Acer V287K 28" UM.PV7AA.001 specs.
Monitors Specs >> Acer >> Acer V287K 28" UM.PV7AA.001| Specifications | | | Reviews |
Video Acer V287K 28" 4K UHD LCD Monitor UM.PV7AA.001
Maximum Resolution:
3840 x 2160
Standard Refresh Rate:
60 Hz
Color Supported:
1.07 Billion Colors
Color Depth:
8-bit+FRC
Native Contrast Ratio:
1,000:1
Dynamic Contrast Ratio:
100,000,000:1
Brightness:
300 cd/m²
Tearing Prevention Technology:
Adaptive Sync (DisplayPort/HDMI)
Color Gamut:
90% DCI-P3
Audio Acer V287K 28" 4K UHD LCD Monitor UM.PV7AA.001
Speakers:
Yes
Ports & interfaces Acer V287K 28" 4K UHD LCD Monitor UM.PV7AA.001
HDMI:
High-Definition Multimedia Interface
High-Definition Multimedia InterfaceYes
HDMI Version:
2.0
Headphone:
Yes
DisplayPort:
Yes
DisplayPort Version:
1.2
Number of DisplayPorts:
1
Power Acer V287K 28" 4K UHD LCD Monitor UM.PV7AA.001
Input Voltage:
120 V AC, 230 V AC
Operating Power Consumption (Energy Star):
31 W
Standby Power Consumption (Energy Star):
500 mW
Off-Mode Power Consumption (Energy Star):
300 mW
Maximum Power Consumption (Energy Star):
55 W
Design Acer V287K 28" 4K UHD LCD Monitor UM.PV7AA.001
VESA Mount Compatible:
Yes
VESA Mount Standard:
100 x 100
Color:
Black
Height:
14.61" (371.20 mm)
Width:
25.09" (637.20 mm)
Depth:
2.68" (68.10 mm)
Reviews, Questions about Acer V287K 28" UM.PV7AA.001
Write Review / Ask a question about Acer V287K 28" UM.PV7AA.001
In addition to the Legion 27Q-10 model, Lenovo has introduced the Legion Pro 27Q-10 gaming monitor, which is already on sale in China. The new product has a high refresh rate and is aimed at fans of high-performance games such as racing and shooters.
AOC has expanded its line of branded monitors with the introduction of the B3 series. It includes two affordable models that are well suited for everyday gaming and amateur e-sports.
ASUS has unveiled two new 4K monitors that support an alternative mode with a higher refresh rate. Unlike their predecessors in the same series, both models have a significantly higher ?overclocking? coefficient when the resolution is reduced.