 190, and click on Next. Specify a name and description for the VM network Name: VMN-PVLAN_Testing_0-190 Description: 12. On the isolation page, select the Specify a VLAN option and select the 192.168.190.0/24-190 5 network (-190 denotes the VLAN ID and 5 denotes the Secondary VLAN). Then click on Next. 13. Review the summary and click on Finish. 14. Navigate to the Fabric workspace, and then click on Port Profiles. Right-click on the Standard uplink port profile and click on Network Configuration. 15. Click on PVLAN-Testing_0. Then click on OK. Select the network sites supported by this uplink port profile Network sites: Network Site Logical Network External (NAT)_0 External (NAT) Host-Cluster_0 Host-Cluster Host-LiveMigration_0 Host-LiveMigration Host-Management_0 Host-Management Provider Address_0 Provider Address PVLAN Testing_0 PVLAN Testing VLAN Testing_0 VLAN Testing 16. This tells VMM that the newly created PVLANs are now available wherever this uplink port profile is used. 17. Navigate to the Library workspace, click on VM Templates, and right-click on your default VM template, in this case, Windows Server 2012 R2 Standard. Then click on Create Virtual Machine. Chapter 6 18. Navigate through the Create Virtual Machine wizard giving the appropriate information. Use a suitable name, in this case PVLAN190 - 1. On the Configure Hardware page ensure the VM is connected to the VM Network VMN-PVLAN-Testing_0-190 and that the VMN-PVLAN-Testing_0-190_0 subnet is selected on Network Adapter 1, as shown in the following screenshot: Network Adapter 1 Connectivity Not connected Connected to a VM network VM network: VMN-PVLAN_Testing_0-190 Browse... VM subnet: VMN-PVLAN_Testing_0-190_0 IP address Dynamic IP Static IP (from a static IP pool) IP protocol version: IPv4 only MAC address Dynamic Static 00:00:00:00:00:00 19. Complete the deployment of the Virtual Machine. 20. Repeat steps 17-19 three times for a total of four VMs on the VMN-PVLAN- Testing_ 0-190 VM Network. These VMs will be needed to demonstrate PVLAN func