These are fairly straightforward PowerShell commands to add a name to your server, and install the components you need for Hyper-V & failover clustering. Step 7: Join Hyper-V Hosts to the Domain.Step 5: Create the Management & Cluster Adapters.Step 4: Create the Hyper-V Virtual Switch w/ QoS Policy.Step 2: Setup Physical Network Connections.Here is a summary of the steps we will follow: We will address adding storage in an upcoming post. ![]() We will ignore shared storage for now and focus primarily on the networking configuration required for building our cluster. For example, it means that you can simply pass all network traffic from your physical switching into the Hyper-V virtual switch (via trunk ports), which allows a Windows Server admin to have full control over vlan assignments, QoS policies, etc.–without requiring specialized networking resources or switch configuration. In short, making changes in your virtual environment would not also require making changes on a physical switch. The basic idea is that all of your physical network adapters will be brought together as a single NIC team, and thereby made interchangeable–it’s just connection tissue to the fabric of your network at that point. In this post, we will look at a concept known as “Converged Networking” for setting up a simple two-node Hyper-V cluster (a great option for small businesses).
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