Ouster OS1-128 Rev7

Key Features of the OS1-128 Rev7:

• Ultra-High Resolution: Features 128 channels of vertical resolution, delivering ultra-dense and clean point clouds with up to 5.2 million points per second. This level of detail is critical for accurate object detection, localization, and environmental modeling.
• Enhanced Mid-Range Performance: The Rev7, thanks to the L3 chip, offers a significantly improved range. It can see a 10% reflective target up to 90 meters and has a maximum representable range of over 200 meters.
• Wide Field of View (FoV): Provides a 360° horizontal field of view and a 45° vertical field of view, ensuring comprehensive, high-definition surround perception with minimal blind spots.
• Digital LiDAR Technology: Built on Ouster’s Multi-Beam Flash Lidar technology using Single-Photon Avalanche Diode (SPAD) detectors, which deliver superior performance in varying lighting conditions, including bright sunlight.
• Dual Returns: The sensor captures two returns per laser pulse, enhancing visibility through obscurants like fog, dust, and foliage.
• Embedded Near-Infrared Camera Data: The L3 chip provides a 2D near-infrared camera-like image perfectly correlated with the 3D LiDAR data, allowing computer vision algorithms to run on both data streams.
• Rugged and Reliable Design: It is built for real-world reliability, designed to handle extreme shock and vibration, and boasts an IP68 and IP69K ingress protection rating, making it suitable for all-weather, harsh environments.
• Compact Form Factor: The OS1 maintains a compact and lightweight design, facilitating seamless integration into various platforms, including autonomous vehicles, drones, and robots.
• Autonomy Ready: Supports high-frequency, low-latency data output (up to 20 Hz) and offers 1000BASE-T1 automotive ethernet as an option for simplified integration into automotive autonomy stacks.

The OS1-128 Rev7 is the sensor of choice for applications requiring high-resolution, reliable mid-range perception in a compact, industrial-grade package.