Alongside Dual Pixel CMOS AF technology-by which each pixel on the image sensor possesses both image capture and phase-detect AF functionality, thus enabling high-speed, high-accuracy and wide-range AF-the EOS R3 uses an algorithm that employs deep learning technology that enables improved head and eye detection for human subjects as well as a new capability to detect subject torsos. In addition, the camera significantly reduces image warping, a common challenge with electronic shutters, and is also capable of capturing moving subjects with reduced noise in such low-light environments as indoor areas or nighttime scenes.ġ Continuous shooting framerate may decrease depending on the attached lens and/or shooting environment. The camera also features a DIGIC X image processor for high-speed image processing that realizes high-speed continuous shooting of up to 30 frames-per-secondġ(FPS) with AF/AE tracking when using the electronic shutter. The EOS R3 is the first EOS series camera to be equipped with Canon’s newly developed 35mm full-frame backlit stacked CMOS sensor that makes possible high-speed readout. The EOS R3 aims to provide professional-level quality for both stills and video capture, even for moving subjects. The EOS R3 will be introduced into Canon’s lineup of professional and enthusiast cameras that includes the EOS-1D X Mark III flagship DSLR camera (released in February 2020) and the EOS 5 series, including the EOS R5 full-frame mirrorless camera (released in July 2020). The currently-in-development EOS R3 is based on the concept of high speed, high sensitivity and high reliability. The new camera is designed to provide the high-level basic functionality required to meet the needs of professional and enthusiast users. The company is currently developing the new EOS R3 full-frame mirrorless camera, which will feature a newly developed 35mm full-frame, backlit, stacked CMOS sensor and a DIGIC X image processor. Canon Announces Development of the EOS R3 Full-frame Mirrorless Camera that Delivers High Speed, High Sensitivity and High Reliability to Expand Users’ Range of Photographic Possibilities
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