Description
Sigma 35mm f / 2 DG DN Contemporary is a compact universal lens with a fixed focal length for full-frame cameras, suitable for landscape, everyday and reportage photography.
The relatively wide maximum aperture allows operation in low light conditions and precise focus depth control.
The optical circuit of Sigma 35mm f / 2 DG DN includes three aspherical and one element with extremely low diffraction, which take care of minimizing various aberrations and distortions in order to achieve a sharp and clear image. The multi-layer lens coating reduces ghosts and parasitic reflections for better color reproduction and contrast.
The lens body is metal, with excellent feedback from the aperture control ring and is equipped with a fast and quiet stepper motor for reliable focusing in photo and video shooting, and the nine rounded elements of the aperture provide smooth defocus.
Sigma 35mm f / 2 DG DN Contemporary is part of the Sigma I series lens series - lenses for mirrorless full-frame cameras, specially designed to be as compact and comfortable as possible without compromising on optical qualities.
Characteristics
Lens Sigma 35mm f / 2 DG DN Contemporary - Sony E (FE)
General features | |
Viewfinder Magnification | 0.18x |
Filter Thread | 58 mm |
Aperture Max | f / 2 |
Aperture Min | f / 22 |
Image Stabilization | No. |
Minimum Focus Distance | 27 cm |
Optical Design | 9/10 |
Angle of View | 63.4 ° |
Diaphragm Blades | 9, rounded |
Size | 70 x 65.4 mm |
Weight | 325 g |
Box contents
Lens Sigma 35mm f / 2 DG DN Contemporary - Sony E (FE)
Front cap Sigma LCF-58 III
Rear cap Sigma LCR-TL II
Front magnetic cap Sigma LCF5801M
Canopy Sigma LH636-01
Accessory Sigma CH-11 Magnetic lens cap holder
Filter Sigma Protector Filter 58mm
Bundles
- Lens Type: Hard bright universal lens
- Compatibility (Lens Mount): 35mm Sony (E)
- Focal Length (35mm Equivalent): 35mm
- Maximum Aperture: f / 2
- Minimum Focus Distance: 27 cm
- Macro: 0.18x
- Filter Diameter: 58 mm
- Dimensions: 70 x 65.4 mm
- Weight: 325 g
- Others: Protection from atmospheric influences