FujiFilm XF56mmF1.2 R APD

---

 

 

A Fast Aperture Medium-Telephoto Prime with Beautiful Bokeh

 

A fast aperture medium-telephoto prime lens. The fast F1.2 lens produces creamy bokeh, while its 56mm focal length, equivalent to 85mm in 35mm film format, offers a comfortable shooting distance from the subject. X-Series cameras have won a solid reputation for their faithful reproduction of skin tones and combining them with this lens delivers the ultimate portrait photography results. The built-in APD filter, the pinnacle of Fujifilm’s nanotechnology, produces even smoother bokeh, making the subject stand out even more and enhances creativity, not only for portraits, but also on a wide range of other subjects.

 

 

Apodization filter delivers more creative portraits

 

 

The FUJINON LENS XF56mmF1.2 R APD offers brilliant levels of sharpness even when shooting with the aperture at F1.2. In addition, the apodization filter smoothes the bokeh’s outlines. This combination of image sharpness and beautiful bokeh delivers portraits with a three-dimensional feel.

An optical construction of 11 glass elements in 8 groups, including one aspherical glass molded lens element and two extra low dispersion lens elements has been used. Spherical aberrations are corrected by the aspherical glass element to deliver high resolution at the maximum aperture setting. Additionally, thanks to the combination of two extra-low dispersion lens elements and three cemented lens elements, chromatic aberrations are greatly reduced.

By applying Fujifilm’s unique HT-EBC (High Transmittance Electron Beam Coating) to all lens surfaces, ghosting and flare are controlled for sharp, clear results.

The lens also makes the most of Fujifilm’s unique X-Trans™*1 CMOS low pass filter-less sensor for extremely high image quality. Ghosting and flare are controlled even under harsh conditions such as backlighting.

By combining this lens with an X Series camera body*2 with Lens Modulation Optimizer*3 (LMO) technology, the performance from the lens is improved even further. LMO corrects for diffraction*4 to produce images with edge-to-edge sharpness and create a realistic three-dimensional effect, even at small apertures.

 

Autofocusing for a lens with an apodization filter

 

In the past, an apodization filter has only been used on a manual focus lens, this is the first to use high-precision contrast AF.
Combined with an X Series camera body, more natural shots of subjects are possible thanks to the near-silent shutter sound.

 

 

Film-like effects with the Film Simulation function

 

X Series interchangeable lens cameras are equipped with Film Simulation modes, which have been developed using Fujifilm’s knowledge from 80 years of manufacturing to deliver film-like colors and tones. Combining this lens with the Pro Neg. Film Simulation mode, which is specifically designed for portrait photography, reproduces beautiful skin tones.

 

High build quality and comfortable operation

 

The apodization filter delivers its best results at wider apertures. To enable wide apertures to be used even in bright environments, an ND filter is included that adjusts brightness in three levels. To indicate the apodizing effect, the lens features an aperture ring showing the effective F No. in red. The difference between the F No. and the effective F No. indicates the effectiveness of the apodization filter.

Both the focus and aperture rings are metal, plus metal is also used on the exterior of the lens body for a high-quality finish. The texture and torque on the rings makes for comfortable shooting even for delicate manual focusing.

 

Notes:

• *1 X-Trans is a trademark or registered trademark of Fujifilm Corporation.
• *2 Supported by the “FUJIFILM X-T1” and “FUJIFILM X-E2” as of August, 2014.
• *3 Fujifilm’s own image processing function that corrects the optical effects of diffraction, based on the optical performance of each lens.
• *4 Phenomenon that occurs when the shooting with a small aperture in which fine images that should originally be sharp become blurred.