In last post of this series we deployed the NSX manager appliance. In this post we will learn how to deploy the NSX-T controller nodes.

If you are not following along this series, then I recommend reading earlier posts of this series from below links:

1: Introduction to NSX-T

2: NSX-T Architecture

3: NSX Manager Deployment

There are 2 methods of deploying NSX controllers for vSphere integration with NSX-T:

• Automated Installation of Controller from NSX Manager
• Manual Installation of NSX Controller on ESXi via GUI or OVF tool

In this post we will not talk about controller deployment for non-vSphere infrastructure.

Also in this post we will be discussing only about Automated method for controllers. Manual installation will be covered in Next post of this series.

In order to deploy NSX controllers to consume NSX-T for your vSphere infrastructure, make sure following prerequisites are met:

• vCenter Server and ESXi hosts are deployed.

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In last post of this series we discussed about NSX-T architecture. In this post we will be deploying the NSX-T components in lab. 

Lets start with deploying NSX manager first to form the management plane. NSX manager is deployed via ova file which can be downloaded from VMware website.

The current version of NSX-T is 2.2.0 and it can be downloaded from here

Please refer NSX-T 2.2 Installation Guide before going ahead with deployment.

NSX-T 2.2.0 supports following hypervisor versions:

• vSphere 6.5/6.5 U1/6.5 U2
• RHEL KVM 7.3
• Ubuntu KVM 16.04 

NSX manager deployment is pretty straight forward like any standard virtual appliance deployment. Steps are shown in screenshot below. 

For more information on NSX Manager installation, please see this article

Once the NSX Manager boots up, verify that the IP address set during deployment was applied as expected.

Also you can try to ping NSX-T from vCenter server and Esxi host to verify its connectivity. … Read More

As we discussed in first post of this series that NSX-T was born to meet the demands of the containerized workload, multi-hypervisor and multi-cloud.

The best use case that you can think of NSX-T is that it provides seamless connectivity and security services for all types of endpoints including virtual machines, containers and bare metal. It doesn’t really matter where these endpoints are. It could be in your on-prem datacenter, a remote office or in the cloud.

In this post we will look how NSX-T architecture looks like. 

Like NSX-V, NSX-T too contains a management plane, data plane and a control plane. Lets discuss about each plane individually here.

Data Plane

• NSX-T uses in-kernel modules for ESXi and KVM hypervisors for constructing data plane. 
• Since NSX-T is decoupled from vSphere, it don’t rely on vSphere vSwitch for network connectivity. NSX-T data plane introduces a host switch called N-VDS (NSX Managed Virtual Distributed Switch).

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VMware NSX is one of the most sensational products that VMware produced 5 years ago, after the Niciria acquisition, and over the years, this product has just gotten better and better. NSX revolutionized the SDDC by adding SDN capabilities and changing the way SDN was used before NSX. 

One of the major limitations of NSX-V was that it could be used only with vSphere and not with other platforms, and customers were continuously demanding a version of NSX that could be integrated with non-vSphere platforms.

To overcome this challenge, VMware came up with NSX-T, which is a version of NSX that supports both vSphere and non-vSphere-based infrastructure. This version of NSX can be integrated with other hypervisors, such as KVM, and application frameworks, such as Redhat Openshift, Docker/Containers, and Pivotal.

As we know, in NSX-V, vCenter was a centralized management plane, but NSX-T has its own management interface. As of now, NSX-T doesn’t offer the same full feature set as NSX-V, but VMware is continuously making enhancements to this product to make it more robust.… Read More