Newly Developed High-Performance Lens Series
For Full-Frame Sony E-Mount Mirrorless Cameras
SIGMA 14-24mm F2.8 DG DN Art Lens for full-frame Sony E-Mount mirrorless cameras is one of the first three lenses models that is developed as a solution to the accelerated mirrorless camera trend, and provide a greater range for photographers to shoot and take photo with their mirrorless lens systems.
Substantial Functions Enable User Confidence,
Even In Tough Environments
Incorporating a stepping motor enables the high speed, quiet AF drive. Shooting is comfortable even in target AF such as Face/Eye Detection AF and during video shooting. AFL Button on the lens barrel also can be assigned with various functions widens the range of operations available on the lens. Furthermore, the lens features a dust- and splash-resistant structure, along with a water- and oil-repellent coating on the frontmost surface of the lens, which further supports shooting in various environments.
Ultimate Large-Diameter, Wide-Angle Zoom Lens
Optimized For Full-Frame Mirrorless Cameras
−“The Definitive Lens For Astrophotography” With Astonishing Resolution.
Many photographers like to use low sensitivity shooting to minimize noise as much as they can. Particularly in the photography of starry skies, bright wide-angle lenses are often selected because they can efficiently collect weak light. The SIGMA 14-24mm F2.8 DG DN Art lens for Sony E-Mount has been developed as the ultimate large-diameter, wide-angle zoom lens by optimizing the standard specifications for photographing starry skies for full-frame mirrorless cameras. The uniform rendering performance and outstanding resolution to the edge of the frame make it the “definitive lens for astrophotography.” By utilizing the characteristics of the short flange focal length, this new-generation large-diameter zoom lens combines both compact body and unprecedented high-resolution image quality.
High-Resolution Image Quality Developed With
Exclusive Low Dispersion Glass Elements And NPC
(Nano Porous Coating)
One FLD glass and five SLD glass elements are appropriately arranged to suppress chromatic aberration to the edge of the frame. Three aspherical lenses, including a large-diameter aspherical lens at the foremost surface, are used to effectively minimize coma flare, etc., thereby achieving mind-blowing resolution.
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