Compact solid-state LiDAR with dense point cloud data and up to 140 m detection range for advanced automation applications.
END MARKETS
ONX is a true solid state lidar, it delivers high-quality, dense 3D and 6D data that empowers smarter, safer, and more efficient operations in these markets: smart cities, security, and mobility. ONX 3D: See in 3D: Depth, Detail, and Intensity in every frame. ONX 6D: Unlock the Full Picture: 3D point cloud with intensity data and a synchronized 2D camera image for enhanced scene understanding.
Specifications subject to change without notice.
*Value depends on LiDAR configuration: 10 m or 140 m detection range, 10 Hz or 20 Hz frame rate. Values noted here correspond to a 140 m, 20 Hz LiDAR.
**Value from factory test on 50% Lambertian target at 25°C moved from 5 to 75 m.
***Power consumption averages 15 W for a 10 Hz LiDAR without Advanced Reflector Handling, and 23 W for a 20 Hz LiDAR with Advanced Reflector Handling.
Best Range
Range on 10% Target
Field of View
Points per Second
Highest Frame Rate
Typical Accuracy
Dimensions
Weight
Delivers 57.6° x 16.8° field of view, 140 m best range detection, and 2.9 cm typical accuracy with 1000 BASE-T GigE output and Class 1 (IEC 60825-1:2014) eye-safe laser in a compact IP65-rated housing.
ONX offers a web interface that includes a live point cloud viewer. The on board point cloud viewer works anywhere, all the time, on all major browsers. No need for installation, no compatibility issues.
The real time, optimized SDK allows you to feed the point cloud data into your applications for further processing. Easy to use and filled with examples and boilerplate code, the SDK will reduce integration time of ONX to only a few hours.
ONX is a true solid state LiDAR sensor designed to provide reliable 3D perception without moving parts. It is built for applications that need accurate object detection, full scene coverage, and dependable sensing in real world environments.
Applications that require precise 3D sensing, object detection, environment perception, and scene understanding — including mobility, automation, infrastructure monitoring, industrial systems, robotics, and intelligent sensing.
There are no moving parts. This design helps improve reliability, durability, and long term performance compared to scanning systems that depend on mechanical movement.
Objects can be detected up to 140 meters away, while objects only a few centimeters from the sensor can still be measured — capturing both near field and longer range information within the same sensing system.
Yes. Advanced reflector handling detects low reflective objects even when they are close to highly reflective materials such as traffic signs, license plates, cones, trucks, safety vests, or other shiny surfaces.
It reduces interference from bright or reflective surfaces and supports cleaner, more accurate 3D data — important in real environments where dark objects and reflective objects often appear in the same scene.
Yes. LiDAR data can be combined with 2D camera data, working together to provide synchronized depth and visual information so systems understand both distance and visual context.
Yes. The full field of view is illuminated in each measurement frame, reducing the risk of missing objects between scan lines or laser spots and supporting consistent detection across the scene.
Yes. It is a Class 1 eye safe LiDAR product, designed to operate safely under normal use conditions while still providing reliable scene illumination and object detection.
ONX Studio is the software environment used to visualize, record, store, and replay LiDAR and camera data in real time. It helps teams test, validate, debug, and develop applications using data captured from the sensor.
Yes. It is designed to perform in dynamic environments with dark, bright, or challenging conditions; the combination of LiDAR, camera support, and reflector handling improves sensing reliability.
Companies and engineering teams that need reliable 3D perception, solid state sensing, synchronized LiDAR and camera data, full scene coverage, and robust object detection for advanced sensing applications.
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