Meyer Sound : D-Mitri

About

A Comprehensive Approach

D-Mitri DCP

D-Mitri encompasses the entire audio signal chain from microphone input to loudspeaker output: high-quality analog and digital input and output facilities, plus all signal processing, mixing, multichannel panning, matrix routing, even sound effects playback and loudspeaker management. Its CueStation software enables automation of virtually any parameter, letting you automate a single parameter or reconfigure the entire system at the push of a button.

With all of these capabilities in one system, tied together with sophisticated real-time networking and coordinated by potent control software, you can do a lot: control system modules wherever they are located, easily scale the system from small and lean to huge and complex, create sophisticated automation or custom scripts to accomplish specialized tasks.

Robust Technology

Built on quad-core technology and some of the most powerful FPGA (Field Programmable Gate Array) processors available, each D-Mitri DCP core processor provides complete signal processing for 72 inputs, 72 outputs, and 72 internal busses. When multiple core processors are required for larger systems, a DCM Core Matrix processor is added to dynamically mix and route up to 288 channels.

D-Mitri provides a complete feature set for each and every channel and bus. Systems built on a single DCP Core Processor can perform all matrix routing using only onboard capabilities. As a networked system, more components can always be added to increase the channel or I/O count.

Real-Time Performance to Meet Real-World Demands

Real-time applications require systems that are prompt and responsive. D-Mitri is designed from the ground up as a true real-time system, reacting immediately when a control is moved or a command sent. Execution across the network is synchronous: all devices responding to that control or command do so at the same time.

Out of Many, One

Ethernet AVB networking capability enables D-Mitri systems to be easily scaled up and down in size, without any additional network system—proprietary or otherwise—lowering hardware and cable costs. AVB is a set of IEEE standards, which find widespread adoption, creating economies of scale and a large peripheral support ecosystem.

Flexibility

Components of a system can be in different physical locations, and multiple D-Mitri systems in an installation can share resources, including inputs and outputs. Routing inputs from a stage box in one venue or room to an audience or studio in another becomes simple.

Truly large-scale matrix routing is easily achieved for high I/O channel counts; in fact, D-Mitri offers the largest dynamic matrix available. Other systems require daisy-chain patching or use static preset driven matrices. D-Mitri is much more flexible, allowing sophisticated operations like fading an input channel from one output to another, rendered with pristine audio quality.

Reliability

D-Mitri incorporates redundant networked AVB audio paths as well as redundant control paths via a backup network or controller. I/O can be switched, a backup processor brought online, or a controller switched out with virtually no interruption in performance.

InAVation Nominee