Adding item to the basket... 17 May 2019
London, United Kingdom, 16th May 2019: Nikon has announced the release of firmware version 2.0 that will further enhance the performance of its full-frame mirrorless cameras, the Nikon Z 6 and Nikon Z 7.
The following main functions, included in the upgrade, will continue to expand the possibilities for visual expression:
1. Eye-Detection autofocus (AF) in stills mode
2. Extension of the low-light AF detection range
3. Addition of the auto-exposure (AE) tracking capability to the continuous high-speed (extended) mode
1. Eye-Detection autofocus (AF) in stills mode
The new Eye-Detection AF function automatically detects and focuses on human eyes in the auto-area AF (AF-S, AF-C) mode. When the eyes of multiple people are detected, the multi-selector or sub-selector can be used to select which eye the camera focuses on, even when looking through the Electric View Finder. Once the photo is taken, the user can easily verify that the image is in focus by pressing the ‘OK’ button to zoom in on the eye that was the intended focus target.
2. Extended low-light AF detection range
The new firmware enables even faster autofocus when recording dark or dimly lit scenes, with both still-image photography and movie recording. It extends the AF detection range from −1 EV to −2 EV on the Z 7, and from −2 EV to −3.5 EV on the Z 6. When the Z 6’s low-light AF function is enabled, the available low-light AF detection range will be extended from −4 EV to −6 EV, so it will be able to autofocus with even darker conditions.
3. Auto-exposure (AE) tracking in continuous high-speed (extended) mode
Previously, exposure was locked with the first shot in a burst of high-speed continuous shooting. Firmware version 2.0, however, adds support for AE tracking in continuous high-speed (extended) mode, allowing the cameras to track exposure just as it does focus (AF tracking). This ensures that all images captured with a burst of high-speed continuous shooting are not only in focus, but also exhibit optimal exposure, even when the brightness of the scene changes during the burst.
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