InnovizOne: Automotive-Grade LiDAR Innovation
The First Generation of LiDAR-Enabled Excellence
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A First-Of-Its-Kind LiDAR Solution
InnovizOne set a new industry benchmark as a high-performance sensor designed for the rigorous demands of the automotive world. When paired with the BMW 7 Series, it demonstrated remarkable resilience to intense sunlight and challenging weather conditions, delivering a rich 3D point cloud at distances up to 250 meters. Coupled with Innoviz’s perception software, the sensor enabled superior object detection, classification, and tracking with unrivaled angular resolution for its time.
Setting Standards for Integration
Both InnovizOne and its perception software were engineered to conform with the automotive industry’s most stringent safety and quality standards. This program validated Innoviz’s ability to meet critical certifications, including ISO 9001:2015 and ISO 26262 (Functional Safety) across all components—from ASIC and Detectors to MEMS and software systems.
The successful deployment of InnovizOne also solidified our supply chain and manufacturing processes, meeting IATF 16949 and following ASPICE standards for software development. These achievements paved the way for the next generation of Innoviz LiDAR solutions.
Key LiDAR Performance Metrics
0.1°x0.1°
Angular Resolution (HxV)
10 or 15FPS
Pre-Configurable Frame Rate
1m to 250m
Detection Range
115°x25°
Maximum Field of View (HxV)
45x111.4x97.9mm
Dimensions (HxWxD)
ASIL B(D)
ISO 26262 Compliant
Product Highlights
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Region of Interest
InnovizOne included a pre-configured region of interest (ROI) in the center of the LiDAR Field of View, in which laser energy is focused to increase the detection range. The ROI measured 20°x8° (HxV). It does not affect the data interface’s bandwidth, resolution, or frame rate.
Multiple Reflections
InnovizOne returned multiple reflections per pixel and records and stores multiple points in a 3D environment. This is important when laser pulses hit rain droplets, snowflakes, or more than one object on its path.
No Gaps Between Pixels
InnovizOne had no gaps in its LiDAR scanning pattern due to contiguous pixels, which was critical to building a safe autonomous vehicle perception system. Without this, a system could miss collision-relevant small objects lying on the road’s surface or humans if they are within 3D point cloud data gaps, causing devastating results.
Equally Distributed Vertical FOV
InnovizOne provided uniform resolution over the entire vertical FOV. This enabled the system to obtain more data than other sensors that focus only on the center (horizon) and lose data moving towards the edges. The InnovizOne vertical FOV was also built with panning capabilities to support mounting tolerances, as well as varying driving conditions such as vehicle loading.
Resilient to Sunlight and Weather Conditions
InnovizOne was resilient to ambient light sources, such as direct sunlight and blinding lights from oncoming cars, as well as poor weather conditions. The LiDAR also featured outstanding detection of window blockage, regardless of raindrops, snow, ice, mud, bugs or debris on the LiDAR window. This ensured that all objects and obstacles in the FOV were properly detected and identified.