AVS: A Step-by-Step Roadmap to Seamless Deployment and Configuration

Getting Started with Azure VMware Solution: Deployment and Configuration Essentials

Here’s a step-by-step Azure VMware Solution (AVS) deployment and configuration tutorial to help you set up and manage VMware workloads in Azure.

Step 1: Prerequisites

Before deploying Azure VMware Solution (AVS), ensure that:

  1. You have an Azure subscription with required permissions:
    • Contributor or Owner role on the Azure subscription
    • Network Contributor role on Azure Virtual Network
    • Microsoft.Authorization/roleAssignments permission for Identity and Access
  2. A pre-created Azure Virtual Network (VNet) where AVS will connect.
  3. A configured ExpressRoute or VPN for on-prem connectivity (optional).
  4. Ensure region availability – AVS is only available in specific Azure regions.

Step 2: Deploy Azure VMware Solution (AVS) Private Cloud

  1. Go to Azure Portal
    • Open Azure Portal.
    • Search for Azure VMware Solution in the search bar.
  2. Create an AVS Private Cloud
    • Click + Create to start the deployment.
    • Provide the following details:
      • Subscription: Select your Azure subscription.
      • Resource Group: Create a new resource group or use an existing one.
      • Private Cloud Name: Enter a unique name.
      • Region: Select an Azure region that supports AVS.
      • vCenter Name: Choose a unique vCenter name.
      • NSX-T Name: Choose a unique NSX-T name.
  3. Configure Node Sizing and Cluster
    • Select the Node Type (AV36, AV36P, AV52, etc.).
    • Specify the number of nodes (minimum 3 nodes required).
    • Choose a CIDR range for management (e.g., 10.0.0.0/22).
    • Review and click Next.
  4. Networking Configuration
    • Choose or create an Azure Virtual Network (VNet).
    • Assign the subnet for ExpressRoute.
    • Configure private connectivity for on-prem or other Azure services.
  5. Review and Deploy
    • Click Review + Create.
    • Validate the settings and click Create to start provisioning.
    • Deployment can take 4-5 hours to complete.

Step 3: Access and Configure AVS

1. Connect to vCenter

Once the deployment is complete, access vCenter Server:

  • Open Azure VMware Solution in the Azure portal.
  • Navigate to Private Cloud → Identity → vCenter Server.
  • Copy the vCenter URL and log in using the provided admin credentials.

2. Configure NSX-T Networking

  • Open the NSX-T Manager in the AVS portal.
  • Set up Tier-0 Gateway for north-south routing.
  • Configure Segment Subnets for workloads.
  • Enable Firewall Rules for security policies.

3. Configure ExpressRoute for On-Prem Connectivity (Optional)

  • In Azure Portal, navigate to Networking → ExpressRoute.
  • Create a new ExpressRoute circuit and link it to AVS.
  • Configure BGP Peering for hybrid networking.

4. Deploy Virtual Machines in AVS

  • Open vCenter and create a new VM.
  • Select a compute cluster and assign resources.
  • Attach a network segment configured in NSX-T.
  • Install the OS and required software.

Step 4: Management and Monitoring

  1. Enable Monitoring with Azure Monitor
    • Use Azure Monitor for AVS to track usage, logs, and alerts.
    • Configure Log Analytics for deeper insights.
  2. Configure Backup and DR
    • Use Azure Backup or Veeam for VM protection.
    • Configure Site Recovery (ASR) for DR failover.
  3. Optimize Costs
    • Right-size VMs to avoid over-provisioning.
    • Use Reserved Instances for cost savings.

Step 5: Security and Compliance

  • Enable Azure Security Center for AVS.
  • Configure role-based access control (RBAC) for vCenter and NSX.
  • Enable NSX micro-segmentation for workload isolation.

meenakande

Hey there! I’m a proud mom to a wonderful son, a coffee enthusiast ☕, and a cheerful techie who loves turning complex ideas into practical solutions. With 14 years in IT infrastructure, I specialize in VMware, Veeam, Cohesity, NetApp, VAST Data, Dell EMC, Linux, and Windows. I’m also passionate about automation using Ansible, Bash, and PowerShell. At Trendinfra, I write about the infrastructure behind AI — exploring what it really takes to support modern AI use cases. I believe in keeping things simple, useful, and just a little fun along the way

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