On the production line, the stable operation of the Electronic Work Instruction (E-SOP) system is crucial. Issues such as slow screen loading, delayed response to operations, or system lag not only impact efficiency but can also affect production quality. While network and software factors are often considered, improper hardware configuration—particularly a mismatch between the CPU and memory—is a frequently overlooked yet critical cause.

Why CPU and Memory Need to Be Properly Matched
The CPU acts as the brain of the device, processing data and executing instructions, while the memory serves as the temporary workspace, storing the data the CPU is actively using. The two must work in harmony:
If memory capacity is insufficient, even a powerful CPU will be hindered as the system constantly swaps data between the hard drive and memory, causing significant slowdowns.
If the CPU's processing power is inadequate, even ample memory capacity cannot be utilised efficiently, leading to sluggish system responsiveness.
E-SOP systems typically need to run multiple applications simultaneously—the operating system, the E-SOP software, real-time monitoring systems, and more. This places higher demands on the synergistic performance of the CPU and memory.
How to Identify a Potential Hardware Mismatch?
Consider investigating your hardware configuration if your E-SOP system exhibits the following symptoms:
Excessively long loading times when switching between different work instruction documents.
Noticeably slower system response when multiple drawings or documents are open concurrently.
The device becomes noticeably hot after running for a period, with a corresponding drop in performance.
Persistent lag on a specific E-SOP terminal, while other equipment on the line functions normally.
We provide stable and reliable hardware solutions for production lines. Through professional hardware configuration analysis and system optimisation services, we can help diagnose and resolve E-SOP system performance issues, ensuring your production processes run smoothly and efficiently.