Intel® Active Management Technology allows retailers in Israel to dynamically and wirelessly update consumer campaigns with in-store digital signage.
Introduces the Intel® Core™ family of processors and their value for embedded applications, focusing on processor intelligence and scalability.
Introduces the Intel® Core™ family of processors and their value for embedded applications, focusing on processor intelligence, manageability, integration, and scalability for low-power, high-performance solutions in various market sectors.Full View >
Video: Intel and Green Hills Software* present the unique value of Intel® Atom™ for next generation in-vehicle infotainment systems.
Intel Embedded and Green Hills Software demonstrate the unique value of Intel® Atom™ processors for next generation in-vehicle infotainment systems with an in-progress example of rich-media MeeGo* applications and safety-critical IVI applications.Full View >
PCI Express* Compliance Load Board demo covers tools, oscilloscope, platform, waveform analysis, SigTest software, and reports. (v.001, Mar. 2010)
Charge car anywhere project uses Ericsson networking, Volvo, and the Intel® IVI Reference Design for a fully connected, metered electric vehicle.
Charge car anywhere project uses Ericsson networking, Volvo, and the Intel® IVI Reference Design for a fully connected, metered electric vehicle.Full View >
The Intel® Atom™ processor E3800 product family solves Xerox’s challenges, improving scalability, time to market, and reducing cost. (v.1, Sept. 2013)
Next generation networks increase scalability, flexibility and improve performance through the use of common platform using Intel® Architecture.
Intel’s Don Feuerstein demonstrates how to boot a customer reference board to DOS using a USB drive by modifying BIOS settings. (v.1, June 2010)
Discusses dynamic power management for multi-core processors that increases throughput without significantly increasing power. (v.1, June 2009)
Yan Like of the Intel-Zhejiang University Technology Center discusses a dynamic power management framework for multi-core processors that allows throughput increase while avoiding a significant increase in power. (v.1, June 2009)Full View >