Canon RF lens RF100mm F2.8 L Macro IS USM

"RF100mm F2.8 L MACRO IS USM" is a "L (Luxury)" for professional photographers and high amateur users who pursued the highest standards in terms of depiction performance, operability, and robustness. It is a lens.
A variety of expressions are possible with macro (close-up) shooting with a maximum shooting magnification of 1.4x and the "SA control ring" that allows you to freely change the depiction of bokeh.
By adding a full-scale macro lens equipped with a macro function of 1x or more as an RF lens for the first time to the lineup, the shooting area of the "EOS R System" will be expanded and a wide range of expressions for users will be possible.
Taking advantage of the short back focus, which is one of the features of the "RF mount", the movable range of the focus lens group and the floating lens group in the lens configuration of 17 elements in 13 groups is maximized, the maximum shooting magnification is 1.4 times, and the shortest shooting distance is 0.26 m. Achieves macro shooting.
With a shooting magnification exceeding 1x, you can create powerful depictions of the subject and express details and textures that are difficult to see with the naked eye, such as small items and flowers around you.
The "SA control ring" that can change the spherical aberration is adopted.
By simply rotating the ring, you can soften the outline of the focus position and change the blur before and after the focus position according to the user's preference, so you can easily enjoy a variety of photographic expressions.
By adopting a concave lens on the front, spherical aberration during close-up photography is suppressed. The new optical design of 17 elements in 13 groups, including this, reduces various aberrations that cause image quality deterioration and realizes high-quality depiction over the entire screen. In addition, when the "EOS R5" (released in July 2020) is installed, the camera shake correction mechanism inside the body is coordinated to achieve an 8.0-step camera shake correction effect when shooting still images, and when shooting movies. Demonstrates a high image stabilization effect.