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AI Cooling
Concentrated computing power needs stable and controllable airflow.
AI equipment needs controlled airflow through dense heat sources, not simply stronger blowing.
AI equipment concentrates high-power chips, power modules, and dense circuits in limited space. Local hot spots can lead to throttling, alarms, shorter life, or shutdown.
The blower should work with heat sinks, ducts, baffles, and enclosure structure so cool air passes through the real heat source. Avoiding airflow short-circuit is important.
Because AI equipment often has dense fins and narrow airflow paths, pressure capability matters together with airflow. Continuous operation also raises the importance of motor stability and noise control.
Keeping cooling margin makes future upgrades easier. A stable and controlled airflow design reduces the chance of redesign when computing power increases.