<h1>Amphion BaseTwo25 System</h1>
<span style="background-color: initial;"><i>Powered low-frequency extension system with two </i></span><i><span style="background-color: initial;">BaseTwo25 LF extension towers </span><span style="background-color: initial;"></span></i><span style="background-color: initial; font-style: italic;">and a BaseAmp1200 crossover/</span><span style="background-color: initial; font-style: italic;">amplifier module</span><i><span style="background-color: initial;"><br /></span></i><br />
The Amphion BaseTwo25 is a state-of-the-art monitoring solution converting any Amphion two-way studio monitor into a full-range, time and phase coherent, three-way system. These full-range towers extend all the way down to 20Hz. Each BaseTwo25 has 2 x 25 cm woofers (top) and matching 2 x 25 cm radiators (below) mounted in back to back force-canceling mode on both sides of the cabinet. The system is driven by 2 x 900W amplifier, and controlled by Amphion’s signature filtering module with a variable-level attenuator.
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BaseTwo25 low-frequency extension system fits equally well in any composing, mixing, or mastering setup, where correct reproduction and appreciation of the lowest octave is critical. Amphion’s innovative approach to low-frequency monitoring provides producers, sound engineers and artists with a completely new perspective to the base.
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In addition to providing tight, tuneful bass, BaseTwo25 improves midrange clarity and increases the midrange power-handling abilities of the paired monitors. This is achieved by gradually transferring the low-end frequencies from the monitors to the base extenders.
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<h3>Amphion BaseTwo25 Features</h3>
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	<li>Perfectly integrated time and phase coherent, three-way system, extending all the way down to 20Hz.</li>
	<li>Extremely robust 25 cm (10”) woofers with matching 25 cm passive radiators mounted in back to back force canceling mode on both sides of the cabinet.</li>
	<li>Driven by 2 x 900W amplifiers housed in a 2U rack chassis and a stand-alone 1U filtering module with variable-volume control.</li>
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