Olympus 7000 vs Pentax MX-1

Following is a in-depth comparison of the Olympus 7000 versus Pentax MX-1, both Small Sensor Compact cameras by manufacturers Olympus and Pentax. The resolution of the 7000 (12MP) and the MX-1 (12MP) is relatively close but the 7000 (1/2.3") and MX-1 (1/1.7") have totally different sensor sizing.

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The 7000 was brought out 5 years prior to the MX-1 which is a fairly sizable difference as far as camera technology is concerned. Both cameras feature the same body design (Compact).

Before getting right into a detailed comparison, here is a brief view of how the 7000 matches up vs the MX-1 in relation to portability, imaging, features and an overall score.

Here is a preview of the gallery photos for Olympus Stylus 7000 & Pentax MX-1. The entire galleries are provided at Olympus 7000 Gallery & Pentax MX-1 Gallery.

When you are aiming to carry around your camera frequently, you'll need to take into account its weight and measurements. The Olympus 7000 enjoys outside measurements of 96mm x 56mm x 25mm (3.8" x 2.2" x 1.0") and a weight of 172 grams (0.38 lbs) whilst the Pentax MX-1 has proportions of 122mm x 61mm x 51mm (4.8" x 2.4" x 2.0") along with a weight of 391 grams (0.86 lbs).

Examine the Olympus 7000 versus Pentax MX-1 in our newest Camera plus Lens Size Comparison Tool.

Don't forget, the weight of an ILC will differ based on the lens you use during that time. Below is a front view dimensions comparison of the 7000 versus the MX-1.

Taking into consideration dimensions and weight, the portability score of the 7000 and MX-1 is 94 and 84 respectively.

Quite often, it's hard to visualise the contrast in sensor sizes only by looking through a spec sheet. The pic underneath should offer you a better sense of the sensor measurements in the 7000 and MX-1.

As you can see, the two cameras come with the identical megapixels albeit not the same sensor sizes. The 7000 has got the smaller sensor which is going to make obtaining shallow DOF trickier. The more aged 7000 will be disadvantaged in sensor technology.