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Although curved screens are not a tea that everyone likes to drink, there is no denying the immersive value they bring to games and entertainment scenes in general. ROG STRIX XG32VQ is one of ASUS 'largest curved displays that can be expanded to an impressive 31.5 inches with 1800R curvature. In addition to the eye-catching display, the XG32VQ is also equipped with a 1440p screen resolution, 144Hz refresh rate, and excellent color coverage, making it one of the best curved gaming displays available today.

In the guide below, we will introduce the ASUS XG32VQ step-by-step to understand how it performs in a variety of different scenarios, including image quality, color accuracy, ergonomics, build quality, and gaming performance. Chapter

Don't Say Much, Don't Waste Your Time, Dive!

refresh rate

144 hz

response time

4ms

screen size

31.5 ”

resolution

2560 X 1440 (QHD)

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refresh rate

144 hz

response time

4ms GTG

screen size

31.5 ”

2560 Resolution x 1440 (QHD)

Aspect Ratio

16: 9

Panel Type

SVA

Brightness

300cd / m2

Contrast

3000: 1

Color Depth 4 4 4 4 4 4 4 8 4 4 8 4 8 4 4 8 4 7 4 8 4 7 4 7 4 7 4 7 4 7 4 7 4 7 4 7 4 7 4 4 7 4 4 7 4 4 7 4 4 7 4 4 4 4 4 Viewing angle 5 degree mutual% sRGB, 100% NTSC

Backlight Technology

WLED

Panel Sheath

Anti-Glare / Matte (3H)

Curvature

1800R

VESA

100 x 100 mm 4 x 4 x 4 4 x 4 4-inch 4 x 4 4 mm 4 4 Mm 4 inches 4 inches 4 inches 4 inches 4 Height USB 3.0 (downstream), 1 x USB 3.0 (upstream), 1 x HDMI 2.0, 1 x DisplayPort 1.2, 1 x DisplayPort 1.2 (mini input), 1 x 3.5mm audio output

PROS

Immersive 1800R curve mut

Large4 Color Ga Excellent image quality

Deep black

Disadvantages

Response time is not the best

Thin and expensive side

Like many high-quality ASUS monitors, the XG32VQ comes in a large box, displaying a large number of marketing materials in appearance, including some of the main functions of the screen.

In the box, the monitor is almost completely assembled, only the base of the stand needs construction. Screw the base of the stand to the monitor using a simple thumbscrew at the bottom of the base.

Two large styrofoam pads are used to ensure that no damage occurs during transportation.

In the ASUS ROG STRIX XG32VQ box, you will find the following items:

Aside from the specifications, let us take a closer look at the structural quality, design and mechanical characteristics of this monitor. ASUS

is no stranger to beautiful display design, and XG32VQ is no exception. Regarding this monitor, the first thing you notice is its appearance. The 32-inch screen is characterized by its large 1800R curve, which is perfectly combined with the slim two-stage frame, which helps to create a real sense of immersion. The bottom bezel is the largest of the three, displays a simple ROG logo, and is finished in chrome styling. The screen falls on the thick side, but this is usually the case for large panels with large curves. The base of the

stand may be the most striking aspect of this display design, as it provides the popular "gaming" functions of ROG in the past. The bracket uses a triad design, and the V shape looks great. At the bottom of the stand, you can find the red splash and the luminous iconic projection function that conveys the ROG logo to your desk.

Disclaimer: The ROG methacrylate slider on the model we received is broken.

On the back of the bracket, users can use a small cutout for cable management, and more ROG brand RGB lighting can be found above it. The back of the display itself is very basic until you reach the center, where you can find another RGB area and some "game" printing. There are four buttons and a joystick in the lower right corner of the

display for OSD navigation. The design perfectly fits the overall aesthetics of the panel. The ASUS logo can be found on the top of the display, which completes its appearance well.

As always, we conducted various robustness tests on XG32VQ to see how it stacks up from a build quality point of view. Fortunately, there are not many issues to report. The display feels very sturdy and shows no signs of bad construction habits. The panel has a strong coating that provides 3H hardness to provide additional frontal protection. There is also no noticeable gap, which is common in front of curved displays-everything feels good here. The base of the

bracket is mainly made of metal, but some plastic has also been added. For me, the stand does a great job of fixing the monitor in place, especially considering its size. When testing the rest of this monitor, I hardly encountered squeaking or bending, which convinced me that the manufacturing standards of the XG32VQ are the same as most other Asus panels.

As mentioned above, XG32VQ appears on the desktop, it has anti-glare panel coating, the surface is matte, and the hardness is 3H. We see this type of coating used in many displays today, which can mitigate the effects of natural and artificial light sources.

