BEHRINGER MINIAMP AMP800 Headphone Amplifier (Discontinued)

The Behringer AMP800 is the ultra-compact 4-channel stereo headphone amplifier that became a studio essential the moment it hit shelves. Whether you're tracking a full band, running an overdub session, or building a personal monitoring rig that won't break the bank, the AMP800 gives every musician their own loud, clean mix — and gives you four of them in one half-rack-friendly chassis.

Each of the four independent stereo channels has its own level control, dual headphone outputs, and a Main/Mix toggle so each player can pick between the main mix and a personal source. The musician-friendly layout, transparent sound, and pro-grade headphone drive made the AMP800 the go-to choice for project studios, rehearsal rooms, drum-tracking setups, and silent practice rigs the world over.

Why it mattered: Real headphone amplifier performance at a price that put serious monitoring in the hands of everyone — exactly the kind of audacious accessibility Behringer stands for. The AMP800 is now obsolete; for current 4-channel headphone amplification, explore the latest Behringer monitoring range.

Features

• Ultra-compact headphone amplifier system for studio and stage applications
• 4 independent stereo high-power amplifier sections
• Highest audio quality with virtually all types of headphones even at maximum volume
• Phones Level control plus accurate 6-segment LED output meter per channel for easy level monitoring
• 2 balanced stereo main inputs with independent Level and Balance controls for individual mixes, selectable for all 4 headphone amplifiers
• Accurate 6-segment LED main level meter for precise level indication of both line inputs
• 2 headphone outputs per channel (front and rear panel) allow a total of 8 headphones to be simultaneously connected
• Parallel Link Output allows cascading of several headphone amplifiers
• High-quality potentiometers and illuminated switches for long-term reliability
• All Mini Series models can be stacked on top of each other to create an ultra-compact signal processor solution