Ecler VEO-MXH44D
Key Features.
4×4 HDMI 2.0 Matrix Switching – Independently route four HDMI sources to four HDMI displays for flexible video distribution in professional AV installations.
4K UHD and HDR Support – Supports HDMI 2.0 resolutions up to 4K at 60 Hz with YUV 4:4:4 chroma sampling and 8-bit colour, plus HDR at 4K/60 Hz YUV 4:2:0 and 10-bit colour.
Full HD Video Downscaling – Downscale video signals to Full HD to support displays that do not accept 4K input.
8 Routing Presets – Store up to eight configurations for quick recall, simplifying everyday operation in meeting rooms and commercial AV systems.
Description.
Retail // Education // Corporate // Sports & Wellness // Hospitality
The Ecler VEO-MXH44D is a professional 4×4 HDMI 2.0 matrix switcher designed for commercial AV installations that require reliable 4K/UHD video and audio routing. Supporting resolutions up to 4K at 60 Hz with 4:4:4 chroma sampling, it allows four HDMI sources to be routed to four displays, making it suitable for meeting rooms, conference facilities, education, hospitality and other professional AV environments.
With eight analogue and digital audio de-embedding outputs, the VEO-MXH44D offers flexible audio extraction from HDMI signals for integration with external sound systems. Built-in EDID management and HDCP 2.2 and 1.4 compliance help ensure compatibility between connected sources and displays, while the front-panel LCD provides clear access to device settings.
The VEO-MXH44D can be controlled using the front-panel selection buttons, IR, serial commands or TCP/IP, with an integrated web-based GUI providing convenient configuration and management over a network. Support for up to eight presets allows commonly used routing configurations to be saved and recalled quickly, making it easier to manage multiple AV setups.
Combining flexible HDMI switching, 4K/60 video support, audio de-embedding and versatile control options, the Ecler VEO-MXH44D 4×4 HDMI matrix is a practical choice for professional AV systems that need straightforward signal distribution and reliable day-to-day operation.