The vSphere Container Storage Interface (CSI) driver is what enables Kubernetes clusters running on vSphere to provision persistent volumes on vSphere storage. This applies to both native Kubernetes clusters, and vSphere with Kubernetes. With the release of vSphere 7.0 and vSphere with Kubernetes (formerly Project Pacific) there are now a number of different flavors of the vSphere CSI driver available. [Update] Before going any further, it is worth highlighting the differences between what we term native Kubernetes and vSphere with Kubernetes. Native Kubernetes has many flavors, such as VMware Tanzu Kubernetes Grid, VMware Tanzu Kubernetes Grid Integrated (TKGI) formerly known…
The new Tanzu portfolio has a plethora of new (and not so new) Kubernetes products that we are all getting used to. There are also some new names that we are using for existing VMware products. I decided to dedicate some time to figuring it all, and documenting it here for future posterity as I know others are also finding the new branding a challenge. Note that I’m not including the new suite of products that were added to the Tanzu portfolio when VMware acquired Pivotal. This post is focusing purely on the Kubernetes related products. Enterprise PKS is now…
Regular readers will know that I have been spending quite a considerable amount of time recently talking about VMware Cloud Foundation (VCF) 4.0 and vSphere with Kubernetes, formerly known as Project Pacific. Over the past month or so, we have seen how to deploy a VCF 4.0 Management Domain. We also looked at how to create a VCF 4.0 VI Workload Domain, at the same time deploying an NSX-T 3.0 Edge Cluster to the Workload Domain which is now automated in VCF 4.0. With this all configured, we then went through the steps of deploying vSphere with Kubernetes onto this…
This video will show the steps involved in deploying a fully functional Tanzu Kubernetes Grid cluster (TKG) via vSphere with Kubernetes. We will see how to build and sync a content library for the TKG control plane and worker node images. We will walk through the creation of a new namespace, and review the manifest file used for the creation of the cluster. Once deployed, we will switch contexts from the namespace used to build the cluster and place ourselves in the context of the new TKG cluster. From there, we will run some kubectl commands to query the cluster.…