Battery life is the bottleneck. Extend runtime, reduce recharge burden, and improve comfort by cutting dynamic switching power at the circuit level.
Medical wearables and body-worn systems depend on continuous sensing and reliable compute—often in small, sealed enclosures where heat and battery constraints collide.
Examples include continuous glucose monitors (CGMs) and insulin pumps, plus a broad range of portable medical devices.
Continuous glucose monitors (e.g., Dexcom, Libre) need long life + stable performance.
Body-worn pumps (e.g., Omnipod-style systems) require efficient compute with low heat.
Portable dialysis and other mobile medical equipment constrained by battery + thermals.
Instead of burning switching energy as heat, LPP reshapes switching so energy is reused on the next cycle. This is designed to improve efficiency without forcing a performance sacrifice.
Longer runtime, lower surface temperature, smaller battery sizing options, and fewer charge/replacement cycles—reducing maintenance and improving patient experience.
