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ASUS PA27UCGE 27" 4K HDR ProArt Monitor, 160 Hz | Color Accuracy
ASUS
MPN: PA27UCGE
$899.00
Free shipping on orders over $500
Authorized Dealer — Full manufacturer warranty
Key Features
- 27-inch 4K HDR ProArt display
- 3,840 x 2,160 maximum resolution
- 160 Hz standard refresh rate
- 600 nits brightness
- 98% DCI-P3 color gamut
- Delta E<1 color accuracy
- Built-in motorized colorimeter
- Self-calibration support
Built for professionals who judge every frame, the ASUS ProArt Display PA27UCGE combines 27-inch 4K detail with the color precision required in post-production and design review. The panel delivers 3,840 x 2,160 resolution, 600 nits of brightness, and 98% DCI-P3 coverage, giving editors and colorists the clarity and tonal range needed to evaluate content with confidence.
A 160 Hz refresh rate adds unusual fluidity for a display in this class, helping motion appear cleaner during timeline scrubbing, UI navigation, and mixed creative work. Delta E<1 color accuracy supports dependable color matching, while ASUS Light Sync is designed to keep backlight performance consistent across use. The built-in motorized colorimeter and self-calibration features reduce the friction of maintaining a calibrated workflow over time.
LuxPixel technology helps keep the viewing experience distraction-free, which matters when small shifts in tone or texture can affect final output. For studios, agencies, and in-house creative teams, this monitor justifies its position by combining reference-grade color behavior with the speed and usability of a modern high-refresh display.
Ideal For
- Color grading and finishing suites
- Video editing workstations
- Photography retouching and proofing desks
- Creative review stations in studios and agencies
Why This Product
- 1Combines 4K resolution with 160 Hz refresh for both detail and motion clarity
- 2Delivers 600 nits brightness for HDR review and bright-room visibility
- 3Targets color-critical work with 98% DCI-P3 and Delta E<1 accuracy
- 4Includes built-in calibration tools that reduce maintenance overhead




