Mitsubishi

DLP^TM systems feature tougher and more reliable chips- resulting in longer lasting liquid crystal systems utilizing an inorganic LCD panel. As a result of focusing on product life- Mitsubishi Electric has selected the highest quality components as well as long-life projection lamps. Using industry-first BrilliantColor^TM technology and uniform color reproduction achieves not only compatibility with the international sRGB standard-but also results in high quality image reproduction. Business and education users will enjoy peace of mind with these reliable, quiet-running projectors.

Lower running cost
DLP^TM Systems Produce Stable, High Quality Images
In the DLP^TM system, light does not go through the device. Instead, light is simply reflected off a mirror. This means that dust and dirt cannot penetrate or otherwise affect the device- resulting in even and unchanging color reproduction for years to come.

Inorganic LCD Panels Make Long Life a Reality
Our LCD Panels feature an inorganic orientation membrane and vertically liquid crystal, resulting in longer product lives than those featuring organic orientation membranes. Equipping the device with high-powered lamps does not mean an increase in panel size- the projector features a high level of luminance while remaining compact.

Long Life High Pressure Mercury Lamps Made Possible by Mitsubishi's Proprietary Design (over max 4000h)
Long life lamps are made possible through optimal lamp temperature control design. This design has made possible lamp lives of up to 6000 hours. Extended lamp running times result in reduced costs since lamps won't need to be replaced as often.

Sharp Pictures
High Luminance (over 5000lm)
Enjoy strong and vibrant visuals on a large screen that remain bright- even when used in auditoriums or lecture halls.

High Contrast (over 2000:1)
Image display can be controlled using the DLP^TM ON/OFF switch. Mitsubishi Electric uses an optical engine featuring an all-glass, high-detail lens. Excess light that can sometimes occur in darker portions of images (where the chip is set to OFF) is controlled and images with a sharp variation between light and shade can be shown.

BrilliantColor^TM technology making color reproduction even better
By adding intermediate colors to the primary RGB, BrilliantColor^TM technology makes color production even better.

SRGB allows true reproduction of original colors in photos, computer graphics and works of art