Nikon's new camera favours quality over quantity
"SOMETHING interesting is stirring the pixelated world of digital photography. One of Japan's most respected camera companies is challenging the trend to cram ever more pixels on to each new digital camera's photosensor chip. Until now a high pixel-count has conferred certain bragging rights: more pixels are assumed to mean sharper images, which can be blow up into bigger still-sharp pictures.~
So, why would Nikon want to turn the clock back with its latest offering, a 6.1-megapixel SLR called the D40?~
Nikon is playing the old gamut game—something it mastered while working with photographic film. The gamut of an image is the range of colours in it that can be detected, represented or reproduced in some way. In practical terms, it's what's left after an image has been mangled by some output device such as a photographic developer, ink-jet printer, computer monitor, television tube or movie projector.
The gamut of film is much higher than that of a CCD. But when turning the images into something we can see, film and CCD alike come up against a common restriction that pretty well wipes out film's natural advantage—the gamut of the output device."
http://www.economist.com/daily/columns/techview/displaystory.cfm?story_id=8435209
"SOMETHING interesting is stirring the pixelated world of digital photography. One of Japan's most respected camera companies is challenging the trend to cram ever more pixels on to each new digital camera's photosensor chip. Until now a high pixel-count has conferred certain bragging rights: more pixels are assumed to mean sharper images, which can be blow up into bigger still-sharp pictures.~
So, why would Nikon want to turn the clock back with its latest offering, a 6.1-megapixel SLR called the D40?~
Nikon is playing the old gamut game—something it mastered while working with photographic film. The gamut of an image is the range of colours in it that can be detected, represented or reproduced in some way. In practical terms, it's what's left after an image has been mangled by some output device such as a photographic developer, ink-jet printer, computer monitor, television tube or movie projector.
The gamut of film is much higher than that of a CCD. But when turning the images into something we can see, film and CCD alike come up against a common restriction that pretty well wipes out film's natural advantage—the gamut of the output device."
http://www.economist.com/daily/columns/techview/displaystory.cfm?story_id=8435209