High Brightness with High-Power AC Lamp
The high-efficiency light convergence technology and the color wheel work together to achieve the high brightness of 6,000 lm for the projector. Clear, crisp images are reproduced even in bright rooms.
RGB Booster Significantly Improves Color Reproduction
The RGB Booster achieves high image quality with levels of color reproduction and brightness that make each color stand out. It combines Panasonic's Vivid Color Control technology with the Lamp Modulation Drive System for a 1-chip DL ...
The black PT-DZ680K 1-Chip DLP Projector with lens from Panasonic, featuring a dual-lamp system, is compact but powerful. This WUXGA projector is suitable for a wide variety of applications, from education and business to museums. The RGB Booster ensures vivid, colorful images, and the original Eco Filter eliminates the need for filter replacement for up to 12,000 hours. A host of terminals and advanced management functions provide enhanced system flexibility.
This product comes with a 1 year limited warranty.High Brightness with High-Power AC Lamp The high-efficiency light convergence technology and the color wheel work together to achieve the high brightness of 6,000 lm for the projector. Clear, crisp images are reproduced even in bright rooms. RGB Booster Significantly Improves Color Reproduction The RGB Booster achieves high image quality with levels of color reproduction and brightness that make each color stand out. It combines Panasonic's Vivid Color Control technology with the Lamp Modulation Drive System for a 1-chip DLP projector that produces bright and vivid colors. Vivid Color Control This control technology optimizes the use of the color segment areas of the color wheel. It increases the brightness of each RGB color by minimizing the unallocated portions between the colors, to achieve truly vivid coloring. Lamp Modulation Drive System With the advanced lamp modulation technology, the projector is able to control the lamp intensity for each of the red, green, blue, and white segments of the color wheel separately. Because the actual light output is controlled in relation to each color segment, light usage is optimized and color balance is obtained without lowering the brightness. This results in bright vivid images with increased color fidelity.