Ashly ne8250pe Network Power Amplifier

Advanced Audio Engineering: Ashly ne8250pe Power Amplifier
The Ashly ne8250pe stands at the pinnacle of power amplification technology, offering robust capabilities within a professional 2RU chassis design. Ideal for both live sound environments and fixed installations, this 8-channel network power amplifier delivers 250 watts per channel at 4 Ohms, ensuring powerful and clear audio performance across a wide array of setups.

Intelligent Network Control for Seamless Integration
Equipped with an Ethernet port, the ne8250pe allows for full network control and monitoring of all amplifier functions via the Proteane software. This feature not only enhances flexibility in use but also simplifies the management of the amplifier in complex audio systems, providing a user-friendly interface for system adjustments and monitoring.

Versatile Connectivity for Diverse Audio Systems
This amplifier uses standard Euroblock input and output connectors, compatible with both 4 and 8 Ohm systems, making it a versatile choice for various audio configurations. The inclusion of a normal/bridge switch expands its functionality, allowing users to easily toggle between modes depending on the specific requirements of their audio setup.

Built-in DSP for Ultimate Audio Customization
The ne8250pe is not just an amplifier; it's also a sophisticated DSP processing unit. Each input channel can be individually configured with a variety of DSP functions including dynamic control, parametric EQ, and time delay. The output channels benefit similarly, with added functionalities like automated crossover setup, ensuring that the sound output is optimized for each specific application.

Reliable Operation with Comprehensive Protection
Reliability is key in professional audio equipment, and the ne8250pe is built to last. It includes a comprehensive suite of protection circuitry to safeguard against potential damage from overheating, overcurrent, and other adverse conditions. LED displays provide real-time feedback on the system's status, enhancing operational confidence and troubleshooting.