Atlona Inc. AT-OME-MS42 4x2 4K Uhd Multiformat Matrix Switcher

Product Description

The ATLONA INC. AT-OME-MS42 is a 4x2 multiformat matrix switcher designed to route 4K UHD video signals from up to four sources to two independent displays simultaneously. Built for professional AV integration, this unit handles signal switching in commercial and residential installation environments where multiple input sources need to be distributed across multiple outputs without signal degradation. The AT-OME-MS42 belongs to the Omega series and is intended for installation by licensed AV integrators and systems technicians working in conference rooms, classrooms, and similar multi-display environments.

This switcher is suited for commercial AV systems where HDMI signal management is required across multiple zones or displays. Typical deployment scenarios include boardrooms, training facilities, and digital signage installations where flexibility in source routing is essential. The 4x2 matrix configuration allows any of the four inputs to be independently assigned to either output, giving integrators flexible signal distribution without the need for additional routing hardware.

Key Features

• 4x2 matrix configuration supports four inputs routed to two independent outputs
• 4K UHD resolution support for high-definition signal distribution
• Multiformat input compatibility for mixed-source AV environments
• Omega series design suited for professional AV integration projects
• Single-unit form factor reduces rack space requirements in AV equipment bays

Compatibility

Designed as an OEM-style installation unit for professional 4K UHD HDMI matrix switching applications in commercial and residential AV systems.

Installation Notes

Installation should be performed by a qualified AV integrator or systems technician. Power down all connected source devices and displays before making or changing signal connections. Follow local electrical codes and the manufacturer wiring documentation when connecting control interfaces. Ensure adequate ventilation around the unit when rack-mounting to prevent thermal buildup during continuous operation.