Balancing strong photo and video capabilities, the FUJIFILM X-H2S is a multimedia mirrorless camera featuring a newly developed X-Trans stacked sensor, refined AF and subject detection, and impressive 6.2K video recording. Topping the X System, this camera mixes the intuitiveness, design, and image quality FUJIFILM is known for with a fresh, speedy approach to video and continuous shooting applications.
The first X Series camera to feature a stacked sensor, the X-H2S sports an APS-C-format 26.1MP X-Trans 5 stacked BSI sensor, which ups the readout speeds and improves low-light performance compared to previous generations. First, as an X-Trans sensor, it uses the unique color filter array that inherently minimizes moiré and contributes to more natural color rendering; next, the BSI design helps reduce noise and improve tonality and clarity; and, finally, the stacked design greatly reduces rolling shutter and other motion distortion to better suit high-speed video and photo photo applications.
Partner to the newly designed sensor is a fresh engine—the X-Processor 5—which uses 64-bit processing to realize 3x faster speeds for both video and photo tasks compared to the X-T4. On the video side, this enables recording at up to 6.2K with high bitrates like ProRes 422 HQ or at high speeds, like with 240 fps recording at Full HD.
On the stills end, this quick processing means faster shooting to suit photographing moving subjects. When working with an electronic shutter, shooting at up to 40 fps is possible, with a buffer of 140 consecutive uncompressed raw frame. With the mechanical shutter, shooting speeds up to 15 fps are possible, along with the ability to shoot upwards of 1000 raw frames in a single burst.
Benefitting both video and stills applications, this processing also benefits the sophisticated and AI-backed autofocus system, helps achieve a 14-stop dynamic range, and enables a broad sensitivity range from ISO 160-12800.
With a penchant for video, the X-H2S has a well-rounded recording system that places this camera squarely in the 'hybrid' category and performs equally well for video as it does for video. Internal 4:2:2 10-bit recording is possible in both DCI/UHD 4K at up to 120p and Full HD at up to 240p as well as an open-gate 3:2 6.2K setting that's suitable for anamorphic applications. A variety of codecs are supported as well, including H.265 and three tiers of ProRes: the high bitrate 422 HQ, the standard 422, and the more compressed 422 LT. Also, continuous recording times up to 90 minutes are possible at all frame rates and resolutions.
Using the full-size HDMI port, raw video recording is possible when paired with a compatible external recorder. Both ProRes RAW and Blackmagic RAW recording is possible, along with the ability to work with F-Log or F-Log 2 profiles, and either format supports working in resolutions up to the open-gate 6.2K.
Benefitted by the improved processing, autofocus performance is noticeably faster and more intelligent. This hybrid focusing system uses 425 phase-detection points and is now sensitive down to -7 EV for working in truly low-light conditions. Also, backed by deep learning, an AI adaptive algorithm means this focusing system is better suited to automatically detect and track a variety of subject types. Compared to previous focusing systems, the X-H2S's Face and Eye Detection capabilities have been refined for greater accuracy and to account for unique features, like glasses, face coverings, and hairlines. Also, the range of recognized subjects types has been expanded to include cars, planes, trains, motorcyclists, birds, horses, dogs, cats and more.
Built-in 5-axis sensor-shift image stabilization helps to minimize the appearance of camera shake by up to 7 stops. This system works in conjunction with most X Series lenses, including non-stabilized ones, and benefits working with slower shutter speeds and when shooting in difficult lighting conditions. Additionally, digital image stabilization can also be used during video recording to further aid in steadying footage, especially when recording handheld.