Olympus 9000 vs Panasonic SZ7

On this page, we will be looking at the Olympus 9000 versus Panasonic SZ7, both Small Sensor Compact digital cameras by companies Olympus and Panasonic. The image resolution of the 9000 (12MP) and the SZ7 (14MP) is pretty similar and both cameras offer the same sensor sizes (1/2.3").

Photography Glossary

The 9000 was brought out 3 years before the SZ7 and that is quite a big difference as far as tech is concerned. Both the cameras have the same body design (Compact).

Before we go right into a full comparison, here is a quick highlight of how the 9000 grades versus the SZ7 in the way of portability, imaging, features and an overall rating.

Here is a preview of the gallery images for Olympus Stylus 9000 & Panasonic Lumix DMC-SZ7. The entire galleries are provided at Olympus 9000 Gallery & Panasonic SZ7 Gallery.

If you are intending to carry your camera regularly, you'll need to take into account its weight and size. The Olympus 9000 has outer dimensions of 96mm x 60mm x 31mm (3.8" x 2.4" x 1.2") with a weight of 225 grams (0.50 lbs) while the Panasonic SZ7 has specifications of 99mm x 59mm x 21mm (3.9" x 2.3" x 0.8") having a weight of 133 grams (0.29 lbs).

Contrast the Olympus 9000 versus Panasonic SZ7 in our newest Camera plus Lens Size Comparison Tool.

Bear in mind, the weight of an ILC will vary based on the lens you are using at the time. Underneath is a front view dimensions comparison of the 9000 compared to the SZ7.

Using size and weight, the portability score of the 9000 and SZ7 is 92 and 95 respectively.

Oftentimes, it's difficult to visualize the contrast between sensor sizing purely by reviewing specs. The photograph below should provide you a better sense of the sensor sizes in the 9000 and SZ7.

As you can plainly see, both of these cameras provide the same sensor dimensions albeit different megapixels. You can expect the Panasonic SZ7 to offer you extra detail having its extra 2MP. Higher resolution will help you crop photographs more aggressively. The older 9000 is going to be disadvantaged in sensor innovation.