F27T70

Samsung F27T70 Screen Size Dimensions

F27T70 screen size, viewport size, pixel density and more information.

Specs:

WIDTH 2560 px
HEIGHT 1440 px
SCREEN SIZE INCH 27" (inches)
CASE WIDTH 24.25 in | 61.6 cm | 616 mm | 2.02 ft
CASE HEIGHT 14.34 in | 36.4 cm | 364.3 mm | 1.2 ft
CASE DEPTH 1.73 in | 4.4 cm | 44 mm | 0.14 ft
DISPLAY TYPE IPS
PX DENSITY 109 ppi
ASPECT RATIO 16:9
YEAR 2020

Information:

The Samsung F27T70 is a 27-inch monitor with a screen width of 2560 pixels and a screen height of 1440 pixels, providing users with a high-resolution display that is ideal for various tasks such as graphic design, video editing, and gaming. The IPS display type ensures vibrant colors and wide viewing angles, making it suitable for professionals who require accurate color representation. The screen's pixel density of 109 pixels per inch (ppi) contributes to sharp and detailed imagery, enhancing the overall viewing experience.

The 16:9 aspect ratio of the screen is well-suited for multimedia content, allowing users to enjoy widescreen movies and videos without black bars. The slim and sleek design of the monitor, with a case width of 24.25 inches, case height of 14.34 inches, and case depth of 1.73 inches, makes it a space-efficient option for home offices or workstations with limited space. Released in 2020, the Samsung F27T70 combines modern technology with a user-friendly design to cater to the needs of professionals and enthusiasts alike.

Whether it's for professional use or entertainment, the Samsung F27T70 monitor offers a versatile and immersive viewing experience. With its high screen resolution, wide aspect ratio, and IPS display technology, it meets the specific needs of users who prioritize visual quality and performance. The monitor's slim and compact design also makes it a practical choice for users who require a spacious and efficient workspace. Overall, the Samsung F27T70 is a reliable and feature-packed monitor that caters to the diverse needs of modern users, delivering impressive visual clarity and functionality.