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DiMAGE S414 SAMPLE IMAGE SPECIFICATIONS FAQ DOWNLOAD

Minolta technology for superb image quality

Designed for speed,comfort and versatility

AF and AE plus versatile functions

Names of camera parts
With Minolta? top-of-the-line technology, 4.0 megapixel images look better than ever.
At its core is a powerful 4.0 megapixel, 1/1.8-type CCD. And to maximize CCD performance, the DiMAGE S414 features two of Minolta's finest technologies: a superior quality GT Lens and CxProcess image processing with 12-bit A/D conversion. The result? A new level of 4.0 megapixel image quality is yours.
Sharp, detailed images with natural color.Minolta GT Lens--all-glass APO lens
imageMinolta drew on its renowned optical expertise and the same GT Lens technology used for the top-of-the-line DiMAGE 7Hi to develop this sophisticated lens for digital imaging. Although compact, it boasts optical precision powerful enough to match the ultra-high-resolution CCD. And by reducing distortion and color aberration, the lens offers sharp, detailed images at all focal lengths. Even at telephoto range, you can get images with bright aperture value.
More about the GT Lens (DiMAGE 7Hi website)
Sharp,detailed pictures with natural color. 4.0 Million Effective pixels and a Primary Color Filter
imageThe high-resolution CCD gives you the level of detail needed for truly impressive print quality--up to approx. 38.5 x 28.9 cm (15.2 x 11.4 inches) using an inkjet printer at 150dpi. As for color reproduction, the CCD has an RGB primary color filter to ensure natural-looking hues on each shot.
The key to achieving natural looking images. Minolta CxProcess Image Processing
A unique Minolta technology used in the DiMAGE 7Hi models, the CxProcess controls important image factors such as sharpness, gradation and noise reduction for clear, vivid, natural-looking image reproduction.
What is the "CxProcess"?
Click here for more details on the DiMAGE 7Hi website
image
Clearer details in shadows and darkareas. 12-bit A/D Signal Conversion
Each of the red, green and blue color signals is converted by 12-bit A/D processing and provides 4,096 color gradations. Compared to pictures from conventional 10-bit models, you'll see much greater detail - with a total of over 68 billion gradations.
"Images" of the difference between 10-bit and 12-bit input.
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