BE24AQLBH

Asus BE24AQLBH Screen Size Dimensions

BE24AQLBH screen size, viewport size, pixel density and more information.

Specs:

WIDTH 1920 px
HEIGHT 1200 px
SCREEN SIZE INCH 24" (inches)
CASE WIDTH 22.09 in | 56.1 cm | 561 mm | 1.84 ft
CASE HEIGHT 14.65 in | 37.2 cm | 372 mm | 1.22 ft
CASE DEPTH 1.97 in | 5 cm | 50 mm | 0.16 ft
OPERATING SYSTEM Android 8.0 OreoAndroid 9.0 Pie
DISPLAY TYPE IPS
PX DENSITY 94 ppi
ASPECT RATIO 16:10
YEAR 2017

Information:

The Asus BE24AQLBH monitor boasts a 24-inch display with a screen width of 1920 pixels and a height of 1200 pixels, providing users with a spacious and high-resolution viewing experience. The IPS display type ensures consistent and accurate color reproduction from wide viewing angles, making it suitable for various professional applications such as graphic design, photo editing, and video production. The screen's 16:10 aspect ratio offers additional vertical screen real estate, which is beneficial for tasks that involve extensive vertical scrolling, such as coding and document editing.

The monitor's pixel density of 94 pixels per inch (ppi) contributes to sharp and detailed imagery, enhancing the visual quality of content across different use cases. Additionally, the ample screen size and high resolution make the Asus BE24AQLBH well-suited for multitasking, allowing users to comfortably work with multiple windows and applications simultaneously. The device's dimensions of 22.09 inches in width, 14.65 inches in height, and 1.97 inches in depth provide a sleek and ergonomic design that fits seamlessly into various work environments, optimizing desk space and promoting a clutter-free setup.

Released in 2017, the Asus BE24AQLBH monitor offers compatibility with Android 8.0 Oreo and Android 9.0 Pie, providing users with a versatile and modern platform for accessing a wide range of applications and content. Whether used for professional tasks or entertainment purposes, the monitor's display characteristics cater to diverse user needs, delivering a compelling visual experience across different applications and use scenarios.