8X8 4K 18Gbps UHD HDMI Video Wall Processor & Seamless Matrix Switcher with Scaler/IR/Audio/IP and RS-232
Overview
The BZ-MVS8x8-4K video wall processor and matrix switcher is an incredible tool that supports up to eight inputs and eight outputs. The unit can support multiple commercial-grade video walls with 4K HDR quality simultaneously in various configurations such as 1x2, 2x2, or 3x2 up to 8 displays total.
Connectivity
The BZ-MVS8X8-4K is HDMI 2.0 and HDCP 2.2 compliant with bandwidth speeds up to 18Gbps. These features enable this unit to support eight HDMI inputs and outputs with resolutions up to 4K@60Hz. Users can also embed or extract two channel audio onto each HDMI input and output respectively using 3.5mm mini stereo audio cables.
IR matrix routing is available on this unit via the included IR extenders with 8 IR in and 8 IR out connections. The superior connectivity features and image quality of the BZ-MVS8X8-4K make it an incredible choice for those looking to create beautiful video walls or matrix multiple displays for advertising, events, and more.
Control
This matrix switcher offers a variety of control methods including buttons on the front panel, IR remote control, a PC Utility, RS-232, or web interface. To connect to the PC Utility software, operators can use either USB or a direct Ethernet connection. The PC Utility software also offers automatic or manual EDID management. Up to 8 matrix scenes can be saved and recalled for future use making this device flexible for different configurations that your business may need.
FEATURES:
• Up to 8 HDMI inputs and 8 HDMI outputs
• 4K2K can be divided and displayed on 4 or 6 1080p displays (2x2, 3x2, 2x3 layouts)
• HDMI video output resolutions up to 3840x2160@60Hz
• Seamless matrix switching
• Audio De-embedding
• External LR audio insert on HDMI stream
• HDMI 2.0/HDCP 2.2 compliant
• Control through front panel, RS232, TCP/IP
• 18Gbps bandwidth
• IR matrix routing
• Auto/manual EDID management
• Save/recall matrix scenes
• PC tool needs no installation
