What we work on
Our core is analog and mixed-signal circuits for medicine — implantable, wearable, and ingestible systems that sense and stimulate the body — with a dedicated thread advancing power delivery for AI compute.
Circuit oriented
The power delivery that keeps modern AI compute fed — dense, efficient voltage regulation for demanding processors.
High-density integrated voltage regulators, fast-transient control, and multiphase conversion for AI/ML accelerators.
Medical oriented
Implantable systems that listen to the brain and respond in real time — toward therapies for epilepsy, paralysis, and chronic pain.
Ultra-low-power neural recording front-ends, on-chip spike detection, and safe adaptive stimulation within a sub-milliwatt power budget.
Continuous, painless monitoring of the body's chemistry and vitals — catching disease earlier and outside the clinic.
Mixed-signal sensor interfaces for electrochemical and bio-impedance sensing, with energy harvesting and mm-scale integration.
Shrinking imaging front-ends onto a chip to bring diagnostics to the point of care and inside the body.
Integrated ultrasound / bio-photonic front-ends: high-voltage TX, low-noise RX, and beamforming in advanced CMOS.