iiyama XUB2797UHSNP-B1 27" IPS Monitor, 3840 x 2160 4K UHD, 140Hz, 4ms

Discover the XUB2797UHSNP, a 27'' monitor with 4K IPS technology, equipped with USB-C dock, KVM switch and RJ45 for LAN connectivity. The KVM switch makes it possible to connect multiple computers via a single workstation. Get rid of the hassle of tangled cables with the USB-C dock, which transfers all data (audio and video) while powering your notebook. Easily expand your desktop by setting up a dual monitor setup with the DisplayPort connection. Enjoy accurate colours and wide viewing angles thanks to IPS panel technology. Benefit from exceptional visualisation for applications such as photography and web design thanks to the 4K resolution and high contrast. The ergonomic stand offers a height adjustment of 150 mm and tilt/swivel function for portrait mode and optimises comfort when working with extensive data.

USB-C dock

The USB-C dock gives you the option of connecting a laptop to the monitor with a single cable. All data is transferred extremely quickly while you power and charge your device at the same time. PC mouse, keyboard or a webcam can also be connected to the monitor via additional USB ports. Enjoy the tidiness on your desk and avoid an annoying tangle of cables.

KVM SWITCH

Thanks to the KVM switch function on your monitor, you can share connected devices with two different computers via USB dock. Simply change the signal input in the monitor's OSD menu and your keyboard, mouse and webcam instantly switch from your notebook to your PC.

IPS technology

IPS displays are known above all for their wide viewing angles and natural, highly accurate colours. They are particularly suitable for colour-critical applications.

4K

The 4K resolution with 3840x2160 pixels offers 4 times more space than comparable Full HD displays, providing a huge working area on the screen. Due to the high DPI (dots per inch), images are displayed incredibly sharp and clear.

PIP

The PIP (picture-in-picture) function allows you to view images coming from two different signal sources simultaneously.