RCF ART 708-A MK5 8" 2-Way 1400W Active Speaker

$299.40 USD

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ART 708-A MK5 is a unique product in its category. The 1.4" compression driver offers unique vocal clarity and sound projection. The 8” woofer offers an extremely linear response and a precise, deep low frequency control. The transducers are produced using the most advanced assembly technologies. The amplifier delivers 1400 watts and is controlled by a DSP that takes care of crossover, equalization, phase control, soft limiting and speaker protections.

Powerful Class D Amplifiers

RCF's Class-D power amplifier technology packs huge performance operating with high efficiency into a lightweight solution. ART 7 amplifiers deliver ultra-fast attack, realistic transient response and impressive audio performance. The amplifier features a solid mechanical aluminum structure which not only stabilizes the amplifier during transportation but also helps the fan-less heat dissipation. All the ART 7 amplifiers present SMPS power supply section in order to produce maximum output and minimum transportation weight.

Superior Transducers

Woofers and compression drivers are precision built taking advantage of RCF’s technologies and a wealth of professional knowledge and experience dedicated to achieving extremely high standards.

Experience The Depths of Sound

XBoost unlocks the profound low frequencies concealed within ART speakers. With a simple activation from the speaker's rear panel, immerse yourself in a rich tapestry of bass that pounds with exceptional clarity and control. Whether you're seeking subtle background music or an enriched sonic experience for your mix, XBoost delivers an astonishing perception of deepened bass, ensuring that every note retains its pristine essence and keeping the woofer excursion under control.

Your Ideal Stage Partner

The ART 7 speakers are the perfect choice for musicians and sound provider alike. Their cabinets are molded from a proprietary polypropylene composite engineered to quell vibrations, even at the highest volume levels. This translates to exceptional reliability and resilience under rigorous stage conditions.