> Operating at such low voltages introduces timing challenges, including potential setup time violations. Upbeat addresses these with a second key innovation: a proprietary Error Detection and Correction (EDAC) architecture. This system, which includes a patented special flip-flop design, can catch and correct setup time violations that may occur at near-threshold voltages. This allows for reliable operation without sacrificing efficiency gains.

Wouldn't it be simpler to initialise at a higher voltage and then bring down the voltage after stabilisation? Unless of course the errors are always occurring?