Microfluidic Cooling Cuts the Layers Between Die and Coolant
Embedded microchannels remove interface layers, but pumping and pressure set the…
카테고리
Liquid Cooling Technologies
How direct-to-chip cold plates and immersion systems work, and what their published numbers actually mean.
전체 11개의 글
Rack Density by Cooling Type and PUE by Method, Compared
Stated rack loads, PUE labels and retrofit burden across cooling methods, side b…
Dielectric Fluid Specs Checked Against OCP Immersion Limits
Three dielectric fluid sheets against OCP: equal heat per liter, unequal test se…
DLC vs Immersion Cooling Is a Boundary Question, Not a Race
Cold plates left 6% to 52% of rack heat in air; an immersion heat sink doubled c…
Rear Door Heat Exchanger Capacity Is Capped by Rack Airflow
An Open Compute Project study credits 3,500 cfm of rack airflow, heated 15°C by …
Coolant Types in the Data Center and What Each Sheet Assumes
A PG25 coolant sheet lists electrical conductivity above 2,000 micromho/cm. ASHR…
How Single Phase and Two Phase Immersion Cooling Differ in Operation
A kilogram of Chemours’ Opteon 2P50 absorbs 115 kJ as it boils. A kilogram…
Single Phase vs Two Phase DLC and What Latent Heat Buys
A Korean consortium building direct liquid cooling for 300kW-per-rack AI data ce…
Cold Plate Thermal Resistance and the 28 K Temperature Gap
Korea’s national direct liquid cooling program sets two cold plate targets…