Achieve microsecond-level jitter control and high-performance real-time communication with IgH EtherCAT Master and Preempt-RT on the Forlinx
🚀 Unlocking Microsecond-Level Real-Time Control in Industrial Automation 🚀
In the world of industrial automation, achieving microsecond-level jitter control for high-precision applications like robotics and multi-axis motion control has always been a challenge. But with the combination of IgH EtherCAT Master and the Preempt-RT real-time kernel running on the Forlinx Embedded OK3576-C development board, we can now push the limits of real-time communication and control!
âš« Achieved exceptional real-time performance with microsecond-level jitter reduction.
⚫ Cycle Synchronous Velocity Mode (CSV) reduced jitter from 6.308 μs to 3.579 μs.
⚫ Cycle Synchronous Torque Mode (CST) reduced jitter from 50.047 μs to 2.113 μs under full load stress.
âš« CPU isolation strategy applied for even better performance.
This groundbreaking solution opens up new possibilities for industries that require precise control and reliability.
👉 Learn more about the real-time performance of this industrial control solution and how it can transform your applications.
