The New REV8 OS Family
Double the range. Double the resolution. In native color. Engineered for functional safety and extreme reliability.
Introducing the World’s First Native Color Lidar Sensor
A paradigm shift in AI perception with color and 3D data fused in silicon, not software
Now in Native Color
Now in Native Color
REV8 Technology Partners
The world’s first Native color lidar sensor
The world’s first Native color lidar sensor
Perfect 3D Color Alignment
Stunning Image Quality
Built with DXOMARK
Fujifilm Color Science
48 Bit Color Depth
116 dB Dynamic Range
A sensor without compromise: OS1 Max
3D vision in color with L4 Ouster Silicon
Fusing color and 3D data through physics and leveraging Fujifilm color science, our patented technology unlocks megapixel resolution and stunning image quality with ultra-low latency and perfect spatial-temporal alignment.
Breakthrough L4 architecture doubles the range and resolution, adds native color sensing, and is designed for functional safety
42.9 GMACS of Processing Power
20 trillion photons per second
Designed for Safety
Engineered for functional safety
Cybersecure to ISO 21434
ASIL-B to ISO 26262
SIL-2 to IEC 61508
PLd to ISO 13849
Rigorously Tested
Built for environments
that destroy hardware
REV8 is the highest performing 3D lidar family designed for functional safety, with the longest range and highest resolution available. All sensors exceed automotive-grade reliability for continuous uptime in the toughest industrial applications.
10 G-rms Tolerance
Mechanical Vibration
ESD up to 25KV
Electric Shock
-40°C to +85°C Operation
Thermal Testing
GMW3097
EMC
IP68/69K
Ingress Protection Testing
100 G Tolerance
Mechanical Shock
Data from the Real World
Key Diffrentiators
256 channel long-range sensor
Built for long-range applications in high-speed autonomy and heavy industrial markets
256 channel long-range sensor
Built for long-range applications in high-speed autonomy and heavy industrial markets
Technical Specifications & Details
OS in action
Automation, navigation, obstacle avoidance, high-accuracy surveying and data collection for next-generation Physical AI platforms