In this part we will explore the traffic behaviour when a NSX-T Segment T1 Gateway with EDGE Cluster(SR , and in this scenario we will explore design decision which should be followed in production environment.
In this part we will discuss the different scenario of routing in NSX-T and will go through the detailed analysis of NSX-T DR and SR components of routing. We will check the traffic path for East-West and North-South.
In this “NSX-T Series: Part 13 – NSX-T EDGE Deploy Part-2” part, we will discuss the difference between collapsed EDGE/Compute model and Non Collapsed. We will walk through the issue faced in Collapsed design and how to overcome from it.
The digital transformation momentum really reshaping the way the IT infrastructure is built and operated for all the good reasons. Traditionally, there were three main pillars to consider when you build your infrastructure, which is Network, compute, and storage. With the agility and fast IT requirements challenges enforced by public cloud vendors, the organizations are
In this “NSX-T Series: Part 11 – NSX-T Multi-Tier Routing” part, we will discuss the difference between T0 and T1 gateway and how the routing architecture will be designed. We discussed the difference between NSX-V and NSX-T architecture
In this “NSX-T Series: Part 10 – NSX-T Routing” part, we will discuss the types of routing in NSX-T and difference between DR and SR concepts.As well as the methods of deploying EDGE in NSX-T.
In this “NSX-T Series: Part 9 – NSX-T Logical Switching Services” part, we will discuss the internal service architecture and how the different service works. We will go through verification on NSX Manager and ESXi levels.
In this “NSX-T Series: Part 8 – Logical Switching Use Cases” part, we will discuss the steps to configure logical switching for NSX-T Data Center. We will go through the service involved in switching and will try to find out the benefits of SDN Model with its use cases. But if you want to start
