Nikon L26 vs Samsung WB700

Here is a extensive overview of the Nikon L26 and Samsung WB700, both Small Sensor Compact cameras by rivals Nikon and Samsung. The image resolution of the L26 (16MP) and the WB700 (14MP) is very comparable and both cameras offer the identical sensor measurements (1/2.3").

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The L26 was manufactured 14 months later than the WB700 making them a generation apart from each other. Both cameras feature the same body design (Compact).

Before diving into a full comparison, here is a simple summary of how the L26 grades vs the WB700 when considering portability, imaging, features and an overall rating.

Below is a sample of the gallery pics for Nikon Coolpix L26 & Samsung WB700. The entire galleries are viewable at Nikon L26 Gallery & Samsung WB700 Gallery.

For those who are planning to carry your camera frequently, you'll have to think about its weight and dimensions. The Nikon L26 offers external measurements of 96mm x 60mm x 29mm (3.8" x 2.4" x 1.1") along with a weight of 164 grams (0.36 lbs) whilst the Samsung WB700 has dimensions of 100mm x 59mm x 22mm (3.9" x 2.3" x 0.9") accompanied by a weight of n/a grams (0.00 lbs).

Analyze the Nikon L26 and Samsung WB700 in our newest Camera plus Lens Size Comparison Tool.

Take into consideration, the weight of an ILC will vary dependant on the lens you are using at that moment. The following is a front view over all size comparison of the L26 and the WB700.

Using size and weight, the portability grade of the L26 and WB700 is 93 and 98 respectively.

Generally, it can be hard to imagine the contrast in sensor sizing merely by going through technical specs. The visual below should give you a far better sense of the sensor sizing in the L26 and WB700.

As you can tell, each of these cameras feature the identical sensor size but different MP. You can expect to see the Nikon L26 to show extra detail due to its extra 2 Megapixels. Greater resolution will let you crop images way more aggressively. The newer L26 should have a benefit when it comes to sensor innovation.