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Break Through Workload Performance Boundaries with Microsoft Azure Stack HCI
Overview Sizing an Azure Stack HCI solution Lab performance testing results
Testing results overview
Test lab setup
VMFleet testing results
Extrapolating these results - special considerations
Maintaining peak performance on Azure Stack HCI Conclusion References

Testing results overview

Testing results overview

  • In this section, we share the results of synthetic testing that was performed on Dell Integrated System for Microsoft Azure Stack HCI running four AX-7525 nodes. We used VMFleet 1.0, as many Microsoft customers and partners rely on this tool to help them stress-test their hyperconverged infrastructures. VMFleet consists of PowerShell scripts that deploy VMs to a Hyper-V cluster and run Microsoft's DISKSPD within those VMs to generate I/O. DISKSPD is helpful for creating synthetic workloads to test an application's resource utilization before deployment.

    Note: VMFleet 2.x was not yet released when the testing in this document was performed. All testing used VMFleet 1.0.