Fibre Channel (FC) is one of the most common network technologies used primarily for storage connections. It's the perfect choice for high-speed connections between the servers and the storage, and its common place in physical server scenarios.
Since Windows Server 2012 Hyper-V, it has been possible to add Fibre Channel network adapters to virtual machines, providing the same capabilities and high performance as a physical server, allowing the guest operating system to be used in clustered environments, for example, this recipe will show how to create the Fibre Channel SANs and add them to a VM.
Before you create the Fibre Channel SANs, make sure that a Fibre Channel HBA is installed and that the HBA ports are enabled on the physical computer. Plus, it is important to ensure that the Fibre Channel HBA is running an up to date version of firmware and that the HBA itself provides support for Virtual Fibre Channel via N_Port ID Virtualization (NPIV).
In the following steps, you will see how to add and configure a new Fibre Channel SAN for a virtual machine.
Since Windows Server 2012 Hyper-V, it's been easy to connect a virtual machine to storage that connects using a Fibre Channel fabric. All you need to do is create a virtual SAN. After that, you need to add a new Fibre Channel adapter to the VM and change the World Wide Names (WWNs) if necessary. You can add up to four Fibre Channel adapters per virtual machine. Every Fibre Channel adapter has a set WWN and they are used to identify storage targets and initiators. These addresses are generated automatically based on the configuration in the Global Fibre Channel Settings, which can be changed via the virtual storage manager. Also, you can change the auto-generated addresses by clicking on Edit Addresses.
Finally, you can open the virtual machine disk configuration and initiate the storage disks within the VM.
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