ASROCK
Asrock 27" Phantom Gaming FHD Monitor (PG27FF1A), 1920 x 1080, 1ms, 2 HDMI, DP, 165Hz, HDR 10, VESA
- SKU:
- TFT27ARPG27FF1A
- UPC:
- 4710483937934
- MPN:
- PG27FF1A
Description
Designed for Gamers
- 27” FHD (1920x1080) Flat IPS Display
- 165Hz High Refresh Rate
- 1ms (MPRT) Response Time
- 94% DCI-P3 / sRGB 123% Color Space
- Wide 178-Degree Viewing Angles
- AMD FreeSync™ Premium Technology
- Flicker Free Technology
- 2 x HDMI™ 2.0, 1 x DisplayPort™ 1.2
- Swivel, Tilt Adjustment
Panel
165Hz
The panel offers the 165Hz high refresh rate and 1ms (MPRT) response time to exterminate motion blur. That is why every Phantom Gaming monitor delivers uncompromising smoothness.
HDR
The Phantom Gaming monitor features HDR technology. Let the screen present vivid images with more details and better color accuracy.
FHD
PG27FF1A 27-inch Full HD (1920 x 1080) IPS gaming monitor with wide 178-degree viewing angles reduces color difference and distortion. Let gamers enjoy clear images from extreme viewing positions.
Low Blue Light
Phantom Gaming monitor with ASRock Low Blue Light Technology reduces the harmful blue lights emitted by your gaming monitor.You can select the blue light filter from level 1-10 for a comfortable viewing experience.
Gaming Features
Flicker Free
Phantom Gaming monitor features Flicker-free technology, which can reduce flicker, minimize eyestrain, and provide a comfortable viewing experience.
AMD FreeSync Premium
Ready to take it to the next level? Step up your game with a high refresh rate, low framerate compensation, and low latency certified AMD FreeSync Premium Monitor.
Engineering
Connectivity
One Display port 1.2 supports up to a 165Hz refresh rate. Two additional HDMI 2.0 ports are available for secondary displays and compatible consoles. Plus, the two built-in speakers and one 3.5mm earphone output offer gamers a better gaming experience.
Ergonomic Design
The Phantom Gaming monitor adopts an ergonomically-designed stand. It offers swivel and tilt adjustments, which give gamers more flexibility to find an optimal viewing position.