An adjustable VDDQ supply lowers voltage in unterminated memory transfers to cut AC power while preserving terminated-mode signaling.
FRAM-based nonvolatile logic stores machine state before power loss, enabling zero-leakage sleep and fast resume under inconsistent supply.
FRAM-based nonvolatile logic captures SoC state before power-off, eliminating standby leakage and enabling instant-on recovery.
Adaptive power-on reset timing matches supply-voltage rise time to cut standby delay and power use while keeping internal circuits reliable.
Self-capacitance switching lets an RF antenna distinguish touch states without calibration, improving recognition and lowering power use.