BenQ FP547 15" XGA LCD Monitor, Black

Performance: The brightness of BenQ FP547 is 250 cd/m2 and the contrast ratio is 350:1. The response time can reach 25 ms. It can process RGB input signal directly and support up to 16.7 million colors. The maximum resolution is 1024x768 with 0.297 pixel pitch. With regards to refresh rate, BenQ FP547 is able to support up to 75Hz from 56Hz frame rate . The display has12 preset timings to make sure the compatibility with every kind of VGA output.Economy: The LCD Monitor is only about 40% the depth of a regular CRT with the equivalent screen size. It saves you more than two thirds of the desk space needed for a conventional monitor, ideal for environments where space is at a premium.Environment: Adhering to our commitment to the environment, BenQ is dedicated to manufacturing environment-friendly products. BenQ's commitment to green monitors encompasses all stages, from manufacturing to packaging and obtains TCO'95 environmental safety certificate. The TCO'95 is dedicated to further improve the performance and quality of computer systems and peripherals. Compared with the current TCO'95, the new standard is more stringent in terms of legibility, image stability, emission, energy saving, safety and environmental issues. The regulation also includes acoustic noise.

BenQ FP547 15" XGA LCD Monitor, Black LCD Monitor is reliable and offers convenient usage 15" viewable screen size provides a lively viewing experience 350:1 contrast ratio for a convenient and enjoyable viewing experience 25 ms response time provides flicker-free video and images for your viewing pleasure 250 Nit brightness gives an exceptional visible display for clear and consistent on-screen pictures The 15" monitor highlights XGA display with resolution up to 1024 x 768 pixels 1024 x 768 maximum resolution for stunning, lively result with optimal viewing usability 75 Hz standard refresh rate reduces deterioration caused by blurring to ensure maximum productivity Wall mountable lcd monitor is ideal for permanent mounting consideration with added space maximization