Since the VLAN interfaces all remain disabled, even though all network devices in 'Device Manager' reports 'Enabled' and 'This device is working properly, connectivity is not functional. Confirmed the base NIC Device in 'Device Manager', along with all VLAN virtual interfaces are 'Enabled' and reports 'This device is working properly.' Confirmed that the base interface shows 'Intel Advanced Network Services Protocol' is enabled Attempts to 'Enable' the VLAN interface reports that it is 'Enabled' in the pop-up, but the interface remains 'disabled' When VLANs are created, ( one or more, doesn't matter ), the VLAN interfaces show 'Disabled' in the 'Network Connections' When operating on the base device, with no VLANs created, the interface works fine ( on the untagged network only, of course ) NIC: Intel 82599 10 Gigabit - Single portĭriver: 4.1.239.0 ( from Intel Driver 26.4 pack ) OS: Windows 11 Home, Version 21H2, Build: 22000.160, Windows Feature Experience Pack 1000.22000.160.0įreshly installed from Windows Insider ISOĪll drivers updated, all Windows updates installed. One might want to name them by purpose.Īdd-VMNetworkAdapter -ManagementOS -Name " VLAN123" -SwitchName " VLAN-vSwitch" -Passthru | Set-VMNetworkAdapterVlan -Access -VlanId 123 # You can now add as many virtual NICs as you needĪdd-VMNetworkAdapter -ManagementOS -Name " VLAN456" -SwitchName " VLAN-vSwitch" -Passthru | Set-VMNetworkAdapterVlan -Access -VlanId 456 # Finally, verify that all adapter are in place Please note, that the interface name can be chosen freely. We do now have a clean new VLAN-Aware vSwitch Step 3: Setting up VLAN interfaces # Now we create a new virtual Host-NIC and assign a VLAN tag 123 to it. Remove-VMNetworkAdapter -ManagementOS -Name VLAN-vSwitch # Hyper-V automatically creates a virtual NIC without a VLAN tag to keep the host online - Remove it, except you are using a Untagged/Tagged combination. New-VMSwitch -name VLAN-vSwitch -NetAdapterName Ethernet -AllowManagementOS $true Also we allow to add virtual Host-NICs to this switch. # This creates a new vSwitch named VLAN-vSwitch and bridging our physical NIC called "Ethernet". # This will return a list of network adapters, find your physical NIC and note its "Name" - In most cases "Ethernet" Your host will lose it’s network connection – Do not do that remotely or with apps running. For this, we need to open up powershell as an administrator and enter the following commands. We will have to keep this one as it is and go ahead creating a second vSwitch. Hyper-V automatically creates a “Default vSwitch” that you can not delete and unfortunately it is not VLAN-Aware. Relevant bits from the blogpost: Step 2: Setting up the vSwitch In my case I just enabled Hyper-V completely. It also requires you to enable the hyper-v module in windows, have a look at Jayman's post for the screenshot. Big advantage of this solution is that it's not limited to Intel network adapters, but works for other brands too (realtek for example). The solution by pretty close, but the powershell commands failed for me when trying to set the VLAN ID.Įventually stumbled upon this blog post which worked for me.
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