Following on from me recent post deploying Kubernetes with the NSX-T CNP, I wanted to extend my environment to make use of the vSphere Cloud Provider to enable Persistent Volumes backed by vSphere storage. This allows me to use Storage Policy to create Persistent Volumes based on policy. For example, I’m going to create two classes of storage, Fast and Slow - Fast will be vSAN based and Slow will be NFS based.
A little while ago I replaced my three ageing Intel NUC hosts with a single (still ageing) Dell T7500 workstation. The workstation provides 24 processor cores and 96GB RAM for a really reasonable price, while still being quiet enough to sit in my home office. One of the driving factors in retiring the old NUCs was vSAN - I know in the newer generations of NUC you can get an M2 and a SATA SSD in, but my 1st gen.
VMware vSAN 2017 Specialist Exam I always like to take a discounted exam at VMworld, this year I opted for the VMware vSAN 2017 Specialist exam, which was released a few weeks ago. Having delivered quite a few vSAN based solutions over the last few years, I was fairly confident in the blueprint. I am pleased to say that I passed the exam with a score of 422, way higher than I expected!
I have recently been able to get vSAN properly up and running in my lab and took a look at the OOTB Dashboards that come with the MPSD (Management Pack for Storage Devices). As I have a hybrid build (I know many have All Flash Arrays) I was interested in how hard my Flash Cache was working so I built a dashboard purely focused on this aspect of the vSAN product.