Acer V206WQL 19.5 (UM.IV6AA.004) specs.
Monitors Specs >> Acer >> Acer V206WQL 19.5 (UM.IV6AA.004)| Specifications | | | Reviews |
General Specs Acer V206WQL 19.5" (UM.IV6AA.004)
Number of Screens:
1
Screen Size:
This diagonal display size is usually measured in inches.
This diagonal display size is usually measured in inches.19.5"
Screen Mode:
WXGA
Panel Technology:
In-plane Switching (IPS) Technology
Response Time:
6 ms
Aspect Ratio:
16:10
Backlight Technology:
LED
Maximum Adjustable Height:
No
Tilt Angle:
-5°to25°
Swivel Angle:
No
Video Acer V206WQL 19.5" (UM.IV6AA.004)
Maximum Resolution:
1440 x 900
Color Supported:
16.7 Million Colors
Contrast Ratio:
100,000,000:1
Brightness:
250 Nit
Interfaces/Ports Acer V206WQL 19.5" (UM.IV6AA.004)
VGA:Video Graphics Array
Video Graphics ArrayYes
Power Description Acer V206WQL 19.5" (UM.IV6AA.004)
Operating Power Consumption:
15 W
Standby Power Consumption:
450 mW
Off-Mode Power Consumption:
400 mW
Operating Power Consumption (Energy Star):
15 W
Physical Characteristics Acer V206WQL 19.5" (UM.IV6AA.004)
Height:
11.8"
Width:
17.9"
Depth:
2"
Height with Stand:
15.19"
Width with Stand:
17.89"
Depth with Stand:
7.54"
Weight (Approximate):
5.47 lb
Weight with Stand (Approximate):
6.44 lb
Reviews, Questions about Acer V206WQL 19.5 (UM.IV6AA.004)
Write Review / Ask a question about Acer V206WQL 19.5 (UM.IV6AA.004)
Ahead of CES 2026, MSI announced a curved quantum dot OLED monitor with a 34-inch Tandem OLED screen, a refresh rate of 360 Hz, and an advanced burn-in protection system.
-1768148784.jpg)
At CES 2026, Acer unveiled the ProDesigner (PE320QX) monitor, aimed at professional content creators. In addition to its high resolution, the new product stands out for its good color accuracy and an extended set of interfaces for everyday convenience.
At CES 2026, Dell demonstrated an unusual curved monitor with a diagonal of 52 inches. In addition to its enormous size, it is notable for its ability to stream video from four PCs simultaneously. The brand's second new product is a model with an OLED matrix on quantum dots.