NSX-T Management Cluster Deployment: Part 1

Reading Time: 2 minutes Knowledge increases by sharing it… As discussed in one of my previous blog NSX-T Architecture (Revamped): Part 1, the release of NSX-T v2.4 brought simplicity, flexibility and scalability for the management plane. If you are not familiar with the architecture of the NSX-T, I would highly

NSX-T Management Cluster Deployment: Part 2

Reading Time: 4 minutes Knowledge increases by sharing it… As the title alludes, “NSX-T Management Cluster Deployment” is yet another topic split in two parts for easier understanding and context: NSX-T Management Cluster Deployment: Part 1 – discusses the general requirements which are common across the deployment options discussed in

NSX-T Architecture (Revamped): Part 2

Reading Time: 3 minutes Knowledge increases by sharing it… NSX-T v2.4 and later VMware introduced an architectural change that simplified the overall management, installation and upgrades; brought high availability, scalability along with flexible deployment options. I opted to split the new architecture into two parts, for easier understanding: NSX-T Architecture

NSX-T Architecture (Revamped): Part 1

Reading Time: 5 minutes Knowledge increases by sharing it… It’s been a while since I talked about the NSX-T architecture in my previous blog here, which unfortunately is now only applicable to NSX-T v2.3 and earlier. Fortunately, with NSX-T v2.4 and later, VMware introduced an architectural change that simplified the

NSX-V Site Failover/Failback Plan: Part 3

Reading Time: 4 minutes Knowledge increases by sharing it… This blog is a continuation of the “Planned” or “Unplanned” failover of NSX-V components i.e. NSX Manager, controllers, universal distributed logical routers in an Active/Passive datacentre scenario i.e. all North/South routing flow via one site’s ESG(s). Just to reverberate, I have

NSX-V Site Failover/Failback Plan: Part 2

Reading Time: 3 minutes Knowledge increases by sharing it… This blog is a continuation of the “Planned” or “Unplanned” failover of NSX-V components i.e. NSX Manager, controllers, universal distributed logical routers in an Active/Passive datacentre scenario i.e. all North/South routing flow via one site’s ESG(s). Just to reverberate, I have