Rainbow Beam Training (w/ UCLA)
Frequency-to-angle mapping and fast OTA chirp training enabling low-latency, 3D coverage with TTD arrays with Prof. Cabric's CORES lab at UCLA.
Active and recent projects spanning true-time-delay arrays, energy-efficient TX/RX, time-domain receivers, and quantum interconnects.
Frequency-to-angle mapping and fast OTA chirp training enabling low-latency, 3D coverage with TTD arrays with Prof. Cabric's CORES lab at UCLA.
Slice-based RX arrays combining coarse phase steps with fine polyphase filtering for squint-free, wideband operation (7.3โ7.8ย GHz).
Sampling-mixer front-end with time-domain processing and adjustable inter-sample delta to expand in-band and blocker tolerance.
Vector-modulator LO generation using multi-stage PPFs for continuous angle resolution with low area and power.
Low-power cryo-to-ambient interconnects leveraging optical carriers and robust beam tracking for scalable quantum control.
Direct-RF K/Ku-band data converters.
Glucose biofuel-cell powered sensor SoCs with compressive-sensing front-ends and sub-ยตW radios for implants.
Interested in circuits, arrays, or quantum hardware? Browse current openings and email your CV and interests.
We collaborate on sponsored projects, silicon prototyping, and measurement. NDAs/CDAs supported.