超流体技术推动液冷技术取得突破.pdf

1、Breakthroughs in Liquid Breakthroughs in Liquid Cooling Driven by Cooling Driven by Superfluid TechnologySuperfluid TechnologyIntelBreakthroughs in Liquid Cooling Driven by Superfluid TechnologyCarrie ChenPrincipal Engineer/IntelCOOLING ENVIRONMENTSOutline 54321Data Center Liquid Cooling Trends&Deve

2、lopmentsSuperFluid Cooling Technology Deep DiveCall to Action SuperFluid Advanced Cooling RoadmapCommunity and Partner Solutions UpdatesProblem StatementAI drives high component TDP and prefer,in response to leverage existing data center facilities,data center need to reconsider:Liquid Cooling in Tr

3、ansitionCold plate has leakage issue,use high specific heat dielectric fluids with SuperFluid technology to replace waterTwo phase cold plate-difficulty is system level control1U-4U single phase immersion cooling:innovation to improve thermal performance is key,serviceability is challengeFuture for

4、Immersion CoolingNew data center infrastructureBetter Power Usage Effectiveness(PUE)Data Center Liquid Cooling Trends&DevelopmentSuperFluid Advanced Cooling RoadmapDoc#787148_Open IP Partner Solutions New version in Q3SuperFluid Community Member UpdateSuperFluid Partner Solutions Cold PlateDoc#78714

5、8_Open IP Partner Solutions new version in Q3SuperFluid Partner Solutions ImmersionDoc#787148_Open IP Partner Solutions new version in Q3SuperFluid Cooling Technology Deep DiveInnovative Liquid Cooling Technologies OverviewAdvanced Liquid Cooling SystemIndirect Contact(Cold plate assisted)Single Pha

6、se CoolingTwo Phase CoolingSingle Phase CoolingTwo Phase CoolingDirect Contact(Immersion cooling)Liquid Internal toServer ONLYLiquid External to Server Box(Rack Level)Natural ConvectionBoiling*DI water*Propylene glycol water*Ethylene glycol water*Synthetic oil(Developing)*Liquid metal*Refrigerant-R1