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The dual supply voltage (dual-VDD) scheme reduces the active power consumption without performance degradation by using two power supply rails. However, an increase in the delay due to the scaled-down supply voltage has made assigning the lower supply voltage (VDDL) more difficult in the conventional dual-VDD scheme. We propose a technique for the dual-VDD scheme employing the Active Body-biasing Control (ABC) on PD-SOI, which increases the number of VDDL-cells owing to lowered threshold voltage. Simulation results have shown our approach effectively reduces the power consumption even at low voltage operation.

Dynamic threshold voltage control for dual supply voltage scheme on PD-SOI