Cookie Notification

We use cookies to personalize your experience. Learn more here.

I Accept
I Don't Accept
Report this product
We regularly adjust ratings based on user feedback and product reviews. We update ratings to better inform our readers. Our goal is to be a trusted source of information, and we want to protect you from products and brands with major issues.After receiving negative feedback from users about a product, the Gadget Flow team will take another look at it and ensure the review’s credibility.
12+7 =
Discussion
Product Specifications
Number of effective pixels
24.3 millions pixels
Image Sensor
23.6mm x 15.6mm(APS-C)X-Trans CMOS III with primary color filter.
LCD Monitor
3.0 inch, aspect ratio 3:2, approx. 1, 040K-dot,
Weight
Approx 507g
Battery life for still images
Approx. 340 frames (NORMAL MODE), Approx. 1, 000 frames (with VPB-XT2) When XF35mmF1.4 R is set.

FUJIFILM X-T2 4K Camera

Photography enthusiasts can make their captures even better with the FUJIFILM X-T2. It is an advanced camera that delivers everything you need in its compact, lightweight and robust body. With a large, high-definition EVF, easy to use dials, high-speed AF, compatibility with an extensive range of high-performance interchangeable lenses, Film Simulation modes that inherit the legacy of Fujifilm colors, unparalleled image quality and outstanding 4K movie recording, made possible by the latest sensor and processing engine, you can say that the FUJIFILM X-T2 is the X-series perfected. The camera also features the 24.3MP X-Trans™ CMOS III, an APS-C sensor with no low-pass filter boasting the highest performance in the history of the X Series, as well as the X-Processor Pro high-speed image processing engine to deliver outstanding color reproduction and gradation of tones in both stills and videos with high ISO sensitivity and low noise. An ideal device for photographers who desire precise operation under all conditions.

FUJIFILM X-T2 4K Camera
Share it
Gadget Flow Rating 9.5/10
View Product Specs
Discovered on Jul 8, 2016, 4:00 pm EDT
Discovered by Ashley Timms
Report this