Reach is the industrys leading high-performance wireless power-at-a-distance company. Our wireless power changes electric power delivery in the same way that Wi-Fi changed data delivery. We built our system on state-of-the-art, patented technology, including high-efficiency power
SummaryWould you like to be a part of Apple’s fast-growing mmWave and cellular wireless design team? We are responsible for all aspects of mmWave/cellular silicon development with a particular emphasis on highly integrated and efficient designs
About Oso Semiconductor Oso Semiconductor is an early-stage fabless semiconductor company developing next-generation mmWave beamforming technology. Founded by UC Berkeley PhDs, our proprietary RFIC architecture delivers 2-4x power reduction for phased array systems across satellite communication (SATCOM), 5G,
About Oso Semiconductor Oso Semiconductor is an early-stage fabless semiconductor company developing next-generation mmWave beamforming technology. Founded by UC Berkeley PhDs, our proprietary RFIC architecture delivers 2–4x power reduction for phased array systems across satellite communication (SATCOM), 5G,
About Oso Semiconductor Oso Semiconductor is an early-stage fabless semiconductor company developing next-generation mmWave beamforming technology. Founded by UC Berkeley PhDs, our proprietary RFIC architecture delivers 2–4x power reduction for phased array systems across satellite communication (SATCOM), 5G,
About Oso Semiconductor Oso Semiconductor is an early-stage fabless semiconductor company developing next-generation mmWave beamforming technology. Founded by UC Berkeley PhDs, our proprietary RFIC architecture delivers 2–4x power reduction for phased array systems across satellite communication (SATCOM), 5G,
About Oso Semiconductor Oso Semiconductor is a fast-growing early-stage fabless semiconductor company developing next-generation microchips for wireless communication and sensing. Founded by UC Berkeley PhDs, our proprietary microchip architecture delivers 2-4x power reduction for phased array systems across