Atlona 4×2 Matrix Switcher with USB Hub and HDBaseT Input

4×2 Matrix Switcher with USB Hub and HDBaseT Input
AT-OME-MS42-HDBT

• 4×2 AV matrix switcher with USB-C®, HDBaseTTM, and HDMI® inputs
• USB-C input for AV, USB data, and device charging (up to 60 watts)
• HDBaseT and HDMI outputs with selectable AV switching modes
• USB 2.0 interfacing and extension up to 330 feet (100 meters)
• 4K/UHD capability @ 60 Hz with 4:4:4 chroma sampling (local ports)
• Selectable 4K to 1080p downscaling

Specifically designed for modern collaboration spaces

Ready for two displays.
The OME-MS42-HDBT is well-equipped for the requirements of the contemporary meeting room, which typically calls for two displays.

Remote AV input for presenter convenience.
The HDBaseT input on this switcher allows the OME-MS42-HDBT to be installed in a credenza, with a transmitter placed wherever convenient for a presenter to access.

Hands-free operation with a single-cable connection.
Connect and forget with a single USB-C cable connection to a laptop. The OME-MS42-HDBT takes care of the video, audio, USB interfacing, and delivers power to the laptop.

Additional Features

The Atlona AT-OME-MS42-HDBT is a versatile 4×2 matrix switcher with USB-C, HDBaseT, and HDMI video inputs, and HDMI and HDBaseT outputs. It’s perfect for video conferencing and collaboration applications with USB interfacing, and extension to a display and a remote AV input location.

HDBaseT input and output

The OME-MS42-HDBT extends AV, USB, control, and power up to 330 feet (100 meters) to a display and a location for AV input, such as a wall or meeting table.

USB host integration

Connect and switch between up to four USB host sources, including three connected to the switcher, and the fourth remotely over HDBaseT.

AV and USB host switching

AV inputs and USB hosts can be independently switched, or together for convenience. Automatic switching is available for AV and USB.

USB hub and extension

The OME-MS42 features an integrated USB 2.0 hub for peripherals, which can be expanded over HDBaseT to the transmitter and receiver.