Asus Pb279q

ASUS provides a wide range of monitors for all segments whether it be gaming, content creation, productivity and much more. PB series of monitors is focused at content creation professional, videographer and image quality. Here is a 27" 100% sRGB 4K UHD monitor offering 10-bit color support based on a in plane switching panel. This will offer even higher performance and image quality as well color accuracy and reproduction. In addition black levels provide users with a price aggressive but high quality and well-performing 4K monitor. Many games will also be satisfied with solid response time. For many the combination of rich colors, deep blacks and solid response times will be of great interest. Rounding out specification the PB279Q features native 60Hz operation ensuring a smooth and responsive experience. There are all the connections you could ask for whether it be DP, HDMI or MHL. Last but not least, the monitor features a super thin narrow bezel complimenting multi monitor installations.In addition to 3840×2160 resolution and outstanding color saturation, performance display enthusiasts will appreciate the flexibility offered by the monitor. Whether it be its extensive range adjustments that include pivot, tilt, swivel or height adjustment the PB279Q will easily adjust to your usage environment and workflow. Additionally you can enjoy the Splendid Plus display adjustments allowing you to quickly and easily set the display for appropriate usage whether it be content creation, reading, video/movie watching or gaming. The PB279Q also implements the OSD GUI (onscreen display graphic user interface). This offers a clean and easy to under menu system with rich functionality for tweaking and tuning your display. Users looking to maximize the input flexibility and large resolution will appreciate the advanced PiP (picture in picture) support as well as PbP (picture by picture) support. All in all this is a fantastic display for those looking into any type of content creation, editing, modeling or large workflow usage models.