This article explains briefly about Hyper-V on Nutanix virtual computing platform. The below figure shows a 'N' node Nutanix architecture, where each node is an independent server unit with a hypervisor, processor, memory and local storage (combination of SSD and HDD). Along with this there is a CVM (controller VM) through which storage resources are accessed.
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| 'N' node Hyper-V over Nutanix architecture |
Local storage from all the nodes are combined together to form a virtualized and unified storage pool by the Nutanix Distributed File System (NDFS). This can be considered as an advanced NAS which delivers a unified storage pool across the cluster and having features like striping, replication, error detection, failover, automatic recovery etc. From this pool shared storage resources are presented to the hypervisors using containers.
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| NDFS - Logical view of storage pool and containers |
As mentioned above, each Hyper-V node has its own CVM which is shown below.
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| Hyper-V node with a CVM |
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| PRISM console |
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| View of storage pool in PRISM |
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| View of containers in PRISM |
Containers are mounted to Hyper-V as SMB 3.0 based file shares where virtual machine files are stored. This is shown below.
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| SMB 3.0 share path to store VHDs and VM configuration files |
Once share path is given properly as mentioned above, you can create virtual machines on your Hyper-V server.
