We are also enhancing the new gateways to accommodate both route-based and policy-based VPNs.
Although a route-based VPN using BGP to automatically learn routing is easier to manage, many customers have already deployed policy-based VPNs at their branch offices.
Here are the details: * Benchmark data obtained by running iperf3 between VNets in the same region, with minimum duration of 120 seconds and up to 32 flows.
Please let us know how we can further enhance the Azure VPN service.As you might expect, we're pretty stoked to finally (finally! It's the culmination of a couple of years worth of unglorious work behind the scenes upgrading the development plumbing that makes Turn Key possible.Running mission-critical workloads require both performance and reliability.To improve your Azure VPN experience, we are introducing a new generation of VPN gateways with better performance, a better SLA, and at the same price as our older gateways.The default list may not meet all your compliance requirements.
For example, you may need higher Diffie-Hellman Group or PFS Group (Perfect Forward Security) than the default, or there are certain cryptographic algorithms that you want to exclude (e.g., SHA1, 3DES, etc.) You can now specify the exact combinations of cryptographic algorithms and key strengths, as shown in the example below: Additionally, you can now connect multiple on-premises policy-based VPN devices to your Azure VPN gateway, by utilizing the custom policy: We do understand that configuring and maintaining VPNs for mission-critical workloads are complex tasks.
The new generation of Azure VPN Gateways provide single tunnel performance of up to 1 Gbps and aggregate up to 1.25 Gbps with multiple tunnels improving your access to VNets either from your premises or for cross-region VNet-to-VNet connectivity.
Enabling the active-active VPN gateway option provides even higher throughput with multiple flows to your Azure VPN gateways.
With custom IPsec/IKE policy, you can now set the exact cryptographic algorithms and key strengths on each S2S or VNet-to-VNet connection to satisfy your enterprise compliance and security requirements.
Azure VPN gateways utilize a default set of IPsec/IKE cryptographic algorithms that maximize interoperability with a wide range of 3rd party VPN devices.
Many customers with network intensive workloads in Azure Virtual Networks (VNets) are driving the need for increased cross-premises and cross-region VPN performance.