ASUS XG49VQ ROG STRIX 49 Inch 3840x1080 VA 144Hz HDR 400 FreeSyn

Product information: XG49VQ ROG STRIX 49 3840x1080 VA 144Hz HDR 400 FreeSync 2 Ultra-Wide Gaming Monitor ASUS ROG Strix XG49VQ Super Ultra-Wide HDR Gaming Monitor 49-inch 32:9 (3840 x 1080), 144Hz, FreeSync 2 HDR, DisplayHDR 400, DCI-P3: 90%, Shadow Boost 49-inch 32:9 (3840 x 1080) super ultra-wide HDR gaming monitor HDR with 144Hz refresh rate for super-smooth gaming visuals High Dynamic Range (HDR) technology with DCI-P3 90% professional color gamut delivers contrast and color performance that meets DisplayHDR 400 certification Radeon FreeSync 2 HDR technology provides buttery-smooth gameplay, low latency, and better brightness and contrast Shadow Boost enhances image details in dark areas, brightening scenes without over-exposing bright areas Multiple HDR modes allows users to adjust settings based on usage such as gaming, content creation or video display GO BEYOND ULTRA-WIDE ROG Strix XG49VQ is a super ultra-wide 49-inch gaming monitor with a smooth 144Hz refresh rate that offers the ultimate immersive gaming experience. It features Radeon FreeSync 2 HDR, and High Dynamic Range (HDR) technology with DCI-P3 90% professional color gamut coverage and DisplayHDR 400 certification. EXPERIENCE THE SUPER ULTRA-WIDE The 49-inch ROG Strix XG49VQ gaming monitor with 1800R curvature delivers the ultimate immersive gaming experience and extra flexibility for multitasking. With a 32:9 aspect ratio, the super ultra-wide display provides the same viewing area as two side-by-side 27-inch monitors without a gap and bezel getting in the way of your view. FAST 144HZ REFRESH RATE ROG Strix XG49VQ offers an ultrafast 144Hz refresh rate, ensuring that even the fastest-paced games played at the highest visual settings remain buttery-smooth and completely lag-free. RADEON FREESYNC 2 HDR FOR SMOOTH GAMEPLAY ROG Strix XG49VQ features FreeSync 2 HDR technology that delivers buttery-smooth visuals with low latency and better brightness and contrast. FreeSync 2 stipulates low-latency p...