A new chip design could bring energy-efficient AI computing to phones and laptops by processing models locally, reducing data movement, latency, and power demands overall. TU/e researchers and their partners have developed the Chimera chip as part of the CONVOLVE project, aiming to bring powerful, energy-efficient AI computing closer to users on smartphones, laptops and […]
A new chip design could bring energy-efficient AI computing to phones and laptops by processing models locally, reducing data movement, latency, and power demands overall.
TU/e researchers and their partners have developed the Chimera chip as part of the CONVOLVE project, aiming to bring powerful, energy-efficient AI computing closer to users on smartphones, laptops and […]
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A new chip design could bring energy-efficient AI computing to phones and laptops by processing models locally, reducing data movement, latency, and power demands overall. TU/e researchers and their partners have developed the Chimera chip as part of the CONVOLVE project, aiming to bring powerful, energy-efficient AI computing closer to users on smartphones, laptops and […]
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