoE to users."

LSI Corp. (NYSE: LSI)