The AF 85mm F1.4 FE is inspired by the optical vision of the MF 85mm F1.4 AS IF UMC, which has been loved for its beautiful out-of-focus images since its release in 2008. This lens builds on the existing advantages of the original with a much more advanced optical design, recently optimized for mirrorless cameras. It incorporates Samyang's world-renowned 40-year optical technology into your photos.

The Samyang AF 85mm F1.4 FE embraces Samyang's world-class optical technology with its fast and accurate autofocus performance and outstanding resolution. Its complex optical construction consists of 11 glass elements, including special High Refractive (HR) glass, which successfully allows for both compact size and high image resolution. The achromatic design, with Extra Low Dispersion (ED) glass, effectively corrects chromatic aberrations and minimizes peripheral softness, creating vibrant images.

Exceptional performance even at the brightest apertures

The optical design of the AF 85mm F1.4 FE minimizes optical aberrations while maximizing image quality from corner to corner. Its detailed performance results in outstanding image quality, even on the latest high-resolution full-frame cameras. The bright maximum aperture means excellent performance indoors or in darker conditions.

Exceptional bokeh

The lens's attractive bokeh adds a wonderful sense of depth and space to your photos. The aperture mechanism includes 9 iris blades, providing natural, circular, out-of-focus highlights at all apertures. With this smooth bokeh, you capture impressive portrait or subject images.

Chromatic aberration control with ED glass

The AF 85mm F1.4 FE features a total of 11 glass elements. ED (Extra Low Dispersion) elements are incorporated into its precise achromatic design. This design corrects chromatic aberrations, while peripheral softness is also well controlled.

Fast and efficient autofocus with DLSM technology

The DLSM (Dual Linear Sonic Motor) operates with ultrasonic vibrations to provide silent autofocus performance. The precise high-frequency signals accurately operate the DLSM, delivering results in a small telephoto lens.