Panasonic FH10 vs Pentax K-5

The following is a extended review of the Panasonic FH10 versus Pentax K-5, former is a Small Sensor Compact while the latter is a Advanced DSLR by competitors Panasonic and Pentax. The image resolution of the FH10 (16MP) and the K-5 (16MP) is pretty well matched but the FH10 (1/2.3") and K-5 (APS-C) offer totally different sensor dimensions.

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The FH10 was launched 2 years after the K-5 which is quite a sizable difference as far as tech is concerned. Each of the cameras have different body design with the Panasonic FH10 being a Compact camera and the Pentax K-5 being a Mid-size SLR camera.

Before delving into a step-by-step comparison, here is a simple introduction of how the FH10 grades versus the K-5 in regards to portability, imaging, features and an overall mark.

Here is a preview of the gallery images for Panasonic Lumix DMC-FH10 & Pentax K-5. The complete galleries are viewable at Panasonic FH10 Gallery & Pentax K-5 Gallery.

If you are planning to travel with your camera, you will need to factor its weight and size. The Panasonic FH10 comes with outside measurements of 94mm x 54mm x 18mm (3.7" x 2.1" x 0.7") accompanied by a weight of 103 grams (0.23 lbs) and the Pentax K-5 has specifications of 131mm x 97mm x 73mm (5.2" x 3.8" x 2.9") and a weight of 740 grams (1.63 lbs).

Examine the Panasonic FH10 versus Pentax K-5 in our brand new Camera plus Lens Size Comparison Tool.

Always remember, the weight of an ILC will differ depending on the lens you choose at that time. The following is a front view dimensions comparison of the FH10 versus the K-5.

Looking at size and weight, the portability score of the FH10 and K-5 is 97 and 60 respectively.

Usually, it's tough to see the contrast between sensor dimensions merely by checking technical specs. The image underneath may offer you a stronger sense of the sensor sizing in the FH10 and K-5.

As you can tell, each of the cameras provide the same resolution albeit not the same sensor dimensions. The FH10 has got the tinier sensor which should make achieving shallower depth of field tougher. The fresher FH10 will have a benefit in sensor technology.