Hardware heat sink reconstruction under liquid-cooled penetration of AI server: cold plate, microchannel and two-phase flow
Core outline:
Introduction: The 140kW cabinet is forced to be liquid-cooled, but the cold plate is still a precision hardware
Topology optimization of cold plate heat sinks: serpentine channels vs parallel microchannels
Hydraulic Diameter and Pressure Drop-Thermal Resistance Tradeoff of Microchannel Heat Sink
Two-phase cold plate: the use of refrigerant boiling latent heat, evaporation section design points
The role of heat sinks in submerged liquid cooling: increasing boiling core density
Manufacturing challenges: Vacuum brazing and ultrasonic cleaning of microchannel cold plates
Market data: Under the liquid-cooled penetration rate of 33%, the demand for high-precision copper heat sinks has surged
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