MSI MAG 273QP X24 Gaming Monitor, 27″ QD-OLED Display, WQHD Resolution, 240Hz Refresh Rate, 0.03ms (GtG) Response Time, Adaptive-Sync Technology, 1.07b Color Display

MSI MAG 273QP X24 Gaming MonitorDescription & Specifications:

The MSI MAG 273QP X24 Gaming Monitor delivers next-level clarity and lightning-fast performance. This monitor’s 27″ QD-OLED screen has outstanding color accuracy, deep blacks, and high contrast, making it ideal for competitive and immersive gaming. The MSI MAG 273QP X24 Gaming Monitor blends style, power, and performance in a sleek compact created for gamers who expect nothing less than the best.

240Hz Refresh Rate + 0.03ms Response Time:

Dominate fast-paced games with a 240Hz refresh rate and an ultra-low 0.03ms (GtG) response time. The MSI MAG 273QP X24 Gaming Monitor ensures every movement is crystal clear—no motion blur, no ghosting. Whether you’re flicking in FPS titles or racing at high speeds, this monitor keeps you ahead of the action. It’s time to react faster and game harder.

QD-OLED Technology:

The MSI 27-Inch QD-OLED Gaming Monitor has QD-OLED technology for outstanding color depth, precise contrast ratios, and true-to-life images. It supports 1.07 billion colors, allowing everything from dark shadows to dazzling highlights stand out with breathtaking detail. Whether you’re gaming, editing, or binge-watching, the visuals will feel real.

Tear-Free Gameplay with Adaptive-Sync Technology:

Adaptive-Sync provides ultra-smooth gameplay. The MSI 240Hz QD-OLED Monitor reduces screen tearing and stuttering, resulting in excellent images even at lower frame rates. This makes the MSI 240Hz QD-OLED Monitor ideal for competitive gamers seeking flawless performance without sacrifice.

WQHD Resolution = More Screen Real Estate, Sharper Details:

The MSI 27-Inch QD-OLED Gaming Monitor offers WQHD (2560×1440) resolution, striking a perfect balance between Full HD speed and 4K detail. You get sharper visuals, more screen space, and less strain on your GPU—ideal for gamers who want top-tier visuals without sacrificing frame rates.