NESMUSBHD4RT

SPLITMUX-USBHD-4RT

Network Technologies

The SPLITMUX HDMI Quad-Screen Multiviewer with Built-In KVM Switch from Network Technologies is a real-time 2K video multiviewer encased in a sturdy desktop enclosure. The HDCP 1.2-compliant device can display up to four different HDMI/DVI sources on a single monitor, allowing users to arrange and position any of the four quadrants in any desired order. It supports quad, PiP (Picture in Picture), full-screen, and custom modes.Additional Details Quad, Picture-in-Picture, Full Screen, and Custom display modesThe size, position, and selection of any or all windows are customizableTwo- and three-source viewing is possibleMaintain input aspect ratio without stretchingLayer display windows and adjust the transparency of each video source displaySwitch one of the four attached computers to a shared USB keyboard and mouse for operationSupports 2048 x 1080, HDTV resolutions to 1080p, and computer resolutions to 1920 x 1200Independent video in to video out resolutionFour-channel non-mixing or one-channel mixing stereo with 16/20/24-bit uncompressed PCM audioBandwidth up to 165 MHzFluid, real-time video performance with up to 60 fps in all four quadrantsZoom, pan, and crop the image from any source to focus on key areasSwitch audio independently of video from connected HDMI sourcesMultiple audio sources can be simultaneously active in any display mode or preset layoutAdjustable audio gain with VU level indicators for each input channelA customized text label can be added for each video window to provide easy input identification (UMD)Control via Ethernet, RS-232, keyboard commands, on-screen display (OSD), front panel buttons, or IR remoteBuilt-in two-port USB hub to allow switching devices between connected computersCompliant with USB 2.0 (high-speed and low/full-speed) standardsCascade multiviewers to display video from any number of video sources on one screenBackup and restore multiviewer configurationsSupported output resolutions can be selected or set to auto-detect optimal resolution from the monitor's EDID