WORLD’S 1st HDR 1600 Nits & 120 Hz Monitor
It’s time to experience ASUS ProArt Display PA32UCG-K – the world’s first HDR 1600 display with up to a 120 Hz Variable Refresh Rate. Its mini-LED backlight provides 1600 nits peak brightness and 1000 nits of sustained brightness without partial patch limitation, and industry-leading Delta E < 1 color difference. In addition, convenient hardware calibration, new HDMI(v2.1) and Thunderbolt™ 3 of rich connectivity options make creative workflows seamless and efficient, perfect for content creators.
Impeccably detailed visuals
Mini-LED backlight technology uses smaller LEDs to provide up to three times the number of LEDs, compared to a conventional panel of a similar size. The densely packed mini LEDs enable increased granularity and brightness. Plus, individual backlight control across an astounding 1152 zones ensures higher luminance and deep dark colors to deliver unmatched contrast and accurate reproduction of HDR content.
Deeper blacks, brighter whites
A peak brightness of 1600 nits and industry-leading 1000 nits of full-screen sustained brightness allows for outstanding contrast between the deepest blacks and gleaming whites.
Excellent color and contrast from any viewing angle
Direct type LED backlight displays have narrow viewing angles, which can make collaboration with clients or colleagues on color-critical work challenging due to inaccurate colors being displayed to viewers seated to the side.ASUS Off-Axis Contrast Optimization (OCO) technology solves this problem with a compensation layer that controls light transmittance around the edges, reducing halo effects by 80%* and providing a 7X* contrast-ratio enhancement for dark parts of the image when viewing the screen from an angle.
Ideal for game developers and video editors
PA32UCG-K offers up to a 120 Hz variable refresh rate (VRR) with FreeSync Premium Pro, allowing game developers to create fast-rendering games and conduct quality checks on one display. HDMI(v2.1) with 4K 120 Hz support also makes it ideal for video editors, enabling them to work with high-quality, detailed visuals at supersmooth frame rates.
Dolby Vision transforms the viewing experience with unmatched levels of brightness, contrast and colors.
HLG allows users to view and create material for broadcast and satellite TV platforms such as BBC iPlayer, Japan NHK TV, and DirecTV.
HDR-10 support ensures compatibility with existing streaming video services and a growing list of HDR-enabled games.
Transform viewing experiences
Quantum Dot Technology delivers 98% DCI-P3, 99.5% Adobe RGB, 100% sRGB, 100% Rec. 709 and Rec. 2020 color spaces for video editing and post-production. Its true 10-bit IPS panel with peak brightness of 1600 nits and Quantum Dot technology provides content creators with a vast color spectrum to play with.
Industry‑leading color fidelity
Factory pre-calibration using a new three-scale process guarantees industry-leading color fidelity. The display also undergoes stringent testing using ASUS advanced grayscale tracking technology to ensure smoother color gradations, better uniformity and exceptional color accuracy with a Delta E (ΔE) < 1 color difference value for the sRGB and Adobe RGB color spaces. Each grayscale level is also carefully measured and set to ensure compliance with the precise DICOM standard.
Game Developers
Take advantage of the 48 to 120 Hz refresh rate to create fast-rendering games and conduct quality checks on a single display.
Cinematographers
The 32-inch mini-LED backlit 4K panel offers higher luminance and deeper black hues for exceptional color contrast and accurate reproduction of HDR content.
Colorists
Factory pre-calibration ensures industry-leading color fidelity, and a wide color gamut and Delta E < 1 color difference ensures outstanding color accuracy.
ProArt Calibration 2.0
ASUS ProArt Calibration technology saves all color parameter profiles on the ProArt monitor’s internal scaler IC chip, instead of on the PC. The saved profiles can be easily activated via the hotkey on the monitor.
The monitor can be calibrated and the look-up table is subsequently rewritten, allowing users to connect it to devices with different operating systems or applications without needing to adjust settings. Signal distortion between the IC and the LCD optical spectrum is also reduced.
