A comprehensive resource database listing screen sizes, dimensions, viewport sizes, pixel density and other information for almost every device out there.
Iiyama ProLite X2283HSU-B1DP Screen Size Dimensions
ProLite X2283HSU-B1DP screen size, viewport size, pixel density and more information.
Specs:
| WIDTH | 1920 px |
|---|---|
| HEIGHT | 1080 px |
| SCREEN SIZE INCH | 22" (inches) |
| CASE WIDTH | 19.88 in | 50.5 cm | 505 mm | 1.66 ft |
| CASE HEIGHT | 12.22 in | 31.1 cm | 310.5 mm | 1.02 ft |
| CASE DEPTH | 2.22 in | 5.7 cm | 56.5 mm | 0.19 ft |
| DISPLAY TYPE | AMVA |
| PX DENSITY | 102 ppi |
| ASPECT RATIO | 16:9 |
| YEAR | 2015 |
Information:
The Iiyama ProLite X2283HSU-B1DP is a 22-inch monitor with a screen resolution of 1920 x 1080 pixels, providing users with a high-quality display for various applications. The AMVA display type ensures excellent color accuracy and wide viewing angles, making it suitable for graphic design, photo editing, and professional use. The screen's pixel density of 102 pixels per inch (ppi) delivers crisp and sharp images, enhancing the overall viewing experience for users.
With a screen aspect ratio of 16:9, this monitor is well-suited for multimedia and gaming purposes, offering an immersive and engaging visual experience. The compact case dimensions of 19.88 x 12.22 x 2.22 inches make it an ideal choice for users with limited desk space, while still providing a generous screen size for productivity and entertainment. Additionally, the release year of 2015 indicates that while it may not be the latest model, it still offers reliable performance and value for users seeking a cost-effective display solution.
Overall, the Iiyama ProLite X2283HSU-B1DP monitor's display characteristics make it a versatile choice for a wide range of user applications, from professional tasks that demand color accuracy and detail precision to entertainment and gaming where vibrant visuals and smooth performance are essential. Its combination of screen size, resolution, and display technology ensures an optimal viewing experience for users across various usage scenarios.
