![]() Remove the checkmark from the Automatic metric box, and enter a new custom Interface metric number. Step 5: There you find Interface metric near the bottom. Step 4: Locate the Advanced button on the next window that opens and click on it. Note: If your connection is IPv6, select Internet Protocol Version 6 (TCP/IPv6) instead. Step 3: Locate Internet Protocol Version 4 (TCP/IPv4), select it, and click on the Properties button. This opens the properties window of the adapter. Step 2: Right-click on the adapter that you want to modify the priority for, and select Properties from the context menu. This opens the Network Connections listing. Step 1: Tap on the Windows-key, type ncpa.cpl and hit the Enter-key to get started. I suggest you run the PowerShell command Get-NetIPInterface to get a reading on those directly. While you can in theory check the value for each adapter individually, this would mean even more clicking and is not recommended. The main reason for that is that you don't get an overview of all network adapter priorities in the graphical user interface. Note that it requires quite a bit of clicking, and is not as straightforward as the PowerShell method. If you prefer to use a graphical user interface, you can do that as well. Use the command Get-NetIPInterface to list the adapter information table again to verify the change. This changes the priority of adapter 11 to the value 90.Īdapters with a lower InterfaceMetric number are prioritized over adapters that have a higher number. Run the command Set-NetIPInterface -InterfaceIndex "Index of the adapter you want to change the priority for" -InterfaceMetric "new priority of the adapter".Įxample: Set-NetIPInterface -InterfaceIndex "11" -InterfaceMetric "90" Windows lists the priority of the adapter, and priorities of all other adapters. To change the priority of an adapter, look at the InterfaceMetric column. Also, it lists all adapter known by Windows at that point in time. The index is a unique number of each adapter, the metric the priority of that adapter. This displays all network adapters, their interface index number, and the interface metric. The first command that you want to run is Get-NetIPInterface. The screenshot above shows how the interface looks like when done that way. Note that you may also launch PowerShell from an elevated command prompt window by typing powershell. This opens an elevated PowerShell prompt.
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