Similarly, this screen's fingerprint can be a bit troublesome, so be careful if you are sensitive to such things. The

XG32VQ offers a two-stage frame and considering its size, while it's not the slimmest frame we've tested, it's slim. The size of the top and side frames is 89mm, while the bottom frame has a stronger 22mm profile. Although these are not the smallest, they are still very slim compared to size.

(HDMI 1.2 / DisplayPort 1.2) and audio options. This monitor does not support HDMI 2.1. The

ASUS XG32VQ OSD (On Screen Display) is very easy to use and intuitive. It is the same OSD we see on many ROG monitors, and each one exceeds our expectations for ease of use.

In the OSD, users can access many different settings, including image quality, color accuracy, and image responsiveness. Additionally, there are a host of color presets and custom modes for the scene.

After finding the necessary settings, you can save them to one of the custom setup files in the OSD.

Excellent colors and excellent image quality are the two main factors that help you create an immersive feeling when gaming. Although good color is important, display manufacturers do not always calibrate the panel color to the color that is considered accurate within a specific color spectrum, for example sRGB / Rec.709.

We like to test each monitor's color reproduction to understand how they perform in color-accurate scenes.

Here are the results of ASUS ROG STRIX XG32VQ:

As always, we started the color accuracy performance part by simply testing the out-of-the-box XG32VQ. For this monitor, the brightness of the racing mode is set to 265 candela, which is higher than the recommended level for daytime use. The out-of-the-box colors of the

XG32VQ are not very good, especially if you are looking for a monitor that can be edited. With the white balance of 7654K, the colors in this preset must have a bluish tint. In other words, the depth of black reaches 0.097, which is very good for dark scenes in movies or games. The recorded contrast ratio is 2722:1 and the gamma value is 2.25. The overall deltaE is 2.65, so it is not suitable for editing.

Next, we run the built-in sRGB simulation profile and expect the color accuracy to be greatly improved. However, this monitor is not the case. It can be seen from the above table that the white point has dropped a bit and the depth of black remains almost unchanged. The contrast is reduced to 1831:1 and the gamma is 2.22. However, the most important thing is the increase in average deltaE. It rises to a confusing 2.78, which makes it worse than the factory setting. There are a large number of other presets in the OSD of the

display, but they hardly provide an accuracy close to the sRGB spectrum. That being said, let's make some explanations about the preset shown below:

MOBA-The colors are incredibly faded-The image almost looks black and white, with only a little warm tone.

Cinema: Cinema mode provides a lot of vibrancy and feels like a gammarich profile. The contrast seems strong, and the darkness is deep.

FPS: Compared with movies, the colors fade. This preset is closer to sRGB, and the overall tone is warmer.

Scenary: Scenary is between FPS and Cinema, providing good vibrancy in warm tones and less emphasis on deep blacks.

After trying various presets, I wasted no time in calibrating the panel, recording the color gamut, panel uniformity, and overall color accuracy.

We select the color configuration "User mode" and change the RGB to 100/94/87. For users who like to save various presets, ASUS XG32VQ provides 4 custom configuration files, which are saved to the monitor's built-in memory. The

results are as follows: After the

calibration, the color accuracy of this monitor is much better. As can be seen from the table above, the white point is now near perfect at 6514K, while still having an equally impressive depth of black of 0.072. Although the contrast decreased slightly, the average deltaE has increased significantly and now averages 0.31; the highest is 1.95. Gamma remains at 2.22.

Although XG32VQ has poor accuracy out of the box, if you want to buy a colorimeter, you can get true colors. Although this will set you back a bit, it allows you to use this impressive monitor for color-accurate scenes.

Panel Uniformity is a test we run to verify the brightness and color uniformity of the entire screen. During this test, the central square was used as the reference space. Then test every two squares to see how different it is from the reference value.

In an ideal world, we want each square to be green, which means that it does not exceed the difference threshold; we can set it at the beginning of the test.

Note: Results will vary from panel to panel. XG32VQ's

panel uniformity is a bit popular for me personally. Although it doesn't show as many red areas, it only scores moderately in terms of panel brightness and color accuracy uniformity. The upper left corner of the panel is the worst quadrant in the test, with an average deviation of 2.82. This is often the case for panels with poor display uniformity, and the edges are often where precision is low.

There are many green quadrants on this monitor, and the right side is better than the left. In general, the uniformity of the panel is not the best, but not the worst either.

The viewing angle of this monitor is not as bad as you think. This is mainly due to the fact that the display is equipped with an SVA panel, which provides a better viewing angle compared to more versatile VA alternatives. That being said, you will still see a slight color shift of approximately 3040 degrees.

