Intel® Active Management Technology helps your connected in-store devices stay current, available and protected while operating with energy efficiency.

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Innovating the Cloud Radio Access Network for a Mobile Experience

University researchers discuss the cloud radio access network and how wave broadcast mobile communications improve user experience. (v.1, April 2011)

Innovating the Cloud Radio Access Network for a Mobile Experience

Video: Cloud Radio Access Network (C-RAN)

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Less Equals More with Intel® Xeon® Technology

See how less equals more with Intel® Xeon® processors, providing power savings, scalability, integration, real estate, and workload consolidation.

Less Equals More with Intel® Xeon® Technology

See how less equals more with Intel® Xeon® processors, providing power savings, scalability, integration, real estate, and workload consolidation.

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Ubiquisys and Intel® Technology: Performance for Microcell Devices

Ubiquisys 與 Intel® 技術以智慧型 microcell 裝置在網路邊緣為第三方應用程式提供運算能力。

Ubiquisys and Intel® Technology: Performance for Microcell Devices

Ubiquisys uses Intel® technology to provide massive compute power at the edge of the network with intelligent microcell devices for third party applications.

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Workload Consolidation in Communications Infrastructure

Intel® Virtualization Technology enables workload consolidation on a single architecture, simplifying network complexity and management.

Workload Consolidation in Communications Infrastructure

Intel® Virtualization Technology enables workload consolidation on a single architecture, simplifying network complexity and management.

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Increase Throughput with Network Coding

Describes how to increase throughput with network coding, which allows an intermediate router to encode an outgoing packet.

Increase Throughput with Network Coding

Thinh Nguyen of Oregon State University discusses how to increase throughput in wireless networks with network coding, which allows an intermediate router to encode an outgoing packet by appropriately mixing incoming packets. (v.1, June 2009)

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Wireless Sensor Network Field Studies in India

Research findings from wireless sensor network field deployment in India for agriculture, air quality, and forestry applications. (v.1, June 2009)

Wireless Sensor Network Field Studies in India

Provides an overview of research findings from wireless sensor network field deployment in India for agriculture, air quality, and forestry applications, including technology challenges and problems and lessons learned. (v.1, June 2009)

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Full Virtualization in a Wireless Medical Use Case

Wireless medical demo acquires data with Linux* while viewing on Windows*, running simultaneous OS with Intel® architecture and virtualization.

Full Virtualization in a Wireless Medical Use Case

Wireless medical demo acquires data with Linux* while viewing on Windows*, running simultaneous OS with Intel® architecture and virtualization.

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Intel® Xeon® Processor Array Improves Performance

Intel® Xeon® processor array improves the performance of radar analytics, reducing image resolution time. (v.1, Feb. 2011)

Intel® Xeon® Processor Array Improves Performance

Intel’s Greg Clifton explains how an Intel® Xeon® processor array improves the performance of a synthetic aperture radar and moving target indicator (SARMTI) by significantly reducing image resolution time of a SARMTI algorithm. (v.1, Feb. 2011)

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