Even with these enormous improvements in computing performance and power consumption, one area of the embedded computing sector has until now not been able to keep up with the rapid advancement pace: graphics performance. As the advantages of embedded technology make gains in new vertical markets, such as multi-media content delivery applications, kiosks, POI/POS and the professional gaming arena, all of which make extremely high demands on graphics performance and require support via the latest APIs (like DirectX11), OEMs have had to search for solutions that meet these stiff requirements so as to create rich visual experiences for users.
White Paper: High-end graphics performance for low-power small-form-factor (SFF) designs
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Even with these enormous improvements in computing performance and power consumption, one area of the embedded computing sector has until now not been able to keep up with the rapid advancement pace: graphics performance. As the advantages of embedded technology make gains in new vertical markets, such as multi-media content delivery applications, kiosks, POI/POS and the professional gaming arena, all of which make extremely high demands on graphics performance and require support via the latest APIs (like DirectX11), OEMs have had to search for solutions that meet these stiff requirements so as to create rich visual experiences for users.

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