Nikon Corporation announced the release of the Nikon D6 FX-format digital SLR camera, a new flagship model that responds to the needs of professional sports photographers and photojournalists. Development of this product was announced in September 4, 2019.
With the new D6, Nikon has realized the most powerful AF performance in its history through significant improvements over its predecessor, the Nikon D5 (released in March 2016). All focus points in the new, densely packed 105-point AF system utilize cross-type sensors, and all are selectable.
The AF sensor built into the D6 is approximately 1.6x denser, and supports three times the number of selectable cross-type focus points than the D5, demonstrating superior focusing performance. The group-area AF option so popular with users of the D5 has evolved even further with support for 17 custom arrangements from which users can choose depending upon the scene or way the intended subject moves for precise capturing of decisive moments.
The new dedicated AF engine developed for the D6 enables high-speed continuous shooting at up to approximately 14fps with all focus points working to keep the subject in focus for improved subject-tracking performance. In addition, adoption of a new algorithm enhances the camera’s ability to maintain focus on the intended portion of a subject without responding to those that pass through the frame.
The D6 offers increased usability while inheriting the D5’s operability and reliable hold. Usability has been refined with improved connector arrangement and increased visibility for the top control panel and LCD monitor when button illumination is used in dark situations, providing professional photographers with even greater support.
In addition, the D6 not only offers the strength and durability, and dust and drip resistance that allow Nikon flagship models to continue working in even the tough environments, but has also been equipped with a security slot that supports connection of anti-theft cables that can keep the camera safe during remote operation.