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The Cell also showed a remarkable ability to overcome the shortcomings of standard video processors. While conventional processors can’t keep pace with the rate at which data is delivered from the receiver, resulting in transfers that are made with color information that’s compressed to 25 percent of brightness, the Cell processor uses an algorithm to increase reproduction of color data to half the level of brightness. In doing so, the Cell processor creates a sharper picture by reducing blurring at an image’s edge. It also can detect the noise compression of low-resolution Internet content, separating and correcting the image to make it more suitable for lager screen TVs. It also allows for automatic fine-tuning of multiple control settings including 1,024 steps in color temperature, a 128-scale dynamic gamma range and 100 brightness settings, including 32 each for color saturation.
The 3.2-GHz processor will likely serve as the hub of home entertainment systems in the future as it moves toward being fully integrated with a TV. While initially the Cell processor will find a home in high-end products, it's expected to eventually reach a mainstream audience in helping deliver high-quality video. It's that combination of sophisticated technology paired with an ability to be used in a wide array of products that makes the Cell processor the winner of the CEATEC Innovations Award for home entertainment.
Mark Seavy