Episode EA-RSP-12D-100 12-channel Dsp Power Amplifier

Product Description

The EPISODE EA-RSP-12D-100 is a 12-channel DSP-integrated power amplifier delivering 100 watts per channel. Designed for distributed audio installations, it combines onboard digital signal processing with multi-channel amplification in a single chassis. The built-in DSP allows technicians to apply equalization, delay, and routing adjustments without external processors. This unit is suited for commercial and residential AV system integrators and low-voltage installation technicians who need scalable, zone-based audio amplification with processing control at the rack level.

The EA-RSP-12D-100 targets multi-zone audio systems in commercial venues, hospitality environments, houses of worship, and large residential installations. With 12 independently driven channels, it supports zone-by-zone output management. It is typically rack-mounted as part of a structured AV infrastructure and installed by certified low-voltage or AV integration contractors. The DSP architecture reduces the need for additional outboard gear, making it a practical choice for installations where rack space and signal chain complexity are concerns.

Key Features

• 12 independent amplifier channels rated at 100 watts per channel
• Onboard DSP for equalization, delay, and signal routing without external processors
• Single-chassis design reduces rack space and simplifies signal chain
• Suited for distributed audio in commercial, hospitality, and large residential applications
• Supports zone-based audio management across all 12 channels independently

Compatibility

Designed as an OEM-style multi-channel amplifier for distributed audio and multi-zone AV systems requiring integrated DSP processing at the rack level.

Installation Notes

Installation should be performed by a qualified low-voltage or AV integration technician in accordance with applicable local electrical codes and NEC guidelines. Power down the entire AV system before making speaker, signal, or control connections. Ensure adequate rack ventilation and thermal clearance around the unit to prevent thermal shutoff during sustained high-output operation. Consult the manufacturer datasheet for input sensitivity, output impedance requirements, and DSP configuration procedures before commissioning the system.