A computer vision device intended for robotics laboratories and research facilities requiring high image resolution, depth data and high frame rate capabilities.
The design of this camera system addresses many conflicting product requirements, including: extreme ventilation, optimal connectivity, multiple mounting arrangements, wide viewing cone angles, and small size. The simple aluminum form provides access to critical interaction areas while wicking off additional heat. The smooth, teardrop form reduces visual mass and helps avoid unwanted snags on surrounding surfaces.
This compact (90mm long) product is packed with hot components, including image processors, cameras sensors and an advanced IR sensor array. In order to accommodate aggressive thermal requirements and a wide array of mounting positions, we developed a heat exchange system that funneled 90% of the internal heat through 20% of the product surface.