The X-T1 features evolved SLR-style handling, mechanical dials and weather-resistance (when paired with a weather resistant X mount lens). It also has all the benefits of an X-Series camera, such as compact size, excellent mobility and high-speed performance. Whats more, its newly developed electronic viewfinder is almost indistinguishable from an optical viewfinder thanks to its ultra fast display speed.
The worlds highest* viewfinder magnification ratio of 0.77x
With its high-resolution 2.36million dot OLED display, the FUJIFILM X-T1s Real Time Viewfinder allows a true connection to your subject and a purely immersive shooting experience, achieving a wide angle of view of 31°.
The worlds fastest display
The displays lag time of just 0.005 seconds - less than a tenth of conventional cameras - means you will immediately see any changes to your composition, keeping you in touch with whatever you are shooting.
Large 3.0-inch 1.04 million-dot LCD monitor
Shooting information and the image are displayed with vivid clarity, and even dark scenes are easy to view. The use of reinforced glass makes the screen tougher and more scratch-resistant.
Tilting LCD screen
Lens Modulation Optimiser technology brings out the full potential of the XF lens.
The advanced Lens Modulation Optimiser (LMO) technology in the FUJIFILM X-T1 was made possible by the integrated development of the lens, sensor and processor. For each mounted lens, LMO high-precision processing of the lens focal length and aperture, as well as data from the screen center to the edges, corrects diffraction blur when shooting with a stopped down aperture and compensates for the slight blurring in the lens periphery. The result is edge-to-edge image quality with incredible sharpness and a sense of dimensional reality.
Faster together - the X-Trans CMOS II sensor and EXR Processor II.
The adoption of the dual CPU and improved performance has doubled the processing speed when compared with the previous generation processor, the start-up time has also improved to only approx. 0.5 sec. Working in tandem with the high-speed signal readout of the X-Trans CMOS II sensor, the processor reduces the shooting interval to 0.5 sec. and shutter time lag to 0.05 sec.
