T-Flow Cooling System, Micro Dust Filter and Color Matching Technology

Jun 27, 2006 10:13 GMT  ·  By

BenQ today launched its new DLP projector series - BenQ PB8263 and PB8253 - which include a high 4000 /3500 ANSI lumens, BenQ's Unique Color Matching Technology, T-Flow Cooling System and a specially designed Micro Dust Filter, informs Hardware Zone.

BenQ digital projector PB8263/ PB8253 can be used, because of a special developed technology, also in very bright conference rooms. It also comes with eight easy preset modes to enable the user to have a straightforward access to all the set of functions featured, and also to optimize the setting for various applications, delivering enhanced performances not only for business presentations, but also for movie watching or gaming.

Furthermore, a specially designed Micro Dust Filter is integrated in the BenQ PB8263/ BP8253 projector in order to fence 'the microscopic dust' and, obviously, to diminish the damage of sensitive projector components.

BenQ PB8263/PB8253 conforms to the sRGB standard (Standard Red, Green and Blue) delivering in this way an enhanced true color reproduction, as the sRGB colors offer a higher uniformity across different displays featured by a wide range of devices such as printers or notebooks.

Because of an advanced T-Flow Cooling System, which contains four ventilation fans that cool the projector and maintain a low internal temperature, the BenQ PB8263 and PB8253 can be used for a long period of time, as they can deliver the same clear and bright images as they did before.

Last week, BenQ released another powerful DLP projector - the BenQ MP770, which features BenQ's proprietary Senseye color enhancement technology and BrilliantColor technology for better color saturation and brightness.

BenQ MP770 also includes BenQ's Whisper Quiet design, a high 3200 ANSI lumens, a long lamp life of up to 4000 hours, as well as wide range of handy functions including Picture-In-Picture, a 9 setting application mode plus 2 customer preference modes and a 2D keystone correction function.