InnovizOne™
Its main product, InnovizOne™, is a state-of-the-art automotive-grade LiDAR sensor that provides superior 3D perception capabilities for autonomous driving levels 3-5. Robust, reliable, functionally safe and cost-effective LiDAR. It is lightweight, consumes little power, and performs well in the sun and inclement weather.
With unrivaled angular resolution, it can detect objects as far as 250m away, and create detailed 3D point cloud data with high resolution and high accuracy at a high frame rate. In addition, it converts LiDAR raw point cloud data into advanced perceptual information, realizing excellent object detection/discrimination/tracking, obstacle detection/tracking, self-localization, and LiDAR calibration.
Industry-leading basic performance
InnovizOne is a product with a high level of detection distance, FOV, and resolution, which are the most important aspects of LiDAR performance. It is possible to measure distances up to 250m with pixel addition technology that synthesizes adjacent pixels to increase sensitivity and ROI technology that extends the distance measurement by focusing on the area of interest. The FOV also achieves 115° x 25°, ensuring a sufficient range as a forward ranging sensor. In addition, the angular resolution performance of 0.1 x 0.1 can secure the number of point clouds necessary for long-distance object detection.
Compact and lightweight model with high reliability by MEMS method
InnovizOne adopts the MEMS method (Micro Electro Mechanical Systems) as a LiDAR with a solid state structure. By moving the mirror using a “micro electromechanical system”, there is no need for a motor or rotating structure inside, so it is hard to break, the laser irradiation is stable, and it is established as a system that can scan a wide range. . In addition to minimizing the effects of external vibrations, the housing is made smaller, lighter, and cheaper.
Unique design that meets the safety standards of the automotive industry
Innoviz is ISO9001:2015 and IATF16949 automotive grade certified to meet the safety, quality and performance critical to the automotive industry. In addition, functional safety will be compliant with ISO 26262, and software development will also be compliant with the ASPICE competence level.
Regulatory compliance
Functional safety | ISO 26262 (planned), ASIL B (D), EN 60950-1 + US specific requirements, IEC 60825-1 |
EMC | EN 55024, EN 55032, FCC 47 CFR Part 15, Subpart B, EU Directive 2004/104/EC |
shock and vibration | IEC 60068-2 |
environment | RoHS, REACH, ISO 16750, EN 20567-1, ISO 20653 |
Use Case
Innoviz’s LiDAR can be used in various fields such as automotive, mapping, drones, security, and industrial.
