Mackie SRM215 V Class 2000W 15 inch Powered Speaker Mackie

Mackie SRM215 V Class 2000W 15 inch Powered Speaker

SRM | V-Class High-Performance Powered Loudspeakers are a whole new tier of SRM portable loudspeakers that aren’t just made to get the job done, but to get it done better than anything else with unmatched clarity, output, and control packaged into sleek, rugged enclosures.

BECOME LEGEND TAKING SRM TO A NEW LEVEL

The original SRM Series was a game-changer when it was introduced in 1999. And the series is setting out to make its mark once again. This required a deep look at what matters today in a portable loudspeaker. Power, sound quality, and reliability. We didn’t hold back. We combined our most rock-solid amplifier platform ever, premium transducers, and the best acoustic tuning in the industry – the result is a new level of performance that cannot be beat at this price.

• Best performance, sound quality, and reliability in its class
• Industry-leading 2000W Class-D amplifier with transparent system limiting and protection
• Superior sound with Advanced Impulse™ DSP tuning and Intelligent Bass Management™
• High-performance transducers and custom SymX™ Horn for unmatched clarity and accuracy
• SRM Mix Control™ built-in 4-channel digital mixer with Bluetooth®
• Complete wireless control via the SRM Connect™ app
• Wirelessly link 2 SRM | V-Class speakers together for music streaming applications plus control
• Dual-angle pole mount plus angled design for use as a floor monitor

ADVANCED IMPULSE™ DSP MODULE

What does it do for me?

Mackie’s filtering technology is not your typical speaker processing. The goal of our Advanced Impulse™ DSP is to remove all the anomalies that loudspeakers and horns contribute to a signal, from “honkiness” or “squelch” to “mushy” low end, effectively making the drivers “invisible” and output nothing but perfect, clean sound. By more intelligently (and more thoroughly) employing the benefits of FIR filtering, Advanced Impulse DSP eliminates undesired acoustic anomalies across the entire dispersion zone (horizontal and vertical), as well as frequency range and time domain.Mackie Advanced Impulse DSP

HOW IT’S DONE

The main way this is accomplished is by measuring the negative frequency response and time domain impacts that each transducer and horn in the system introduces – on axis as well as off – and reversing/correcting for those anomalies before the signal hits the speaker. The result is the output from the speaker is fully corrected for flat, clear, time-aligned, and smooth sound throughout the entire time, space, and response domains. Want to learn more? Check out the full rundown from a Mackie Acoustic Engineer!