One of the main complaints with the Lumix DMC-LX2, Panasonic's enthusiast pocket camera, was the high noise level of its 10-megapixel sensor. So we're heartened that for its replacement, the LX3, Panasonic decided to stick with 10 megapixels and work on improving the noise profile instead.

According to the company, the new sensor has larger photodiodes, which boosts sensitivity by almost 40 percent--maximum ISO jumps a stop to ISO 3,200 from ISO 1,600--and the sensor has increased saturation by 35 percent. In conjunction with moving to the latest version of its Venus Engine imaging processor, which Panasonic claims provides better noise reduction, we should theoretically see better photo quality from the LX3. It should offer better performance as well: burst shooting, at least, has been bumped up from a rating of 2fps to 2.5fps.

Panasonic Lumix DMC-FX150

(Credit: Panasonic)

The Lumix DMC-FX100 wasn't bad for a 12-megapixel camera, but the noise trade-off for putting a high-resolution sensor in a compact camera really doesn't seem worth it. So you'll have to forgive the rather unenthusiastic reaction to the news that for the ...

Panasonic Lumix DMC-FZ28

(Credit: Panasonic)

It's not only compact cameras that are embracing the wide-angle views this fall; even the megazooms are getting in the game. Panasonic's replacement for its Lumix DMC-FZ18, the FZ28, maintains its 18x zoom range, but backs off on the telephoto to provide a slightly wider 27mm entry focal length compared with 28mm previously.

The Photo Safe II can store thousands of high-resolution digital images.

(Credit: Digital Foci)

Do you think the 4GB SD card for your digital camera is large? Well, it is, especially compared with a few years ago when it was a big deal to have a 512MB card. How would ...

Although it only applies to a small percentage of units on our shores, today Sony announced that "A certain number of DSC-T20 cameras (in pink and silver only) will vibrate when the power is switched on and will not be able to shoot pictures" due to a "mechanical failure that ...