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Precision Flow Control for Direct-to-Chip AI Cooling

In high density AI systems, maintaining stable flow at the chip is critical to achieving consistent cooling performance. However, traditional fixed restrictors tie flow directly to pressure, making flow rates vulnerable to changing operating conditions.

This side-by-side demonstration compares a fixed restrictor with The Lee Company’s Flow Regulating Valve across a range of operating pressures. Using real-time flow measurements, the video shows how the Flow Regulating Valve maintains a consistent flow rate as system pressure changes, helping improve thermal stability and reduce the risk of performance-limiting hot spots and throttling.

Watch the video to see:

  • A live comparison of a fixed restrictor and the Flow Regulating Valve across a range of operating pressures
  • How pressure fluctuations affect cooling performance
  • Why stable flow is essential for thermal management in modern AI infrastructure

Flow Regulating Valves for Data Centers

This miniature, flow regulating valve is designed specifically for chip or tray level direct-to-chip liquid cooling applications in the data center. Easy mounting options for manifolds, metal fitting, into plastic housings or inline hose installation. This valve is 100% functionally tested to ensure performance and compatible with both single-phase and two-phase liquids.