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As machine controllers take on more responsibility beyond traditional control tasks, systems are expected to handle motion control, data processing and decisions in one platform. How can control architectures enable advanced functionality on the controller? How integrated programming helps real-time performance and system design?

Using C++ in motion control insights

• Modern industrial controllers can handle both motion control and data-driven tasks directly at machine level, without relying on an external PC
• Learn how task timing, controller resources, and execution models affect performance when running real-time data queries
• Understanding how C++ extends IEC 61131-3 logic by enabling more sufficient handling of complex algorithms and larger datasets
• Industrial control platforms continue to grow in performance and capabilities to provide more than just the execution of ladder logic or simple input/output (I/O) functions. That includes use of C++ programming for motion control.

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