Casio TRYX vs Nikon S7000

On this page, we are matching up the Casio TRYX vs Nikon S7000, both Ultracompact cameras by competitors Casio and Nikon. There is a huge difference among the resolutions of the TRYX (12MP) and S7000 (16MP) but both cameras have the same sensor measurements (1/2.3").

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The TRYX was introduced 5 years prior to the S7000 and that is a fairly significant gap as far as camera tech is concerned. Both of these cameras have the same body design (Ultracompact).

Before we go right into a detailed comparison, here is a quick overview of how the TRYX matches up vs the S7000 when considering portability, imaging, features and an overall rating.

Below is a sample of the gallery pictures for Casio Exilim TRYX and Nikon Coolpix S7000. The whole galleries are viewable at Casio TRYX Gallery and Nikon S7000 Gallery.

For anyone who is planning to carry your camera, you will need to consider its weight and volume. The Casio TRYX has got outside measurements of 122mm x 58mm x 15mm (4.8" x 2.3" x 0.6") accompanied by a weight of n/a grams (0.00 lbs) whilst the Nikon S7000 has sizing of 99mm x 60mm x 27mm (3.9" x 2.4" x 1.1") with a weight of 165 grams (0.36 lbs).

Examine the Casio TRYX vs Nikon S7000 in the new Camera with Lens Size Comparison Tool.

Always remember, the weight of an Interchangeable Lens Camera will vary depending on the lens you have at the time. The following is a front view dimension comparison of the TRYX and the S7000.

Using size and weight, the portability rating of the TRYX and S7000 is 99 and 94 respectively.

Generally, it is tough to picture the gap in sensor sizing only by checking out specifications. The photograph here may provide you a far better sense of the sensor measurements in the TRYX and S7000.

To sum up, the two cameras provide the same sensor dimensions but different resolution. You should anticipate the Nikon S7000 to show greater detail using its extra 4MP. Greater resolution will also let you crop images more aggressively. The older TRYX will be behind with regard to sensor technology.