Acer X223W

The Acer X223W is a 22" widescreen (473 x 296 mm) TN panel monitor that supports 16.7M (6+HiFRC) colours and has a Pixel Pitch of 0.282mm. It supports a resolution of 1680 x 1050 @ 60Hz with a brightness of 300 cd/m2 and 2500:1 contrast ratio. It has a Horizontal-Vertical Frequency of 30~82KHz (H) - 56~76Hz(V), a viewing angle of 170°(H),160°(V) and a response time of 5 ms. The monitor has Analog / Dual Input (DVI w/HDCP) input signal and as a power consumption of 45 W (power saving Off: 1W / Standby: 2W). It comes with a VESA Wall Mounting (100 x 100 mm) and Kensington lock. It supports VGA, SVGA, XGA, SXGA, NEC, Apple and VESA video mode. The front panel controls has brightness, contrast, picture position, pixel clock frequency, color select and adjust, 5 languages reset mode, power on/off sw, power LED, function +/-,adjust +/- controls.

Features

The Acer X223W features a large viewing area and digital interface for a view all of the Vista toolbars and in parallel multiple applications. It integrates Acer display applications like eColor management and eDisplay and additional security tools like asset management. The X223W features a widescreen LCD that reduces window overlap, by offering a broader display area for games and video. The digital X223W is also certified as premium for Vista rendering all of the benefits of the additional toolbars and browsing icons. Images are reproduced with speed and clarity because of a dynamic contrast ratio of 2500:1 and Acer eColor management system which enable adjustments to all aspect of the colour hue and gamma without an impact on the brightness and contrast settings. The X223W also supports work applications like CAD which require the optimal PPI. The digital X223W supports digital interface with HDCP and requires a DVI to ensure compatibility with the latest PC graphic cards for current and future compatibility. The display is also certified by all of the industries most stringent safety standards like TC003, ISO13406-2 and Energy Star V4.1 for lower power consumption.