Products
Highlights
Jitter Rejection: FATEK MPLC (Hard PLC) Scan Cycle Stability
Reject Jitter: FATEK MPLC
Scan Cycle Stability
In precision machining and continuous production lines, the "scan cycle stability" of the controller is the core determining factor for product consistency. Any fluctuation (Jitter) will lead to timing misalignment. FATEK MPLC, with its exclusive pure hardware-core architecture, achieves nearly 0% execution jitter, ensuring system performance remains constant.
Scan Cycle Stability
To verify the stability of MPLC under long-term high-load operation, we conducted comparative observations between the Hard PLC (MPLC) and a traditional Soft PLC (based on PC or OS architecture) using precision physical instruments.
The signal intervals displayed on the oscilloscope are extremely regular, with jitter fluctuation approaching 0%.
Signal intervals show visible irregular offsets, with jitter fluctuation as high as 30%.
Why Does MPLC Run with Almost No System Lag?
Since MPLC is pure hardware-driven, it is inherently immune to common OS crashes, lags, and system errors. Even after years of continuous operation, its scan cycle remains exactly the same as the first second of startup. This "consistency" is the cornerstone for the success of processes with extremely high timing requirements, such as precision dispensing and high-speed flying shears.
Advantage Summary: Long-term Stable Business Value
Extreme Consistency
Nearly 0% jitter means that every action and every cycle is triggered at a precise point in time, ensuring uniform production quality for every single unit.
Long-term Stability
Performance does not degrade over time, eliminating the hassle of periodically restarting the system to release resources and significantly enhancing Overall Equipment Effectiveness (OEE).
Easy System Maintenance
No virus threats, no compatibility risks from system patch updates, allowing the control system to return to its purest and most reliable state.
Reject Jitter: FATEK MPLC
Scan Cycle Stability
In precision machining and continuous production lines, the "scan cycle stability" of the controller is the core determining factor for product consistency. Any fluctuation (Jitter) will lead to timing misalignment. FATEK MPLC, with its exclusive pure hardware-core architecture, achieves nearly 0% execution jitter, ensuring system performance remains constant.
Scan Cycle Stability
To verify the stability of MPLC under long-term high-load operation, we conducted comparative observations between the Hard PLC (MPLC) and a traditional Soft PLC (based on PC or OS architecture) using precision physical instruments.
The signal intervals displayed on the oscilloscope are extremely regular, with jitter fluctuation approaching 0%.
Signal intervals show visible irregular offsets, with jitter fluctuation as high as 30%.
Why Does MPLC Run with Almost No System Lag?
Since MPLC is pure hardware-driven, it is inherently immune to common OS crashes, lags, and system errors. Even after years of continuous operation, its scan cycle remains exactly the same as the first second of startup. This "consistency" is the cornerstone for the success of processes with extremely high timing requirements, such as precision dispensing and high-speed flying shears.
Advantage Summary: Long-term Stable Business Value
Extreme Consistency
Nearly 0% jitter means that every action and every cycle is triggered at a precise point in time, ensuring uniform production quality for every single unit.
Long-term Stability
Performance does not degrade over time, eliminating the hassle of periodically restarting the system to release resources and significantly enhancing Overall Equipment Effectiveness (OEE).
Easy System Maintenance
No virus threats, no compatibility risks from system patch updates, allowing the control system to return to its purest and most reliable state.
