The QX-Series multi-screen capable UHD displays are designed for demanding surveillance and digital signage applications. Multi-screen viewing enables simultaneous display of multiple signals with up to 4 split screens. In addition to simplifying hardware setup by enabling the use of one display in place of four 1080p monitors, the QX-Series provides the gain in clarity required for real-time and up-close monitoring in traffic management centres, casinos, emergency operations centres and other public installations. 4K UHD 3840 x 2160 resolution Versatile connectivity: VGA, DVI, HDMI, DisplayPort inputs Anti-Burn-in technology prevents image ghosting NeoV Optical Glass screen protects the display from scratches and other damages RS232/ RJ45 connection for easy control and management Experience the 4K Difference Don’t miss a single detail with this powerful 4K display. View smooth 4K video and graphics with a new level of detail and clarity. Offering 8.3 million pixels, the QX-Series provides Sufficient resolution for even the most demanding surveillance and digital signage applications. Easy Control and Integration Its built-in RS-232 and Ethernet control capabilities make the QX-Series easy to control and integration a breeze. Whether it is a local serial management connection or a remote network installation, the QX-Series can be managed in multiple scenarios and applications. Multi-Screen Viewer With the Picture-by-Picture (PbP) feature and up to four inputs, you can display four full-resolution (unscaled) 1080p windows on a single display. This delivers fourquadrant viewing at crisp, true Full HD, a significant visual gain over the lower qHD (960x540) resolution delivered when a 1080p display is divided four ways. Industry-leading Reliability Designed for 24/7 operation, these durable metal-housed displays protected with NeoV™ Optical Glass take advantage of superior components to ensure a long product lifetime. Its integrated HeatControl sensors automatically activate the internal cooling fans, which is crucial when the temperature rises in mission-critical installations.