Monolith M-215 THX Ultra Certified Powered Subwoofer – Dual 15in, 2000-Watt Amplifier, Massive Output, Low Distortion, for Home Theater Systems, Black (138543)

Price: $2,499.99
(as of Sep 28, 2022 18:29:52 UTC – Details)

Add a Tower of Bass to your home theater system! This Monolith THX Ultra Certified subwoofer sets the standard for bass output, low distortion, and affordability. With chest thumping bass that plays down to well under 16Hz, the Monolith THX Ultra Dual 15in Subwoofer unleashes cinema level volume with the ability to convey and articulate the subtle nuances of music.
Dual 15in woofers: The Monolith 15in driver was developed from the ground up, with a design focus on achieving output, accuracy, dynamics, and linearity, while minimizing distortion. It is enclosed in an HDF cabinet with massive internal bracing. The cabinet features a large, slot-shaped port at the bottom, which can closed using the included foam plug to run the subwoofer in full sealed mode.
2000-Watt amplifier: The 2000-watt (RMS)/3600-watt (peak) amplifier is built around a Texas Instruments 48-bit data path (with 28-bit filter coefficients) DSP engine. Each amplifier’s transfer function, power output limiting, and thermal protection are monitored to the millisecond and are customized for each individual driver. The high efficiency Class D amplifier modules are based on a proven topology that has been continuously refined over the past 4 years. The amplifier has vast reserves of
THX Ultra Certified products bring the cinematic experience to large home theaters (3000 cubic feet) with a viewing distance of 12 feet or greater from the screen.
The Monolith subwoofer amplifier has an extraordinarily high power output of 2000 watts RMS (3600 watts peak), which can deliver massive amounts of power when needed. Each Class D amplifier is built around a Texas Instruments 48-bit data path (with 28-bit filter coefficients) DSP engine, allowing virtually unlimited design flexibility with the assurance of no signal degradation. Each amplifier’s transfer function, power output limiting, and thermal protection are monitored to the millisecond and