Phones and tablets are power-limited by design. Cut dynamic switching power so battery lasts longer, sustained performance improves, and devices run cooler under real workloads.
Modern mobile compute is dominated by power density: the faster you go, the hotter you get, and the sooner you throttle. The “waste as heat” problem turns performance into a thermal tax.
LPP aims to reduce switching losses so more of your battery becomes useful computation instead of heat.
High activity domains where responsiveness can fight battery life.
SRAM and buffers where bandwidth and activity dominate power.
Always-on distribution networks that amplify switching losses.
Better battery life under real usage, higher sustained performance, and cooler devices—especially during gaming, camera processing, and on-device AI features.
Start with a macro (SRAM / array / clock) for measurable wins, then expand into broader blocks as you validate targets and flows.
