Panasonic FH27 vs Sony H90

Here is a in depth analysis of the Panasonic FH27 and Sony H90, former being a Small Sensor Compact while the other is a Small Sensor Superzoom by companies Panasonic and Sony. The image resolution of the FH27 (16MP) and the H90 (16MP) is very well matched and they enjoy the exact same sensor sizing (1/2.3").

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The FH27 was announced 13 months earlier than the H90 making the cameras a generation apart from each other. Both of the cameras come with the identical body type (Compact).

Before diving in to a step-by-step comparison, below is a brief synopsis of how the FH27 scores versus the H90 when it comes to portability, imaging, features and an overall rating.

The following is a sample of the gallery pics for Panasonic Lumix DMC-FH27 & Sony Cyber-shot DSC-H90. The whole galleries are available at Panasonic FH27 Gallery & Sony H90 Gallery.

When you are looking to carry your camera often, you have to factor in its weight and measurements. The Panasonic FH27 features physical dimensions of 99mm x 57mm x 28mm (3.9" x 2.2" x 1.1") having a weight of 152 grams (0.34 lbs) while the Sony H90 has proportions of 105mm x 60mm x 34mm (4.1" x 2.4" x 1.3") having a weight of 222 grams (0.49 lbs).

Contrast the Panasonic FH27 and Sony H90 in our newest Camera plus Lens Size Comparison Tool.

Remember that, the weight of an ILC will change based on the lens you select at the time. Below is the front view measurement comparison of the FH27 and the H90.

Factoring in size and weight, the portability grade of the FH27 and H90 is 94 and 91 respectively.

Oftentimes, it's tough to see the gap between sensor sizing only by checking a spec sheet. The visual below will offer you a much better sense of the sensor dimensions in the FH27 and H90.

As you can see, both cameras posses the exact same sensor measurements and the exact same megapixels so you can expect similar quality of pictures but you should always factor the age of the products into consideration. The older FH27 is going to be behind with regard to sensor innovation.