NEC PlasmaSync 5000W

The PlasmaSync 5000W is designed for high-profile installations where outstanding image quality and superior design are required to convey a sophisticated, cutting-edge image for your organization. The PlasmaSync 5000W combines the highest native panel resolution available on a 50" plasma monitor with NEC's exclusive Capsulated Color Filter technology and AccuBlend scan conversion to provide rock solid high-resolution images with outstanding color realism. As the leader in plasma display technology, NEC provides a number of features and capabilities that no other plasma manufacturer offers. NEC's patented Capsulated Color Filter technology improves color response to provide the most realistic color rendering available in plasma monitors. Capsulated Color Filter (CCF) technology is a series of red, green and blue filters bonded within the panel's front glass substrate. CCF optimizes the color spectrum of visible light emitted from the panel by attenuating unwanted spectral emissions associated with the ionization of gas within the individual pixels. CCF also incorporates a black matrix that helps the panel absorb external light, cuts down on reflections and improves the reproduction of black. The result is color that is more true-to-life, enhanced contrast and a screen image that is perceptibly superior to other plasma monitors. NEC's exclusive AccuColor control system complements Capsulated Color Filter technology by allowing simple and accurate adjustment of on-screen color temperature settings through the monitor's OSM user menus. AccuColor allows you to select one of three preset color temperatures or set a customized color temperature to suit your specific application requirements or personal preferences. The PlasmaSync 5000W features NEC's exclusive AccuBlend scan conversion technology. AccuBlend is an intelligent pixel mapping technology that displays scaled high-resolution images with superior accuracy and stability. This results in a screen image with excellent clarity and readability even at the highest resolutions.