ASRock 27" Phantom Gaming QHD Curved Gaming 2560 (PG27QRT2A)

PG27QRT2A Curved Gaming Monitor
- 27" QHD (2560x1440) 1500R VA Display
- 180Hz High Refresh Rate
- 1ms (MPRT) Response Time
- 95% DCI-P3 / 132% sRGB Color Space
- Wide 178-Degree Viewing Angles
- AMD FreeSync™ Technology
- Flicker Free Technology
- ASRock Low Blue Light Technology
- 2 x HDMI™ 2.0 1 x DisplayPort™ 1.4 1 x Headphone Out
- Height Swivel Tilt Adjustment
- Integrated Wi-Fi Antenna (Compatible with Wi-Fi 4/5/6/6E/7)  


    Gaming Feature
- 180Hz Refresh Rate - Experience exceptional visual smoothness and dynamic performance with our 180Hz high refresh rate gaming monitor. Say goodbye to delays and blurriness – every movement is crystal clear allowing you to instantly respond to on-screen action. Master the winning edge in fast-paced worlds!
- AMD FreeSync - With AMD FreeSync technology effectively prevent screen tearing and stuttering crafting a superior and seamless visual feast.
- Flicker-Free Technology - Phantom Gaming monitor features Flicker-free technology which can eliminate flicker minimize eyestrain and provide a comfortable viewing experience.    

  Unique Design
- Built-in Wi-Fi Antenna - Phantom Gaming monitor equips with built-in Wi-Fi antenna. So the Wi-Fi signal won’t be masked by the table. Now connect the Wi-Fi antenna to your PC and enjoy gaming without latency!
- Cable Sleeve for Gamers - Have you been annoyed by cable management? Except for ditching a cable management slot on the stand Phantom Gaming also designs a cable sleeve for gamers. It not only keeps your table tidy but also looks stylish!      
  Engineering
- Connectivity - The Phantom Gaming monitor provides extensive connectivity options including HDMI™ and DisplayPort™ to ensure compatibility with a wide range of devices. It also features a 3.5mm headphone jack for an enhanced audio experience.
- Ergonomic Design - The Phantom Gaming monitor adopts an ergonomically-designed stand. It offers swivel tilt and height adjustments which give gamers more flexibility to find an optimal viewing position.