Fujifilm FinePix S100FS - Review

With digital SLRs coming down price all the time, is there still a place for high-end 'bridge' cameras like the Fujifilm FinePix S100FS? Digital SLRs have larger sensors and produce better quality images, especially at high ISOs.

Perhaps the Fujifilm's appeal, though, lies more in its value and its practicality rather than outright picture quality. You get a 14,3x optical zoom, which far exceeds the zoom range of a DSLR's kit lens. This range Is the equivalent to 28mm to 400mm on a 35mm camera, making the FinePix supremely versatile. It has an excellent macro mode, toe, which will get you closer to your subjects than any non-specialist SLR lens. Optical image stabilization is built in, so that those super-long- range shots come out as sharp as possible, and with a resolution of IIVIP and an ISO range from 100 to 3200 (and even higher at a reduced megapixel count), the Fujifilm can trade numbers with any digital SLR,

It is somewhat different to use, though. Digital SLRs have big, clear optical viewfinders but the FinePix uses an electronic viewfinder - essentially, a second LCD display viewed through an eyepiece. It's the same with all non-SLR designs and, for many, will be one of their weaknesses. Electronic viewfinders do lack the clarity of optical viewfinders.

Non-SLRs can be quite slow to focus, too, especially super zooms working at full range. The FinePix, though, focuses pretty quickly, and it's not really much slower to use than an SLR, thanks also to the mechanical zoom ring around the lens.

The Futures Bright

Some subjects have too high s brightness range for the average image sensor, but the S1OOFS has a dynamic range adjustment to cope with this. Some previous Fujifilm cameras came with the company's unique SR sensor, which used paired photosites, one much larger than the other, to record brightness ranges up to 400% wider than a conventional sensor. What's interesting here, though, is that Fujifilm appears to be using its HR (High Resolution) sensor design, where all the photosites are the same size. It may be that the increased dynamic range is achieved by varying the amplification level (or ISO value) for different parts of the scene. With a 200% expansion, the minimum ISO is 200, and with 400% expansion the minimum ISO is 400. It manages to hold onto very bright highlight tones that otherwise might be expected to blow out through overexposure.