Fortigate Vm Sizing Azure !!exclusive!! Review

Instead of buying a massive 32-vCPU FortiGate license, consider deploying a pool of smaller 4-vCPU or 8-vCPU firewalls scaled horizontally behind an or Azure Load Balancer (Sandwich Topology) . Scaling out offers better fault tolerance and aligns with cloud-native elasticity. Monitor Resource Consumption

Azure VM networking has a – all NICs share the same underlying bandwidth.

Minimal CPU overhead. Traffic is processed via basic packet filtering. fortigate vm sizing azure

When deploying FortiGate-VM as an NVA within an Azure vWAN hub, you must select a scale unit at deployment time. Scale units cannot be changed dynamically; upgrading requires a full redeployment. The following scale unit options are available in vWAN deployments:

If using the FortiGate as a VPN hub (Site-to-Site or Client VPN), you must account for encryption overhead. Instead of buying a massive 32-vCPU FortiGate license,

Note: Performance numbers are estimates and vary wildly based on packet size, enabled features, and specific Azure regional architecture. 4. Critical Azure-Specific Architecture Factors

This comprehensive guide breaks down the core architecture of FortiGate VMs in Azure, analyzes the optimal Azure VM families, and provides a step-by-step framework to size your deployment correctly. 1. Understanding FortiGate VM Architecture in Azure Minimal CPU overhead

Hopefully, this technical deep dive gives you a clear roadmap for your Azure network design. Are you currently building a hub-and-spoke , or are you looking to integrate this firewall deployment with an Azure Virtual WAN setup? Share public link