Bosch Audio C2800FDI-US Dsp Power Amplifier 2x1400w

Product Description

The BOSCH AUDIO C2800FDI-US is a dual-channel DSP power amplifier rated at 2x1400 watts, designed for permanent installation applications in professional audio systems. It integrates onboard digital signal processing with high-output amplification, allowing system integrators and audio installers to configure EQ, crossover, and routing functions without external DSP hardware. The result is a compact, self-contained amplification solution suited to demanding fixed-install environments where clean output and signal control are required in a single rack-mountable unit.

This amplifier is intended for permanent installation in commercial and professional audio settings such as auditoriums, houses of worship, convention centers, and large venue PA systems. The install-grade design targets professional AV integrators and systems contractors who require stable, high-power output with integrated DSP flexibility. The US variant is configured for North American power requirements.

Key Features

• Dual-channel output at 1400 watts per channel for high-power fixed-install applications
• Integrated DSP eliminates the need for external signal processors in many system designs
• Install-grade construction designed for permanent rack-mount deployment
• Configured for US market power standards
• Sold as a single unit (each)

Compatibility

Designed as an OEM-style install amplifier for professional fixed-installation audio systems requiring dual-channel high-power amplification with integrated DSP.

Installation Notes

Installation should be performed by a licensed AV systems integrator or qualified audio professional familiar with rack-mount power amplifier deployments. De-energize all connected audio equipment and disconnect power before wiring speaker outputs or signal inputs. Ensure adequate rack ventilation clearance is maintained per the manufacturer guidelines to prevent thermal shutdown. DSP configuration should be completed before system commissioning.