Cover image © SHOTEN Corporation
SHOTEN Corporation has released a firmware update for the Fringer FR-NZ1 and FR-NZ2 electronic mount adapters (Canon EF mount lens to Nikon Z mount conversion). The announcement date is June 21, 2024. Version is Ver.1.90.
This update includes fixes for shutter priority mode issues, improvements in the accuracy of EXIF data focal length recording, enhanced AF tracking performance, and improved image stabilization.
Fixes for Shutter Priority Mode Issues
There were reports of issues where the aperture would move repeatedly and the shooting screen would flicker when using shutter priority mode in certain scenes. This problem has been fixed, allowing for stable shooting.
Correction of EXIF Data Focal Length Recording
When using a prime lens with an extender, there was an issue where the magnification of the extender was not calculated in the focal length recorded in the EXIF data, resulting in inaccurate numbers.
Improved AF Tracking Performance on High-Performance Bodies
On high-performance bodies such as the 'NIKON Z 9' and 'NIKON Z 8', the continuous AF (AF-C) tracking performance in certain scenes has been improved. This allows for more reliable capture of moving subjects.
Improvement of Image Stabilization
The image stabilization switching process has been improved to prevent the lens and body stabilization from operating simultaneously as follows:
- If the lens stabilization is enabled (stabilization switch ON), the body stabilization is automatically disabled, and the stabilization setting menu becomes unchangeable (grayed out).
- If the lens stabilization is disabled (stabilization switch OFF) or if the lens lacks stabilization functionality, the body stabilization settings are applied.
- It also supports the operation of the lens stabilization switch when the power is turned on.
- While using lens stabilization, switching to playback mode or displaying the menu will automatically toggle the lens stabilization on/off to save power.
These improvements significantly enhance the operability and efficiency of image stabilization.
