Fujifilm to announce X-T3 Mirrorless DSLR: All you Need to Know

Nikon and Fujifilm are about to bring their next mirrorless camera range tomorrow 19 Sept 2018. Fujifilm would add a new member to its ‘X’ series, on the other hand, Nikon would announce Z Series Mirrorless Category.

If we believe to rumours the Fujifilm could announce its “X-T3” that uses the X-Processor 4, an evolved version of X Series’ image processing engine that boasts advanced processing capabilities. Let's explore more about the device…

A new back-illuminated sensor

The FUJIFILM X-T3 features a newly-developed back-illuminated “X-Trans CMOS 4” sensor, the fourth generation to feature in the X Series. Boasting a resolution of 26.1MP, the sensor uses a unique colour filter array, synonymous with X-Trans CMOS sensors. Furthermore, ISO160, previously available only as extended ISO, is now part of the normal ISO range, allowing you to achieve incredibly clean, noise-free images.

X-Trans CMOS 4 sensor

The FUJIFILM X-T3 uses the X-Processor 4 combined with a new algorithm, enhances the Film Simulation modes, substantially improving the camera’s ability to track moving subjects, boosts AF’s speed and accuracy, and allows for a more diverse range of video functions. It maximizes the full potential of X-Trans CMOS 4 sensor to deliver the highest performance in all aspects in the history of X Series.

Blackout-free high-speed continuous shooting

Increased read speed from the sensor and the new high-speed processor have made it possible to have AF/AE-tracking, blackout-free continuous shooting of up to 30 fps in approx. 16.6M (1.25x crop) mode using the electronic shutter, while maintaining a smooth Live View of 60fps to track your subject.

Film Simulation modes

The FUJIFILM X-T3 offers 16 Film Simulation modes so that you can match your true photographic intention.

First 4K DSLR

The FUJIFILM X-T3 is our first model that features 4K/60P 4:2:2 10bit HDMI output and 4K/60P 4:2:0 10bit internal SD card recording. Supported video formats include the widely-used H.264/MPEG-4 AVC as well as H.265/HEVC for greater data compression.