Leica Summilux M 28mm f/1.4 ASPH Black Anodized Lens - Premium Wide-Angle Prime for Street & Low-Light Photography | Perfect for Travel, Portraits & Documentary Shooting

The vignetting that is typical of every optical system is naturally more defined on a wide angle lens, particularly a high speed one like this, than on standard lenses or those with a long focal length. At full aperture in 35mm format it is a maximum, i.e. in the corners of the image, of around 3.4 stops, around 2 stops on Leica M8 models with their slightly smaller format. Stopping down to 5.6 visibly reduces this light falloff – to 1.8 and 0.8 stops respectively. Stopping down further does not bring about any notable reduction as essentially only the natural vignetting remains. Distortion is extremely low for a wide angle lens at a maxi-mum of 1.1%, which is rarely noticeable in practice. A total of ten lens elements are used to achieve this exceptional performance. To correct color defects, seven of these are made of glass types with anomalous color dispersion (partial dispersion), while one has an aspherical surface. To maintain performance in the close-up range, one element towards the rear of the optical system is a “floating element” that moves independently of the rest of the mechanism.

The Leica Summilux-M 28 mm/f1.4 ASPH offers the following benefits:

• Ideal for photo-journalism, architecture and landscapes in all lighting situations
• Extreme sharpness and very shallow depth of field
• Exceptional imaging performance over the entire focusing range
• Outstanding contrast which shows even the finest details e.g. architectural structures
• Excellent reproduction of details across the whole image field
• Assembled by hand from top quality materials
• Made in Germany
• Metal lens hood included

Summary: The Leica Summilux-M 28mm f/1.4 ASPH. offers maximum image performance with a focal length / speed combination previously unavailable in the M system. This extends the composition options of M photography, particularly for available light shots, but also thanks to a previously unattainable reduction in the depth of field combined with large field angles.