Asus TUF Gaming VG279QL3A. 27" FHD, 1ms, 180Hz, G-Sync, IPS - gaming monitor
Description
The 27-inch TUF Gaming VG279QL3A Full HD gaming monitor featuring a Fast IPS panel for 180 Hz gaming. ASUS Extreme Low Motion Blur and AMD FreeSync™ Premium, G-SYNC compatible, VESA AdaptiveSync technologies enables buttery-smooth gaming. In addition, it meets VESA DisplayHDR™ 400 standards and has a 125% sRGB color gamut to offer exceptional colors and contrast.
GAMING KEY SPEC
180HZ REFRESH RATE AND 1MS (GTG) RESPONSE TIME
With 180Hz refresh rate decimates lag and motion blur to give you the upper hand in first person shooters, racers, real-time strategy, and sports titles. This ultrafast refresh rate lets you play at the highest visual settings and lets you react instantly to what's onscreen — so you'll get that first strike in.
GAMING KEY SPEC
ADAPTIVE-SYNC
AMD FreeSync Premium, NVIDIA VESA AdaptiveSync technology ensure supersmooth, tear-free visuals with low latency.
COLOR PERFORMANCE
HIGH DYNAMIC RANGE
TUF Gaming VG279QL3A takes advantage of HDR technology to deliver more vivid colors and higher contrast levels compared to traditional monitors.
EXCLUSIVE GAMING FEATURE
EXTREME LOW MOTION BLUR (ELMB)
ASUS Extreme Low Motion Blur (ELMB) technology provides a 1 ms GTG response time to eliminate smearing and motion blur. It makes moving objects appear even sharper, so gameplay is more fluid and responsive.
EXCLUSIVE GAMING FEATURE
VARIABLE OVERDRIVE
Integrated ASUS Variable Overdrive technology allows the display to dynamically alter its overdrive setting as frame rates fluctuate, ensuring optimal results for any game. You choose how strong you want the overall effect to be, then let the monitor take it from there.
INTUITIVE CONTROLS
DisplayWidget Center software upgraded the user interface so that users can easily change monitor settings via a mouse ― so there’s no need to access the OSD menu.
EXTENSIVE CONNECTIVITY
A multitude of connectivity options, including two HDMI 2.0, plus DisplayPort™ 1.4, ensures wide compatibility with a variety of input sources.
