3:To interpret the proprietary control data from the paging stations and convert it to standard serial strings which can be forwarded to MediaMatrix.

Microphone signals from the paging stations are not acted upon by the PageMatrix Controller, but are simply passed through the box as received. Any switching or routing is done within MediaMatrix.

4.1.4.The MediaMatrix system and PASHA

Among many other tasks, the MediaMatrix system receives the analog audio from the Paging Stations via the PageMatrix controller, converts it to digital and performs all processing of those signals, including the routing of these signals to the various ÒzonesÓ. These routing functions are accomplished by special PageMatrix devices within the systemÕs ÒView FileÓ which are controlled from the PageMatrix Controller via PASHA.

4.1.5.Push-to-talk switchÐWhat happens?

1:Pressing a stationÕs zone preset button selects the configured zones in MediaMatrix.

2:When the push-to-talk switch is pressed, the PageMatrix Controller immediately sends the proper serial command to the MediaMatrix Com port. (The serial command sent is pre determined by the PageMatrix configuration file which has been downloaded and is running in the controller.)

3:This serial command is interpreted by MediaMatrix (via PASHA) and ÒpressesÓ the appropriate router buttons in the MediaMatrix view file to send the audio to the zone or combination of zones selected by the paging station.

4:Audio passes to the zone(s) through MediaMatrix as long as the push-to-talk button on the station remains pressed.

5:Functions such as paging priorities, signal source ducking, zone equalization, etc. are all functions of the MediaMatrix system and are not directly acted upon by the PageMatrix components.

4.1.6.Operation within MediaMatrix

Paging devices can be complicated systems consisting of multiple Òmixing routers.Ó For example, programming a paging device which consists of 8 stations and 32 buttons requires that a PASHA file be written addressing each of the matrix locations (256 parameters). Since programming your own Pasha files would require extensive time, we have provided a variety of view files and associated PASHA.INI files to simplify the task. We highly recommend you use the files weÕve provided on floppy disk and edit them for your specific application.

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Peavey PageMatrix MediaMatrix system and Pasha, Push-to-talk switchÐWhat happens?, Operation within MediaMatrix
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PageMatrix specifications

The Peavey PageMatrix is a powerful and versatile digital mixing system tailored for both professional audio engineers and venues demanding high-quality sound control. With its innovative design and advanced technology, the PageMatrix has gained recognition in the live sound industry for its user-friendly interface and robust performance.

One of the standout features of the PageMatrix is its matrix mixing capability. This allows users to route sources to multiple outputs seamlessly, making it an ideal choice for complex audio setups in concerts, theater productions, and large events. The matrix functionality provides precise control over audio distribution, giving sound engineers the flexibility to tailor the mix to different areas of a venue or to different zones in a sound installation.

The PageMatrix is equipped with a comprehensive suite of digital processing tools. Its built-in EQ, dynamics processors, and effect algorithms enable precise manipulation of audio signals, ensuring clear and balanced sound reproduction. The device also supports multiple input formats, including analog, digital, and even networked audio, ensuring compatibility with various audio sources and equipment.

Another significant characteristic of the PageMatrix is its intuitive graphical user interface (GUI). The system features touch-responsive controls and customizable layouts, allowing users to create personalized workspaces that enhance workflow efficiency. This feature is particularly beneficial in live settings, where quick adjustments are often necessary to accommodate changes in the performance or audience dynamics.

In terms of interoperability, the PageMatrix incorporates various communication protocols, including Dante and AES67. This ensures seamless integration with other digital audio equipment and enhances the overall capabilities of sound systems in complex setups. Additionally, the PageMatrix supports remote control functions, enabling technicians to manage audio settings without being physically present at the mixing console.

The build quality of the PageMatrix is another highlight. Designed for longevity and reliability in demanding environments, it features robust components and a durable chassis. This resilience is essential for touring professionals and permanent installations where equipment often faces rigorous usage conditions.

In conclusion, the Peavey PageMatrix stands out as a comprehensive solution for digital mixing needs, combining advanced matrix mixing capabilities, powerful processing tools, intuitive user interfaces, and remarkable connectivity options. Its design reflects a commitment to quality and performance, making it a go-to choice for audio professionals across various applications.
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