Yesterday we talked about the combination of Azure+S2D+SOFS+MSSQL. Here we had a cluster where each node had two P20 disks. What if at a given point we would need more than 1TB of disk space? We’ll be extending the pool (and virtual disk etc). So let’s take a look what that would look like?
Adding the disks
First part… Let’s add the disks (note : even entire hosts is possible!). Browse to both VMs and press “attach new” in the disks section ;
Continue reading “Extending a Storage Spaces Direct pool on Azure”
A while back I posted a blog post how to setup a High Available SQL cluster on Azure using SIOS Datakeeper. As I’m an avid believer of storage spaces, I was looking for a moment to test drive “storage spaces direct” on Azure. The blog post of today will cover that journey…
UPDATE (01/02/2017) ; At this point, there is no official support for this solution. So do not implement it for production at this point. As soon as this changes, I’ll update this post accordingly!
UPDATE (08/02/2017) ; New official documentation has been released. Though I cannot find official support statements.
UPDATE (30/03/2017) ; A few days after the previous update, the following post was made => Deploying IaaS VM Guest Clusters in Microsoft Azure
What do we want to build today?
- A two node cluster which will be used as a Failover Cluster Instance for MSSQL.
- As a quorum, we’ll be using the cloud witness feature of Windows 2016 in combination with an Azure storage account.
- In regards to storage, we’ll create a Scale Out File Server setup which will leverage the local disks of the two servers via Storage Spaces Direct.
- To achieve a “floating IP”, we’ll be using the Azure LoadBalancer setup (as we did in the last post).
Continue reading “Ever tried the mix of Azure, SQL Server, Storage Spaces Direct & Scale Out File Server?”