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Advantech showcases IoT control platforms, AMAX, boasting high-precision real-time functionality and adaptability

Advantech introduces the AMAX IoT Control Platform, combining PLC, HMI, and IoT capabilities for seamless, real-time automation.

Advantech reveals new AMAX IoT control platforms, offering precise real-time performance and...
Advantech reveals new AMAX IoT control platforms, offering precise real-time performance and adaptable flexibility.

Advantech showcases IoT control platforms, AMAX, boasting high-precision real-time functionality and adaptability

In the ever-evolving world of industrial automation, Advantech's AMAX IoT Control Platform stands out as a game-changer. This unified, software-defined solution combines PLC, HMI, and IoT functions, tailored for precision automation applications.

The AMAX IoT Control Platform ensures deterministic real-time performance with microsecond-level precision, thanks to its foundation on EtherCAT industrial Ethernet and real-time operating systems. This platform supports Windows and Linux runtimes and IEC 61131-3 programming via the CODESYS framework, enabling seamless migration from traditional PLCs and advanced motion and robotics control.

The platform offers a scalable controller portfolio, divided into three categories to cater to different needs. Panel Controllers (AMAX-PT series) feature Intel Core and Atom processors and versatile display options for HMI-centric factory automation. Industrial PC Controllers (AMAX-7 series) provide high expandability and extensive I/O for complex manufacturing and vision inspection. Lastly, Embedded Controllers (AMAX-5 series) come in compact designs with flexible I/O expansion for edge data acquisition and medium complexity control applications. All controllers support comprehensive EtherCAT I/O expansion and protocols like MQTT, OPC UA, CANOpen, and Modbus for legacy system integration.

Key benefits include streamlined system integration, eliminating fragmented automation setups. The platform boasts deterministic real-time performance with cycle times from 500 microseconds to 1 millisecond, validated by rigorous testing. Native IoT connectivity enables efficient IT/OT convergence without costly gateways. The deep hardware-software integration ensures optimised system performance beyond generic PC-based solutions.

Advanced programming tools in the AMAX Studio Development Environment, built-in industrial communication protocols, and flexibility to leverage existing applications while adopting advanced real-time capabilities are additional advantages. AMAX also delivers real-time performance through the integration of Intel Time Coordinated Computing (TCC) technology and Advantech's specialized BIOS engineering and automation control expertise.

For machinery manufacturers, the AMAX IoT Control Platform offers an opportunity to integrate advanced automation capabilities without redesigning existing equipment architectures. In energy storage and infrastructure applications, AMAX's flexible IoT capabilities enable scalable monitoring and control solutions.

In summary, the AMAX IoT Control Platform facilitates precision automation by delivering high-performance, flexible, and integrated control solutions that simplify deployment, enhance responsiveness, and support scalable industrial applications with robust IoT and motion control functions.

To learn more about Advantech's AMAX IoT Control Platform and its capabilities in various industry applications and market opportunities, visit the Advantech website or contact your local Advantech sales representative.

The AMAX IoT Control Platform, being adaptable to various industries, seamlessly integrates technology, finance, and industry by delivering high-performance automation solutions. Its scalable portfolio supports complex manufacturing, vision inspection, and medium complexity control applications in the finance sector, while advanced monitoring and control solutions cater to energy storage and infrastructure applications in the industry sector, enhancing their financial and operational performance.

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