超融合量子集群：来自实时量子数据中心的架构和运营洞察.pdf

1、Nikola ibali,PhDIQCC Compute Infrastructure,Quantum Machines IQCCHyperconverged Quantum Cluster:Architecture and Operational Insightsfrom a Live Quantum DatacenterQuantum Machines300+customers|20+countriesACADEMIA,NATIONAL LABS,CORPORATES,STARTUPS,HPC CENTERSThe Leader in Quantum Control180+employee

2、s|15+countriesM&A STRATEGYCopenhagen officeQM Lab(IQCC)Stuttgart officeTel Aviv office$30 milion from Israeli Innovation Authority and Quantum MachinesLocated at Tel Aviv University,IsrealOpened June 20242 fridges,multiple quantum modalities(superconducting,optical,)same control electronics(OPX1000)

3、,testbed,classical compute(10+GPUs,1000+vCPU,.)Accelerate the development of quantum technologies by providing a environment that empowers faster,more agile advancements across the entire quantum stack.Israeli Quantum Computing CenterWhat is quantum computing today and tomorrowHow it fits into HPCIf

4、 not HPC,then.HQC in datacenterHow to build HQC SW&HW infrastructureOverviewQPU when it works it scales better(big O)latency/tight integration not an issueQPU to make it work,we likely need a few,not 1000s+of classical compute nodesEnvironment needs to be very quickly adjustable to enable current de

5、v&learningFirst take:HPC and QuantumFull stack developmentCompillation/Optimisation alg,mathError correction/mitigationA/B tests on small qubit numberPulse optimisations physicsHardware development T&MHybrid quantum-classicalTune-up close-loop feedback/MLError-correctionApplication developmentLocal

6、workforce upskillingHyper-converged architectureSoftware-definedComputeStorageNetworking(QPU,T&M)Dynamic hardware integration(GPU,FPGA)Mix of on-demand and event-drivenLow-latency quantum-classicalOpens integration with C+,Rust,GPU/FPGA,optimised numerical libraries Minimal overh