Fuji S200 EXR Press Release and Specs – DPReview:
Fujifilm is pleased to announce the FinePix S200EXR, a worthy successor to the award-winning FinePix S100FS. Aimed at top-end enthusiasts looking for excellent picture quality without the expense of a DSLR system, the FinePix S200EXR combines the pin-sharp 14.3x zoom lens so popular in the FinePix S100FS with the latest 12 megapixel Super CCD EXR sensor, which has won a string of awards since its introduction in the FinePix F200EXR.
And:
The massive 14.3x zoom lens is truly a delight to use in such a compact, lightweight design. The ultra-high precision Fujinon lens achieves maximum resolution at all focal lengths of 30.5mm-436mm equivalent with maximum aperture of a bright F2.8 (wide angle) to F5.3 (telephoto).
These two new features are the most interesting:
In all EXR cameras, the EXR Processor and the Super CCD EXR sensor work closely together to guarantee exceptional image quality. In the latest models including the FinePix S200EXR, newly researched Multi Frame Technology has been added, and along with it Pro Focus Mode and Pro Low-light Mode.
Pro Focus Mode works by taking a burst of 2 or 3 frames, and analysing the distance between the subject and the background. The camera then is able to take the main subject and crisply matt it against a defocused foreground and background.
Perfect for portrait or nature photography, Pro Focus Mode should be used when professional results are desired, with minimal adjustment to the camera, and without the need to edit your photos afterwards on a PC. The results from the FinePix S200EXR will look as good as those from a DSLR, or better!
Pro Low-light Mode should be used when you are trying to avoid noisy low light shots. With conventional camera models, it is possible to achieve relatively blur-free low light shots using high ISO and CCD shift (or optical image) stabilization. But this comes at a cost, as the ISO 1600 setting will invariably produce distracting and ugly noise.
Once switched to Pro Lowlight Mode, the camera will take burst of 4 high sensitivity images using Pixel Fusion Technology in quick succession. It will then deploy Multi Frame Technology to overlap the 4 images to create one, single image with extremely low noise.