Rti AD-810-100 Dsp Matrix Amplifier 8x10

Product Description

The RTI AD-810-100 is an 8-input, 10-output DSP matrix amplifier designed for professional audio distribution in commercial and residential installations. It combines digital signal processing with multi-zone amplification in a single chassis, allowing audio sources to be routed, mixed, and independently processed across multiple output zones. The integrated DSP handles equalization, gain control, and signal routing without requiring external processors. This unit is installed by licensed audio-visual integrators and commercial sound contractors working on distributed audio systems.

The AD-810-100 is suited for applications requiring centralized audio management across multiple zones, such as conference rooms, hospitality environments, retail spaces, and whole-home audio systems. Its 8-by-10 matrix architecture gives installers the flexibility to assign any input to any output zone, making it adaptable to a wide range of system layouts. It falls in the mixer/amplifier product category and ships as a single unit.

Key Features

• 8 independent inputs with DSP-controlled routing to 10 output channels
• Integrated digital signal processing eliminates the need for external EQ or processing hardware
• Matrix architecture allows any input to feed any output zone independently
• Single-chassis design consolidates mixing and amplification for cleaner rack installations
• Suited for both commercial multi-zone and residential whole-home audio deployments

Compatibility

Designed as a professional-grade DSP matrix amplifier for use in multi-zone distributed audio systems requiring centralized input routing and amplification.

Installation Notes

Installation should be performed by a qualified audio-visual integrator or licensed low-voltage contractor familiar with distributed audio system design. Power down all connected equipment before making signal or speaker wiring connections. Rack-mount the unit securely and allow adequate ventilation clearance above and below the chassis. Refer to the manufacturer data sheet and applicable local low-voltage wiring codes before commissioning the system.