Panasonic Lumix Dmc Tz10

The Panasonic Lumix DMC-TZ10 adds yet more substance to Panasonic's already impressive Travel Zoom range of digital compact cameras. It is equipped with a 12x Leica zoom lens which ranges from an extra-wide 25mm for landscape and interior shots up to an impressive 300mm telephoto which is ideal for shots of distant wildlife (focal lengths in 35mm terms). The lens is supported by POWER O.I.S. (Optical Image Stabilizer) to help keep images blur free. The TZ10 can also record 720P HD video in AVCHD Lite with high sound quality of Digital Stereo Creator. If you want to be able to edit and organize your videos more easily on your computer, Motion JPEG recording format is also available. Adding further to the Lumix TZ10's travel credentials is its Travel Mode function with GPS which allows you to record and organise various information related to your travel shots, including photo location and local time information. With full manual exposure modes plus Intelligent Auto, the Panasonic Lumix TZ10 is simply superb read more ›

The 12.1-megapixel Panasonic LUMIX DMC-TZ10 features a 25mm wide-angle 12x optical zoom f/3.3-4.9 LEICA DC VARIO-ELMAR lens (35mm camera equivalent: 25-300mm) in a compact body. The 25mm wide-angle lens has about twice the shooting area of the standard 35mm lens. The powerful 12x zoom can also be used in motion picture recording. In 3-megapixel resolution mode, the Extra Optical Zoom function provides additional magnification, extending the zoom power to 23.4x by using the center part of the CCD. read more ›

The Intelligent Resolution (I.R) Technology gives a high resolution look to digital zoom images as well as ordinary images. The image is divided into contour areas, texture areas and smooth areas. And optimum image processing is applied to each type of area. This enables 16x Intelligent Zoom that achieves about 1.3 times the usual zoom magnification with almost no loss of image quality. The Intelligent Resolution Technology also achieves sharp images in modes that use fewer pixels to enable high sensitivity and high speed. read more ›