1、AI-Driven Multiphysics Analysis for Silicon-to-System Advanced PackagingAnsysPart of Synopsys Open Compute Project(OCP)APAC Summit AI-Driven Multiphysics Analysis for Silicon-to-System Advanced Packa。
2、AI Driven Mass Storage AI Driven Mass Storage Interface UpgradeInterface UpgradeSeagateAI Driven Mass Storage Interface UpgradeMohamad El-BatalTechnologist/Seagate OCTOSTORAGEHigh Density HDD Storage。
3、A Thermal Solution for HPC in Edge Computing Center:Advanced Liquid Cooling System for Mid-Scale High-Performance Computing ClusterYen Sun Technology Corp.(Y.S.Tech)A Thermal Solution for HPC in Edge。
4、Reference Implementation of an SDN Controller for Open-optical-circuit Switched AI ClustersNTT Network Innovation Labs,JapanReference Implementation of an SDN Controller for Open Optical-circuit-swit。
5、Zero-Bias TLVR Exploration for Future Datacenter Computing ApplicationsGoogle Zero-Bias TLVR Exploration for Future Datacenter Computing ApplicationsRACK&POWERPresenters:Chi Hsu,Senior Power Engi。
6、The Cooling Solution for the Next Era:Advancements in the Pumped Two-Phase SolutionsWistron CorporationKen LC ChengEngineer/Wistron CorporationFrank H ChenDeputy Executive Director/Wistron Corporatio。
7、Revisit RoCEv2 issues in large scale deployment and the future that UEC promiseAMD and EdgecoreRevisit RoCEv2 issues in large scale deployment and the future that UEC promiseNETWORKINGPoWen TsaiDirec。
8、Enhancing Financial Intercommunication Enhancing Financial Intercommunication through IOWN/APN:through IOWN/APN:The Future of Data Center ConnectivityThe Future of Data Center ConnectivityNTTDATA Gro。
9、Liquid Cooling Solutions for Large-Scale AI ClustersSupermicroLiquid Cooling Solutions for Large-Scale AI ClustersDaniel KapesaProduct Manager/SupermicroAI CLUSTERSOutline 54321AI Cluster Workloads C。
10、Chiplets with eFlash IPPresenter:DK ChengSST/Microchip R&D CAD OrganizationChiplets with eFlash IPDK ChengSr.Manager/SST/Microchip R&D CADCHIPLETS AND ADVANCED PACKAGING/PHOTONICS100%of top 1。
11、Super Fluid Technology Super Fluid Technology Application in High Application in High Density Server ProductDensity Server ProductInventecSuper Fluid Technology Application in High Density Server Pro。
12、Predicting immersion fluids stability window through accelerated aging modelIndustrial Technology Research InstitutePredicting immersion fluids stability window through accelerated aging modelCOOLING。
13、Propelling AI forward through Advanced Packaging CreativityYin ChangASE,Inc.OCP APAC/August 5,2025Taipei,TaiwanAI IS HEREAI applications permeating global life,creating new efficiencies and new marke。
14、Considering the Total Cost of Considering the Total Cost of Ownership(TCO)of Liquid Ownership(TCO)of Liquid Cooled DeploymentsCooled DeploymentsRT Huang,PhDDirector,Technology Enablement August 5,202。
15、SuperFluidSuperFluid Technology:Technology:Redefining AI Cooling with Redefining AI Cooling with AirAir-Infused Dielectric Infused Dielectric FluidsFluidsWiwynn CorporationSuperFluid Technology:Redef。
16、Breakthroughs in Liquid Breakthroughs in Liquid Cooling Driven by Cooling Driven by Superfluid TechnologySuperfluid TechnologyIntelBreakthroughs in Liquid Cooling Driven by Superfluid TechnologyCarri。
17、Integrated Photonics Integrated Photonics for Optical Interconnect(OIT)for Optical Interconnect(OIT)Artilux Inc.光程研創股份有限公司Integrated Photonics for Optical Interconnect(OIT)Dr.Erik ChenCo-Founder and 。
18、Strategic Innovations in Intel Server Design:Strategic Innovations in Intel Server Design:Enhancing Compatibility and Performance inEnhancing Compatibility and Performance in19 inches High Density Ra。
19、Chip to Data Center Thermal Resistance to Support 30CAMDChip to Data Center Thermal Resistance to Support 30CPaul ArtmanFellow System Design Eng AMDCOOLING ENVIRONMENTSSOC Temperature InputsJunction 。
20、Overview of Safety Overview of Safety Requirements for Liquid Requirements for Liquid Cooling TechnologiesCooling TechnologiesUL SolutionsCooling EnvironmentsOverview of Safety Overview of Safety Req。
21、Electromechanical Electromechanical Interconnect Solutions for Interconnect Solutions for HighHigh-Density AI/ML Racks Density AI/ML Racks with+/with+/-400 V DC Power400 V DC PowerMolexMolexNrupathun。
22、Unibody Leakproof Cold Plates for Single-and Two-Phase Direct-to-Chip Liquid CoolingPoh Seng(PS)Lee,Ph.D,ASME FellowHead and Professor,Department of Mechanical EngineeringExecutive Director,Energy St。
23、Optical Circuit Switching Technology Optical Circuit Switching Technology for future AI Clustersfor future AI ClustersNational Institute of ADVANCED INDUSTRIAL SCIENCE AND TECHNOLOGY(AIST)Optical Cir。
24、Architecting AI Storage:A Strategy Architecting AI Storage:A Strategy for Highfor High-Performance and Tenant Performance and Tenant Object StorageObject StorageWenyu ChenCEO,INFINITIX Inc.Architecti。
