Sony FE 28mm f/2 Lens

Sony FE 28mm f/2 Overview

Satisfy your wide-angle fix on your full-frame E-mount camera with the fast and compact FE 28mm f/2 Lens from Sony. It boasts a fast maximum aperture of f/2 for selective focus effects and for working in low-light conditions. In order to ensure high-quality imaging in a range of conditions, the lens incorporates three aspherical elements, including one Advanced Aspherical, and two extra-low dispersion elements, all of which help minimize aberrations. For fast, responsive focusing the 28mm uses a linear motor and internal focus design. Also, it has a dust- and moisture-resistant construction that will permit operation in less-than-ideal weather conditions. Additionally, it has a nine-blade circular diaphragm for smooth bokeh. If you are looking for a wider perspective, the 28mm can accept optional ultra-wide and fisheye converters than will transform the lens into a 21mm or 16mm lens, respectively.

Covering a wide-angle perspective, this compact 28mm will pair nicely with Sony’s full-frame E-mount cameras. It can also be used on APS-C format cameras where it will provide a 42mm equivalent focal length.
A fast f/2 maximum aperture provides the ability to create images with a shallow depth of field as well as work in low-light conditions.
Two extra-low dispersion glass elements are featured in the lens design to help reduce chromatic aberrations and color fringing for improved clarity and color neutrality.
Three aspherical elements, including one Advanced Aspherical (AA) element, are incorporated in the lens design to reduce astigmatism, field curvature, coma, and other monochromatic aberrations.
A linear autofocus motor and internal focus design provide quick and precise autofocus performance and enables accurate and silent focusing while recording videos.
Dust- and moisture-sealed design better permits working in inclement conditions and rubberized control rings benefit handling in colder temperatures.
Rounded nine-blade diaphragm contributes to a pleasing bokeh quality when employing selective focus techniques.