ARIA Sensing Introduces 'Hydrogen' - The Revolutionary 3D UWB Radar SoC
Key Ideas
- ARIA Sensing launches 'Hydrogen,' the first 3D UWB Radar SoC, setting a new industry standard with advanced features.
- 'Hydrogen' SoC offers 4Tx and 4Rx UWB channels, advanced 3D beamforming, and programmable bandwidth up to 1.8 GHz for versatile radar applications.
- The chip's dual RISC-V microprocessors ensure robust performance, making it suitable for automotive, industrial, and smart home technologies.
- ARIA Sensing aims to redefine radar technology with 'Hydrogen,' providing innovative solutions for diverse global industries.
ARIA Sensing has introduced 'Hydrogen,' a groundbreaking Ultra-Wideband (UWB) Radar System-On-Chip (SoC), marking a significant advancement in radar technology. 'Hydrogen' is the world's first UWB Radar SoC to offer 3D beamforming along with programmable bandwidth up to 1.8 GHz, setting a new industry benchmark. This SoC introduces advanced waveforms supporting single-pulse and pulse-compression capabilities, delivering precise radar sensing applications. Equipped with two integrated RISC-V microprocessors, 'Hydrogen' ensures robust performance and flexibility for various use cases. Key features include 4Tx and 4Rx UWB channels, advanced 3D beamforming for accurate depth perception, and programmable bandwidth for adaptability in different sensing environments. ARIA Sensing offers modular solutions for 2D and 3D radar applications, catering to automotive, industrial automation, and smart home technologies. Alessio Cacciatori, the Founder and CEO of ARIA Sensing, expressed excitement about how 'Hydrogen' will redefine radar sensing applications, combining UWB advancements with a compact SoC design. ARIA Sensing, a leader in radar technology, aims to drive innovation in sensing applications and meet the evolving needs of global industries.