A comprehensive resource database listing screen sizes, dimensions, viewport sizes, pixel density and other information for almost every device out there.
Samsung S27R650 Screen Size Dimensions
S27R650 screen size, viewport size, pixel density and more information.
Specs:
| WIDTH | 1920 px |
|---|---|
| HEIGHT | 1080 px |
| SCREEN SIZE INCH | 27" (inches) |
| CASE WIDTH | 24.11 in | 61.2 cm | 612.3 mm | 2.01 ft |
| CASE HEIGHT | 14.24 in | 36.2 cm | 361.6 mm | 1.19 ft |
| CASE DEPTH | 3 in | 7.6 cm | 76.2 mm | 0.25 ft |
| DISPLAY TYPE | IPS |
| PX DENSITY | 81 ppi |
| ASPECT RATIO | 16:9 |
| YEAR | 2019 |
Information:
The Samsung S27R650 is a high-quality monitor designed to provide an immersive viewing experience. With a screen size of 27 inches and a resolution of 1920 x 1080 pixels, this monitor offers crisp and clear visuals, making it ideal for both work and entertainment purposes. The display type is IPS, which ensures accurate color reproduction and wide viewing angles, allowing users to enjoy consistent picture quality from various vantage points.
In terms of dimensions, the Samsung S27R650 measures 24.11 inches in width, 14.24 inches in height, and 3 inches in depth, making it a sleek and space-efficient addition to any workstation. The monitor's release year of 2019 signifies that it incorporates modern technology and features to meet the demands of contemporary users. Additionally, with a screen pixel density of 81 pixels per inch and an aspect ratio of 16:9, the Samsung S27R650 delivers a balanced blend of sharpness and screen real estate, ensuring that users can comfortably multitask and enjoy high-definition content.
As a product of Samsung, a renowned brand in the electronics industry, the S27R650 falls under the category of monitors and represents the brand's commitment to delivering reliable and innovative display solutions. Whether for professional use or casual entertainment, this monitor offers a compelling combination of size, resolution, and display technology to enhance the user experience across various applications.
