Black Box Kvm Matrix Swt Chs Controller Module - 48-Port, Unpop, Single Ps - ACX048-R2

Give multiple users fast, reliable access to high-quality, real-time digital video - plus a whole host of peripherals across the enterprise - with the top-of-the-line DKM FX HD Video and Peripheral Matrix Switch system. This chassis-based, modular crosspoint switching system enables you and others to switch and extend HD video, audio, and serial data over extremely long distances. Use it in any application where many users have to interface with CPUs and other high-end AV equipment supporting high-quality video. Plus, it works as a video matrix switch. Using non-blocking switch technology, the DKM FX processes and routes DVI single-link resolutions, including Full HD 1080p, with little or no delay of video - even at screens far away from the switching chassis itself. The DKM FX also supports Display Port video signals up to 4K60. What's more, it not only supports DVI-D digital video, but also VGA video and connections to a wide array of peripherals, including USB HID, USB 2.0, RS232, and IR devices, Wacom tablets, and even legacy PS/2 keyboards and mice. It's especially ideal for enterprise networks and mission-critical control/command rooms, as well as video production or broadcasting applications where HD video is everything. Many users can connect their KVM consoles to various multimedia sources (computers, CPUs, servers, etc.), either locally or in a distant room or office via the switch. And it's very flexible. The DKM FX HD Video and Peripheral Matrix Switch enables you to configure HD KVM switching and DVI routing exactly as you require. Mix and match fiber and CATx ports through cards and SFPs plugged into its slots. With the switch, you get a controller card, which has USB keyboard/mouse and HDMI monitor connectors for local KVM administration; a dual RJ-45 port for interfacing up with your network and a client machine that has the DKM FX Java tool installed; and a serial port for control via an external RS232 device; and an SDI gunlock interface. Because