The Ashly Protea ne24.24MT Matrix Digital Signal Processor with a 4x4 I/O configuration is a compact and versatile digital audio hub designed for applications requiring straightforward yet sophisticated routing and processing. This symmetric model provides four balanced analog inputs and four balanced analog outputs, creating a fully configurable 4x4 audio matrix. It is ideally suited for smaller-scale professional installations such as executive boardrooms, classrooms, courtrooms, and houses of worship where a limited number of microphones and program sources need to be managed and distributed to a few distinct zones or processing chains. The unit serves as an intelligent central processor, replacing multiple standalone devices with a single, software-defined component that offers professional-grade control and audio quality.

Equipped with the full capabilities of the Protea System DSP, each of the four input and output channels is endowed with comprehensive processing tools. Input channels can be configured with gain, parametric EQ, dynamics, and Acoustic Echo Cancellation (AEC) for clear microphone reinforcement. Each output channel features independent parametric EQ, precise delay for system time alignment, compressor/limiters for protection, and crossover filters for driving multi-way loudspeaker systems. The "MT" multi-task firmware supports multiple, instantly recallable presets, enabling the entire audio system to switch between different operating modes—such as from a presentation to a videoconference setting—with a single command.

Network integration is central to its operation, featuring dual Ethernet ports for control, monitoring, and audio transport via Ashly's ASHLY LINK protocol. This enables remote management from a central computer, where users can adjust levels, monitor real-time meters, and perform system diagnostics from anywhere on the network. Housed in a single rack-unit chassis, the ne24.24MT 4x4 model delivers an efficient blend of essential routing, deep processing, and networked control in a minimal footprint. It is a cost-effective and scalable solution for integrators designing intelligent audio environments that demand professional signal management without excessive I/O count.