Panasonic Lumix G Leica DG Summilux 15mm f/1.7 ASPH. Lens (Black)

Product Features in Detail

Compact, yet stunning quality
Create photos with stunningly beautiful, softly focused backgrounds thanks to F1.7 brightness. This LEICA DG SUMMILUX lens also features an aperture ring for easy adjustment of exposure, and an AF/MF switch that lets you change to manual focus while framing your subject – two intuitive functionalities for professional use. Its excellent mobility makes this lens ideal for every situation, delivering true-to-life expression.

LEICA DG Lens – ultimate optics
Opt for a LEICA DG lens and get the ultimate in optical quality and performance. They naturally meet the strict quality standards set by Leica Camera AG.

Thanks to the sophisticated design of these lenses, you will enjoy brilliant clarity all the way to the edges of your photos. At the same time, distortions of all kind are prevented which may occur with wide-angle photography to enable precise, sharp picture rendering. This means you have the ideal tool for pro-level images in the palm of your hand.

Nano Surface Coating – clarity from all angles
Put an end to unwanted ghosting and flaring – the Nano Surface Coating has been applied to lenses within the system. This special, ultra-thin coating was developed originally by Panasonic to reduce bothersome reflections across the entire light spectrum. The result: crystal-clear pictures even if you’re photographing a light source in the dark.

HD Video Support – perfect video-recording
With HD video support any user has everything they need for recording with their LUMIX camera. Not only does it perform smooth aperture changes so there are no sudden jumps in exposure, it also boasts a silent design for enhanced capture of the scene’s audio. What’s more, it offers excellent tracking performance – so you won’t miss a moment of the action.

H-X015
9 elements in 7 groups:
- 3 aspherical lenses

Aspherical (ASPH) lenses reduce size and weight, effectively preventing spherical and distortion aberration.