YONGNUO YN 14mm F2.8 Full-Frame Auto Focus Manual Focus Lens for Nikon Canon
The diagonal viewing angle is about 114°, which can capture the vast scenery and giant buildings in one photo, making it easier to express a grand and solemn atmosphere.
Finished Extra-Low Dispersion Lenses and Molded Aspherical Lenses
Equipped with two die-cast aspherical glass lenses, one of which is made of ultra-low dispersion glass, which can effectively compensate for various aberrations, minimize chromatic aberration, and provide excellent sharpness and color correction.
Finishing anomalous dispersion lens
The use of an abnormal dispersion glass lens not only better suppresses the dispersion problem caused by the ultra-wide-angle large aperture, but also further improves the 2-level spectrum.
Glass lens, multi-layer coating
All products are glass lenses with multi-layer coating technology, which can effectively improve light transmittance and suppress backlight ghost images and glare.
Firmware upgrade
Equipped with a USB interface, you can download the latest firmware from the Yongnuo official website to upgrade the firmware of the lens, so that the lens maintains the best compatibility and performance.
F2.8 large aperture
F2.8 bright and large aperture, blur the background, highlight the subject.
Support auto focus (AF) and manual focus (MF) two focus modes
Both auto focus and manual focus are supported, and you can choose the focus mode according to your shooting needs.
7 aperture blades
The 7-piece aperture blade design can shoot circular diffuse spots, and when the aperture is reduced, 14 starburst effects can be captured.
Metal bayonet, durable
The chrome-plated high-precision metal bayonet is highly compatible with the camera body, and the bayonet is wear-resistant and corrosion-resistant, and is durable.
Equipped with focus distance indicator
Equipped with a focus distance indicator, it is convenient for you to judge the distance of the subject and the depth of field.
Gold plating process
The metal contacts are gold-plated, which can effectively improve signal conductivity and corrosion resistance.