Ouster OS2-32 Rev7

The Ouster OS2-32 Rev7 is a high-performance, long-range Digital LiDAR sensor designed for demanding applications such as autonomous trucks, robotaxis, shuttles, and large-scale infrastructure monitoring.

It is part of Ouster’s latest REV7 series, which is powered by the breakthrough L3 Digital LiDAR Chip, delivering significant performance enhancements over previous generations.

Principais recursos e benefícios

• Exceptional Long Range: Equipped with the L3 chip, the OS2 boasts a maximum range beyond 400 meters and can detect 10% reflective targets at 200 meters, enabling safe and effective object tracking over a quarter-mile radius.
• High-Quality Point Clouds: The sensor provides rich, detailed 3D data with a vertical resolution of 32 channels and a maximum point output of up to 655,360 points per second (for the 32-channel variant). It offers dual returns and calibrated reflectivity.
• Amplo campo de visão: Provides a 360° horizontal field of view e um 22.5∘ vertical field of view (−11.25∘ para +11.25∘).
• Enhanced Precision and Accuracy: The Rev7 generation features a maximum precision of $\pm 2.0\text{ cm}$ and an angular sampling accuracy of ±0.01∘ (Vertical/Horizontal), improving mapping and object detection accuracy.
• Robusto e confiável: Built for real-world deployment, the OS2-32 is rated IP68/IP69K for superior ingress protection against dust and water, and has been rigorously tested to withstand extreme shock, vibration, and a wide operating temperature range ($ -20^\circ \text{C}$ to +60∘C).
• Digital LiDAR Advantage: Ouster’s digital architecture is inherently simpler, promoting high-volume manufacturing, cost efficiency, and greater reliability. The L3 chip also includes a major upgrade to the embedded Near-Infrared (NIR) camera-grade data layer, which is perfectly correlated with the 3D LiDAR data.
• Designed for Production: With approximately $95\%$ automotive-grade components, the REV7 sensor family is engineered for scalability and long operating lifetime in fleet and industrial applications.