FujiFilm XP10 vs Ricoh G900

On this page, we are evaluating the FujiFilm XP10 versus Ricoh G900, both Waterproof cameras by rivals FujiFilm and Ricoh. There is a huge difference among the resolutions of the XP10 (12MP) and G900 (20MP) but both cameras boast the same sensor sizes (1/2.3").

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The XP10 was unveiled 9 years before the G900 which is a fairly significant gap as far as camera tech is concerned. Both of these cameras have the same body design (Compact).

Before diving right into a comprehensive comparison, here is a brief highlight of how the XP10 matches up vs the G900 with regard to portability, imaging, features and an overall score.

Below is a sample of the gallery pics for FujiFilm FinePix XP10 and Ricoh G900. The full galleries are available at FujiFilm XP10 Gallery and Ricoh G900 Gallery.

If you're going to carry around your camera regularly, you'll have to think about its weight and dimensions. The FujiFilm XP10 has exterior dimensions of 96mm x 64mm x 23mm (3.8" x 2.5" x 0.9") along with a weight of 135 grams (0.30 lbs) whilst the Ricoh G900 has dimensions of 118mm x 66mm x 33mm (4.6" x 2.6" x 1.3") having a weight of 247 grams (0.54 lbs).

Look at the FujiFilm XP10 versus Ricoh G900 in the new Camera and Lens Size Comparison Tool.

Do not forget, the weight of an Interchangeable Lens Camera will differ dependant on the lens you are employing at that moment. The following is a front view sizing comparison of the XP10 versus the G900.

Looking at size and weight, the portability rating of the XP10 and G900 is 95 and 89 respectively.

Often, its difficult to picture the contrast in sensor sizes just by checking out technical specs. The image here may provide you a better sense of the sensor dimensions in the XP10 and G900.

As you have seen, the 2 cameras provide the same sensor dimensions but different megapixels. You should expect to see the Ricoh G900 to show extra detail having an extra 8 Megapixels. Greater resolution can also allow you to crop images more aggressively. The more aged XP10 will be disadvantaged in sensor innovation.