Panasonic FP3 vs Sony TX10

Its time to look a bit more closely at the Panasonic FP3 versus Sony TX10, both Ultracompact digital cameras by rivals Panasonic and Sony. The image resolution of the FP3 (14MP) and the TX10 (16MP) is pretty similar and they use the exact same sensor size (1/2.3").

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The FP3 was revealed 19 months before the TX10 which makes the cameras a generation away from each other. Both cameras come with the identical body type (Ultracompact).

Before we go through a more detailed comparison, below is a concise highlight of how the FP3 matches up vs the TX10 in relation to portability, imaging, features and an overall score.

Here is a preview of the gallery images for Panasonic Lumix DMC-FP3 and Sony Cyber-shot DSC-TX10. The full galleries are available at Panasonic FP3 Gallery and Sony TX10 Gallery.

If you're aiming to carry around your camera regularly, you need to think about its weight and dimensions. The Panasonic FP3 has outside measurements of 99mm x 59mm x 19mm (3.9" x 2.3" x 0.7") having a weight of 155 grams (0.34 lbs) whilst the Sony TX10 has dimensions of 96mm x 56mm x 18mm (3.8" x 2.2" x 0.7") and a weight of 133 grams (0.29 lbs).

Check the Panasonic FP3 versus Sony TX10 in the all new Camera and Lens Size Comparison Tool.

Do not forget, the weight of an Interchangeable Lens Camera will differ based on the lens you have attached during that time. The following is the front view size comparison of the FP3 against the TX10.

Factoring in size and weight, the portability grade of the FP3 and TX10 is 95 and 96 respectively.

Generally, it's tough to picture the gap between sensor sizes simply by going over specs. The picture below will give you a far better sense of the sensor sizing in the FP3 and TX10.

All in all, the two cameras posses the exact same sensor measurements albeit different resolution. You should expect the Sony TX10 to offer you greater detail because of its extra 2MP. Higher resolution can also help you crop shots somewhat more aggressively. The more aged FP3 is going to be behind in sensor innovation.