Combining a unique wide-angle view, along with the world's highest magnification (0.77x) for a digital camera (*1), the X-T1's electronic viewfinder provides a truly immersive shooting experience. But it's the viewfinder's display speed that really sets it apart; with a lag-time of just 0.005 sec (*2) that's one tenth the speed of conventional digital cameras (*3) you'll feel a total connection to the subjects you're shooting.
16.3MP APS-C X-Trans CMOS II Sensor
A large 16.3MP APS-C CMOS image sensor is integrated into the X-T1 to provide high image quality and detail. Using Fujifilm's unique X-Trans bespoke pixel array, the sensor is designed with a randomized pixel pattern to eliminate the need of an optical low-pass filter for reducing moiré and aliasing. By removing this filter from the design, higher image sharpness is possible. Lens Modulation Optimizer (LMO) factors are also taken into account using the EXR Processor II, which helps to automatically compensate for aberrations and diffraction blur in order to produce images with the utmost inherent sharpness.
The X-Trans sensor also works to provide highly effective noise reduction and a clean signal-to-noise ratio. This enables smoother-looking imagery that becomes especially apparent when photographing in low-light situations with an expanded sensitivity range of ISO 100-51200. Additionally, a top continuous shooting rate of 8 fps is possible, for up to 47 consecutive frames, to benefit working with moving subject matter.
Intelligent Hybrid AF and Enhanced Manual Focus
Intelligent Hybrid AF is a quick, responsive autofocus system that employs both contrast- and phase-detection methods to acquire focus quickly in a wide variety of lighting conditions and shooting situations. Clear focus can quickly be attained to aid in catching fast-paced movement more easily.
Three focus modes are available (AF-S, AF-C, and M) for greater control over how the X-T1 achieves sharp focus. When working with autofocus, the AF area is divided into a 49-point matrix in order to gain clear focus of any type of subject matter. Additionally, a built-in AF assist lamp is available for aiding the focus system when photographing in low-light situations.
When working with manual focus, two additional features can be employed for enhanced critical focusing in a more controllable manner. By using the phase-detection pixels located on the imaging sensor,
Digital Split Image technology is able to assist in acquiring precise focus through the implementation of four striped focusing aids; akin to a rangefinder focusing method, once these stripes have been lined up, sharp focus can be ensured. Also contributing to manual focus accuracy, Focus Peak Highlight has been integrated and enables a more objective system of focusing by way of highlighting sharp edges and lines of contrast, using one of three colors, once they are in focus.