Samyang 14mm T3.1 VDSLR ED AS IF UMC II Nikon FX Mount
Key Features:
- Designed for Full Frame
- Aspherical Lens Design
- Ultra Multi Coated Elements to limit flare and ghosting
- Low T number for optimal light transmission
Samyang Optics 14mm T3.1 VDSLR ED AS IF UMC II is a wide angle manual focus cine lens designed for full frame sensor sizes.
Cine Lens Features
Samyang 14mm T3.1 VDSLR ED AS IF UMC II is carefully designed for professional film and video works so the focus gear ring is installed for follow focus system. You may change the aperture quietly and smoothly with the uncoupled aperture gear ring. The T number guiding the actual amount of light transmission and distance scales are marked on both sides of the lens to film much precisely. The lens operates in manual aperture system with low T number which enables natural shooting under various light exposure circumstances.
Optical Features
This lens features 14 lenses in 10 groups including 3 high-refractive and extra low dispersion lenses (HR ED), 1 hybrid aspherical lens (H-ASP) and 1 glass aspherical lens (ASP). H-ASP and ASP lenses minimize color aberration to realize exceptional image quality and high contrast for center and corner of image even when aperture is fully opened. HR ED lens of 14mm T3.1 VDSLR ED AS IF UMC II effectively controls the light dispersion to prevent flare and ghost. Ultra Multi Coating (UMC) technology of Samyang Optics optimizes the light penetration to also minimize flare and ghost.
Hardware Features
The frame of Samyang 14mm T3.1 II is compact and solid since it is made of high-strength aluminum alloy so trustworthy images can be captured even under inferior environment. Also, the attached petal-shaped lens hood shelter the lens from unnecessary lights.
Samyang Optics VDSLR lens line
Samyang 14mm T3.1 II is one of Samyang Optics VDSLR lens line for full frame image sensor size. The lenses produce the same image color and have a united location of aperture and focus gear ring to maximize the convenience when filming.
※ Size and design may vary depending on the mount of a lens