Overview
See the world with a clearer view through the AOC 24" large (23.8" viewable) 24B1XHS LED monitor. Capable of displaying Full HD resolution (1080p) via its IPS panel, AOC 24B1XHS shows off its brilliant images with uniform and vivid colors even when viewed at a wide viewing angle. AOC 24B1XHS is easy to set up with VGA and HDMI input, allowing for clear transmission of Full HD video signals. The built-in headphone port also allows for a convenient connection for your headphones via the monitor when the audio signal is carried on the HDMI cable from your computer. The 24B1XHS is also extremely thin and sleek, with a design that is suitable for most decors. This monitor is also VESA compatible, allowing for flexible mounting positions for an even more ergonomic and modern setup.
Delivers sharp video and imagery, suitable for watching videos, work, and general computing.
The LED-backlit IPS panel outputs uniform and accurate colors for a more lifelike display.
HDMI and VGA inputs allow for easy digital and analog connectivity, ensuring wide compatibility with most computers.
Images are displayed with more uniformity and consistency even when viewed from wider viewing angles.
When enabled, AOC Low Blue Mode protects you from harmful blue light that all monitors emit. AOC Low Blue Mode reduces the harmful wavelengths emitted without sacrificing color composition, setting the experience free from the worry of eye damage.
Typical monitors can cause flickers that create discomfort over long periods of time. AOC Flicker-Free technology uses a Direct Current backlight system for a more comfortable viewing experience and wellbeing for your eyes.
The VESA mounting holes allow for flexible mounting options should you choose to mount it with 3rd party mounts for a more ergonomic or multi-monitor setup.
20,000,000:1 dynamic contrast ratio ensures images are crisp and clear with deep blacks and bright highlights.
The high 250 cd/m² (or 250 nits) brightness achieved by W-LED backlight ensures good visibility on the display even in brightly lit environments.