Qamcom and Arbe Collaborate to Bring the Power of 4D Imaging Radar to A Wide Variety of Industries Including Commercial and Aerial Vehicles

Arbe, the provider of next-generation 4D Imaging Radar Chipset Solution, enabling high-resolution sensing for ADAS and autonomous vehicles, announced a partnership with Qamcom, a leading specialist company within technology applications, that will expand their 4D Imaging Radar Solution to additional vehicle applications like trucks, buses, delivery PODS, and industrial verticals like industrial robots, security systems, ground protection, drones, traffic monitoring, and many more. Qamcom will offer the customization of the imaging radar systems based on the Arbe chipset technology that will serve the unique function of each vehicle or application, in various implementations scales.

Through the partnership, Arbe’s 4D Imaging Radar solution will bring a true level of safety, unmatched radar performance, and paradigm-changing perception to new industry verticals – including both dynamic and static applications. Arbe’s solution is the world’s first radar to separate, track, and identify objects in 2K ultra-high resolution in both azimuth and elevation, achieved via a proprietary chipset of 48 receiving and 48 transmitting RF channels and a dedicated processor chip. By making the 4D Imaging Radar Solution available to additional vehicles and industrial applications, Arbe is complementing the company’s product offering beyond ADAS and autonomous driving in the passenger vehicle vertical.

Arbe’s 4D Imaging Radar Solution offers advanced perception capabilities for various applications supporting a variety of use cases including off-road, indoors, high speeds, long ranges, and a wide field of view. Arbe’s technology enables accurate real time inference of the vehicle’s ego-velocity, and mapping and localization in unmapped areas. Post processing the radar data allows obstacle detection and avoidance, tracking and classifying objects in the entire field of view and determines their motion vector. It also provides precise and accurate free space mapping to distinguish drivable from non-drivable environments in any weather, lighting, or challenging environment condition including debris and dust, which challenges optical sensors. These perception capabilities are particularly crucial to the agriculture, construction, transportation, and truck verticals.

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