The Ashly ne24.24M 12x8 Network Protea DSP Audio Matrix Processor is a high-channel-count digital audio hub designed for complex installations with substantial input requirements. This model provides twelve balanced analog inputs and eight independent analog outputs, creating a flexible 12x8 matrix ideal for environments where numerous audio sources must be mixed, processed, and distributed to a defined set of zones or processing busses. It is perfectly suited for demanding applications such as large houses of worship, performing arts centers, broadcast facilities, and corporate headquarters, where a multitude of microphones, program feeds, and line-level sources need to be managed before being sent to various loudspeaker zones, recording devices, or streaming outputs.

Leveraging the robust Protea System DSP, this processor delivers comprehensive signal processing on every channel. Each of the twelve input channels can be configured with input-specific processing including gain, parametric EQ, dynamics (gate/compressor), and Acoustic Echo Cancellation (AEC) for microphone applications. The eight output channels each offer detailed parametric EQ, precise delay for system time alignment, compressor/limiters for dynamic control and protection, and crossover filters for driving multi-way speaker systems. The powerful matrix mixing engine allows any input to be routed to any combination of outputs with adjustable levels, providing immense flexibility for creating custom mixes, zone feeds, and recording splits.

Network integration is seamless through dual Ethernet ports, supporting remote control, real-time monitoring, and diagnostics via Ashly's software or compatible third-party control systems. This allows system engineers to manage the complex audio landscape from a central location, making adjustments and checking system status without physical access to the equipment rack. Housed in a single rack-unit chassis, the Ashly ne24.24M 12x8 represents a powerful and scalable solution, consolidating the functionality of multiple mixers, routers, and processors into one reliable unit engineered for input-intensive professional audio systems.