ARIA Sensing Revolutionizes Radar Technology with Groundbreaking 'Hydrogen' SoC
Key Ideas
- ARIA Sensing introduces 'Hydrogen,' the first UWB Radar System-On-Chip (SoC) with advanced 3D beamforming and programmable bandwidth, setting a new industry standard.
- 'Hydrogen' features 4Tx and 4Rx UWB channels for optimized 3D imaging, advanced 3D beamforming for accurate depth perception, and programmable bandwidth up to 1.8 GHz for adaptability.
- The SoC offers versatility through modular solutions tailored for 2D and 3D radar applications, with applications in automotive, industrial automation, and smart home technologies.
- Alessio Cacciatori, Founder and CEO at ARIA Sensing, projects that 'Hydrogen' will redefine radar sensing applications with its cutting-edge technology and compact design.
ARIA Sensing, based in Rezzato, Italy, has launched 'Hydrogen,' a revolutionary Ultra-Wideband (UWB) Radar System-On-Chip (SoC). This innovative chip is the industry's first to offer 3D beamforming with programmable bandwidth up to 1.8 GHz. The 'Hydrogen' SoC introduces advanced waveforms supporting single-pulse and pulse-compression capabilities, ensuring precise radar sensing applications. Equipped with two RISC-V microprocessors, the chip promises robust performance and flexibility for various use cases. Key features include 4Tx and 4Rx UWB channels for optimized 3D imaging, advanced 3D beamforming for accurate depth perception, and programmable bandwidth for enhanced adaptability. ARIA Sensing offers modular solutions for both 2D and 3D radar applications, aiming for seamless integration into markets like automotive, industrial automation, and smart home technologies. Alessio Cacciatori, CEO of ARIA Sensing, expresses excitement about how 'Hydrogen' will reshape radar technology, merging UWB advancements with a compact SoC design to meet evolving industry needs.
Topics
Homes
Technology
Innovation
Automotive
Industrial Automation
UWB Radar
Sensing Applications
ARIA Sensing
RISC-V
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