CMOS Image Sensors
Solid-state CMOS photosensitive image sensors that convert an optical image into a digital signal; the core element of cameras and vision modules.
CMOS image sensors are integrated circuits built from a grid of photodiodes (pixels) that convert incoming light into electric charge and then into a digital image. In robotics and vision systems they are the heart of RGB cameras and perception modules. Modern variants use BSI (back-side illumination) and stacked construction (pixel and logic layers stacked vertically) for higher sensitivity and faster readout.

OmniVision OG05B
5 MP (2592×1944) global-shutter CMOS image sensor with a 2.2 µm BSI pixel; 1/2.53″ optical format, 60 fps. For machine vision, robotics and barcode scanners.

OmniVision OV9282
Monochrome 1-megapixel (1280 × 800) global-shutter CMOS image sensor built on OmniPixel®3-GS technology. 3 µm pixel, 1/4" optical format, 2-lane MIPI and DVP output. Used in machine vision and stereo depth.
Sony IMX586
48-megapixel stacked CMOS image sensor (Exmor RS) with a 1/2-inch optical format, 0.8 µm pixels and a Quad Bayer color filter; used in smartphone cameras and camera modules.