Buzz
A team at Columbia University has introduced Cambits, an innovative modular imaging system that enables users to assemble personalized cameras using a variety of colorful, 3D-printed blocks. This system allows photographers to quickly swap sensors, flashes, optical modules, and lenses by simply attaching them to the camera base.
“Conventional cameras are essentially fixed devices designed for a single type of photography,” explained Shree K. Nayar, a Columbia University computer science professor and co-creator of the system, in a feature on Columbia Engineering's website. “Our goal was to reimagine the tool, creating a modular and adaptable hardware and software platform capable of capturing diverse types of images. We believe Cambits can unlock the creative potential in everyone.”
The modular blocks in Cambits are color-coded and use magnetic connections instead of screws and wires, simplifying and speeding up the process of swapping components. When connected, these blocks can transfer data, draw power from the base, and manage control signals through spring-loaded pins. As reported by Gizmodo, Cambits also supports functions like portable microscopy and stereoscopic 3D imaging.
“We aim for this adaptable system to inspire new creative possibilities, adding fresh dimensions to the art of photography,” Nayar added.
Images provided by Columbia Engineering/YouTube.
