The Orbbec Gemini 2 L is based on active stereo lR technology with a baseline of 100mm and isequipped with Orbbec's latest custom Aslc for high quality depth processing. it has a depthField of View (FoV) of up to 101° diagonally and operates with single cable UusB 3.0 for power andconnectivity. The camera also has a proximity sensor for close distance single point ranging.which eliminates any blind spot in depth measurements within the entire 0-10m range. Aninternal lMU enables motion and position tracking.

Gemini 2 L is easy to set up and operate with the Orbbec sDk, and the camera deliversextremely accurate and reliable data in various lighting conditions from pitch black to semi-outdoor.

• High-Quality Depth and RGB Streaming: The camera uses global shutter sensors for both depth and RGB imaging, preventing motion blur. It supports a depth resolution of up to 1280 x 800 pixels at 30 fps. The integrated hardware D2C (Depth-to-Color) function ensures that the depth and RGB images are precisely aligned in both space and time, which is crucial for reliable environmental perception in robotics .

• Pre-configured Operational Modes: It comes with pre-set scene-specific working modes. Currently, it includes a Dimensioning mode optimized for measurement and reconstruction tasks, allowing users to quickly deploy the camera with optimal parameters for their specific application.

• Robust Design and Connectivity: The camera has a compact form factor (124 x 29 x 26 mm) and an average power consumption of less than 3W. It operates via a single USB Type-C cable for both data and power. It also includes an 8-pin multi-camera synchronization port and an integrated IMU (Inertial Measurement Unit) for motion data tracking. 

• The device is rated IP65, making it dust-tight and resistant to low-pressure water jets, suitable for various environments.

• Software Support: It is supported by the Orbbec SDK, which facilitates application development across various platforms .

The Orbbec Gemini 2L is engineered for developers and engineers working on high-precision 3D applications. Its combination of a large baseline for improved accuracy, a wide field of view, and integrated features like hardware D2C and pre-set modes makes it a powerful tool for tasks like robotic navigation, 3D scanning, and volumetric measurement.