OSD Audio MX1280 80W 6 Zone Amplifier

The OSD Audio MX1280 is a high-performance multi-room amplifier designed to power up to six separate audio zones from a single unit.

Featuring twelve channels of amplification delivering up to 80 watts per channel, it provides the power and flexibility required for larger whole-home audio systems, commercial installations, or multi-room entertainment setups.

Perfect for pairing with ceiling speakers, in-wall speakers, or outdoor speaker systems, the MX1280 allows music to be distributed throughout multiple rooms with clean, consistent sound.

Its efficient Class D design ensures reliable performance while keeping heat and energy consumption low, making it well suited for rack-mounted AV installations and professional audio systems.

FEATURES

• Six-Zone Multi-Room Audio: Power up to six different listening areas throughout your home or business, allowing background music to be distributed across multiple rooms from one central amplifier.
• Twelve Channels Of Amplification: Delivers up to 80W per channel, providing ample power for six pairs of speakers without the need for additional amplifiers.
• Efficient Class D Amplifier Design: Advanced Class D technology provides strong audio performance while running cooler and more efficiently than traditional amplifier designs.
• Independent Zone Level Controls: Each zone can be individually adjusted, allowing you to balance volume levels between different rooms or listening areas.
• Multiple Source Inputs: Connect multiple audio sources such as music streamers, media players, or preamps to distribute audio across your entire multi-room system.
• 12V Trigger Integration: Automatically power the amplifier on or off when connected AV equipment is activated, simplifying system automation and operation.
• Rack-Mountable Installation: Designed to fit standard AV equipment racks, making it ideal for professional installations and tidy equipment setups.
• Built-In Protection Circuitry: Integrated safeguards help protect both the amplifier and connected speakers from overload, overheating, or short circuit conditions.