ARIA Sensing Introduces Hydrogen: Game-changing Radar SoC
Key Ideas
- ARIA Sensing has launched Hydrogen, a revolutionary Ultra-Wideband (UWB) Radar system-on-chip (SoC) with advanced waveforms for precision in radar sensing applications.
- The Hydrogen SoC features 3D beamforming, programmable bandwidth up to 1.8GHz, and two integrated RISC-V microprocessors for robust performance and flexibility.
- Key features include 4Tx and 4Rx UWB channels, advanced 3D beamforming, and modular solutions for versatile integration in automotive, industrial automation, and smart home technologies.
- Alessio Cacciatori, CEO of ARIA Sensing, expressed excitement about Hydrogen's potential to redefine radar sensing applications with its innovative design and capabilities.
ARIA Sensing has unveiled Hydrogen, an innovative Ultra-Wideband (UWB) Radar system-on-chip (SoC) that is set to revolutionize radar sensing applications. The Hydrogen SoC introduces advanced waveforms that support both single-pulse and pulse-compression capabilities, ensuring unparalleled precision in radar sensing. With features like 3D beamforming, programmable bandwidth up to 1.8GHz, and two integrated RISC-V microprocessors, the chip offers robust performance and flexibility for various use cases. The inclusion of 4Tx and 4Rx UWB channels enables flexible array configurations, while the advanced 3D beamforming enhances depth perception and spatial resolution. ARIA Sensing has also developed modular solutions tailored for 2D and 3D radar applications, making Hydrogen versatile and suitable for integration into markets such as automotive, industrial automation, and smart home technologies. CEO Alessio Cacciatori expressed enthusiasm about the innovative design of Hydrogen and its potential to redefine radar sensing applications, marking a significant milestone in radar technology.
Topics
Asia
Automotive
Industrial Automation
Sensor Applications
UWB Radar
Smart Home
Radar Technology
3D Imaging
RISC-V Microprocessors
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