Panasonic FH1 vs Panasonic G2

In this article, we will be analyzing the Panasonic FH1 vs Panasonic G2, one being a Small Sensor Compact and the latter is a Entry-Level Mirrorless and both are built by Panasonic. The image resolution of the FH1 (12MP) and the G2 (12MP) is pretty close but the FH1 (1/2.3") and G2 (Four Thirds) use different sensor size.

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The FH1 was released 6 months before the G2 so they are both of a similar generation. Each of the cameras offer different body type with the Panasonic FH1 being a Compact camera and the Panasonic G2 being a SLR-style mirrorless camera.

Before diving through a step-by-step comparison, below is a brief summation of how the FH1 scores versus the G2 in terms of portability, imaging, features and an overall grade.

Following is a preview of the gallery images for Panasonic Lumix DMC-FH1 and Panasonic Lumix DMC-G2. The complete galleries are available at Panasonic FH1 Gallery and Panasonic G2 Gallery.

If you are planning to lug around your camera frequently, you'll have to consider its weight and size. The Panasonic FH1 features physical dimensions of 98mm x 55mm x 23mm (3.9" x 2.2" x 0.9") accompanied by a weight of 163 grams (0.36 lbs) and the Panasonic G2 has specifications of 124mm x 84mm x 74mm (4.9" x 3.3" x 2.9") accompanied by a weight of 428 grams (0.94 lbs).

Contrast the Panasonic FH1 vs Panasonic G2 in the latest Camera with Lens Size Comparison Tool.

Bear in mind, the weight of an Interchangeable Lens Camera will change depending on the lens you choose during that time. Following is the front view sizing comparison of the FH1 and the G2.

Looking at size and weight, the portability score of the FH1 and G2 is 95 and 72 respectively.

In many cases, it is very hard to visualize the gap in sensor measurements merely by looking through a spec sheet. The graphic below might give you a clearer sense of the sensor sizes in the FH1 and G2.

Clearly, both cameras enjoy the same exact resolution albeit different sensor measurements. The FH1 includes the smaller sensor which will make obtaining shallower depth of field trickier.