Sigma 56mm F1.4 DC DN Lens for L-Mount

Impressively Compact Construction
With Image Quality Rivaling SIGMA’s Art Line.
To achieve such a compact construction, lens design is considered based on the capabilities of the camera body function to correct peripheral light amount and distortion. Moreover, axial color aberration, which is difficult to eliminate by image processing, is efficiently corrected by incorporating an SLD glass element. A compactness and lightweight construction combined with superb image quality is achieved.

Smooth AF Ideal For Video Shooting
SIGMA 56mm F1.4 DC DN | Contemporary lens for L-mount have achieved high-speed AF and are fully compatible with AF-C mode, in-camera image stabilization, and in-camera aberration correction.

A New Large-Aperture F1.4 Mid Tele Lens From The Contemporary Line
Offering An Opportunity To Experience The Fun Of Shooting Wide Open With F1.4 Brightness
The first of the series is the standard lens 30mm F1.4 DC DN | Contemporary, and the second is the wide-angle lens 16mm F1.4 DC DN | Contemporary. The third addition is this smallest mid-tele lens in its class, SIGMA 56mm F1.4 DC DN | Contemporary lens for L-mount Mirrorless cameras. While retaining the compact, lightweight, and outstanding image quality concepts of the Contemporary line, thanks to SIGMA?s leading-edge technology, this lens provides the amount of bokeh and admirable brightness expected from F1.4 lenses even in the mid-tele range. This addition completes the large aperture series comprised of portable wide-angle, standard, and telephoto lenses.

Designed To Minimize Flare And Ghosting
From an early stage in the lens design process, flare and ghosting have been measured to establish an optical design resistant to strong incident light sources such as backlighting. SIGMA?s Super Multi-Layer Coating reduces flare and ghosting to help photographers produce sharp and high contrast images even in backlit conditions. The included lens hood can be attached to block out extraneous light, which can have a negative effect on rendering performance.