AOC AGON AG274QZM Screen Size Dimensions
AGON AG274QZM screen size, viewport size, pixel density and more information.
Specs:
WIDTH | 2560 px |
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HEIGHT | 1440 px |
SCREEN SIZE INCH | 27" (inches) |
CASE WIDTH | 24.13 in | 61.3 cm | 612.9 mm | 2.01 ft |
CASE HEIGHT | 14.5 in | 36.8 cm | 368.2 mm | 1.21 ft |
CASE DEPTH | 2.87 in | 7.3 cm | 73 mm | 0.24 ft |
DISPLAY TYPE | IPS |
PX DENSITY | 109 ppi |
ASPECT RATIO | 16:9 |
YEAR | 2021 |
Information:
The AOC AGON AG274QZM is a high-performance monitor designed to meet the specific needs of users who require a crisp and detailed display for various applications. With a screen width of 2560 pixels and a screen height of 1440 pixels, the monitor offers a stunning visual experience with sharp and clear images. The 27-inch screen size provides ample space for multitasking and immersive gaming or multimedia consumption. The IPS display type ensures vibrant colors and wide viewing angles, making it suitable for professional graphic design, content creation, and entertainment purposes.
The screen pixel density of 109 pixels per inch (PPI) contributes to the monitor's ability to render fine details with precision, catering to the needs of professionals who rely on accurate image representation. The 16:9 aspect ratio is well-suited for widescreen content and provides an expansive canvas for productivity tasks. Whether it's editing high-resolution photos or engaging in fast-paced gaming, the AOC AGON AG274QZM's screen specifications deliver an exceptional visual experience.
In addition to its impressive display capabilities, the monitor's dimensions of 24.13 inches in width, 14.5 inches in height, and 2.87 inches in depth make it a versatile choice for various setups. The 2021 release year ensures that the device incorporates the latest technologies and features, staying relevant in the ever-evolving landscape of display technology. As a part of AOC's AGON series, known for its focus on gaming and professional use, this monitor caters to the specific needs of users who prioritize visual performance and reliability in their display devices.