Software pro návrh systému pro Yamaha PA systémy
Software pro návrh systému pro Yamaha PA systémy
Možnosti
Integrovaný software pro návrh systému pro různá audio zařízení Yamaha
ProVisionaire Design je softwarová aplikace pro operační systémy Windows, která umožňuje komplexní a intuitivní návrh audio systémů využívajících kompatibilní produkty Yamaha. Je kompatibilní s celou řadou produktů Yamaha, včetně DME série/MRX7-D/MTX procesorů, zesilovačů XMV/PC-D, rozhraní Rio/Tio, PoE reproduktorů, ADECIA řešení a dalších.
ProVisionaire Design usnadňuje návrh a nastavení audio systému tím, že umožňuje flexibilní rozložení komponent, směrování signálu a úpravu parametrů v procesorech s otevřenou architekturou, jako jsou série DME a MRX7-D. Poskytuje také komplexní přehled komponent a směrování signálu v procesorech s pevnou architekturou MTX série. Podporována je široká škála vysoce kvalitních audio komponentů, které může poskytnout pouze lídr v oblasti profesionální reprodukce zvuku, včetně REV-X pro vytříbený reverb a Dugan Auto Mixer pro bezchybné automatické míchání signálu. Podporuje také logické komponenty, které lze využít pro vytvoření řídících sekvencí. ProVisionaire Design lze použít ve spojení s počítačovými aplikacemi ProVisionaire Control pro komplexní řízení jakéhokoli projektu, od návrhu systému a nastavení až po jeho každodenní provoz a správu. Parametry v ProVisionaire Design lze přiřadit k ProVisionaire Control PLUS a snadno si tak vytvořit vlastní ovládací panely.
Devices that Support Design
| Product | Model* | ProVisionaire Design |
|---|---|---|
| Signal Processor | MTX3, MTX5-D | |
| MRX7-D | ||
| DME7 | ||
| NEXO Immersive Audio Processor | DME10 | |
| Power Amplifier | XMV4140, XMV4140-D, XMV4280, XMV4280-D, XMV8140, XMV8140-D, XMV8280, XMV8280-D | |
| PC406-D, PC406-DI, PC412-D, PC412-DI | ||
| I/O | EXi8, EXo8 | |
| RSio64-D | ||
| Rio3224-D2, Rio1608-D2 | ||
| Rio3224-D3, Rio1608-D3 | ||
| Tio1608-D, Tio1608-D2 | ||
| Speaker | DZR315-D, DZR315-DW, DZR15-D, DZR15-DW, DZR12-D, DZR12-DW, DZR10-D, DZR10-DW | |
| DXS18XLF-D, DXS18XLF-DW, DXS15XLF-D, DXS15XLF-DW | ||
| VXL1B-16P, VXL1W-16P | ||
| VXC2P | ||
| Microphone | RM-CG, RM-TT | |
| Controller | ProVisionaire Control PLUS, DCP1V4S-US, DCP4S-US, DCP4V4S-US, MCP1 |
*There are models that are not available in some regions.
Flexible System Design
Flexible Presets
Presets can be created for linked/grouped devices in addition to individual devices, providing broader flexibility when setting up presets for different applications.
Device Grouping Enhances Setup and Operation Efficiency
Devices can be assigned to groups, allowing various types of control to be applied to the group as a whole. For example, preset recall, overall mute, synchronization, and more can be assigned to entire groups for efficient operation and management.
Fine Tuning and Efficient Workflow
ProVisionaire Design is a powerful tool for sound engineers and systems integrators. Not only does it allow detailed control of a comprehensive range of amplifier and speaker parameters, but individual channels can be linked/grouped as required, and related EQ, delay, and other parameters can be linked as well. All of this can contribute to efficient design and setup of finely tuned systems.
Flexible Audio/Control configuration
Audio configuration
ProVisionaire Design supports high-performance audio and live performance system design for a large number of audio components. In systems based around the DME7 or MRX7-D, it allows the device’s components to be freely and flexibly laid out, and internal parameters to be easily adjusted to achieve the required sonic results. Available components range from basic essentials such as Combiner, Delay, Dynamics, Effect, EQ, Filter, Meter, Matrix Mixer, Router, Source Selector, and Speaker Processor to more high-level functions such as Comp260, DCA, Dugan Automixer, REV-X and more.
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Dugan Automixer
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Delay Matrix
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Room Combiner
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AEC
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Ducker
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EQ
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Rev-X
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Comp260
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DCA
Control configuration (DME7)
By using control components, you can recall parameters in sequence based on simple logic principles governed by statements such as AND, OR, COMPARE. It can be used to describe a wide range of complex relationships in a process by wiring control component and audio component. The logic function enables more complex control designs that go beyond just GPI control, allowing us to meet the detailed requirements of our users.
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Button
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Fader
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Logic
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Compare
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Max/Min
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Delay
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Router
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GPI In
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GPI Out
Preparation
Offline Simulation (supports DME7)
- Audio routing for logic control setups created offline can be checked and tested without the need to actually have any devices connected.
Probe Monitoring (supports DME7)
- Two probe monitoring points can be defined.
- The signals from the two probe monitor points can be assigned to different output channels and monitored independently.
- Advanced applications of two probe monitor points to check the correlation between the processor input signal and direct microphone signal.
Synchronization
- After offline checks have been carried out using the Offline Simulation and Probe Monitoring functions described above, all that remains to be done to complete the setup is to load the data into the device, significantly reducing setup time.
- The entire system can be placed online at once, or devices can be placed online individually and tested one at a time.
Controller UI Design
An Intuitive Approach to Flexible Controller Design
Microphone faders, ON/OFF switches, and other widgets can be freely placed and arranged on the design page by dragging and dropping from ProVisionaire Design. This provides an easy, intuitive way to create original controllers that are ideally configured for the target installation. Multiple design pages are available so that different control panels can be provided for different audio zones and/or users, with presets and parameter settings optimized for each.
Související informace
Odpovídající produkty
Novinky
* Specifikace se mohou změnit bez předchozího upozornění. Zobrazené barvy a povrchové úpravy se mohou lišit od barev a povrchových úprav skutečných produktů.
