FUJIFILM has also announced the launch of the new FUJIFILM X20 premium compact camera. Following in the footsteps of the highly acclaimed X10, the FUJIFILM X20 inherits its high-precision lens and refined design, whilst featuring substantially improved performance. With an X-Trans CMOS II sensor, EXR Processor II and a newly-developed Advanced Optical Viewfinder, the X20 is packed full of FUJIFILM's latest technology. The X20 is available in both all black and two-tone black and silver.
The X20's bright optical viewfinder features a newly-developed Digital Trans Panel. This displays the shutter speed, aperture, ISO, focusing area and other shooting information perfectly clearly, even in low-light conditions. What's more, the X20's Advanced Optical Viewfindersynchs with the zoom lens, so that users can accurately compose shots using the viewfinder, even when the focal length is constantly changing.
The combination of a newly-developed 12 megapixel 2/3-inch X-Trans CMOS II sensor and EXR Processor II enables the X20 to capture very high quality images, with up to 20% higher resolution (*1) and 30% less noise (*2). What's more thanks to the removal of the optical low pass filter and very powerful processor, the FUJIFILM X20 will produce clear images with minimal graininess, even at high ISO settings.
The newly-developed X-Trans CMOS II sensor has built-in Phase Detection pixels which enable the X20 tohigh-speed Auto Focus (AF) in as little as 0.06 seconds (*3). Additionally, the EXR Processor II offers fast responses with a start-up time of approx. 0.5 seconds (*4), a shutter time lag of approx. 0.01 seconds and a shooting interval of 0.5 seconds, providing advanced flexibility.
(1) Advanced Optical Viewfinder with real time shooting data for improved usability and a bright view
Despite its compact size, the FUJIFILM X20 sports a bright and clear optical viewfinder with a horizontal apparent field of view of 20 degrees and coverage of 85%. It is synched to the zoom lens and comes with an eye sensor for enhanced usability.
The X20's viewfinder also has a newly-developed Digital Trans Panel, which is less than 1mm in depth and is highly transparent. It displays the shutter speed, aperture, ISO, focusing area and other shooting information so that users can continue shooting comfortably without having to take their eye off the action. The Digital Trans Panel automatically switches the colour of information in the shooting frame according to the scene and shooting conditions. Normally displayed in black, in especially dark scenes the shooting information is automatically displayed in green for enhanced visibility; and when an error occurs, the displayed information changes to red.
(2) Premium image quality with edge to edge clarity and minimal noise
The X20 features FUJIFILM's newly-developed 12 megapixel 2/3-inch X-Trans CMOS II sensor. The highly random nature of the unique colour filter array eliminates the need for an optical low-pass filter, while maintaining high resolution images with edge-to-edge clarity. Optical low-pass filters have traditionally been used in conventional sensors to reduce false colour and moiré effects, however this also means sacrificing image quality.
The X20 uses a Lens Modulation Optimiser to reduce optical effects such as lens diffraction, which occurs when light passes through a lens. Even at an aperture of f/8, the X20 retains sharpness and texture in the fine details, drawing out the full potential of the lens.
The sensor's excellent sensitivity is coupled with the processor's advanced signal processing capacity to reduce noise by more than 30% (*2) compared to its predecessor. Even shooting in low-light (e.g. indoors or at night) at a high ISO setting, the X20 will produce a clear image with minimal graininess.
(3) High-speed features and Auto Focus in as little as 0.06 seconds (*3)
The newly-developed X-Trans CMOS II sensor has built-in Phase Detection pixels for high-speed AF in as little as 0.06 seconds (*3). Furthermore, its BSI (Back-Side Illuminated) sensor structure means the Phase Detection pixels can gather sufficient light, whatever the angle of incidence, at a large aperture, to deliver high-precision AF. The Intelligent Hybrid AF automatically switches to Contrast AF when the subject or scene demands it to ensure that the camera always auto-focuses at the highest speed and precision levels possible.
A Focus Peak Highlight feature is available to help photographers manual focus by highlighting the area of the image currently in focus. It provides a guide for situations where it's difficult to tell whether the subject is correctly focused; allowing users to adjust manual focus easily whilst viewing the LCD monitor.
The EXR Processor II delivers performance speeds twice that of the previous generation processor (*5). The X20 offers super speedy response times, with a start-up time of approx. 0.5 seconds (*4), a shutter time lag of 0.01 seconds and a shooting interval of 0.5 seconds. The X20 also delivers an impressive burst rate of 12 frames per second at the full 12 megapixel resolution.
(4) High precision f/2.0-2.8 4x manual barrel zoom lens
Incredible attention to detail has been paid when designing this high precision lens. It's made up of 11 glass elements in 9 groups, including 3 aspherical lens elements and 2 extra-low dispersion lens elements. The result is an ultra bright lens with a wide-angle maximum aperture of f/2.0 and telephoto maximum aperture of f/2.8. FUJINON's proprietary HT-EBC coating is applied to the lens, it effectively controls flare and ghosting from appearing on images.
The optical 4x manual zoom lens allows users to determine precise composition quickly and instinctively, and the use of metal for the lens barrel and its internal structures provides a really smooth zooming action. In Super Macro mode you can get as close as 1cm from your subject, for stunning close-up shots.
The X20's unique image stabilisation mechanism shifts 5 lens elements compensating for camera shake by up to 4 stops, it also effectively prevents motion blur while stopping vignetting and loss of image resolution that usually occurs during camera shake compensation.