Episode EA-COM-AMP-8D-350 8-channel Dsp Amplifier

Product Description

The EPISODE EA-COM-AMP-8D-350 is an 8-channel DSP-integrated audio amplifier rated at 350 watts per channel, designed for distributed audio systems in commercial and residential installations. It combines onboard digital signal processing with high-output amplification in a single chassis, reducing rack space and external component count. The unit is suited for multi-zone audio distribution where independent channel control and signal conditioning are required. Audio integrators and low-voltage installation technicians are the primary trade handling this product.

This amplifier is applied in structured wiring and AV distribution projects where multiple zones of audio must be driven simultaneously from a centralized equipment rack. Typical installations include commercial spaces, hospitality environments, and large residential builds requiring independent volume and EQ control per zone. The onboard DSP eliminates the need for a separate signal processor in the signal chain, streamlining the overall system design.

Key Features

• 8 discrete amplifier channels with 350 watts per channel output
• Integrated DSP for per-channel equalization and signal management
• Single-chassis design consolidates amplification and processing in one rack unit
• Suited for multi-zone commercial and residential distributed audio applications
• Sold individually as a complete amplifier unit

Compatibility

Designed for use in multi-zone distributed audio systems requiring centralized amplification and DSP processing. Consult system design documentation for compatibility with specific source equipment, controllers, and loudspeaker loads.

Installation Notes

Installation should be performed by a qualified low-voltage technician or licensed AV systems integrator. Power down the rack and disconnect all signal sources before making speaker and input connections. Follow NEC guidelines for low-voltage wiring and maintain adequate rack ventilation clearances around the unit to prevent thermal shutdown. Verify speaker impedance loads on each channel before applying power to protect both the amplifier and connected loudspeakers.