The AMX MU-1300 MUSE Automation Controller is a powerful, secure, and reliable device that provides a dedicated computing resource running HARMAN Professional's AMX MUSE automation platform. The MU-1300 can simultaneously process a virtually unlimited number of scripts written in JavaScript, Python, or Groovy and natively supports Low-Code development with Node-RED.

AMX MUSE Automation Controllers feature a modern embedded processor that’s 10x faster than the processor in AMX NX Controllers, bountiful memory, and rugged, industrial grade eMMC storage. Built on HARMAN’s secure Linux platform, MUSE controllers are designed to surpass the requirements of the most secure installations. Additionally, these Controllers natively support HARMAN's HControl (open-API), HiQnet (legacy HARMAN audio devices) and ICSP (legacy AMX control devices) protocols making them the ideal automation processor for any space, environment, or application - old and new.

The MU-1300 is a compact device that requires a one-third width rack space and includes 2 serial ports, 2 IR ports, and 4 I/O ports.

MULTIPLE SCRIPTING LANGUAGE SUPPORT

To ensure that AMX MUSE Automation Controllers are 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 Automation Controllers include 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 the processor in an AMX NX Controller 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 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.