Yamaha DXR15mkII 15" 1100W 2-Way Active Loudspeaker

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SKU: DXR15MKII
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On orders $50+

Precio de oferta$849.99 USD Precio normal$1,349.00 USD

The DXR15mkII achieves class-leading maximum SPL of 134dB and full bandwidth performance by combining a powerful Class-D amplifier with a high-power woofer and Yamaha's cutting edge technologies. Throw in some D-CONTOUR and you'll feel like you're using a subwoofer.

General Features

  • 15" powered loudspeaker with 1100W Class-D amplifier
  • Achieves high SPL output with remarkable clarity throughout its frequency response
  • 1.75" neodymium high-frequency compression driver and high-output 15" woofer which combine for a wide frequency response with powerful bass
  • Frequency Range: 49 Hz to 20 kHz
  • Max SPL: 134 dB
  • Precision 48-bit DSP processing for clear high-definition sound and built-in D-Contour intelligent dynamic control
  • Durable and compact ABS enclosure
  • Symmetrical Design for mirror-mode floor monitoring

Key Features

  • FIR-X tuning
    • Proprietary sound-processing technology utilizing a linear-phase FIR filter delivers high-quality sound at high resolution with a smooth frequency response that is unaffected by phase interference near the crossover point
  • D-CONTOUR (Dynamic CONTOUR)
    • D-CONTOUR is a multiband compressor that dynamically controls the level of each frequency range according to the application and human hearing characteristics
      • FOH/MAIN: For use as a main speaker
      • MONITOR: Optimized for use as a floor monitor
  • Mixing/LINK functionality
    • Features mixing functionality, enabling you to mix sounds by directly inputting three channel signals into the unit
    • LINK function enables you to easily configure a stereo or dual-mono SR (Sound Reinforcement) system using two DXR mkIIs
  • DSP-controlled advanced protection system
    • Powerful protection circuits ensure secure protection in the speaker unit, amplifier unit, and power supply unit
    • Protection functionality promotes optimal performance of each component and optimum reliability without distortion even in challenging environments

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