VILTROX First F1.2 Ultra Large Aperture Lens: The AF 3.0 inches (75 mm) F1.2 XF single focus lens is the first selling of VILTROX's first F1.2 ultra large aperture lens. Adopts 11 ultra-round aperture blades, the F1.2 ultra large aperture, an indulgent experience, and the natural and smooth transition is beautiful and luscious outside of the focus, and the main body is leaning, creating a dimension of depth of the screen with an extremely shallow depth of field. | The VILTROX AF 3.0 inches (75 mm) F1.2 XF is a medium telephoto monofocal lens that is built on Fuji X-mount cameras. APS-C means the focal length of 3.0 inches (75 mm) is equivalent to approximately 4.5 inches (115 mm), making it suitable for a wide range of shooting scenes such as landscapes, tourism, people, wedding photography, business shooting, etc. Applies to cameras such as X-E3/X-E4/X-H1/X-Pro2/X -Pro3/X-S10/X-T2/X-T3/X-T4/X-T10/X-T20/X-T30/XT30II/X-H2S/X-T5 . | 【Excellent Autofocus Performance & AF/MF Focus Switch Button】 It uses one STM+ reone screw, which provides the high power required for accurate autofocus and tracking focus, while supporting eye-control focus, animal focus and other awareness for improved responsiveness, reducing delay and vibration. In addition, the lens body has an AF/MF focus switch button, which makes it more convenient to switch AF/MF focus when shooting. | 【Automatic / Manual Double Aperture Adjustment】Turn the aperture knob on the bottom of the lens to A and adjust the aperture automatically. Manual aperture adjustment by hand by turning the aperture ring on the bottom of the lens. You can adjust the aperture according to your preference | 【16 optical lens construction in 11 groups】In order to solve the problem of dispersion due to large apertures, the 11 groups of 16 lenses include 3 pieces of ED (low color dispersion) glass and 4 high refractive index glass, effectively corrects the dispersion phase of optical lenses. High-definition nano-coating technology reduces reflections inside the lens to reduce the flare and ghosting that occur during shooting, allowing sharp images to be reproduced even in backlight environments