Kodak Z915 vs Nikon L28

Here is a in-depth review of the Kodak Z915 vs Nikon L28, both Small Sensor Compact digital cameras by companies Kodak and Nikon. There exists a sizable gap between the resolutions of the Z915 (10MP) and L28 (20MP) but they possess the same exact sensor dimensions (1/2.3").

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The Z915 was launched 5 years prior to the L28 and that is quite a significant difference as far as technology is concerned. The two cameras offer the identical body type (Compact).

Before we go in to a in depth comparison, below is a quick summation of how the Z915 grades against the L28 for portability, imaging, features and an overall rating.

Below is a sample of the gallery pictures for Kodak EasyShare Z915 & Nikon Coolpix L28. The complete galleries are provided at Kodak Z915 Gallery & Nikon L28 Gallery.

In case you're planning to carry your camera regularly, you'll need to consider its weight and proportions. The Kodak Z915 offers outside dimensions of 90mm x 64mm x 39mm (3.5" x 2.5" x 1.5") along with a weight of 194 grams (0.43 lbs) while the Nikon L28 has measurements of 95mm x 60mm x 29mm (3.7" x 2.4" x 1.1") and a weight of 164 grams (0.36 lbs).

Examine the Kodak Z915 vs Nikon L28 in our completely new Camera & Lens Size Comparison Tool.

Remember that, the weight of an ILC will vary based on the lens you have at that moment. Here is the front view scale comparison of the Z915 vs the L28.

Considering dimensions and weight, the portability score of the Z915 and L28 is 91 and 93 respectively.

Sometimes, it is very tough to see the gap between sensor sizing purely by reading through a spec sheet. The visual below might give you a far better sense of the sensor dimensions in the Z915 and L28.

Clearly, each of these cameras offer the same exact sensor sizing but not the same resolution. You can anticipate the Nikon L28 to give more detail utilizing its extra 10MP. Greater resolution will also allow you to crop images a little more aggressively. The older Z915 is going to be disadvantaged when it comes to sensor innovation.