Fujitsu P27-8 TE PRO Screen Size Dimensions
P27-8 TE PRO screen size, viewport size, pixel density and more information.
Specs:
WIDTH | 2560 px |
---|---|
HEIGHT | 1440 px |
SCREEN SIZE INCH | 27" (inches) |
CASE WIDTH | 24.13 in | 61.3 cm | 613 mm | 2.01 ft |
CASE HEIGHT | 14.33 in | 36.4 cm | 364 mm | 1.19 ft |
CASE DEPTH | 2.24 in | 5.7 cm | 57 mm | 0.19 ft |
DISPLAY TYPE | IPS |
PX DENSITY | 109 ppi |
ASPECT RATIO | 16:9 |
YEAR | 2017 |
Information:
The Fujitsu P27-8 TE PRO is a high-resolution monitor designed for professional use. With a screen width of 2560 pixels and a screen height of 1440 pixels, this monitor offers a stunning display that is perfect for detailed work such as photo and video editing, graphic design, and CAD/CAM applications. The 27-inch screen size provides ample real estate for multitasking and immersive viewing experiences, making it an ideal choice for professionals who require precision and clarity in their work.
The monitor features an IPS display type, known for its superior color accuracy, wide viewing angles, and excellent image quality. This ensures that users can enjoy consistent and vibrant visuals from any angle. The screen pixel density of 109 pixels per inch (ppi) further contributes to the sharpness and clarity of the on-screen content, allowing for fine details to be discerned with ease.
In addition to its impressive display capabilities, the Fujitsu P27-8 TE PRO boasts a sleek and modern design. With a case width of 24.13 inches, a case height of 14.33 inches, and a case depth of 2.24 inches, this monitor offers a slim profile that is both aesthetically pleasing and space-efficient. The 16:9 screen aspect ratio further enhances the viewing experience, making it well-suited for both work and entertainment purposes.
Overall, the Fujitsu P27-8 TE PRO is a top-tier monitor that combines high-resolution visuals, a spacious screen size, and advanced display technology to meet the demands of professional users, making it an excellent choice for those seeking uncompromising quality and performance in a monitor.