Featuring a new innovative standard for creative photography
and video production, the Leica Summilux-SL 50mm f/1.4 ASPH. Lens is
the second installment on a beloved focal length and is designed to deliver
maximum optical performance. This lens has a fast f/1.4 maximum aperture to
excel in low-light conditions while maintaining a soft, natural bokeh, and an
overall rendering inspired by the Summilux-M 50mm. This fast aperture and
versatile 50mm perspective make it ideal for portrait photography, still life
and product photography, and travel photography. The physical design is updated
to be more compact and lighter as well.
Rather than pursuing clinical perfection alone, the 50mm
f/1.4 is engineered to create images with depth, atmosphere, and visual impact.
Wide open at f/1.4, it produces natural soft bokeh and striking subject
separation that immediately draws attention to the focal point. The lens's
characteristic edge rendering contributes to a sense of dimensionality and
expressiveness, giving images a distinctive look that feels immersive and
organic. As aperture settings are stopped down, exceptional sharpness reveals
fine textures and intricate details while preserving the lens's unique visual
signature.
The 50mm f/1.4 introduces an advanced focusing architecture
designed for speed, precision, and discretion. Its fast and quiet Voice Coil
Motor (VCM) Drive moves the focusing group with exceptional efficiency,
utilizing a moving mass of 1.6 oz and acceleration of approximately 131 feet
per second. The result is highly responsive autofocus performance that keeps
pace with dynamic shooting environments while maintaining the smooth,
unobtrusive operation demanded by both photographers and video creators.
The compact dimensions of the 50mm f/1.4 are made possible
through advanced manufacturing techniques and Leica's expertise in optical
design. Two in-house produced aspherical elements, premium glass types, and
eleven aperture blades work together to create outstanding image quality from a
close focusing distance of just 1.6'. Optical distortion is minimized
through lens design and can be easily corrected digitally when required.
