AGON AG273QX

AOC AGON AG273QX Screen Size Dimensions

AGON AG273QX screen size, viewport size, pixel density and more information.

Specs:

WIDTH 2560 px
HEIGHT 1440 px
SCREEN SIZE INCH 27" (inches)
DISPLAY TYPE VA
PX DENSITY 109 ppi
ASPECT RATIO 16:9
YEAR 2019

Information:

The AOC AGON AG273QX is a 27-inch monitor released in 2019, designed to provide users with a high-quality visual experience. With a screen width of 2560 pixels and a screen height of 1440 pixels, the monitor offers a sharp and detailed display, making it ideal for various applications such as gaming, graphic design, and multimedia content creation. The VA display type ensures that users can enjoy rich and vibrant colors with deep black levels, enhancing the overall visual appeal of the content being viewed or created.

The screen's pixel density of 109 pixels per inch (ppi) contributes to the monitor's ability to render crisp images and text, making it suitable for tasks that require precision and clarity. The 16:9 aspect ratio further complements the display characteristics, providing a wide and immersive viewing area for users to work, play, or consume media.

In gaming scenarios, the AOC AGON AG273QX's display characteristics offer a competitive edge, allowing gamers to experience smooth and fluid motion with minimal blurring or ghosting. The high resolution and pixel density contribute to a more immersive gaming experience, while the vibrant colors and deep blacks enhance the visual quality of in-game graphics.

For creative professionals, the monitor's display characteristics make it well-suited for tasks that demand color accuracy and detail, such as photo and video editing, graphic design, and content creation. The combination of screen size, resolution, and pixel density provides ample screen real estate for multitasking and working with intricate visual elements.

Overall, the AOC AGON AG273QX's display characteristics cater to a wide range of user applications, offering a compelling visual experience for gaming, creative work, and multimedia consumption.