Contemporary

SIGMA 30mm F1.4
DC DN | Contemporary

Vanaf €369

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• Uitstekende optische prestaties in een compacte jas
• Een heel nieuwe F1.4 standaardlens voor de moderne systeemcamera
• Eerste F1.4 voor Micro Four Thirds en Sony-E-mount
• Compacte lens met de beeldkwaliteit van de Art lijn
• Verkrijgbaar voor Sony E-mount, Canon EF M-, L- en MFT-mount

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Specifications

Eigenschappen

Construction

Technology

Productlijn	Contemporary
Youtube Videos
Instagram Widget
Lensconstructie	9 Elements in 7 Groups
Lens Type	Standard
Beeldhoek	50.7º
Aantal diafragmalamellen	9 (Rounded Diaphragm)
Minimaal diafragma	F16
Minimale scherpstelafstand	30 cm
Maximale vergroting	1:7
Afmetingen (diameter x lengte)	Sony E-mount Canon EF-M Micro Four Thirds L-mount ⌀ 64.8 mm x 73.3 mm ⌀ 64.8 mm x 73.3 mm ⌀ 64.8 mm x 72.1 mm ⌀ 65.4 mm x 71.3 mm
Gewicht (gram)	264
Filtermaat	52mm
Edition number	C016
Accessoires	Hood (LH586-01) supplied
EAN-code	Sony E-mount Canon EF-M Micro Four Thirds L-mount 085126302658 085126302719 085126302634 085126302696

A member of the high-performance Contemporary line, featuring Sigma’s latest technologies

For optimal balance with light, compact camera bodies with a short flange back distance, Sigma designed the new Sigma 30mm F1.4 DC DN | Contemporary lens to be extremely compact. Moreover, the special design of the focus lens group allows fast and smooth AF performance for videography and more. This lens combines a compact design and comfortable operation while prioritizing outstanding image quality. Featuring Sigma’s latest technologies, this lens digitally corrects optical distortion.

Extra-long Hood (Supplied)

The included lens hood is extra-long and features an antireflective coating to manage unwanted light. The hood also features rubber and anti-slip textures to make it easier for the photographer to hold while shooting.

TSC used for a more compact structure and enhanced performance

Since new material TSC (Thermally Stable Composite) is highly elastic, it exhibits minimal deformation. Parts made of TSC are therefore less prone to develop gaps between each other over time. The Sigma 30mm F1.4 DC DN | Contemporary features a lens barrel and aperture parts made of TSC, which contribute both to the compactness of the lens and the smooth functioning of the aperture system. TSC helps increase the precision of cells holding lens elements and parts related to the focus lens group, further enhancing lens performance.

TSC (Thermally Stable Composite) is a type of polycarbonate with a thermal expansion rate similar to that of aluminum. It has high affinity to metal parts which contributes to high quality product manufacturing.

Combining compactness with outstanding optical performance

The front lens element features high-refractive index, high-dispersion glass for extra power and a shorter overall lens length. To optimize the lens for mirrorless cameras, two aspherical lens elements help ensure outstanding image quality and overall compactness. The Sigma 30mm F1.4 DC DN | Contemporary features Sigma’s inner focus technologies, while lighter lens elements in the focus lens group make possible a more compact actuator. Moreover, this lens offers outstanding stability whether the photographer is shooting handheld or has the camera placed on a surface. Structurally, the lens features materials and parts that contribute to its compact, lightweight structure. In summary, this is an unprecedented lens that combines outstanding optical performance with exceptional portability and usability.

Mount with Dust and Splash Resistant Structure

The mount features a special sealing* to make the lens an excellent choice in a wide variety of conditions.

* L-Mount, X Mount, and Nikon Z Mount only

Image quality rivaling that of our Art line lenses

A compact, lightweight lens offering outstanding image quality with F1.4 brightness

In addition to featuring an optimized layout and power distribution, this lens incorporates one aspherical lens element and one double aspherical lens element, as well as an element made of high-refractive index, high-dispersion glass with high anomalous partial dispersion. By effectively leveraging these technologies, the lens delivers an outstanding level of light to the edges of the image while minimizing transverse chromatic aberration. To correct distortion, the lens takes advantage of the image correction* capabilities of the mirrorless camera body, using the corrective power of the optical system to enhance sharpness. The final result is an extremely compact lens that delivers image quality that rivals that of our Art line lenses.

* Limited to what the camera supports.

EOS-M series cameras incompatible with aberration correction

Cameras incompatible with distortion correction
EOS M5, EOS M6, EOS M100, EOS M10, EOS M3, EOS M2, EOS M

Designed to minimize flare and ghosting

From an early stage in the lens design process, flare and ghosting have been measured to establish an optical design resistant to strong incident light sources such as backlighting. Sigma’s Super Multi-Layer Coating reduces flare and ghosting to help photographers produce sharp and high contrast images even in backlit conditions. The included lens hood can be attached to block out extraneous light, which can have a negative effect on rendering performance.

Shallow depth of field for a beautiful bokeh effect

The large-diameter lens with F1.4 brightness makes possible a shallow depth of field for a beautiful bokeh effect—unavailable until now in a standard lens for mirrorless cameras.

The stepping motor delivers excellent autofocus with quiet performance.

The optical design and stepping motor deliver smooth autofocus during video shooting. The lens design fully accommodates the Fast Hybrid AF of Sony E-mount cameras for super-fast autofocus functionality. Using face recognition AF results in consistent autofocusing on faces, even as the subjects move.

High-precision, rugged brass bayonet mount

The brass mount combines high precision with rugged construction. Its treated surfaces and enhanced strength contribute to the exceptional durability of the lens.