ress range: Total addresses: Total dedicated IP addresses: Host groups Total virtual IP addresses: All Hosts\Gateway All Hosts\Hosts 12. Right-click on the Logical Network VLAN Testing and click on Create VM Network. 13. Enter an appropriate name, in this case, VMN - VLAN_Testing_ 0 - 150, and click on Next. Specify a name and description for the VM network Name: VMN-VLAN_Testing_0-150 Description: Implementing Network Isolation in Hyper-V 14. On the isolation page select the Specify a VLAN option and select the 192.168.150.0/24-150 network (-150 denotes the VLAN ID). Click on Next. Automatic Specify a VLAN Network site: VLAN Testing_0 Subnet VLAN: 192.168.150.0/24-150 15. Review the summary and click on Finish. 16. Repeat steps 12-14 for the other subnet (192.168.151.0/24-151) by calling the VM Network N-VLAN_Testing_0- 151. 17. Navigate to the VMs and Services workspace and click on VM Networks. You should have eight VM Networks listed, as shown in the following screenshot: VM Networks and IP Pools (8) External (NAT) Host-Cluster Host-LiveMigration Host-Management Tenant A Tenant B VMN-VLAN_Testing_0-150 VMN-VLAN-Testing_0-15 18. Click on the + sign next to Tenant A and VMN-VLAN-Testing_0-150 to show the IP subnets beneath the VM Networks. Chapter 6 19. You will see that the VMN-VLAN-Testing_0-150 IP pool is linked to the IP pool created in steps 6-10 and creates a dependency between the Logical Network, its Logical Network Site, IP pool, and then the VM Network. This reflects non-software defined networking. VM Network VMN-VLAN_Testing_0-150 IPP_VLAN_Testing_0-150 192.168.150.0/24 IP Pool TAT VLAN Testing Fully compliant IPP_VLAN_Testing_0-150 Fully compliant Logical Network Site Use an existing network site Create a network site Network site: VLAN Testing 0 IP subnet: 192.168.150.0/24 VLAN: 150 Host groups that can use this network site: All Hosts Hosts Gateway Logical Network VLAN Testing Properties Network sites Network sites can be added to a logical network to associate VLANs and subnets to host groups. N