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SnapAV Episode® 70 Watts Per Channel Digital Amplifier

At a Glance

SnapAV Episode® 70 Watts Per Channel Digital Amplifier with 8 channels, 2U size and Global A/B inputs

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The Episode® EA-AMP-8D-70 is an efficient eight-channel, Class-D amplifier that delivers a powerful 70 WRMS per channel. Perfectly at home in multi-room applications, it features adjustable gain control and bridgeable outputs, giving installers the versatility required for today's sophisticated audio systems.

Digital Amplification

Our engineers have combined advanced digital amplifier technologies with installer-friendly features to create a robust power plant built from the ground up for today's multi-channel audio applications. Unlike analog amplifiers from the competition, our digital amplifiers are much more energy efficient and run up to 80% cooler. Plus, with a reduced need for heat sinks, you'll save space too with a chassis that's up to 30% smaller than traditional analog amplifiers!

Bridgeable Outputs

For larger speakers or high-power applications, bridgeable channels allow you to combine any 2 channels into a single 140W channel. For example, run 2 "standard" zones of audio plus one high power zone. Or use this amplifier as the ultimate bi-amping solution for two-channel applications with 4 bridged channels!

Gain Controls

The EA-AMP-12D-70 offers gain adjustments for each channel pair, allowing you to independently trim output levels in each zone. In volume control-based systems, these may be used to prevent harmful clipping that could cause damage to the amplifier or speakers.

Global And Individual Available Inputs

It is single-source capable, but also showcases unique room-specific capability. Whether the system needs to play the same thing everywhere or each zone needs its own source, it easily be done with global or direct line inputs.

12V Triggers

The included 12V trigger input and output provide control for a variety of applications. Use a preamp or control system to turn the amp on or off, or have it "wake up" another device when the amp is activated. This method consumes less power in standby mode than “auto-sensing” designs and is a more reliable method of turning on the amplifier.