PAPTFRZ50WU7

PT-FRZ50WU7

Panasonic

Enjoy bright images in most classroom and office settings with the white Panasonic PT-FRZ50WU7 5200-Lumen WUXGA Classroom & Office Laser DLP Projector. Its 5200 lumens of brightness and 20,000:1 dynamic contrast ratio will work together to overcome light in most rooms and provide detail in dark areas of the image. It sports a 1920 x 1200 WUXGA native resolution for viewing detailed video, pictures, or data. The 1.46 to 2.94:1 throw ratio offers a range of throw distances for focused images from the back of nearly any room. The PT-FRZ50WU7 features composite video, two VGA, and two HDMI inputs to connect to nearly any device. One VGA input can alternatively act as an output to daisy-chain multiple projectors or displays. The projector is controllable via the included wireless remote control, DIGITAL LINK via Ethernet, or RS-232 with various control software options. Dynamic Color for Bright RoomsBrilliant Color Reproduction Quartet Color Harmonizer is an original color wheel mechanism featuring an optimized optical design. It modulates light output according to the image's color requirements, achieving wide-gamut reproduction with pure white for greater color accuracy and depth without sacrificing brightness. Combined with stable SOLID SHINE laser brightness and the superior uniformity of DLP imaging, colors appear richer and brighter without the greenish cast sometimes experienced with alternative projection technologies.Rich Color Enhancer Rich Color Enhancer includes a Dynamic Mode that prioritizes image brightness, and a Graphic Mode/Standard Mode to suit graphical content. This mode adjusts color wheel timing for deeper color saturation in situations where projection at maximum brightness is not required.Dynamic Contrast 2 Heightens Contrast Precision The PT-FRZ50WU7 features a new Dynamic Contrast 2 setting that enhances digitally modulated contrast precision to a level approaching our professional models. Dynamic Contrast regulates light output frame-by-frame or scene-by-scene according to image requirements, achieving accurate contrast when bright and dark scenes frequently interchange. Whites are brighter, blacks richer, and skin-tones more natural even in well-lit environments. The technology also consumes less energy than conventional projection systems.