power efficiency

Media apps


Challenge

Decrease the total power consumed in a threaded multimedia application. Power consumption is an important performance consideration for battery-run mobile systems.

In various situations, Hyper-Threading Technology consumes additional power while improving performance. The following chart shows the relative power consumption of a watermark detector within a video-editing application on a processor with Hyper-Threading Technology and a system without Hyper-Threading Technology at the same frequency and voltage:

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  • Power Efficiency – Analysis and SW Development Recommendations for Intel® Atom™ based MID platforms 2

    This is part 2 of an article - You can read part 1 here.

    Explore power characteristics of the Intel® Atom™ platform geared for the MID (Mobile Internet Device) category of devices. Providing recommendations for SW developers on how to best optimize applications for power efficiency for this new line of Intel processors/platforms. Some topics also apply to Intel® Atom™ processor based NetBooks.

    Workloads

  • Intel AppUp® Developer
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  • Sleep/Wake transitions


    Challenge

    Implement the principles of Application Power Management for Mobility to handle system sleep/wake power transitions. A good user experience and longer battery life are critical factors for mobile systems. Application software has a key role to play in improving user experience as well as in extending battery life.

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  • PeekMessage Calls in Mobilized Applications


    Challenge

    Determine and minimize the battery-life impact of PeekMessage calls in Windows*-based mobilized applications. When discussing optimization techniques for applications running on battery-powered devices, some application developers doubt or do not understand the need to be concerned with this issue.

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  • Extend battery life


    Challenge

    Implement the principles of Application Power Management for Mobility to extend battery life in mobilized applications. A good user experience and longer battery life are critical factors for mobile systems. Application software has a key role to play in improving user experience as well as in extending battery life.

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