Networking to and within the Azure cloud, part 1
Hybrid networking is a nice thing, but the question then is how do we define hybrid networking? For me, in the context of the connectivity to virtual networks, ExpressRoute’s private peering or VPN connectivity, it is the ability to connect cross-premises resources to one or more Virtual Networks (VNets). While this all works nicely, and we know how to connect to the cloud, how do we network within the cloud? There are at least 3 Azure built-in ways of doing this. My intent is to briefly explain: 1. Hybrid networking connectivity options 2. Intra-cloud connectivity options 3. Putting all these concepts together Read more on the Azure blog.Bypass LBFO Teaming deprecation on Hyper-V and Windows Server 2022
Starting with Windows Server 1903 and 1909, Hyper-V virtual switches on an LBFO-type network adapter cluster are deprecated (see documentation). The technology remains supported, but it will not evolve. It is recommended to create an aggregate of type SET. In practice The SET is a very interesting technology that has some constraints. The interfaces used must have identical characteristics: Manufacturer Model Link speed Configuration Even if these constraints do not seem huge, we are very far from the flexibility of LBFO Teaming. As a reminder, this one has absolutely no constraints. In practice the SET is recommended with network interfaces of 10Gb or more. Therefore, we are very far from the target of the LBFO (use of all integrated boards with motherboard pro, Home Lab, refurbish). If SET cannot be used As of Windows Server 2022, it is not possible to use the Hyper-V Management Console to create a virtual switch with LBFO, as it will prompt an error saying that LBFO have been depreciated. However, it is possible to use PowerShell to create this virtual switch. First, create the Teaming of your network cards using the Server Manager, in my case the teaming will be with LACP mode and Dynamic load balancing mode. Then execute the below PowerShell Command to create the virtual switch based on the teaming created in the previous step: New-VMSwitch -Name "LAN" -NetAdapterName "LINK-AGGREGATION" -AllowNetLbfoTeams $true -AllowManagementOS $true In detail: The virtual switch will be named "LAN" The network adapter cluster teaming is named "LINK-AGGREGATION" The aggregate remains usable to access the Hyper-V host. You will see your network teaming up and running on Hyper-V host. Thats it!
