Audionexus
What is Audionexus
AudioNexus is a cross-platform web GUI project designed to control DSP devices while utilizing Claude’s Model Context Protocol (MCP) for synchronized control and management of a multi-zone audio system. It aims to provide a user-friendly dashboard to manage audio routing, volume control, and real-time monitoring of audio states across different zones.
Use cases
Key use cases for AudioNexus include independent volume control for various audio zones, efficient audio signal routing management, and real-time status monitoring that displays volume levels and signal strengths. It is suitable for environments such as auditoriums, conference rooms, and commercial spaces where audio management needs to be centralized and simplified.
How to use
Users can interact with AudioNexus through a web-based dashboard, allowing them to adjust audio parameters such as volume and routing for different zones. The interface facilitates quick access to audio status information, making it easy for users to manage their audio systems effectively. Data communication happens via the MCP client, ensuring low latency and reliable operation.
Key features
AudioNexus boasts several key features, including multi-zone volume control, flexible audio source routing, and real-time monitoring of audio status. Other notable features include low-latency communication, high reliability, data encryption for security, and a modular design that allows for easy scalability and support for additional audio sources and functionalities.
Where to use
AudioNexus can be deployed in various settings that require intelligent audio management, including commercial venues, educational institutions, and home theaters. It is particularly beneficial in environments where multiple audio zones need to be controlled independently while maintaining effective and secure audio communication.
Overview
What is Audionexus
AudioNexus is a cross-platform web GUI project designed to control DSP devices while utilizing Claude’s Model Context Protocol (MCP) for synchronized control and management of a multi-zone audio system. It aims to provide a user-friendly dashboard to manage audio routing, volume control, and real-time monitoring of audio states across different zones.
Use cases
Key use cases for AudioNexus include independent volume control for various audio zones, efficient audio signal routing management, and real-time status monitoring that displays volume levels and signal strengths. It is suitable for environments such as auditoriums, conference rooms, and commercial spaces where audio management needs to be centralized and simplified.
How to use
Users can interact with AudioNexus through a web-based dashboard, allowing them to adjust audio parameters such as volume and routing for different zones. The interface facilitates quick access to audio status information, making it easy for users to manage their audio systems effectively. Data communication happens via the MCP client, ensuring low latency and reliable operation.
Key features
AudioNexus boasts several key features, including multi-zone volume control, flexible audio source routing, and real-time monitoring of audio status. Other notable features include low-latency communication, high reliability, data encryption for security, and a modular design that allows for easy scalability and support for additional audio sources and functionalities.
Where to use
AudioNexus can be deployed in various settings that require intelligent audio management, including commercial venues, educational institutions, and home theaters. It is particularly beneficial in environments where multiple audio zones need to be controlled independently while maintaining effective and secure audio communication.
Content
AudioNexus
開發跨平台的 Web GUI（專案名稱：AudioNexus）以控制 DSP 設備，並透過 Claude 的 Model Context Protocol（MCP）實現多區域音訊系統使用者介面（GUI）平台儀表板的同步控制與管理，需要滿足以下主要需求：
1. 同步控制與管理
- 多區域音量控制： 能夠獨立調節各音訊區域的音量。
- 信號路由管理： 靈活配置音訊源與輸出區域的路由。
- 即時狀態監控： 即時顯示各區域的音訊狀態，如音量級別、信號強度等。
2. 高效通信
- 低延遲： 確保指令的即時響應和音訊的即時處理。
- 高可靠性： 確保指令和數據的穩定傳輸，避免丟包或延遲。
3. 安全性
- 數據加密： 保護音訊數據和控制指令的機密性。
- 權限管理： 確保只有授權用戶能夠進行控制和配置。
4. 可擴展性
- 模組化設計： 支援新增更多的音訊區域或功能模組。
- 多種音訊源支援： 支援多種不同的音訊輸入設備和協議。
MCP 協議由 Anthropic 開發並開源，主要目的在促進人工智慧（AI）系統與本地及遠端數據之間的高效、安全互通。其主要特點包括：
- 高效通信： 支援低延遲、高傳輸速率的數據傳輸。
- 安全性： 內建加密和驗證機制，保護數據傳輸的機密性和完整性。
- 靈活性與可擴展性： 模組化設計，易於擴展和集成不同的 AI 模型與數據源。
- 標準化端口： 提供統一的通信端口，簡化不同系統和設備之間的整合。
MCP 的設計目的是建立一個統一的通信框架，使多種不同的 AI 模型和數據源能夠無縫協作，從而提升整體系統的智慧化水平。
以下是將MCP協議應用於多區域音訊系統使用者介面（GUI）平台儀表板的高層次架構圖：
+---------------------------------------------------------------+ | 使用者介面（GUI） | | (Web-Based Dashboard) | | | | +---------------------+ +---------------------------+ | | | 控制面板與顯示模組 |<----->| MCP客戶端 | | | | (音量、路由、狀態) | | (嵌入式軟體) | | | +---------+-----------+ +-------------+-------------+ | | | | | | | | | | +-------v--------+ +------v-------+ | | | 音訊處理模組 | | 網絡模組 | | | | (D202X/D204X) | | (W5500/Wi-Fi)| | | +-------+--------+ +------+--------+ | | | | | | | | | | +-------v--------+ +-------v--------+ | | | 功率放大器 (IA125-4)| | DSP Device 1 | | | +-------+--------+ | (DSP1) | | | | +-------+--------+ | | | | | | +-------v--------+ +-------v--------+ | | | DSP Device 2 | | DSP Device 3 | | | | (DSP2) | | (DSP3) | | | +-----------------+ +-----------------+ | | | | Power Connections: | | - MCU: VCC, GND | | - Power Amplifier: VCC, GND | | - Audio Processing Module: VCC, GND | | - DSP Devices: VCC, GND | | | | Data Connections: | | - GUI to MCP Client: MCP Messaging | | - MCP Client to Audio Processing: I2S/SPI/UART | | - MCP Client to Power Amplifier: Control GPIO | | - MCP Client to Network Module: Ethernet/Wi-Fi | | - Network Module to DSP Devices: Ethernet/Wi-Fi | | - Audio Processing to Power Amplifier: I2S/Analog | | | +---------------------------------------------------------------+