Welcome back! Today we continue our NSX-T Multisite adventure. Let’s begin with a short recap of what we did in part 1. We started off in an environment with a production site and a partially deployed disaster recovery site. Tasked with configuring the NSX-T 2.5.1 implementation for the new multisite environment, we took the following…
When it comes to creating a design for NSX-T Multisite, use case and geography are two key factors. Two common use cases for organizations to start looking at a multisite architecture are: Disaster Recovery – Protection against site failure. Availability – Workload pooling with active workloads at each site facilitating higher service availability. Site geography…
Welcome back! I’m in the process of setting up NSX-T in a stretched cluster environment. In part 1 I deployed the NSX manager cluster and configured the ESXi hosts as NSX transport nodes. The N-VDS was installed on the ESXi hosts and their vmkernel adapters migrated from the VDS to the N-VDS. In this second…
A stretched cluster architecture facilitates for higher levels of availability and things like inter-site load balancing. It’s a common multisite solution and also part of VMware’s Validated Design for SDDCs with multiple availability zones. Traditionally compute networking in an active-active multisite setup has had its challenges, but with vSAN storage and NSX networking technologies that’s…
