by Nicolas MICHEL @vpackets / LinkedIn

The purpose of this entire repository is to automate the deployment of an NSX-T infrastructure.

This repository will deploy the following virtual machines:

• 1x NSX-T Manager
• 6x NSX-T Edge (4 Used in the topology + 2 unused for random testing)

This repository will configure the following on NSX-T:

• NSX-T: Compute Manager
• NSX-T: License
• NSX-T: Uplink Profiles
• NSX-T: IP Pools
• NSX-T: Transport Zones
• NSX-T: Transport Zones Profiles
• NSX-T: Transport Nodes
• NSX-T: Edge Clusters

This topology will be used in this particular example:

This topology will deploy 2 T0 installed on 4 different edge nodes.

Tenant 01:

• 1x T0 will be installed on Edge node 01 and Edge node 02 [Edge Cluster 01]
  • HA Mode: Active / Standby - Preemption
  • No statefull services
  • BGP Route Redistribution:
    • no Prefix list
    • T0: Redistributing Static routes
    • T0: Redistributing Connected routes (Service Interface / Loopback / Router link / External Interface Subnet)
    • T1: Redistributing Connected routes (Service Interface / Loopback / Router link / External Interface Subnet)
  • Tenant 01 IPv4 and IPv6 Segments :
    • Web: 10.1.1.0/24 - 2001:0010:0001:0001::/64
    • App: 10.1.2.0/24 - 2001:0010:0001:0002::/64
    • DB : 10.1.3.0/24 - 2001:0010:0001:0003::/64

Tenant 02:

• 1x T0 will be installed on Edge node 03 and Edge node 04 [Edge Cluster 02]
  • HA Mode: Active / Active
  • No statefull services
  • BGP Route Redistribution:
    • no Prefix list
    • T0: Redistributing Static routes
    • T0: Redistributing Connected routes (Service Interface / Loopback / Router link / External Interface Subnet)
    • T1: Redistributing Connected routes (Service Interface / Loopback / Router link / External Interface Subnet)
  • Tenant 01 IPv4 and IPv6 Segments :
    • Web: 10.1.1.0/24 - 2001:0010:0001:0001::/64
    • App: 10.1.2.0/24 - 2001:0010:0001:0002::/64
    • DB : 10.1.3.0/24 - 2001:0010:0001:0003::/64

In this playbook Ansible will deploy and configure the following:

• One NSX-T Manager.

Modifying the value in the answerfile is mandatory or use a secure Vault

ansible-playbook ./00-Infrastructure-NSXT/deploy-nsxt-manager.yml

In this task, vCenter will be registered to the NSX-T manager using REST API

URL and Authentication need to be provided in the nsxt_parameters.py file

/usr/bin/python3 ./02-Configure-NSXT-Global/nsxt_infra_compute_manager_register.py
/usr/bin/python3 ./02-Configure-NSXT-Global/nsxt_infra_compute_manager_verify.py

In this task, the following will be configured on the NSX-T Manager:

• Configure the NSX-T License
• Configure the IP Pool
• Configure the Transport Zone
• Confgiure the Transport node Profile
• Deploy NSX-T on all hypervisors in a particular cluster.

Modifying the value in the answerfile is mandatory or use a secure Vault

ansible-playbook ./00-Infrastructure-NSXT/deploy-nsxt-infra.yml

In this task, the following will be configured on the NSX-T Manager:

• Enable IPv6 in NSX-T
• Set MTU to 9000 in NSX-T
• Set an EVPN Pool (for future use)
• Set BFD Profile for VM and BM edge nodes
• Create the edge cluster profiles.

Modifying the value in the answerfile is mandatory or use a secure Vault

ansible-playbook ./00-Infrastructure-NSXT/deploy-edges.yml

6 Edges nodes will be deployed in this topology

URL and Authentication need to be provided in the nsxt_parameters.py file

ansible-playbook ./00-Infrastructure-NSXT/deploy-edges.yml

Please refer to the following repo: https://github.com/cloudmaniac/packer-templates

Please refer to the following repo: https://github.com/cloudmaniac/terraform-deploy-vmware-vm

User must configure answerfile.yml and provide credential/URL for the Python scripts to work