OSD Audio MX1680 80W 8 Zone Amplifier

The OSD Audio MX1680 is a powerful multi-room amplifier designed to distribute high-quality audio across up to eight separate zones.

With sixteen channels of amplification delivering up to 80 watts per channel, it offers the capacity and flexibility needed for large whole-home audio systems, commercial installations, or multi-room entertainment setups.

Ideal for use with ceiling speakers, in-wall speakers, or outdoor audio systems, the MX1680 allows you to deliver consistent sound across multiple rooms from a single amplifier.

Its efficient Class D design ensures reliable operation with lower heat output, making it well suited to rack-mounted AV installations where space and performance are important.

FEATURES

• Eight-Zone Multi-Room Audio: Power up to eight separate listening areas from one amplifier, perfect for distributing music throughout large homes, offices, restaurants, or commercial spaces.

• Sixteen Channels Of Amplification: Provides up to 80W per channel, delivering clean and reliable power to eight pairs of speakers without needing multiple amplifiers.

• Efficient Class D Amplifier Design: Modern Class D technology provides strong performance while maintaining high efficiency and reduced heat output.

• Independent Zone Level Controls: Adjust the volume of each zone individually to balance sound levels across different rooms and listening areas.

• Multiple Source Inputs: Connect multiple audio sources such as music streamers, media players, or preamps and distribute them across your multi-room system.

• 12V Trigger Input And Output: Integrates easily with home automation systems or AV equipment, allowing the amplifier to power on automatically when your system is active.

• Rack-Mountable Installation: Designed to fit standard AV racks for clean, organised installations in equipment cabinets or dedicated AV racks.

• Built-In Protection Circuitry: Internal safeguards help protect the amplifier and connected speakers from overheating, short circuits, and overload conditions.