Thursday, January 5, 2023

Arbe Reveals 360-Degree Radar for Self-Driving Vehicles at CES 2023 – IoT World Today

 

Arbe’s 360° Radar-Based Perception, delivering a complete and integrated understanding of the driving environment.

Arbe Reveals 360-Degree Radar for Self-Driving Vehicles at CES 2023 – IoT World Today: Israeli company Arbe has showcased its latest solution for autonomous vehicles (AVs) at CES in Las Vegas. The Tel Aviv-based firm has revealed its 360° Radar-Based Perception tool, which it says raises the bar for self-driving vehicles. Until now, 360-degree tracking has tended to rely on imaging. But Arbe’s tech uses a suite of radars to provide what it claims is the first artificial intelligence-based integrated analysis of the entire surroundings of a vehicle. The radars can identify, classify and monitor objects, and the data they capture is processed in real-time to create a full free space map around the vehicle, as well as provide analysis of potential hazards.


 

Jump-starting the Radar Revolution

Phoenix Perception Radar, with its 2K ultra-high resolution, enables an unmatched level of safety, and enriches perception algorithms for advanced capabilities including Free Space Mapping, object tracking, and SLAM. No matter the speed, elevation, range, or surrounding weather and lighting conditions, Phoenix differentiates true threats from false alarms to ensure a safe road ahead for drivers, pedestrians, and other vulnerable road users.

 

The Industry’s First Surround Imaging Radar

Designed primarily for corner and back installation, Lynx complements Phoenix Perception Radar to deliver a 360 degree view around the vehicle. Lynx offers a full set of benefits at an affordable price– true long-range performance, high resolution, small form factor, and a very wide field of view.
It effortlessly outperforms the current industry 3*4 corner radars and even the leading 12*16 long-range radars on the market, providing perception and superior imaging that are critical for true safety and autonomous driving.

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