Marshall Electronics VMV-402-3GSH 4x3G (2xHDI) Multi-Viewer Switch

Marshall VMV-402-3GSH: A Versatile Multi-Viewer Switch for Diverse Settings
The Marshall Electronics VMV-402-3GSH is a dynamic multi-viewer switch that is essential for environments ranging from remote news vehicles and edit rooms to AV boardrooms and lecture halls. It can also serve as an input expander for existing production switches. This flexibility makes it a valuable asset in any professional video setup, accommodating a variety of operational needs with ease.

Seamless Integration with Control Systems
This multi-viewer switch features a simple command structure that facilitates easy integration with various control surfaces and automation systems, including Crestron, via Ethernet or RS232. This compatibility ensures that it can blend smoothly into your existing control ecosystem, enhancing operational efficiency and reducing setup complexities.

Advanced Input Handling and Output Options
The VMV-402-3GSH accepts four 3GSDI sources, with the first two inputs also capable of accepting HDMI. This dual capability allows for flexible source management and simplifies the workflow in setups that require multiple input types. The switcher outputs a program feed simultaneously as SDI and HDMI, while a second HDMI output delivers a continuous quad view, providing comprehensive monitoring options.

High Performance and Reliable Output
Engineered to switch between inputs fast and glitch-free, the VMV-402-3GSH supports all common input formats and frame rates, converting them into a single output format. This capability ensures that the output is always stable and consistent, crucial for maintaining the quality and reliability of your video productions.

User-Friendly Setup and Operation
Setting up the VMV-402-3GSH is straightforward, thanks to its on-screen menus and web GUI, which negate the need for special apps or cables. The unit's 1RU high and full rack width design make it an ideal choice for setups where space efficiency is key, without compromising on functionality or accessibility.