BZBGEAR, BZ-MVS4X4-4K, 4X4 4K UHD 18Gbps HDMI Video Wall Processor and Seamless Matrix Switcher with Scaler, IR and Audio
BZ-MVS4X4-4K Includes Only:
- 1 x BZ-MVS4X4-4K unit
- 1 x AC Power Cord
- 1 x Matrix IR Remote
- 4 x IR Receiver cable (1.5 meters)
- 4 x IR Blaster cable (1.5 meters)
- 1 x 3-pin Phoenix Connector
- 1 x CAT6 cable
- 1 x USB to RS232 Cable
- 1 x User Manual
Features:
- Seamless matrix switching and video wall processing functions(2x2)
- Supports audio matrix and IR matrix functions
- EDID & CEC management
The BZBGEAR BZ-MVS4X4-4K is a matrix video wall controller that seamlessly switches signals from any of the four HDMI sources to any of the four connected HDMI displays. The four outputs can be configured to create a variety of video wall displays such as a 2x2, 1x4, 1x2, 2x1, and 4x1 video wall. Ideal for integrators, professional broadcasters, restaurant owners, and home theater enthusiasts seeking to create high-end video walls, or control multiple video sources and displays with one device.
Connectivity
The four HDMI ports support video bandwidths of 18Gbps and resolutions up to 4K at60Hz (4:4:4). The HDMI ports are HDMI 2.0 and HDCP 2.2 compliant. Each HDMI input features stereo audio embedding via the phoenix connectors on the back panel. The device is equipped with four stereo audio outputs and four TOSLINK S/PDIF ports for analog and digital audio de-embedding.
Control
The BZ-MVS4X4-4K can be configured and controlled using the PC Tool software via the LAN or RS-232 connections. Smart EDID management via the front panel buttons or web interface eliminate HDMI handshake issues for fast and reliable input switching. The HDMI CEC provides power and volume control of compatible monitors. Access basic control of the matrix switcher and network settings with the conveniently built-in WebGUI interface.
Complete with front panel buttons for quick and handy operation, the BZ-MVS4X4-4K's flexible features make it an exceptional choice for designing outstanding video walls with flexible display control and connectivity.
