RCF ART 732-A MK5 Активний динамік

The ART 732-A is a unique speaker in its category. The titanium dome, 3.0" voice coil neodymium compression driver offers a unique vocal clarity and sound projection. The 12" 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, equalisation, phase control, soft limiting and speaker protections. 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 ND840 Compression Driver in pure Titanium with a 3” voice coil allows a crossover point at only 800 Hz. This allows a better impulse response, fast decay, and superior efficiency. Lightweight and powerful, RCF neodymium drivers are a reference in performance and reliability. The low-frequency transducer is a high-power 12" woofer with a 2.5’’ voice coil that delivers tight, punchy bass. Reproduction of the mid-bass frequencies is accurate, transparent, and free from distortion. XBoost unlocks the profound low frequencies concealed within ART speakers. 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. 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. RCF speakers are designed using a proprietary and advanced digital FiR technology, conceived to deliver transparent sound, absolute clarity, and perfect imaging to the listener.