VX24AQ

Asus VX24AQ Screen Size Dimensions

VX24AQ screen size, viewport size, pixel density and more information.

Specs:

WIDTH 2560 px
HEIGHT 1440 px
SCREEN SIZE INCH 24" (inches)
CASE WIDTH 21.28 in | 54.1 cm | 540.5 mm | 1.77 ft
CASE HEIGHT 12.85 in | 32.6 cm | 326.3 mm | 1.07 ft
CASE DEPTH 1.58 in | 4 cm | 40.2 mm | 0.13 ft
DISPLAY TYPE AHVA IPS
PX DENSITY 123 ppi
ASPECT RATIO 16:9
YEAR 2015

Information:

The Asus VX24AQ monitor offers a stunning display with a screen width of 2560 pixels and a screen height of 1440 pixels, resulting in a high pixel density of 123 pixels per inch. This AHVA IPS display technology ensures vibrant and accurate color reproduction, making it an excellent choice for professional photo and video editing, graphic design, and other color-sensitive tasks. The 24-inch screen size provides ample real estate for multitasking and immersive gaming experiences, while the 16:9 aspect ratio is well-suited for watching movies and streaming content.

The slim and sleek design of the Asus VX24AQ makes it an attractive addition to any workspace, with a case width of 21.28 inches, a case height of 12.85 inches, and a case depth of 1.58 inches. This monitor's compact dimensions and modern aesthetic make it a versatile option for both home and office environments. Additionally, the release year of 2015 indicates that while it may not be the latest model, it still offers reliable performance and features that cater to a wide range of user needs.

Whether used for professional tasks or entertainment purposes, the Asus VX24AQ monitor excels in delivering sharp and detailed visuals, thanks to its high screen resolution and IPS display technology. With its generous screen size and accurate color reproduction, this monitor is well-suited for a variety of applications, from content creation and design work to gaming and multimedia consumption. Its combination of impressive display characteristics and sleek design make it a compelling choice for users seeking a versatile and high-quality monitor for their computing needs.