High performance and superior image quality are the hallmarks of the COOLPIX P5000. With 10 megapixels of resolution, photographers can capture the finest details in their images, as well as have the ability to crop creatively and produce beautiful large prints. The 3.5x Zoom-Nikkor glass lens provides compositional versatility when zooming in for tight close ups or zooming out to capture expansive landscapes.The COOLPIX P5000 will be available in March 2007 for $399.95.
The P5000 provides optical VR image stabilization, which helps compensate for camera shake to produce sharper images. The VR stabilizes images displayed on the 2.5-inch LCD, which makes it easier to frame and capture images. Another advantage of the optical VR image stabilization is that it helps achieve smoother action in the movie shooting modes of the P5000 and when using the optional TC-3ED Tele converter with 378mm of telephoto performance.
The COOLPIX P5000 features a new advanced image processing engine with enhanced noise reduction and an improved signal-to-noise (S/N) ratio that preserves image quality even when shooting at high ISO settings. The P5000 extends the light sensitivity range to ISO 3200*, which makes it possible to capture fast moving subjects with outstanding clarity, even in lower light conditions.
COOLPIX P5000 users can take advantage of the new mode dial which provides quick access to a selection of 16 different scene-optimized modes, seven movie modes, Anti-Shake mode and High Sensitivity mode. A turn of the mode dial to Anti-Shake mode activates High ISO and Best Shot Selector (BSS) in addition to VR, which automatically sets the optimal ISO for steady results and will allow users to select and save the best image from up to ten sequential shots. In addition, the mode dial has the choice of Programmed Auto [P], Shutter-priority Auto [S], Aperture-priority Auto [A], and Manual [M] exposure modes for even greater camera control.
Nikon CoolPix P5000 10 megapixel digital camera
Posted on Wednesday, February 21 2007 @ 0:20 CET by Thomas De Maesschalck