Ashly nXp1.54c Multi-Mode Amplifier

Advanced Network Control Meets Robust Power
Dive into a new era of sound management with the Ashly nXp1.54c Network Multi-Mode Amplifier. This powerhouse is meticulously designed for professional audio setups demanding high flexibility and connectivity. Featuring Ethernet and CobraNet options, the nXp1.54c offers unprecedented control over your audio system, allowing for real-time adjustments and monitoring from any location, ensuring seamless integration into any audio environment.

Engineered for Complex Installations
Built to withstand the rigorous demands of large venues, the nXp1.54c thrives in stadiums, arenas, and concert halls. Its robust design and versatile configuration capabilities allow it to adapt seamlessly to any architectural challenges, delivering consistent, high-quality sound regardless of the venue's complexity.

Cutting-Edge Audio Processing Technology
At the core of the nXp1.54c lies Ashly's advanced digital signal processing. Equipped with a 32-bit SHARC DSP, this amplifier processes audio with precision, offering both 48 kHz and 96 kHz sampling rates for impeccable sound clarity. From intricate live performances to dynamic public addresses, every sound is rendered with crystal-clear accuracy.

Versatile Output Options for Any Speaker Setup
Flexibility is key in professional audio, and the nXp1.54c excels in this area. Whether your setup requires low impedance or constant voltage for line array systems or in-ceiling speakers, this amplifier's selectable outputs ensure optimal performance. Configure each channel independently to match speaker specifications with outputs for 2, 4, and 8 ohms, or step up to 70V or 100V for distributed audio applications.

Built to Last with Superior Protection
Durability and reliability are non-negotiable in professional audio equipment. The nXp1.54c is engineered with extensive protection circuitry to withstand the rigors of on-the-road use and permanent installations. Its continuously variable cooling fans maintain optimal operating temperatures, ensuring longevity and stable performance during prolonged use.