AMX MUSE Automation Platform and Controllers
The MUSE automation platform from AMX is a uniquely different and powerfully flexible approach to designing AV control systems. By embracing standard tools and technologies, MUSE supports a variety of skill sets, expanding access to a wider group of developers.
Next-Generation Power, Security and Development Support Exceeds Traditional AV Boundaries to Empower Limitless System Integrator Ingenuity
Like no other automation platform on the market, AMX MUSE tears down traditional barriers to AV control ingenuity.
AMX's MUSE automation platform introduces a transformative approach to AV control system design, prioritising flexibility and developer accessibility. MUSE departs from traditional control systems by accommodating the most popular programming languages and development environments. This inclusivity allows developers to work within their preferred frameworks, fostering creativity and efficiency.
A standout feature of MUSE is its support for multiple programming languages, including JavaScript, Python, and Groovy. They can all run simultaneously and independently and can communicate between themselves. They can also all be tested, debugged, started, and stopped independently. This versatility enables developers to select the language that best aligns with their expertise and project requirements.
AMX MUSE also integrates with Node-RED, a low-code programming tool that simplifies the orchestration of complex AV workflows, enabling rapid prototyping and intuitive system logic development—ideal for both seasoned developers and those newer to AV control programming. Also available is AMX MUSE Automator - an easy to install, customised version of the flow-based programming tool, Node-RED
Additionally, MUSE is compatible with standard development tools such as Visual Studio Code, streamlining the development process and reducing the learning curve associated with proprietary software. MUSE Extension for VS Code allows all of the controllers and devices to show up automatically, so that they can be discovered, configured and code can be loaded easily from within Microsoft Visual Studio Code.
Security is a critical consideration in MUSE's design. The platform incorporates robust security protocols to protect against potential vulnerabilities, providing developers and end-users with confidence in the system's integrity. MUSE Controllers are JITC certified by the United States Department of Defense (DoD), confirming they meet interoperability and security standards required for military use.
By embracing standard tools and a flexible framework, MUSE democratises AV control system development, making it more accessible to a broader range of developers. This approach not only accelerates development timelines but also encourages innovation within the AV industry.
Graham Barrett from HARMAN explains why the AMX MUSE platform was developed to modernise control system architecture, addressing the need for more scalable, flexible, and powerful automation in professional AV environments.
Graham Barrett from HARMAN Professional introduces the versatile range of AMX MUSE controller hardware, designed to suit different project scales and integration needs.
David Vine covers the use of Node-RED and how to use pre-developed Nodes for both simple and advanced programming tasks to save time and money during the iterative process of programming development.
We showcase security features, including robust encryption protocols and advanced access controls, provided by MUSE to satisfy requirements of defence, government, and critical infrastructure environments.
We demonstrate segmented control, and the process for taking an AV system offline, then iterating and re-deploying code, all whilst leaving another control process live and unaffected using the AMX MUSE platform.
This demonstration shows how quickly you can integrate AMX MUSE with ServiceNow, providing substantial cost and time savings using Node-RED - without writing extensive custom code.
Eliminate programming complexity during peripheral refreshes. In just one minute, watch David Vine swap out display screen models by simply swapping out the Display Device Module to control a new display.
Product models
- MU-1000 - ICSLan & PoE
- MU-1300 - 2 Serial Ports, 2 IR Ports, and 4 I/O Ports
- MU-2300 - 4 Serial Ports, 4 Relays, 4 IR Ports, 4 I/O Ports & ICSLan
- MU-3300 - 8 Serial Ports, 8 Relays, 8 IR Ports, 8 I/O Ports & ICSLan
EXPLORE THE RANGE
Highlights
- Multiple scripting language support
To ensure that AMX MUSE is versatile enough to support a wide range of developers, multiple scripting languages are supported including Python, JavaScript, and Groovy.
- Native no-code/low-code programming
To support No-Code/Low-Code programming, AMX MUSE includes native support for visual flow-based development using the Node-RED development tool.
- Multiple simultaneous script support
AMX MUSE Automation Controllers feature a modern embedded processor that’s 10x faster than previous AMX NX Controllers to run a nearly unlimited number of scripts simultaneously.
- Industrial grade storage
To ensure the utmost in reliability, AMX MUSE Automation Controllers include robust, onboard eMMC storage to deliver decades of high-access 24/7 mission-critical operation.
- Built for the most secure environments
AMX MUSE Automation Controllers are engineered to surpass the requirements of the most secure environments and are ideal for supporting government, financial, and other applications with ultra-secure needs.
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AMX Training
AMX Training has a variety of on-demand and in-person training including these new AMX Tech Bytes, informative tips, tricks and training to better support you.
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AMX Tech Bytes
AMX Tech Bytes share short informative tips, tricks and training on how to get the most out of AMX products and solutions.
AV.Technology interview with Jeff Burch, HARMAN International
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