UQDv2 - 实现大规模液态存储.pdf

1、UQDv2 Enabling Liquid at ScaleElizabeth Langer,CPCTravis Gaskill,Etched AIOutline4321Key Specification UpdatesSpotlight Flow Testing Next Steps&Future WorkApplication GuidanceGreat Progress finish line in sight!DeliverableStatusNotesSpecification unification across UQD/BCompletev2 is singular docume

2、nt covering UQD,UQDB and hybrid configurationsUniform Dimensioning and ToleranceCompleteComprehensive tolerance loops completeFinal drawings in reviewed with QD suppliers/end users for VoC,DFM,QAInteroperability RefinementsCompletePanel distance standardizedOverall dimensions(design envelope)fully c

3、ontrolledHex installation features standardized to reduce tool countPerformance RefinementsWIPFlow requirements benchmarked v1 to inform amount of pressure drop decrease(ie higher Cv)requirement for v2Seal washout testing incorporatedGovernance ProcessWIPWork within Cooling Environments/Cold Plate o

4、n maintenance and management of future UQD revisionsNew in V2|Hybrid ConfigurationNew in V2|Accessory GrooveAddition of Detail C feature across all UQDB sockets(above)Can be used for mating accessories such as funnel extenders(right)Improve operational efficiency and design window Pressure drop redu

5、ce Maximum flow define Temperature range expand Requirements Verification&Interoperability tie to testExpand Key Performance ParametersV1 Enable Ecosystem via Minimum CvGoal#1:Enable QD vendor base to meet baseline requirementsGoal#2:Challenge product innovation to increase performance#1#2V2 Improve

6、 Ecosystem Performance and CapabilityGoal#1:Increase performance(lower pressure drop)vs V1Goal#2:Define bounds for variation,including interoperability#1#2GPMCv 0.8Cv 1.10.50.390.210.81.000.531.74.522.39Example dP(psi)Blindmating:Control Ap