CamElemente

CamElemente is a modular camera element framework designed to support interoperable imaging systems. It defines standard interfaces and mechanical form factors that allow sensors, optics, processing units, storage, and control circuitry to be swapped or upgraded without redesigning the device. The framework aims to accelerate prototyping, customization, and scalable production across research, robotics, and industrial photography.

Its architecture centers on four module types: sensor modules (CMOS/CCD with timing and calibration data), optics modules (lenses and mounts), processing modules (ISP, AI accelerators, and SoCs), and power/communication modules (data buses and enclosures). Modules connect via standardized connector interfaces, mechanical rails, and common data buses, enabling plug-and-play assembly. Data paths typically use high-speed interfaces such as MIPI CSI-2 or PCIe, while control is provided by I2C or SPI.

CamElemente maintains open specifications and reference designs to foster interoperability. A governance body promotes backward compatibility, calibration data portability, and secure firmware updates. Community libraries and example implementations support developers in building custom cameras, evaluating sensor performance, and integrating imaging systems into larger platforms.

Applications include research prototypes, autonomous machines, industrial inspection, and consumer devices that require flexible imaging hardware. By decoupling the sensor, optics, and processing choices, CamElemente reduces development time and enables rapid adaptation to new sensors or standards, while keeping manufacturing costs manageable.