As the "central nervous system" of a system, a high-performance industrial control host needs to perform complex logical operations, real-time data acquisition, edge AI inference, and multi-device collaborative tasks for extended periods. These high-load
Regularly checking the grounding resistance and shielding integrity, and promptly repairing aging or damaged components can significantly extend the service life of equipment.
This redundant architecture not only improves system reliability, but also simplifies fault location and replacement processes through modular design.
The fanless design achieves efficient heat dissipation through finned heat sinks and heat pipes, ensuring stable operation of the equipment in high-temperature environments.
Regularly cleaning dust from the heat dissipation channels and checking the condition of the thermal paste can prevent a decrease in heat dissipation efficiency due to dust accumulation.
The reason why industrial panel computers can maintain performance without frequency reduction under extreme temperatures is not due to a single technology, but to a systematic engineering approach encompassing chip selection, heat dissipation design, mat
