Product highlights:
- Focal length: 30mm
- Aperture range: f/1.4-16
- L-mount lens
- APS-C image sensor format
- Compact and ultra-portable design
- Fast and smooth autofocus stepping motor
- Shallow depth of field for a beautiful bokeh effect
- Designed to minimize flare and ghosting
- 9-blade rounded diaphragm
- Accepts 52mm diameter filters
Sigma 30mm f/1.4 DC DN Contemporary Lens for L-Mount
The Sigma 30mm f/1.4 DC DN Contemporary is a large-aperture standard lens designed for APS-C size mirrorless cameras. Enjoy beautiful bokeh effect and exceptionally sharp optical performance with this 30mm prime lens. For optimal balance, the lens is ideal for compact camera bodies with a short flange back distance. This lens is capable of digitally correcting optical distortion. It combines a compact design with latest technologies to achieve outstanding image quality.
Outstanding Optical Performance
The lens design uses 9 elements in 7 groups featuring two aspherical lens elements optimized for outstanding image quality and overall compactness. Furthermore, high-refractive index, high-dispersion front glass element assures extra power and shorter overall lens length.
Lightweight Design
Featuring Sigma’s inner focus technologies, the lens uses lighter lens elements in the focus lens group that help achieve a more compact actuator. Plus, it also offers outstanding stability when used with the camera whether it is handheld shooting or the camera placed on a surface. Simply to summarize, this lens combines outstanding optical performance with exceptional portability and usability.
Fast and Smooth AF
The Sigma 30mm Lens incorporates a stepping motor that allows for quick and quiet autofocus. This feature is important and useful when shooting videos. The 9-blade rounded diaphragm combined with large f/1.4 aperture helps create beautiful blur background, perfect for portraits.
Rugged Brass Bayonet Mount
The lens features a rugged construction with brass bayonet mount. The treated lens surfaces along with enhanced strength both contribute to the exceptional durability of the lens body.