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Signal Processing: Simplify with Signal Processing Development Kit

Improvements to multi-core architecture make signal processing viable on Intel® processors, resulting in superior parallelism performance.

Intel® Embedded Development Board 1-N450: Demo

Demos the Intel® Embedded Development Board 1-N450; plug-in CPU module fits into a modifiable motherboard to fit different embedded solutions.

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.

Boosting LTE App Performance with Intel® System Studio: Case Study

Case Study: Intel® System Studio optimizes the LTE software stack for high performance, rapid development, and design simplification. (v.1, Apr. 2014)

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Intel® Embedded Technology: Intelligent Digital Signage

Learn how intelligent digital signage solutions enhance shopper experience with anonymous video analytics, interactive touch screens, and more.

Intel® Atom™ Processor-based Curriculum at Georgia Tech

Ada Gavrilovska discusses how Intel® Atom™ processor-based Georgia Tech curriculum meets the industry need for embedded systems design expertise.

Intel® Atom™ LEAP* Platform: Energy-Efficient Embedded Computing

Reiher and Kaiser, UCLA, discuss Intel® Atom™ LEAP* architecture and embedded systems instructions for energy efficiency.

Implementing Network Booting using Intel® BLDK

White Paper: Modify Intel® BLDK code base, install the IDE, and set a host to support network booting on Intel® Atom™ processors. (v.001, Mar. 2012)

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Achieve High Availability on a Single Embedded System

White Paper: Intel® Virtualization Technology achieves high availability on single embedded systems to meet embedded market goals. (v.1, Nov. 2011)

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Symmetric Multiprocessing Best Practices

Maximize performance of Windows*-based systems with Intel® x86 multi-cores using symmetric multiprocessing and IntervalZero* RTX. (v.001, Oct. 2011)