Overview The Intel 82635DSD405 is a depth-sensing camera designed to capture highly detailed three-dimensional data at close range, specifically between 7 and 50 centimeters. It delivers sub-millimeter accuracy, making it ideal for applications where precise depth measurements are critical. With a frame rate of up to 90 frames per second and a USB 3.2 Gen 1 interface, this camera provides smooth motion tracking and fast data transfer through a single cable, all within a compact and lightweight housing. Key features Sub-millimeter depth accuracy ensures precise measurement of tiny variations in depth for detailed analysis. High-resolution depth sensors combined with a global shutter capture clean images without distortion from movement. Supports up to 90 frames per second, allowing for smooth tracking of fast-moving objects or processes. USB 3.2 Gen 1 interface delivers both power and high-speed data transfer through one cable, simplifying setup. Compact and lightweight design facilitates easy mounting on small robots, production fixtures, or medical carts. Versatile use cases including robotics, automated visual inspection, medical imaging, and research applications. Key specs Depth accuracy: sub-millimeter from 7 cm to 50 cm Frame rate: up to 90 fps Interface: USB 3.2 Gen 1 Sensor type: high-resolution depth sensors with global shutter Operating range: 7 cm to 50 cm Weight and size: compact and lightweight housing for easy integration Connectivity and compatibility The camera connects via USB 3.2 Gen 1, which provides both power and data transfer through a single cable. This simplifies integration into existing systems and reduces cable clutter. Its compatibility with standard USB interfaces makes it suitable for a wide range of devices and platforms used in robotics, manufacturing, healthcare, and research environments. Ideal uses and environments This depth camera excels in environments where precise close-range depth data is essential. It works well in robotics cells for accurate pick-and-place operations, supports quality control stations by detecting minute surface defects, and aids medical professionals in non-contact wound measurement. Researchers and educators will find it valuable for experiments and demonstrations requiring reliable depth sensing at short distances.
