Kodak S-1 vs Samsung ST93

Its time to examine more in depth at the Kodak S-1 vs Samsung ST93, former is a Entry-Level Mirrorless while the other is a Ultracompact by brands Kodak and Samsung. The image resolution of the S-1 (16MP) and the ST93 (16MP) is fairly comparable but the S-1 (Four Thirds) and ST93 (1/2.3") come with different sensor measurements.

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The S-1 was brought out 3 years after the ST93 which is a fairly sizable difference as far as camera tech is concerned. Each of the cameras offer different body type with the Kodak S-1 being a Rangefinder-style mirrorless camera and the Samsung ST93 being a Ultracompact camera.

Before getting through a more detailed comparison, below is a brief summation of how the S-1 scores versus the ST93 in terms of portability, imaging, features and an overall mark.

Below is a sample of the gallery pictures for Kodak Pixpro S-1 & Samsung ST93. The entire galleries are viewable at Kodak S-1 Gallery & Samsung ST93 Gallery.

For those who are going to travel with your camera, you'll need to factor its weight and volume. The Kodak S-1 has external measurements of 116mm x 68mm x 36mm (4.6" x 2.7" x 1.4") and a weight of 290 grams (0.64 lbs) and the Samsung ST93 has sizing of 92mm x 53mm x 17mm (3.6" x 2.1" x 0.7") along with a weight of 110 grams (0.24 lbs).

See the Kodak S-1 vs Samsung ST93 in our newest Camera plus Lens Size Comparison Tool.

Do not forget, the weight of an ILC will differ dependant on the lens you are utilizing at that time. Following is the front view proportions comparison of the S-1 compared to the ST93.

Taking into account size and weight, the portability score of the S-1 and ST93 is 88 and 97 respectively.

Generally, it is very difficult to visualize the difference in sensor dimensions simply by seeing a spec sheet. The image underneath may provide you a clearer sense of the sensor sizing in the S-1 and ST93.

Clearly, both of these cameras enjoy the same exact MP but different sensor dimensions. The S-1 contains the larger sensor which is going to make obtaining shallow depth of field less difficult. The more recent S-1 should have an advantage with regard to sensor innovation.