Sirui 35mm F1.8 Anamorphic 1.33X Lens - MFT Mount

SiruiSKU: 6952060012001

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Sale price£555.00

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Product Description

Sirui 35mm F1.8 Anamorphic 1.33X Lens - MFT Mount

  • Robust lens with advanced optics for compact MFT/APS-C cameras
  • 33% horizontal field of view increase over standard 35mm MFT lenses
  • Anamorphic 2.4:1 de-squeezed format in 16:9
  • Multi nano-coated Schott optical glass
  • Horizontal blue streak effects
  • 10 aperture blades produce oval bokeh
  • 2.8' minimum focusing distance
  • Focus scales in feet and meters
  • 67mm filter thread
  • Durable lens housing

The MFT-mount 35mm f1.8 Anamorphic 1.33x Lens from Sirui is designed for MFT/APS-C cameras and increases the horizontal FOV by 33% in comparison with traditional 35mm APS-C lenses. The result is equivalent to a wider 26.3mm APS-C lens. After de-squeezing, the captured image is displayed in an anamorphic 2.4:1 format in a 16:9 setting. This fast f1.8 lens is designed with an aluminium housing and features optics with multilayer nanocoatings. Made with renowned Schott optical glass lens elements, it produces rectangular aspect ratios, long horizontal lens flares, and oval bokeh.

One of the features of this lens is that it produces horizontal blue streaks with less stray light, which Sirui calls sci-fi horizontal flares. A key aspect of anamorphic lenses is highlighted oval bokeh, and this lens produces a shallow depth of field and oval bokeh with its 10 aperture blades. While the lens has a robust housing, it's also designed to be lightweight for use with your compact MFT/APS-C camera.

Focal Length 35mm
Maximum Magnification 1:10.63 (V), 13.83 (H)
Maximum Aperture F1.8
Filter Spec M67x0.75
Minimum Aperture F16
Rotation Angle of the Focus Ring 191.2°
Lens Structure 13 Elements in 9 Groups
Max. Diameter 71mm/2.79 inches
Aperture Blades 10
Diameter of the Focus Ring 67.2mm/2.65 inches
Support Frame M4/3
Weight 700g
Shooting Distance 0.85m- ∞
Total Length (Lens Cap Not Included) 117mm/4.61 inches

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Understanding: Aperture

Aperture is the opening in a camera lens that controls how much light enters the camera. It's measured in f-stops like f/2.8 or f/8. Lower f-stop numbers mean wider openings, letting in more light and creating a shallow depth of field (blurry background). Higher f-stop numbers mean smaller openings, letting in less light and creating a larger depth of field (more of the scene in focus). Aperture also affects the quality of out-of-focus areas in the image (bokeh).

Understanding: Lens Types

Different lenses have different purposes to achieve different styles of images, some popular ones include:
Prime Lens: Fixed focal length, sharp images, great for portraits and dark settings.
Zoom Lens: Variable focal length, versatile for different shots and everyday use..
Wide-Angle Lens: Captures wide scenes like landscapes.
Telephoto Lens: Magnifies distant subjects, ideal for sports & wildlife.
Macro Lens: Perfect for close-up photography of small subjects.
Fisheye Lens: Ultra-wide perspective, creates unique images.

Understanding: Lens Mounts

Different camera brands use different lens mounts, which are like connectors that attach lenses to camera bodies. Each mount is specific to a particular brand and camera series. For example, Canon uses the EF and RF mounts, Nikon uses the F mount, Sony uses the E mount for its mirrorless cameras. These mounts dictate which lenses are compatible with which cameras. Some brands offer adapters to use lenses from other systems, but it's essential to ensure compatibility for proper functionality and autofocus performance.

Understanding: Manual and Autofocus

Manual focus and autofocus are two ways to adjust the sharpness of a camera lens. With manual focus, you turn a ring on the lens to bring the subject into focus yourself, giving you full control over what appears sharp in the image. Autofocus, on the other hand, relies on the camera's built-in technology to automatically adjust the focus for you, usually by detecting contrast or phase differences in the scene. Autofocus can be convenient, especially for fast-moving subjects or when you need to capture a quick shot, whereas manual focus allows for precise adjustments and creative control over the final image.

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