The Ashly Protea ne24.24MT Matrix Digital Signal Processor with an 8x8 I/O configuration serves as a symmetrically balanced digital audio core for medium-scale professional installations. This model provides eight balanced analog inputs and an equal number of outputs, forming a fully configurable 8x8 audio matrix ideal for venues that require a balanced count of sources and destinations. It is perfectly suited for applications in corporate auditoriums, mid-size houses of worship, courtrooms, and broadcast facilities where multiple microphones, program sources, and recording feeds must be intelligently routed to various zones, processors, or recording devices. The unit acts as a central audio hub, replacing an array of discrete hardware with a single, software-defined component that offers superior flexibility and control.

Leveraging the powerful Protea System DSP, this processor equips every signal path with comprehensive processing tools. Input channels can be configured with microphone-specific features such as gain, gating, and Acoustic Echo Cancellation (AEC), along with parametric EQ and dynamics. Each of the eight output channels functions as an independent zone with dedicated parametric EQ, precise delay for system time alignment, compressor/limiters for protection, and flexible crossover filters for driving multi-way loudspeaker systems. The "MT" multi-task firmware supports the creation and instant recall of multiple presets, enabling the entire audio system to switch between completely different configurations—such as from a board meeting to a presentation mode—with a single command.

Network integration is fundamental 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 technicians can adjust levels, monitor real-time meters, and perform system diagnostics from anywhere on the network. Housed in a compact 1U rack-mountable chassis, the ne24.24MT 8x8 model delivers an ideal blend of routing capability, deep processing, and networked control. It represents a scalable and future-proof solution for system integrators designing intelligent audio environments that demand both robust connectivity and precise signal management.