Viewsonic · Computer Monitors

Viewsonic TD1630-3 computer monitor 39.6 cm (15.6") 1366 x 768 pixels HD LCD Touchscreen Multi-user Black

10-Point Projected Capacitive Touch Touch screens with projected capacitive touch can recognize up to 10 points of simultaneous contact allowing for a highly accurate and ultra-responsive touch experience. With smooth and responsive touch capabilities this touch display is ideal for home entertainment office work education and commercial use. 10-point Multi-touch Advanced ergonomic stand design A stable integrated bookstand design makes it easy to adjust the angle of this display for a better user experience. The display can tilt or lay completely flat on a tabletop for a more comfortable work environment. Ergonomic stand Versatile Connectivity HDMI and VGA inputs give you the freedom to connect your monitor to a variety of devices. Cross-platform compatibility Cross compatibility with a wide range of operating systems including Windows 10 and certain Linux versions. Supports Windows 7/8/10 Linux Kernel 4.X/3.X Windows 10 Linux Durable Scratch-resistant Screen This touch display is equipped with a durable protective glass faceplate resulting in increased durability with scratch protection; as well as a consistent high-quality touch experience in high-traffic areas like public spaces where the touch display can be used as a kiosk. 7H Hardness Dual integrated speakers Designed with dual integrated speakers this monitor combines incredible screen performance with stereo sound for an immersive multimedia experience. Dual integrated speakers Enhanced Viewing Comfort Flicker-Free technology and a Blue Light Filter help to eliminate eye strain from extended viewing periods. Blue light filter Flicker Free VESA-compatible mount Conveniently mount the monitor to your liking by utilizing VESA compatible mount design. - Advanced ergonomic stand for tilt or flat - HDMI and VGA inputs - Supports Windows 7/8/10 and selected Linux - 7H hardness screen - Dual integrated speakers

90-day range £∞–-£∞ · average £NaN