Powersoft
Duecanali 4804 DSP Only 2-Channel High Performance Amplifier Platform
Item ID: D4804-DSP
Price: $4,975.00

Description

This amplifier platform is ideal for medium to large sized installations that require high power outputs to drive subs and multiple speakers. Duecanali 4808 DSP+D offers Powersoft's renowned reliability and power density in a light, compact unit. Excellent sound quality and ample output power result from Powersoft's unique approach to Class D amplification, making the Duecanali DSP+D Series ideal for the main system in any venue where performance is priority. Providing access to all relevant amplifier parameter yet easily set up, the Duecanali DSP+D Series is versatile in use, providing status feedback via its front panel LED display or a connected PC running Armonia Pro Audio Suite software. Powersoft's legendary efficiency saves valuable energy, keeping both operational cost and carbon footprint at a minimum: the Duecanali DSP+D Series shines with outstandingly low power consumption and heat dissipation, with direct positive effects on investment - not to mention the benefits for the environment and a more ecofriendly planet. A fully integrated state-of-the art DSP yields extensive system management functionality. In addition to sound shaping and limiter functions in unique Powersoft style, the DSP hardware and Armonia Pro Audio Suite software enable compliance with IEC 60849 for the crucial requirements of sound systems for emergency purposes. The Duecanali DSP+D is designed to work with lo-Z (from 2 Ohm) and with 70V/100V distributed lines: any mixed configuration of low and high impedance output loads can be realized, making the Duecanali DSP+D suitable for all application in installed sound reinforcement systems.
  • Fixed frequency switchmode output stage for high grade sound accuracy
  • Compact 1 RU for reduced rack cost and space
  • Light weight - for easier racking and shipping
  • Standard Phoenix connectors: analog and digital input, audio outputs, alarms and GPIO
  • Remotely dimmable inputs per channel