Ashly ne4800d Network Enabled Protea DSP Audio System Processor

Discover the Ashly ne4800d DSP Processor: Unparalleled Audio Control
The Ashly ne4800d DSP processor represents a pinnacle of digital sound management, integrating advanced features into a versatile system suitable for a variety of professional environments. This model, equipped with four channels and AES3 inputs, expands upon the standard capabilities of the ne Series, offering enhanced flexibility for both live sound and fixed installation systems in venues such as stadiums, theaters, and worship spaces.

Highly Customizable for Diverse Audio Needs
The ne4800d is part of the ne Series that includes several versions tailored to specific output needs: the ne4400 (4x4), ne4800 (4x8), and ne8800 (8x8). Each unit can be further customized with rear module slots accommodating factory-installed options like mic preamps, AES/EBU, CobraNet, or Dante Network audio cards, making it adaptable for any audio setup or application.

Simplified Operation with Advanced DSP Capabilities
Equipped with the user-friendly Protea software platform for Windows™, the ne4800d simplifies complex audio tasks with an intuitive interface that's accessible even for those new to DSP systems. It offers a full array of DSP options, including matrix mixing, and comprehensive equalization and crossover filters, ensuring optimal sound customization.

Enhanced Network and Remote Control Options
This DSP processor supports extensive remote control capabilities, compatible with various in-wall, serial, and network remotes, and even custom iPad-compatible templates. It’s designed for seamless integration into digital ecosystems, with options for adding AES/EBU, CobraNet, or Dante cards to meet any network requirements.

Robust and Reliable Design for Professional Use
The ne4800d is housed in a durable 2 RU rack-mountable chassis, ready for the demanding conditions of professional audio environments. It’s built to deliver consistent, high-quality sound performance with features like 24-bit A/D–D/A converters, 32-bit SHARC DSPs, and support for multiple sample rates.