79 GHz

Multirange & multifunctional

Vayyar’s 79 GHz XRR platform supports ADAS, ARAS and autonomy (AV) applications from 0-300m with a single RFIC.

Our industry-leading single-chip software-hardware platform enables just two sensors to perform the functions of over 10 standard SRR, MRR and LRR sensors, simultaneously supporting numerous safety features.


The extensive MIMO array houses up to 48 antennas

Our highly integrated RFIC incorporates a DSP, MCU and all other analog and digital RF components.

A compact PCB comes complete with fully tested reference design

Panoramic perception

The high performance 4D imaging Radar-on-Chip (RoC) supports up to 48 transceivers for exceptional resolution. It provides an unrivaled azimuth-elevation field of view for rich height and depth perception, a zero minimum distance and no dead zones, for comprehensive real-time monitoring, even at high speeds.


4D point cloud imaging enables development of advanced applications without the need for radar expertise

The technology is engineered for rapid product development with our intuitive API

Incorporates low-level radar algo, allowing partners to focus on image processing and/or machine learning

Vayyar’s XRR platform provides a range of data outputs tailored to various ADAS, ARAS and AV architectures:

Edge computing:

Processing-on-chip enables smart object clustering and tracking, significantly reducing ECU costs.

Hybrid configurations:

For powerful sensor-level signal processing and transmission of compressed high-resolution point cloud over traditional vehicle networks such as high-speed CAN.

Raw 4D point cloud data streaming:

For native AV sensor fusion and synergy with centralized computing systems.

In a class
of its own

Multifunctionality on
a single-chip platform

Ultra-wide field of view and exceptional resolution, supporting SRR, MRR and LRR applications with a single RFIC.

Multilayered, fully tested software-hardware System-on-Chip

Cuts time to market, minimizes hardware across SOP programs, yields substantial savings, and lowers risks associated with scheduling, budget and performance.

Cost efficient

Replaces multiple sensors, covers more functions, and scales to future applications.

Engineered for compliance

AEC-Q100 qualified, ASIL-B compliant and designed to meet Euro NCAP, ETSC and NHTSA standards.

Our Milestones

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