Dell E2010H 20 " black
Dell E2010H 20 " black
Screen size:20 "
Resolution:1600x900 (16:9)
Panel:TN+film, response 5 ms
Contrast:1 000:1
Brightness:250 cd/m²
Connectors:VGA, DVI-D
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Monitor matrices types: TN+film, IPS, VA, OLED, QLED and QD-OLEDCurrent types of monitor matrices, their pros and cons, as well as recommendations for selection
All specifications
Additional features monitor Dell E2010H:
The E2010H model is based on a TN matrix, supports a resolution of 1600x900, the brightness is claimed at 250 cd/m2, and the maximum contrast ratio is 1000:1. The matrix response time is 5 ms, and the viewing angles are 160° (vertically) and 170° (horizontally). D-Sub and DVI interfaces are provided for connection to signal sources. This product has received EPEAT (Electronic Product Environmental Assessment Tool) Gold status.
Good to know:
Energy Star standard ensures low power consumption
Household electrical products bearing the Energy Star badge are designed to use less energy, saving you money and reducing your environmental footprint. In fact, Energy Star products consume less than 1 watt of electricity while in standby mode. This is made possible by the use of an innovative low-power standby circuit and a careful selection of components made from high-performance materials.
- Number of display colours — 16.7 million
The E2010H model is based on a TN matrix, supports a resolution of 1600x900, the brightness is claimed at 250 cd/m2, and the maximum contrast ratio is 1000:1. The matrix response time is 5 ms, and the viewing angles are 160° (vertically) and 170° (horizontally). D-Sub and DVI interfaces are provided for connection to signal sources. This product has received EPEAT (Electronic Product Environmental Assessment Tool) Gold status.
Good to know:
Energy Star standard ensures low power consumption
Household electrical products bearing the Energy Star badge are designed to use less energy, saving you money and reducing your environmental footprint. In fact, Energy Star products consume less than 1 watt of electricity while in standby mode. This is made possible by the use of an innovative low-power standby circuit and a careful selection of components made from high-performance materials.
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