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For instance we should say: “Node 2 is a Coordinator Node for the Volume1”. So technically, to avoid ambiguity, we should always qualify “Coordinator Node” with the volume name. Since each node might be hosting a disk, each of them might be a Coordinator Node, but for different disks. The node that hosts a disk will be a Coordinator Node only for the volumes that are located on that disk. If you have multiple disks in CSV, you can place them on different cluster nodes. In other words, coordinator is a special data server node when NTFS is mounted. Note that coordinator node is always a data server node at the same time. In this context, any other node that does not have clustered disk mounted is called Data Servers (DS). The node where NTFS for the clustered CSV disk is mounted is called the Coordinator Node. Now let’s look at the components that are backing up these mount points. CSV will then take care of synchronizing the updated name around the cluster to ensure all nodes are consistent.
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The “VolumeX” naming can be changed, just use Windows Explorer and rename like you would any other directory. On every cluster node you will find a mount point to the volume: C:\ClusterStorage\Volume1. From the user’s perspective, everything will look the same as in the Windows 2008 R2. The disk was first clustered and then added to the Cluster Shared Volume.
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Node 3 in this diagram has no direct connectivity to the storage. There is one shared disk that is visible to Node 1 and Node 2. The diagram above shows a 3 node cluster. One of the main goals is that in Windows Server 2012, CSV has been expanded beyond the Hyper-V workload, for example Scale-out File Server and in Windows Server 2012 R2 CSV is also supported with SQL Server 2014.įirst, let us look under the hood of CsvFs at the components that constitute the solution. Although it may look similar in the user experience – just a bunch of volumes mapped under the C:\ClusterStorage\ and you are using regular windows file system interface to work with the files on these volumes, under the hood, these are two completely different architectures. Windows can be installed on any available drive and the CSV namespace will be built on the system drive, but instead of using %SystemDrive%\ClusterStorage\ I’ve used C:\ClusteredStorage for better readability since C:\ is used as the system drive most of the time.Ĭluster Shared Volume in Windows Server 2012 is a completely re-architected solution from Cluster Shared Volumes you knew in Windows Server 2008 R2. Note: Throughout this blog, I will refer to C:\ClusterStorage assuming that the Windows is installed on the C:\ drive.
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This blog post is targeted at developers and ISV’s who are looking to integrate their storage solutions with CSV. In this blog we will take a look under the hood of the cluster file system in Windows Server 2012 R2 called Cluster Shared Volumes (CSV).