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Tech Book—Dell Integrated System For Microsoft Azure Stack HCI
Preface Business Transformation and Data Center Modernization Evolution of Data Centers to HCI and Hybrid Cloud A Closer Look at Microsoft Azure Stack HCI Azure Stack HCI Architecture and Building Blocks Dell Integrated System for Microsoft Azure Stack HCI Portfolio – AX Nodes Networking Topologies for Azure Stack HCI Solutions Stretch Clustering with Azure Stack HCI
Stretch Clustering with Azure Stack HCI
Azure Stack HCI stretch clustering
Comparison of traditional and stretched clusters
Business continuity planning
Stretch clustering topology
Servers Storage pools Volumes Setup configuration Preferred site configuration Affinity and anti-affinity VMs Cloud witness
Azure Stack HCI stretch clustering scenarios and concepts
Active/passive setup Active/Active Synchronous replication Asynchronous replication
Stretch clustering best practices with Azure Stack HCI
Validated network topology
Basic configuration High throughput configuration Server and site affinity rules for VMs
Managing the Hybrid Cloud Sizing and Configuration Best Practices Dell Support and Services Conclusion Additional Resources

Stretch clustering topology

Home > Integrated Products > Microsoft HCI Solutions from Dell Technologies > Guides 22H2 and earlier > Tech Book—Dell Integrated System For Microsoft Azure Stack HCI > Stretch clustering topology

Stretch clustering topology

  • Storage pools

    S2D provides the software-defined storage layer for Azure Stack HCI. A stretched cluster environment has two storage pools, one per site. The Azure Stack HCI operating system can stretch volumes across sites making it appear as though there is only one volume. The primary volume is accessible from the nodes at that site. The secondary volume at the other site is meant for standby and is brought online when the primary volume goes offline.