Vision Components is a German-based manufacturer specializing in embedded vision systems. Founded in 1996, the company pioneered the development of the first industrial smart camera and has since been at the forefront of machine vision technology. Their product range includes MIPI camera modules, programmable embedded cameras, and 3D camera systems, catering to various industrial applications. Vision Components emphasizes compact, powerful, and customizable solutions, serving industries such as automation, quality inspection, and robotics. With over 25 years of experience, they continue to drive innovation in embedded vision, providing both standard products and customized OEM solutions to meet specific client needs.
The VC MIPI Bricks is a modular embedded vision platform with IMX900 camera modules, i.MX 8M Plus/Mini dev kits, LibCamera support, and AI-based smart farming integration.
Vision Components will showcase VC MIPI Bricks, a modular system for plug&play embedded vision, at the Robotics Summit & Expo in Boston, from April 30 - May 01.
The angle measurement sensor for sheet metal bending applications, works autonomously & without external computing unit, and the OEM module combines the VC nano 3D-Z triangulation sensor with new arrangement for the camera & laser.
The OEM module combines the proven technology of the VC nano 3D-Z triangulation sensor with a new arrangement of the mirror elements for the camera and laser.
At mipi-modules.com, it presents all details on VC MIPI Camera Modules, accessories and services for quick and easy integration as well as information on compatible processor platforms.
Vision Components will showcase innovations for fast and easy embedded vision integration at embedded world, from the first MIPI camera with IMX900 image sensor for industrial applications to an update of the VC Power SoM FPGA accelerator.
Five years ago, Vision Components presented the first MIPI cameras for industrial series applications. Today, the manufacturer from Ettlingen in Germany offers more than 20 different image sensors as MIPI modules.