Zero-deviation alignment of BlueCore laser diodes boosts luminous flux into the light tunnel, improving light efficacy to 5,000 lumens.
Dual synchronized BlueCore color wheels utilize an additive yellow segment, stimulating precise RGBY spectra for optimal chromatic performance.
Comprising over two million micromirrors that reflect pure light through the color wheel, the DLP chip is hermetically sealed to resist heat for over 100,000 hours without degradation.
BenQ BlueCore laser projectors are based on the absolute reliability of the 1-chip DLP design. The highly durable DLP chip can last over 100,000 hours without degradation, ensuring true-to-life colors and pristinely legible text over countless uses.
With impressive WUXGA (1920 x 1200) native resolution that far exceeds Full HD 1080p, BenQ LU950 BlueCore laser projector offers greater details and stunning image clarity when projecting high resolution images.
LU950’s 5000lm high brightness allows presenters and participants to deliver presentations in comfortably lit medium-sized conference rooms, supporting uncompromised debate, collaboration, note-taking and interaction to facilitate the most productive meetings. The high luminance provides professional picture quality for installers to satisfy stringent corporate standards.
LU950 laser projector creates strikingly clear images with stratospherically high 3,000,000:1 contrast ratio for true deep blacks, vivid rich colors and fine subtle details. LU950 also features spontaneous response, requiring no wait to turn on or resume from blanking in true black for flexible performance capability.
For large meeting rooms accommodating 50-80 participants, multiple projected screens can offer improved viewing experiences for the audience. Conventional projectors provide an analog-signal VGA output, which can decay due to transmission distance. BenQ LU950 delivers a perfect digital signal via HDMI output directly from projector to projector or other HDMI display devices with no signal degradation.
DICOM (Digital Imaging and Communication in Medicine) is a standard for handling, storing, printing and transmitting medical imaging information. DICOM Simulation Mode is ideal for viewing grayscale medical images, such as X-rays, with an advanced grayscale level for training and educational purposes.