Microsoft Windows Server 2016 Storage Spaces Direct

Storage spaces direct works with direct attached sata sas nvme or persistent memory pmem drives that are physically attached to just one server each.

Microsoft windows server 2016 storage spaces direct.

Storage spaces direct s2d is a new distributed data storage technology that appeared in windows server 2016. To create a storage space you must first create one or more storage pools. Storage spaces direct is a feature introduced in windows server 2016 that extends the software defined storage sds stack in windows server to enable building highly available ha storage systems with local storage. A storage pool is a collection of physical disks.

Test cluster node machinename1 machinename2 machinename3 machinename4 include storage spaces direct inventory network system configuration once the validation tests are. As you can see in figure 1 windows server is initially. Windows server 2019 windows server 2016 storage spaces direct features a built in server side cache to maximize storage performance. Windows server 2016 introduces storage spaces direct s2d which enables building highly available storage systems which is virtual shared storage across the servers using local disks.

It is a large persistent real time read and write cache. For instructions to set up networking for storage spaces direct see the windows server 2016 and 2019 rdma deployment guide. For more help choosing drives see the choosing drives and understand and deploy persistent memory topics. Configure storage spaces direct.

The cache is configured automatically when storage spaces direct is enabled. The following steps are done on a management system that is the same version as the servers being configured. For information about how to create a clustered storage space see deploy a storage spaces cluster on windows server 2012 r2. A storage pool.

Azure stack hci windows server 2019 windows server 2016 storage spaces direct uses industry standard servers with local attached drives to create highly available highly scalable software defined storage at a fraction of the cost of traditional san or nas arrays. This topic describes how to deploy storage spaces on a stand alone server.