16x16 4K UHD HDMI 2.0 Matrix Switcher w/ Audio De-embedding & Independent Routing

The BG-4K-1616MA 4K HDMI matrix switcher is designed to manage up to sixteen HDMI 2.0 inputs and sixteen HDMI 2.0 outputs, enabling the seamless distribution of multiple HDMI sources to various displays. Whether you need to switch between multiple sources or display a single source on all screens simultaneously, this matrix switcher offers the flexibility and control you need. Audio can also be independently routed. Experience professional-grade picture and audio quality with support for 4K resolutions and a wide range of high-quality audio formats. Features-in-Depth Connectivity and Quality: The BG-4K-1616MA supports ultra-high resolutions up to 4K@60Hz 4:4:4 with HDR. With 18 Gbps of uncompressed bandwidth, HDMI signals are routed without any loss of quality. All HDMI ports on this matrix switcher are HDCP 2.2 compliant, ensuring compatibility with modern content protection standards. It also features auto-downscaling on all outputs to ensure compatibility with older displays. Furthermore, the BG-4K-1616MA supports Digital S/PDIF and Balanced audio output formats for versatile audio integration. Control: The BG-4K-1616MA offers multiple control methods including front panel controls, an IR remote control, RS-232, and TCP/IP (Web GUI). The included IR receiver allows for remote control operation even when the unit is hidden for a clean installation. Additionally, the full-featured web interface and control software, accessible via RS-232, enables users to adjust advanced settings such as EDID management, signal mapping, and network configurations. Control is also accessible on mobile phones, personal computers, and devices through the BG-SWITCH-CONTROL App by BZBGEAR, available for Windows, Mac, iOS, and Android. Audio Matrixing: This unit features advanced audio matrixing capabilities. The audio can be independently routed separately from the video signals. This feature provides flexible audio management options for a variety of installation scenarios.