PS Script to Automate NIC Teaming and Configure Static IP Address based off an Existing Physical NIC

Question

# Retrieve IP Address and Default Gateway from static IP Assigned NIC and assign to variables.
$wmi = Get-WmiObject Win32_NetworkAdapterConfiguration -Filter "IPEnabled = True" |
Where-Object { $_.IPAddress -match '192\.' }
$IPAddress = $wmi.IpAddress[0]
$DefaultGateway = $wmi.DefaultIPGateway[0]
# Create Lbfo TEAM1, by binding “Ethernet” and “Ethernet 2” NICs.
New-NetLbfoTeam -Name TEAM1 -TeamMembers "Ethernet","Ethernet 2" -TeamingMode Lacp -LoadBalancingAlgorithm TransportPorts -Confirm:$false
# 20 second pause to allow TEAM1 to form and come online.
Start-Sleep -s 20
# Configure static IP Address, Subnet, Default Gateway, DNS Server IPs to newly formed TEAM1 interface.
New-NetIPAddress –InterfaceAlias “TEAM1” –IPAddress $IPAddress –PrefixLength 24 -DefaultGateway $DefaultGateway
Set-DnsClientServerAddress -InterfaceAlias “TEAM1” -ServerAddresses xx.xx.xx.xx, xx.xx.xx.xx
Howdy All!
I was recently presented with the challenge of automating the creation and configuration of a NIC Team on Server 2012 and Server 2012 R2.
Condition:
New Team will use static IP Address of an existing NIC (one of two physical NICs to be used in the Team).  Each server has more than one NIC.
Our environment is pretty static, in the sense that all our servers use the same subnet mask and DNS server IP Addresses, so I really only had
to worry about the Static IP Address and the Default Gateway.
1. Retrieve NIC IP Address and Default Gateway:
I needed a way to query only the NIC with the correct IP Address settings and create required variables based on that query.  For that, I
leveraged WMI.  For example purposes, let's say the servers in your environment start with 192. and you know the source physical NIC with desired network configurations follows this scheme.  This will retrieve only the network configuration information
for the NIC that has the IP Address that starts with "192."  Feel free to replace 192 with whatever octet you use.  you can expand the criteria by filling out additional octects... example:
Where-Object
$_.IPAddress
-match'192\.168.' } This would search for NICs with IP Addresses 192.168.xx.xx.
$wmi
= Get-WmiObject
Win32_NetworkAdapterConfiguration
-Filter "IPEnabled = True"
|
Where-Object {
$_.IPAddress
-match '192\.' }
$IPAddress
= $wmi.IpAddress[0]
$DefaultGateway
= $wmi.DefaultIPGateway[0]
2. Create Lbfo TEAM1
This is a straight forward command based off of New-NetLbfoTeam.  I used  "-Confirm:$false" to suppress prompts. 
Our NICs are named “Ethernet” and “Ethernet 2” by default, so I was able to keep –TeamMembers as a static entry. 
Also added start-sleep command to give the new Team time to build and come online before moving on to network configurations. 
New-NetLbfoTeam
-Name TEAM1
-TeamMembers "Ethernet","Ethernet 2"
-TeamingMode SwitchIndependent
-LoadBalancingAlgorithm
Dynamic -Confirm:$false
# 20 second pause to allow TEAM1 to form and come online.
Start-Sleep
-s 20
3. Configure network settings for interface "TEAM1".
Now it's time to pipe the previous physical NICs configurations to the newly built team.  Here is where I will leverage
the variables I created earlier.
There are two separate commands used to fully configure network settings,
New-NetIPAddress : Here is where you assign the IP Address, Subnet Mask, and Default Gateway.
Set-DnsClientServerAddress: Here is where you assign any DNS Servers.  In my case, I have 2, just replace x's with your
desired DNS IP Addresses.
New-NetIPAddress
–InterfaceAlias “TEAM1”
–IPAddress $IPAddress
–PrefixLength 24
-DefaultGateway $DefaultGateway
Set-DnsClientServerAddress
-InterfaceAlias “TEAM1”
-ServerAddresses xx.xx.xx.xx, xx.xx.xx.xx
Hope this helps and cheers!

Answer 1

I've done this before, and because of that I've run into something you may find valuable. 
Namely two challenges:
There are "n" number of adapters in the server.
Adapters with multiple ports should be labeled in order.
MS only supports making a LBFO Team out of "like speed" adapters.
To solve both of these challenges I standardized the name based on link speed for each adapter before creating hte team.  Pretty simple really!  FIrst I created to variables to store the 10g and 1g adapters.  I went ahead and told it to skip
any "hyper-V" ports for obvious reasons, and sorted by MAC address as servers tend to put all thier onboard NICs in sequentially by MAC:
$All10GAdapters = (Get-NetAdapter |where{$_.LinkSpeed -eq "10 Gbps" -and $_.InterfaceDesription -notmatch 'Hyper-V*'}|sort-object MacAddress)
$All1GAdapters = (Get-NetAdapter |where{$_.LinkSpeed -eq "1 Gbps" -and $_.InterfaceDesription -notmatch 'Hyper-V*'}|sort-object MacAddress)
Sweet ... now that I have my adapters I can rename them into something standardized:
$i=0
$All10GAdapters | ForEach-Object {
Rename-NetAdapter -Name $_.Name -NewName "Ethernet_10g_$i"
$i++
$i = 0
$All1GAdapters | ForEach-Object {
Rename-NetAdapter -Name $_.Name -NewName "Ethernet_1g_$i"
$i++
Once that's done Now i can return to your team command but use a wildcard sense I know the standardized name!
New-NetLbfoTeam -Name TEAM1G -TeamMembers Ethernet_1g_* -TeamingMode SwitchIndependent -LoadBalancingAlgorithm Dynamic -Confirm:$false
New-NetLbfoTeam -Name TEAM10G -TeamMembers Ethernet_10g_* -TeamingMode SwitchIndependent -LoadBalancingAlgorithm Dynamic -Confirm:$false