enabling-battery-powered-silicon-chips-to-work-faster-and-longer

Enabling battery-powered silicon chips to work faster and longer

A team of researchers from NUS have invented a novel class of reconfiguration techniques that adaptively extends both the minimum power consumption and the maximum performance of digital circuits, well beyond common voltage scaling. Such extended adaptation allows digital silicon chips to operate at lower power during normal use, and at higher performance level when necessary.

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