Cutting-edge 4D imaging radar by the category leaders
Why Vayyar
Cutting-edge 4D imaging radar by the category leaders
Rising regulation
Emerging Euro NCAP requirements include Child Presence Detection (CPD), Occupant Status Monitoring (OSM), Autonomous Emergency Braking (AEB) and Automatic Emergency Steering (AES).
The cost of complexity
The modern automobile is overloaded with sensors and ECUs, driving up the complexity of vehicle programs and deployment, in addition to direct and indirect costs:
Up to 200 sensors per car
Electronics make up over 35% of overall vehicle cost
Expected to rise to 50% by 2030
Multifunctionality on a single-chip platform
Vayyar’s 4D imaging radar enables automakers to reduce the number of sensors required for each application, support numerous features simultaneously with the same solution, and independently create additional safety and autonomy applications.
The XRR RFIC is the industry’s first single-chip system that simultaneously supports Short-Range, Mid-Range and Long-Range Radar detection and tracking from 0 to 300m, enabling a host of ADAS, ARAS and autonomy applications.
Download our white paper: 4D imaging radar: Addressing the rising complexity and cost of automotive safety
Download our white paper: 4D imaging radar: Addressing the rising complexity and cost of automotive safety
4D imaging radar: leading the way
Rising safety requirements are driving the need for versatile, reliable and scalable technology. Cameras, LIDAR, ultrasonic and 2D radar sensors are all limited in terms of performance, robustness and privacy - and can usually perform just one function each.
Comprehensive
in-cabin sensing
4D imaging radar is a robust, affordable technology that supports numerous safety and comfort applications. High-resolution data delivers real-time insights:
Detects occupants’ presence, size, position, health status and movement
This versatile technology provides panoramic detection and tracking of multiple targets around the vehicle, enabling multiple safety applications. With no optics involved, the technology is robust in all lighting and weather conditions.