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Detailed Assessment of Asus ProArt PA32QCV 6K Professional Monitor: Adequate Pixels, Vibrant Color, and Notable Brightness

Asus boosts the pixel density with its 6K ProArt PA32QCV, a 32-inch IPS display boasting a resolution of 6016x3384 and a high pixel density of 218ppi. This display offers HDR10 and DisplayHDR 600, along with color modes tailored for every industry standard. It caters to creatives with precise...

Review of Asus ProArt PA32QCV 6K Professional Monitor: Abundance of Pixels, Color, and Luminance
Review of Asus ProArt PA32QCV 6K Professional Monitor: Abundance of Pixels, Color, and Luminance

Detailed Assessment of Asus ProArt PA32QCV 6K Professional Monitor: Adequate Pixels, Vibrant Color, and Notable Brightness

Asus ProArt Monitor PA32QCV and PA27JCV: A Comparative Analysis

The Asus ProArt Monitor PA32QCV and PA27JCV have been making waves in the world of display technology, each offering unique features for various needs.

Let's start with the PA32QCV. This monitor boasts impressive color accuracy, with a gamma average of 0.91% in both sRGB and Adobe RGB modes. However, it's worth noting that the gamma range is slightly narrower in Adobe RGB mode, at 0.06, compared to 0.05 in sRGB mode. The grayscale error stands at 2.86dE in sRGB mode and 3.40dE in Adobe RGB mode.

In terms of gamut, the PA32QCV delivers a gamut volume of 88.22% in Adobe RGB mode and an impressive 99.38% in sRGB mode. However, it has a higher gamut error of 1.88 in Adobe RGB mode, compared to 1.41 in sRGB mode.

The green errors in the charts can be adjusted away using the On-Screen Display (OSD) settings, making it easier for users to achieve the desired color accuracy.

Moving on to the PA27JCV, this monitor is a P3 monitor without Quantum Dot technology. Its sRGB mode is fixed at 80 nits with all color controls grayed out. The grayscale and gamma tests for the PA27JCV were conducted using Calman calibration software from Portrait Displays.

In these tests, the PA27JCV performed exceptionally well, with average errors under 2dE in all cases except BT.2020, which rendered 2.66. Interestingly, the Native mode of the PA27JCV has an invisible error of 1.30dE after calibration. Gamma tracks perfectly in every case and uses the correct value for each mode.

It's worth mentioning that BT.709 and BT.2020 use the power function at 2.4, while sRGB, Adobe RGB, and Display P3 use the power function at 2.2 in the PA27JCV. Cinema P3 uses the power function at 2.6 in the PA27JCV.

In conclusion, both the Asus ProArt Monitor PA32QCV and PA27JCV offer impressive color accuracy and are suitable for different needs. The PA32QCV is ideal for those seeking a monitor with a wide gamut in sRGB mode, while the PA27JCV, with its exceptional performance across various color spaces, is a versatile choice for professionals who require precise color reproduction.

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