Portable, yet capable of producing an astonishing 131 dB SPL, the DXR10’s compact, functional design makes it ideal for a wide range of applications. Whether providing simple vocal/instrument amplification, very powerful floor monitoring or comprising a compact SR system—the DXR10 delivers without compromising sound quality and power.

Performance runs in the family, and like the acclaimed DSR Series before it, DXR Series loudspeakers offer superb high-definition sound and class-leading sound pressure levels—yet in a more compact and extremely functional design that provides a level of versatility unmatched by any speaker in its class today. The DXR Series is comprised of four full-range models perfectly suited for front-of-house sound, monitors, simple amplification, rigged applications and more. Combining the series with our newly designed DXS subwoofers will further elevate your system's performance, giving you versatile control of its thunderous bottom end. With the perfect balance of raw power and innovative speaker technologies, you can depend on DXR Series speakers to deliver the full power of your performance to every member of your audience.

Our development team took full advantage of a number of advanced digital technologies, both new and refined, based on Yamaha's extensive experience accumulated over many long years of developing professional audio equipment. Everything from the detailed management of crossover, EQ and time alignment to the limiter settings, protection functions and precise dynamic control of the sound, was subjected to endless simulation, in-house and field testing to ensure that these speakers produce the highest level of sound quality at the highest output levels possible. Combined with Yamaha’s advanced analog signal processing and acoustic technologies, the “Power of “D” delivers ultimate performance.

All full range models feature Yamaha's proprietary FIR-X tuning™ utilizing linear phase FIR* filters for the crossover network. FIR-X™ tuning simultaneously optimizes frequency and phase response while adjusting the time alignment between the HF and LF transducers. This creates a very smooth response around the crossover point, providing much better clarity and imaging than what is possible with typical crossovers.
All signals are precisely processed by a 48bit (76bit accumulator) high-performance processor for high definition sound quality. All full-range models employ high-precision 24bit discrete A/D and D/A converters with superior S/N ratio and dynamic range.

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