LCD Monitor 34\" MSI Prestige PS341WU:This MSI monitor will expand your PC with display boasting a screen size measuring 34. Its aspect ratio is 21:9. The monitor is powered by the IPS technology, notable for its great image quality and good viewing angles. The image resolution of this monitor is 5120 × 2160 px. The response time of 8 ms is fast enough for ordinary PC users, as well as media. Its refresh rate of 60 Hz represents the usual standard. The MSI PC monitor has a brightness of 450 cd/m2. For graphic designers, colour intensity is one of the most important parameters there are. Luckily, the colour depth of the monitor is 10 bit. The DisplayPort, HDMI 2.0 and USB-C must be utilised for connecting to your PC. 34 MSI Prestige PS341WU LCD Monitor Key Features LCD size: 34 Maximum resolution: 5120 × 2160 px Monitor works with IPS technology Anti-reflective surface of the monitor provides a more effective working environment Response of 8 ms and refresh rate of 60 Hz Maximum brightness reaching 450 cd/m2 LCD is compatible with 100×100 VESA mounts Blue light filter for good sleep PIP (picture in picture) function for better multitasking HDR image rendering Typical consumption of the 34 MSI Prestige PS341WU: 60 W Connectivity: headphone output and usb 3.2 gen 1 (usb 3.0) 34 MSI Prestige PS341WU Monitor Design The MSI PC monitor measures 81.7 × 50.1 × 26 cm. Besides a classic mount, the monitor can be mounted onto the wall using a VESA mount. This monitor model has a weight of 8.2 kg. The interface for the input is essential. The 34 MSI Prestige PS341WU has the DisplayPort, HDMI 2.0 and USB-C type. You can connect your headphones directly to this monitor. Practical Functions of the 34 MSI Prestige PS341WU Monitor While working at night, you will surely appreciate the blue light filter on this monitor, which makes it easier for you to fall asleep after work. The Flicker-Free function provides a very effective shield against eye strain by removing screen flickering. The 34 MSI Prestige PS341WU monitor supports the rather unusual PIP (Picture-in-Picture) function for displaying two separate video sources at once.