Nikon AF-S DX NIKKOR 35mm f/1.8G Lens for Nikon DSLR Cameras

AF S DX Nikkor 35mm f 1.8 G lens offers superior results. This Nikon 35mm lens packs a silent wave motor for fast rear focusing.Fall in love with the all round capabilities of the Nikon AF S DX NIKKOR 35mm f/1.8G. A must have for any DX format DSLR photographer, this compact and lightweight prime 35mm lens will help you get excellent pictures at any skill level. The 35mm focal length provides you a perfect, natural angle of view. With a fast f/1.8 aperture, you can focus clearly on your subjects in low light and create beautifully blurred backgrounds.

Key Features

Beautiful Background Blur

This Nikon 35mm lens lets you isolate your subject for a dramatic effect. The key to creating gorgeously blurred backgrounds in your stills and videos is using a lens with a maximum wide aperture. The AF S DX NIKKOR 35mm’s maximum aperture is f/1.8, which provides total depth of field control for isolating your subject and creating beautiful portraits.

Outstanding Low Light performance

This Nikkor 35mm lens can shoot in a greater range of conditions. An f/1.8 maximum aperture isn’t just for producing blurred backgrounds. It’s also ideal for exceptional low light performance. With the Nikon AF S DX 35mm f/1.8G, you’ll be able to shoot in more situations with only the available light, outdoors or indoors, from noon to night.

Isolate the Finest Details

This 35mm Nikon lens isolates the finest details and gives you a perfect picture. It consistently delivers great shots. For DX DSLR owners, the natural perspective provides sufficient angle to capture the subject along with part of the environment.

Special Features

AF S DX NIKKOR 35mm f 1.8 G lens feature Nikon’s Silent Wave Motor, which denotes a significant advance in AF lens technology. Aspherical lens elements in the Nikon 35mm utilizes nonspherical surfaces on either one or both sides of the glass to reduce certain types of lens aberration. Rear Focusing System makes the rear lens group move while focusing. This omits changes in the physical length of the lens during focusing and therefore results in faster performance.