Nikon Digital SLR Cameras

The all-new D800 digital SLR camera will turn your imagination into stunning still images and spectacular videos. With its revolutionary 36.3 megapixels and the EXPEED3 image-processing engine, the D800 is your ideal professional camera. Designed for versatility and high performance, this D-SLR is equipped to handle massive amounts of data with ultra-fast speed. D800 also offers superior image quality and supports ISO sensitivities from 50 to 25600. In addition, videos can be filmed in FX- and DX-based movie formats, creating true cinematic experiences. For those who are seeking extraordinary details in their images, the D800E was specially built to create the sharpest shots by disabling the aliasing and moiré pattern reduction operation performed by the optical low-pass filter.
The next-generation flagship digital SLR camera is equipped with a new Nikon FX-format CMOS image sensor (36.0 × 23.9 mm) and EXPEED 3, the latest image-processing engine specifically optimized for digital SLR camera.  Designed with the ultimate in versatility and functionality that offers superior image quality rich in detail along with excellent high-speed performance. The Nikon D4 has an effective pixel count of 16.2-million pixels, and offers superior image quality under a broad range of lighting conditions with its image sensor supporting an incredible range of sensitivities from ISO 50 to ISO 204800.
Featuring a new horizontal swing, vari-angle monitor, full-HD movie recording and Nikon's easy-to-use entry-level menu for easy photography from more angles

The D7000 is a high-quality mid-class D-SLR that will respond to user demands for a variety of the latest camera technologies and functions, enabling them high-quality, high-definition shooting.
An entry level digital-SLR camera with a new CMOS image sensor, image-processing engine and helpful Guide mode that makes capturing beautiful images easy.
Professional digital SLR with the newly designed FX-format CMOS image sensor and HD movie capability, delivering improved ultra-high sensitivity, image quality and response speed.