Imaging Radar

Ensuring safety for autonomous driving of L3 and higher levels.

Using the innovative Flex-Cascading® technology, Calterah's cascading imaging radar solution, powered by two Andes Radiator-on-Package (RoP®) SoCs, works with waveguide antennas to achieve longer detection range and higher angular resolution. It supports accurate 4D measurement, stable detection of weak targets, and imaging with rich point clouds, achieving industry-leading radar imaging performances. Even in complex urban traffic environments, it can precisely depict vehicles, three-wheelers, two-wheelers, and pedestrians With such powerful perception capabilities, this imaging radar solution can help vehicles achieve urban Navigate on Autopilot (NoA) and other advanced ADAS functions, ensuring safety for autonomous driving of L3 and higher levels.

Demo Videos

Partners

Shenzhen Smartcomtech Technology Co., Ltd.

Shenzhen Smartcomtech is a leading provider of plastic metallization application solutions for core RF components of 5G, 6G, mmWave, and satellite communication. With plastic metallization technology as its core, Shenzhen Smartcomtech provides customers with processing services for 4D mmWave automotive radar antennas, including metal precision machining, plastic precision machining, PVD magnetron sputtering, electro/chemical plating, precision mold design and processing, precision injection molding, etc.

Waveland Technology

Founded in 2023, Waveland Technology (Shanghai) specializes in 3D waveguide antennas for mmWave radar, which are applied to the ADAS and traffic fields. Waveland has collaborated with Calterah in developing a dual-layer antenna demo board based on Calterah’s Alps-Pro chip, which has enhanced the signal stability and detection accuracy of mmWave radar and has been applied to forward-looking radar for ADAS and 4D imaging radar.

Gapwaves

Founded in 2011, Gapwaves boasts end-to-end capabilities in mmWave antenna design, validation, and production. Gapwave uses its proprietary gap waveguide technology to design antennas and delivers high-quality waveguide antennas that can be mass-produced after validation in a laboratory environment. Currently, Gapwaves offers two types of waveguide antenna products: one based on injection molding and the other based on an all-metal manufacturing process.