The Canon EOS R5 Full Frame Mirrorless Camera - Body sets a new standard for versatility, this full-frame mirrorless camera features a newly developed 45MP CMOS sensor, which offers 8K raw video recording, 12 fps continuous shooting with a mechanical shutter, and is the first EOS camera to feature 5-axis sensor-shift image stabilization. Beyond just resolution, the sensor also pairs with the refined DIGIC X image processor to usher in a new generation of Dual Pixel CMOS AF for quick, smooth, and intelligent focusing performance using 1053 selectable points that cover the entire field of view. This focusing system has also been updated to make use of Deep Learning technology for improved subject tracking as well as precise eye, face, and head-detection for both people and animals.

The Canon EOS R5 Mirrorless Digital Camera - Body Only features a CMOS sensor, image processing, optical, and other state-of-the-art technologies. The EOS R System enables greater freedom in lens design thanks to a wider lens mount diameter, short back focus, and high-speed system for transmitting data between the camera and lens, resulting in an imaging system that delivers higher image quality and greater ease-of-use. The new full-frame mirrorless camera currently under development will fully leverage the advantages of the EOS R System to realize high-speed continuous shooting and 8K video recording in order to expand the boundaries of visual expression. Additionally, it can contribute to a more efficient workflow thanks to improved transmission functionality, operability, and reliability. These enhancements and more will help the new camera elevate the EOS Series concept of "speed, comfort, and high image quality" to a higher level.

The EOS R5 uses a newly developed CMOS sensor to provide a maximum of approximately 20 frames / second for electronic shutters and a maximum of approximately 12 frames / second for mechanical shutters. The camera will have dual media slots, and it will be equipped with an automatic image transfer function from the camera to the cloud platform. 

45MP Full-Frame Sensor and DIGIC X Processor
Built around a newly developed 45MP full-frame CMOS sensor, the EOS R5 offers both high-resolution stills and video output and the fine-tuned DIGIC X image processor complements this with a wealth of speed. Sensitivity from ISO 100-51200, which can be expanded to ISO 102400, suits working in a variety of lighting conditions while quick continuous shooting up to 12 fps with a mechanical shutter, or silent 20 fps with an electronic shutter, is ideal for working with moving subjects.

8K30 Raw and 4K120 Video Recording
Benefitting more than just stills, the 45MP full-frame sensor also enables impressively high-resolution DCI 8K 30 fps raw video recording internally along with 4K recording up to 120 fps in 4:2:2 10-bit with Canon Log. HDR-PQ recording is possible, too, in-camera HDR production and external recording, via the HDMI port supports a clean 4K output at up to 60 fps. Both All-I and IPB compression options are available, along with the ability to use Dual Pixel CMOS AF when shooting at up to 8K raw.

Dual Pixel CMOS AF II
An updated Dual Pixel CMOS AF II features 1053 selectable focusing points, which cover approximately 100% of the image frame for wide and even coverage. This focusing system offers smooth and fast focusing performance in a similar manner to how a camcorder acquires focus. This system integrates two separate photodiodes within each pixel to provide a broad and dense network of phase-detection gathering elements across a majority of the image sensor to reduce focus hunting for faster, more direct control of focus placement.

Sensor-Shift Image Stabilizer
A first for EOS cameras, the R5 incorporates five-axis sensor-shift image stabilization that compensates for up to an impressive eight stops of camera shake for truly effective compensation of camera shake to suit handheld shooting with slower shutter speeds. This stabilization system also works in concert with lens-based optical image stabilization for both native RF lenses and adapted EF lenses.

Body Design and Wireless Connectivity