Panasonic Lumix DMC-FX30 zilver

- MEGA Optical Image Stabilizer
- LEICA DC VARIO-ELMARIT
- 7.2 Mega pixels
- 3.6 x Optical Zoom, 4 x Digital Zoom
- 2.5 inch Diagonal LCD

Panasonic prides itself on being at the forefront of technology and the introduction of the DMC-FX30, the world's slimmest digital camera with 28mm wide-angle lens, is a case in point. The perfect camera that fits into any lifestyle, the ultra slim FX30 offers sophistication in technology and style, whilst remaining inherently easy to use.

The bigger picture with the LEICA DC wide angle lens
This new lens allows photographers to easily capture a large group of people, or expansive architectural structures and landscapes with dynamic width and rich perspective. The lens part of the DMC-FX30 comprises of seven elements in six groups, including five lenses with six aspherical surfaces to generate high optical performance. The zoom ratio can be extended up to 5.3x in 3megapixel resolution mode with minimal deterioration thanks to the Extra Optical Zoom. By using the central part of the CCD, this powerful zooming function allows you to easily capture and magnify distant subjects.

Blurred images are a thing of the past thanks to Panasonic!
Panasonic is the first manufacturer to have successfully incorporated Optical Image Stabiliser (OIS) into its compact cameras - a feature strongly appreciated worldwide and now considered to be a standard requirement of photography. O.I.S minimizes the jitter from shaky hands that causes many photos to look blurred by shifting the O.I.S lens unit to keep the optical axis aligned straight against the CCD, to ensure images are captured with supreme clarity and sharpness.

The Venus Engine III
The DMC-FX30 features the Venus Engine III, Panasonic?s advanced image-processing engine that can record at a sensitivity setting as a high as ISO 1250 at full resolution. Noise reduction is also greatly improved, with picture noise removed in stages during image processing. Critical noise is analysed, and chromatic and luminance noise are reduced separately. The chromatic noise, which has greater effect on picture quality, is then selectively suppressed, resulting in clearer images.