IC Offerings

Application‑focused integrated circuits designed with Low Power Processing (LPP™) to reduce switching power by at least 90% without reducing performance.

LPP™ inside: full‑speed efficiency for real products

Our IC roadmap focuses on markets where battery life, heat, and power delivery are the limiting factors. Each IC offering is designed to preserve performance while dramatically reducing energy wasted in switching.

90%+
Switching power reduction (target)
0%
Clock reduction required
Low heat
Reduced thermal load
Edge → DC
Scales from IoT to datacenters
IC Categories

Choose an application program

Each program can be delivered as evaluation silicon, a reference design, or a co‑development engagement.

IoT Medical

Ultra‑low‑power compute for medical monitors and implantables — enabling longer device life and reducing battery constraints.

Low heat • Reliability

IoT Wearables

Always‑on sensing, on‑device analytics, and long runtime for consumer wearables — without thermal discomfort.

Always‑on • Comfort

Mobile Devices

Performance‑first mobile compute with far less switching loss — enabling longer battery life and sustained performance.

Performance • Battery

Example: Early access program

For teams evaluating LPP™, we offer an early access engagement that includes a technical briefing, integration guidance, and evaluation materials.

Pre‑order early access →

What we align on

Target blocks: clock trees, SRAM/cache, embedded FPGA fabric, GPIO/I/O, display drivers.
Constraints: performance, area, timing closure, packaging, power delivery, thermal envelope.
Deliverables: evaluation materials, feasibility plan, and integration roadmap.