Posts

Showing posts from July, 2024

ToF 3D Depth Camera I200D Suitable for a Wide Range of Applications | Cube-eye

Image
The Cube-eye ToF 3D Depth Camera I200D is a specialized sensor designed to provide accurate depth sensing in various challenging environments, making it suitable for advanced robotics, automotive safety systems, and augmented reality applications. Cube-eye ToF 3D Depth Camera I200D Features: Sunlight Robustness: This indicates that the camera is designed to perform reliably even in bright sunlight conditions. Sunlight can interfere with infrared sensors, so a sunlight robust ToF camera would likely have measures to mitigate this interference, such as advanced filtering or modulation techniques. Long Range Detection: The camera is capable of detecting distances over a significant range. This feature is beneficial for applications requiring depth sensing over longer distances, such as outdoor environments or large-scale indoor spaces. VGA Resolution: VGA resolution typically refers to a resolution of 640x480 pixels. This resolution specifies the level of d...

3d Depth Sensor for Object Detection and Accurate Volume Measurement Process | Cube-eye

Image
A Cube-eye 3D depth sensor uses a technology called Time-of-Flight (ToF) to measure the distance to objects within its field of view. By calculating the distance to various points in the scene, the sensor creates a 3D image (often called a depth map) that represents the relative distance of objects from the sensor. The Cube-eye 3D depth sensor is an effective instrument for gathering detailed 3D information, with significant benefits for a wide range of applications across industries. Its precision, efficiency, and versatility make it an indispensable component of modern technological systems. Benefits of 3D Depth Sensing: Enhanced Object Recognition: 3D information allows for more accurate identification and distinction of objects in a scene, compared to relying solely on color data. Improved Robotics and Automation: Robots and machines can better understand their surroundings and navigate environments with depth information. Advanced Applications: ...