Nikon Z9 Firmware Version 2.10 Released

Nikon releases firmware version 2.10 for the Nikon Z 9 full-frame mirrorless camera. Firmware version 2.1 does bring improvements, most notably in the autofocus (AF) department but also to address an issue that users had been encountering at sporting events.

Nikon Z9 is available for sale and currently available for $5,496.95 at AmazonB&HAdorama.

All details and download links of the Nikon Z9 Firmware Version 2.10 can be found below:

Press release:

Nikon releases firmware version 2.10 for the Nikon Z 9 full-frame mirrorless camera

MELVILLE, NY (July 6, 2022) –Nikon Inc. is pleased to announce the release of firmware version 2.10 for the Nikon Z 9 full-frame/FX-format mirrorless camera, which is available today.

Firmware version 2.10 introduces a new High-Frequency Flicker Reduction function. When High-Frequency Flicker Reduction is enabled in photo shooting mode, shutter speed can be fine-tuned in increments from the normal 1/3 or 1/2 EV to those as small as 1/96* EV. The ability offered by this new function to adjust shutter speed more precisely than ever before makes it possible to suppress the effects of flicker, even when signboards and lighting that use high-frequency LEDs are included in the angle of view with shooting.

AF performance has also been further improved, notably increasing AF tracking performance with small subjects (those that take up a very small portion of the frame) as well as focus accuracy when eye/face-detection AF is used with continuous-servo AF (AF-C).

Nikon will continuously meet users’ needs through timely updates of firmware versions with various useful functions.

The new firmware is available for download now from the Nikon website.

For more information about the latest Nikon products, including other Z series cameras and the entire collection of NIKKOR Z lenses, please visit nikonusa.com.

* When [High-frequency flicker reduction] is enabled, shutter speed can be fine-tuned in very small increments at speeds between 1/8000 and 1/30 s.