ASUS TUF Gaming VG34VQL1B - LED-skærm - gaming - kurvet - 34 - 3440 x 1440 UWQHD @ 165 Hz - VA - 550 cd/m² - 4000:1 - DisplayHDR 400 - 1 ms - 2xHDMI, 2xDisplayPort - højtalere

ASUS TUF Gaming VG34VQL1B 86.7cm (21:9) UWQHD HDMI DP ASUS TUF Gaming VG34VQL1B computer monitor ASUS TUF Gaming VG34VQL1B, 86.4 cm (34"), 3440 x 1440 pixels, UltraWide Quad HD, LCD, 1 ms, Black ASUS TUF Gaming VG34VQL1B. Display diagonal: 86.4 cm (34"), Display resolution: 3440 x 1440 pixels, HD type: UltraWide Quad HD, Display technology: LCD, Display surface: Matt, Response time: 1 ms, Native aspect ratio: 21:9, Viewing angle, horizontal: 178°, Viewing angle, vertical: 178°. Built-in speaker(s). Built-in USB hub. VESA mounting, Height adjustment. Product colour: Black All the Essentials for Smooth Gaming TUF Gaming VG34VQL1B is a 34-inch UWQHD (3440 x 1440) HDR 21:9 display with an ultrafast 165Hz refresh rate. Designed for gamers and others seeking immersive gameplay, it offers some serious specs. But there's more ... TUF Gaming VG34VQL1B also features exclusive Variable Overdrive fine-tuned the OD levels, making motion look more consistently at a wider range of variable framerates. Ultra-wide immersive curvature The 34-inch UWQHD (3440 X 1440) panel of TUF Gaming VG34VQL1B delivers stunning visuals from all angles with an 1500R curvature that ensures every point is equidistant to your eyes. This contributes to greater viewing comfort — even during extended use —and lets you enjoy a wide viewing angle with less distortion and color shift when gaming and watching movies Super−fast 165Hz* refresh rate An impressive 165Hz* refresh rate eliminates lag and motion blur to give you the upper hand in first-person shooter, racing, real-time strategy, and sports titles. This ultrafast refresh rate lets you play at the highest visual settings and react instantly to what's onscreen. *Select graphics cards/GPUs can support 165Hz graphics source output (via DisplayPort). Please note that overclocking function/performance depends on the GPU or content displayed. Actual real-world performance is hardware-dependent.