Refresh rate

144 Hz

Response time

4ms GTG

Screen size

31.5 inches

Resolution

2560 x 1440 (QHD)

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from Amazon as part of the calibration process to provide accurate color display measurement monitor can provide. Here is the result

You can see where the XG32VQ's color gamut exceeds the sRGB spectrum, as shown by the dotted line in the figure above.

Although this monitor is not the most accurate on the market, it offers a good color gamut, which helps to reproduce realistic colors for games and video content.

By checking the maximum brightness, minimum brightness and 120 candela points on this panel, we finished the test for color accuracy and image quality. The result is as follows:

For those who want to use our calibrated color profile, they can find a link below where they can download the zip file. The

color accuracy is not affected. It's time for the ASUS ROG STRIX XG32VQ to experience a variety of different gaming scenarios and see how it performs in terms of pixel response, input lag, and overall responsiveness. Let's dive right into it!

XG32VQ provides a successful gaming experience. Although it works well in single-player games, it doesn't offer as many advantages in competitive games. When the game's frame rate matches the monitor's refresh rate, the game will have a particularly clear feel and look great. Games like CS: GO, COD, and PUBG feel very responsive and there is no lag between mouse movement and screen operation. The 144Hz refresh rate provides 2.4 times the data of a 60Hz screen, so when viewed side by side, the difference between the two technologies is very obvious. This fast refresh rate can also significantly reduce perception blur, allowing you to focus more clearly on fast-moving targets and enemies.

However, not everything is so easy. In terms of pixel response time, we did experience some very significant declines. As mentioned in the specification, XG32VQ has a GTG response time of only 4 milliseconds at most. In fact, the response time of this display is much slower in all color conversions. This is quite obvious in some games, where the libel is very obvious and sometimes even offensive. Fortunately, the monitor comes with some Over Drive (OD in OSD) settings that allow you to choose between 5 different levels. Using numerous DO settings has a significant impact on the stain, in some cases exponentially reducing the stain. However, like most Over Drive technologies, its use at higher levels can lead to very aggressive overshooting, this is often seen in competitive games. Unfortunately, this is one of the main reasons for its poor performance in competitive games. You have to choose between discrediting and passing, which is something no competitive player wants to do. In addition, due to the curved screen, XG32VQ is not optimized for this type of game. Having said that, the 1440p screen resolution provides excellent image clarity, blends perfectly with the wide color gamut, and achieves color realism. The overall immersion provided by this monitor in a single player game is very high. The 1800R curve provides a natural viewing experience that matches the curvature of your eyes, thereby reducing the overall pressure it brings to you. Combine this with a slim two-segment bezel, a large 32-inch display and excellent color reproduction, and you will have a very efficient gaming monitor.

Remember, if you are considering using it for possible upgrades to 1080p monitors, be prepared for a significant drop in overall gaming performance. This is the case with

, our comprehensive review of ASUS ROG STRIX XG32VQ, a large-screen curved gaming monitor that attempts to combine fast response with a high degree of immersion.

The only question to be answered is, is XG32VQ worth the money? For me, it is very difficult.

XG32VQ is a sturdy 32-inch gaming monitor that provides immersive 1800R curve, 144hz high refresh rate and 4ms GTG response time. The core of the SVA panel shows a better viewing angle than the VA alternative, as well as excellent color accuracy. XG32VQ provides deep black and bright white without HDR certification. In addition, the wide color gamut allows this monitor to reproduce a wider range of colors, again increasing the overall immersion it provides.

However, due to the short pixel response time of some color conversions, resulting in a lot of smearing, this monitor is not ideal for competitive games. Attempting to counteract this by increasing the pixel response (Over Drive) will also result in significant overshoot. Therefore, at the current price, it is difficult to assess whether this monitor is worthwhile. For most use cases, I might say that this monitor is reasonably priced, but it is by no means a bargain in today's market.

Refresh rate

144 Hz

Response time

4ms GTG

Screen size

31.5 inches

Resolution

2560 x 1440 (QHD)

Buy

on Amazon Although the cup-shaped displays they bring are not worth the money for everyone Going to gaming and entertainment venues can generally be refused. ROG STRIX XG32VQ is one of ASUS’s largest curved displays, which can be expanded to an impressive 31.5 inches with a curvature of 1800R. In addition to the eye-catching display, XG32VQ is also equipped with a 1440p screen resolution, 144Hz refresh rate and excellent color coverage, making it one of the best curved gaming displays on the shelf today.

ASUS ROG STRIX XG32VQ

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