en.Wedoany.com Reported - Ouster recently launched the Rev8 series of new digital LiDAR sensors, claiming it to be the "world's first native color LiDAR," powered by the next-generation L4 Ouster Silicon.
The Rev8 changes how color and depth data are captured, no longer fusing camera images with point cloud geometry through post-processing, but instead capturing both in a single photon event. Each point simultaneously generates 48-bit color and 3D geometric information, eliminating calibration overhead and temporal misalignment issues in multi-sensor workflows for mapping and SLAM applications.
Ouster CEO Angus Pacala stated that the Rev8 is the most advanced LiDAR sensor series ever built, doubling core specifications with the L4 Ouster Silicon while introducing the world's first native color LiDAR, providing human-like 3D vision for physical artificial intelligence. The Rev8 will help customers transition from prototypes to scaled commercial production, offering the reliability and affordability needed to achieve autonomy across industries.
For geospatial professionals, mobile mapping and reality capture workflows are simplified. Previously, SLAM processes requiring separate LiDAR and camera scans, followed by post-processing fusion and drift correction, can now be completed by a single sensor in one scan. Ouster demonstrated this using the OS1 Max in Norway's Lofoten Islands, generating point clouds under foggy conditions that, when colored, closely resembled photographs.
A scan of the Seville Cathedral further showcased the new series' capabilities. The cathedral, with its 11,520 square meters of vaulted ceilings, stained glass windows, and centuries-old stone carvings, traditionally required dozens of scanner stations, days of work, and post-processing. The Rev8 OS1 Max completed the task in just one afternoon of walking scans, simultaneously recording native color and depth information in the same photon event, with 48-bit color locked to geometry at the point level.
The Rev8's performance specifications include processing up to 10.4 million points per second, a 40kHz measurement rate, picosecond-level timing accuracy, and data throughput of 22.4 Gb per second. The flagship 256-channel OS1 Max has a sensing range of up to 500 meters, a 45-degree field of view, double the resolution of the Rev7 OS2, and a quarter of the form factor. It achieves a dynamic range of 116 dB, with sensitivity covering 1 lux to 2 million lux.
Color science is achieved through a partnership with Fujifilm, with imaging expertise embedded into the L4 architecture via hardware-supported high dynamic range. Ouster states that the color data has the fidelity required for automatic feature extraction, classification, and training physical AI world models, without relying on co-registered cameras.
The Rev8 OS series includes the OS0, OS1, and OSDome upgrades, as well as the new OS1 Max, designed with functional safety, scalability, and affordability in mind. The product line is positioned for use on the same sensor hardware for both data collection and production deployment, targeting operators managing large-scale mapping projects.
This product positions Ouster in the physical AI market, where high-quality, georeferenced 3D color data is seen as critical infrastructure for training autonomous systems in autonomous driving, robotics, industrial, and smart infrastructure sectors.
This article is compiled by Wedoany. All AI citations must indicate the source as "Wedoany". If there is any infringement or other issues, please notify us promptly, and we will modify or delete it accordingly. Email: news@wedoany.com