25、AI Computing Design Trends for LLMs in the Generative AI EraBor-Sung LiangMediaTekAI ClustersAI Computing Design Trends for LLMs in the Generative AI EraBor-Sung LiangSenior Director,MediaTekEvolutio。
26、Corrosion Behavior of Brazed Corrosion Behavior of Brazed Heterogeneous Materials in Liquid Heterogeneous Materials in Liquid Cooling SystemsCooling SystemsAsia Vital Components Co.Ltd(AVC)Tunghai Un。
27、Energy Efficiency in Energy Efficiency in Data centerData centerAlfa LavalEnergy Efficiency of Heat Exchanger in Data center Jamko HsuSales Manager/Alfa LavalCOOLING ENVIRONMENTSOutline4321Why heat e。
28、Towards Energy-Efficient AI Infrastructure through the Integration of Computing and NetworkingPreferred Networks,Inc.Towards Energy-Efficient AI Infrastructure through the Integration of Computing an。
29、Architecting the Al FabricMetaArchitecting the Al FabricJalpa PatelTechnical Program Manager/MetaAI CLUSTERSLarger AI workloadsSoftware requirementsHardware and Network requirementsData CenterChallen。
30、Architecting Open-Scale Efficiency A Modern OCP Server Blueprint from Design to DeploymentGIGABYTEArchitecting Open-Scale Efficiency A Modern OCP Server Blueprint from Design to DeploymentChaoLi Wang。
31、Extending the Frontier:Heterogeneous Integration of Chiplet DesignsCT Kao,PhDProduct Engineering Group Director Cadence Design SystemsExtending the Frontier:Heterogeneous Integration of Chiplet Desig。
32、Data Center Commissioning and Considerations for Direct Liquid Cooled SolutionsData Center Commissioning and Considerations for Direct Liquid Cooled SolutionsJerrod ButerbaughPrincipal Engineer/AMDCO。
33、Data Center High Voltage DC Distribution 2Data Center High Voltage DC Distribution RACK&POWERKelvin HuangHW Dev DirectorAzure Hardware System and Infrastructure MicrosoftLaurentiu OlariuRack and 。
34、Ideal AI/ML Optical Interconnect Solutionfor Sustainable Data CentersIdeal AI/ML Optical Interconnect Solutionfor Sustainable Data CentersTaeyong KimCMO/LOPTICAL COMMUNICATION NETWORKSThe cost of GPU。
35、Wiwynn ConfidentialPioneering AI Cooling:High Power Cold Plates with 200W/cm Heat Flux for Next-Gen AI ASICsWiwynn CorporationWiwynn ConfidentialJeff CA ChenThermal Engineer/Wiwynn CorporationJake Hs。
36、Exploring Azures Advanced AI Infrastructure2Kelvin HuangHW Dev DirectorAzure Hardware System and InfrastructureMicrosoftExploring Azures Advanced AI infrastructureAI CLUSTERS3Outline4321Microsoft Azu。
37、Advancing Data Center Innovation:Advancing Data Center Innovation:Architectures Designed for Scalable Architectures Designed for Scalable Performance and Seamless CompatibilityPerformance and Seamles。
38、Embracing AI:Infrastructure and Advanced Thermal SolutionsAuras TechnologyEmbracing AI:Infrastructure and Advanced Thermal SolutionsSean LimManagerAuras TechnologyCOOLING ENVIRONMENTSOutline(Optional。
39、Empowering the AI Era:The Evolution of Data Centers and Deltas Strategic ResponseDelta Electronic,IncAgenda4321About DeltaAI to Shape the Data CenterCooling for AIPower for AI Empowering the Future G。
40、KV Cache Sharing over IOWN AllKV Cache Sharing over IOWN All-Photonics Network:Photonics Network:Building a Sustainable and HighBuilding a Sustainable and High-Performance NationPerformance Nation-Wi。
41、Open Chiplet Economy:Bridging Taiwan and Silicon Valleyhttps:/www.opencompute.org/projects/open-chiplet-economyOpen Chiplet Economy:Bridging Taiwan and Silicon ValleyCHIPLETS AND ADVANCED PACKAGING/P。
42、The Evolution of Direct Liquid Cooling-From Single-Phase to Two-PhaseAEWIN TechnologyThe Evolution of Direct Liquid Cooling-From Single-Phase to Two-PhaseCE LiuDirector/AEWIN TechnologyCOOLING ENVIRO。
43、Tray-Level 48V Two-Stage Power Delivery ChallengesGoogle Microsoft MetaTray-Level 48V Two-Stage Power Delivery ChallengesPresenters:Jesse Chang,Power Engineer,GoogleChris Peng,Senior Validation Engin。
44、Dynamic ECN testing methodology Dynamic ECN testing methodology&Importance of QP&Importance of QP-fairnessfairnessKEYSIGHTNETWORKINGDynamic ECN testing methodology&Importance of QP-fairne。
45、AI Application Concept and Hardware Optimization by WorkloadIntel DCSE APJAI Application Concept and Hardware Optimization by WorkloadGerry JuanAI System ArchitectCustomer and Systems EngineeringSERV。
46、Solid-State-Transformers for AI/ML Datacenter Power InfrastructureDelta ElectronicsSolid-State-Transformers for AI/ML Datacenter Power InfrastructurePeter BarbosaVP,R&DDelta ElectronicsRACK&P。
47、Multi-heat-sources Jet Impingement Cold Plate SolutionsCooler MasterMulti-heat-sources Jet Impingement Cold Plate SolutionsYogesh Fulpagare,PhDDeputy Chief Engineer/Cooler Master Corp.David ChenDeput。
48、Jasmeet BaggaSoftware Engineer,Network InfrastructureDriving Toward Super-intelligencewith Large-scale AI InfrastructureTODAYMeta is an AI company20062024202620282030Number of connected acceleratorsA。