A patented circuit‑level approach that reduces dynamic switching power by at least 90% without reducing clock frequency — enabling high‑performance compute with dramatically lower energy and heat.
In digital silicon, a large portion of power is consumed every time signals transition. Capacitances are charged and discharged at high frequency, and that energy is lost as heat. Traditional approaches often trade performance for power by lowering voltage or frequency. LPP™ is designed to reduce switching power without sacrificing performance.
At a high level, LPP™ reshapes how charge moves during switching so energy is reused on the next cycle...
LPP™ is particularly effective on array‑like or high‑fanout structures with large capacitive loads and high switching activity.
Use compilers and libraries to add LPP™ functionality to specific blocks (SRAM, eFPGA, I/O) in your SoC.
Adopt LPP™ through application‑focused IC programs (IoT Medical, Wearables, Mobile) that package LPP benefits into silicon.
Work with our engineers to embed LPP™ into your design with feasibility, integration, and silicon enablement support.
The whitepaper provides deeper background and evaluation context. We only send technical material to company email addresses.
