Samyang 7.5mm T3.8 Cine (MicroFour Thirds, Silver)

• 1 x Samyang 7.5mm f/3.5 UMC Fisheye Lens (Micro Four Thirds Mount Silver)
• 1 x Front and Rear Lens Caps
• 1 x Lens Pouch

Optically the same as the 7.5mm f3.5 version, this video version features focus and aperture gear rings enabling instant compatibility to follow focus systems and video rigs. The Aperture is step-less for smooth aperture transitions with precise operation, and the aperture marked in standard T-stops which is the actual light transmission through the lens. As with Samyang`s other cinema lenses, the markings are on the side of the lens barrel, again to assist if mounted on video rigs.
Optical construction of Samyang 7.5mm T3.8 Cine UMC Fish-eye features 9 lenses in 7 groups. A glass aspherical lens (ASP) is included among the lens elements to deliver high image quality and contrast throughout centre and corner of image even at wider apertures. Offering an exceptionally wide angle of view, up to 180 degrees diagonally, the 7.5 mm gives a unique fish-eye perspective and makes it a very useful lens for making panoramic photographs and virtual tours with 3rd party hardware and software.

Capable of delivering superb images, the 7.5mm have superb optics with Ultra Multi Coating (UMC) to minimise flare and ghosting, feature non-detachable / built in petal-shaped lens hoods and available in Black or Silver finishes.

As with all current Samyang lenses it features manual focus, but with such a large depth of field focus can be roughly set with to distance scale on the lens, or for very critical operations can be focused with zooming in to live-view which all MFT cameras offer.

There are no electronics to go wrong with this Samyang 7.5 mm, so when using on some models of camera, including the Panasonic Lumix G series “Shoot W/O Lens” (Shoot without the lens) needs to be set to ON in the cameras menu to allow shooting with this lens.

• Ultra Wide-Angle Manual Lens
• Designed for Micro Four Thirds System
• 180º Diagonal Angle of View
• Budget-friendly and Well-designed