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Comparison AOC Agon U34G3XM 34 " black vs AOC CU34G2X 34 "

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AOC Agon U34G3XM 34 "  black
AOC CU34G2X 34 "
AOC Agon U34G3XM 34 " blackAOC CU34G2X 34 "
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Curved 35" gaming monitor with 144Hz refresh rate and 1ms response time with MPRT technology. AMD FreeSync support
Product typegaminggaming
Size34 "34 "
Screen
Curved screen
Curvature radius1500
Panel type*VA*VA
Surface treatmentglossy (anti-glare)matte
Resolution3440x1440 (21:9)3440x1440 (21:9)
Pixel size0.23 mm
Response time (GtG)4 ms
Response time (MPRT)1 ms1 ms
Refresh rate144 Hz144 Hz
Refresh rate (vert.)48 – 144 Hz
Refresh rate (hor.)30 – 220 kHz
Vertical viewing angle178 °
Horizontal viewing angle178 °
Brightness300 cd/m²300 cd/m²
Static contrast3 000:13 000:1
Dynamic Contrast80 000 000:1
Colour depth8 bit8 bit
Colour space (sRGB)100 %119 %
Colour space (DCI P3)93 %
HDR+
TÜV Rheinland certificate
Connection
Video transmission
DisplayPort v 1.4
HDMI x2
v 2.0
DisplayPort v 1.4 /2/
HDMI x2
v 2.0
Connectors (optional)
mini-Jack output (3.5 mm)
mini-Jack output (3.5 mm)
Features
Features
PBP (Picture by Picture)
Flicker-Free
AMD FreeSync Premium
 
Flicker-Free
AMD FreeSync
Screen rotation
 /±24°/
Height adjustment
 /adjustment range 130 mm/
USB hub 3.x
 /4/
Fast charge
Game Features
aim
FPS display
brighten darker areas /Shadow Control/
aim
 
 
General
Wall mountVESA 100x100mmVESA 100x100mm
Power consumption35 W37 W
Dimensions (WxHxD)
817х529х340 mm /with stand/
808x398x132 mm /with stand/
Weight
7.8 kg /with stand/
8 kg /with stand/
Color
Added to E-Catalogdecember 2022december 2019

Curved screen

The presence of a curved screen in the design of the monitor.

Such a screen has the left and right edges bent forward — it is believed that this shape significantly improves the perception compared to a flat surface. At the same time, it makes sense to provide this feature only on fairly large diagonals — at least 30 "; therefore, it is typical mainly for high-end models. It is also worth noting that in order to use all the advantages of a curved screen, you need to look at it from a certain point — at the optimal distance, strictly in the centre; however, for computer monitors this is usually not a problem.

Curvature radius

The radius of curvature of the screen in a curved monitor (see above). This parameter is indicated in millimetres along the radius of the circle, the bend of which corresponds to the bend of the monitor: for example, the designation 1800R indicates a radius of 1.8 m.

The smaller the number in this designation, the more the screen is curved (ceteris paribus). At the same time, some manufacturers claim that 1000R is considered the perfect curvature value: supposedly, it is with such a screen curvature that the image on it is as close as possible to the natural field of view of a person, and the closer the monitor curvature is to 1000R, the better the viewing experience. In fact, however, much depends on personal preference; and when viewed from a long distance (exceeding the radius of curvature by one and a half times or more), all the advantages of a curved screen are lost.

Surface treatment

Modern monitors can use displays with both glossy and matte screen surfaces. A matte surface is in some cases more preferable due to the fact that on a glossy screen, when exposed to bright light, noticeable glare appears, sometimes interfering with viewing. On the other hand, glossy screens offer better picture quality, higher brightness, and richer colours.
Due to the development of technology, monitors with a special anti-glare coating have appeared on the market, which, while maintaining all the advantages of a glossy screen, creates significantly less visible glare in bright ambient light.

Pixel size

The size of one dot (pixel) on a monitor screen. This parameter is related to the maximum resolution of the monitor and its diagonal size — the higher the resolution, the smaller the pixel size (with the same diagonal) and vice versa, the larger the diagonal, the larger the size of one pixel (with the same resolution). The smaller the size of one pixel, the clearer the image will be displayed by the monitor, the less grainy it will be noticeable, which is especially important on large monitors. On the other hand, a small pixel size creates discomfort when working with fine details and text — this mainly applies to monitors with a small diagonal.

Response time (GtG)

The time spent by each individual point on the monitor to switch from one state to another. The shorter the response time, the faster the sensor responds to the control signal, the lower the delay and the better the image quality in dynamic scenes.

Note that in this case, the grey-to-grey method is used (the turn-on time is from 10% grey to 90%). It is worth paying attention to this parameter if the monitor is specially purchased for dynamic games, watching movies and other applications associated with fast movement on the screen. And even in such cases, a reaction speed of 8 ms is quite enough; a further decrease in response time does not affect the quality of the perceived image.

Refresh rate (vert.)

The vertical refresh rate supported by the monitor.

Initially, the term "sweep frequency" was used in the characteristics of CRT monitors that work with an analogue signal. By tradition, it continues to be used for LCD matrices, however, for such screens, the refresh rate is actually the frame rate. See above for more on frame rate; here we note that in this case it is not the maximum frequency that is indicated, but the frequency range supported by the monitor — from the minimum to the maximum. This allows you to evaluate compatibility with certain video cards and operating modes: the frame rate of the video signal must match the frame rate of the monitor (or at least be a multiple of it), otherwise twitches and other unpleasant phenomena are possible.

It is worth noting that the monitor usually does not support any refresh rate from the range given in the specifications, but only certain standard values — for example, 50 Hz, 60 Hz and 75 Hz for the 50 – 75 Hz model.

Refresh rate (hor.)

The horizontal refresh rate of the image on the monitor screen.

This parameter was relevant for CRT monitors, in which the image was formed by an electron beam that "ran through" each individual line on the screen and illuminated the pixels. The horizontal refresh rate described the number of lines drawn per second. However, modern LCD matrices do not use a scan, but a full-frame image. Therefore, today this parameter is rarely given in monitors, and it describes the maximum horizontal frequency in an analogue video signal (for example, via the VGA interface), with which the screen can work normally.

Vertical viewing angle

This parameter determines in which sector in the vertical plane relative to the monitor screen the user's eyes must be in order to see pure, undistorted colours on the screen. For example, a viewing angle of 170° means that the width of such a sector is 170°; the middle of the field of view, usually, is a line perpendicular to the screen. The larger the vertical viewing angle, the higher or lower relative to eye level you can place the monitor without tilting it.

Horizontal viewing angle

This setting determines in which sector of the horizontal plane relative to the monitor screen the user's eyes must be in order to see pure, undistorted colours on the screen. For example, a viewing angle of 170° means that the width of such a sector is 170°; the middle of the field of view, usually, is a line perpendicular to the screen. The larger the horizontal viewing angle, the more aside from it the observer can sit; large viewing angles are especially useful when there are several people behind the monitor at once, for example, when watching a movie.
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