It’s important to understand which version of the C9800-CL will be deployed. We are required to use the OVF Tool since we’re not running VMware vSphere Client.ĭownload and install the OVF Tool from VMware with a login. Next, you have to download and install the VMware OVF Tool. INFRA – a trunk port where GigabitEthernet2 will be mapped.VM Network – Where GigabitEthernet1 will be mapped.I have two different port groups defined within ESXi for initial deployment. The HA interface is used for redundancy between C9800 controllers. The Wireless management interface will be used for AP management and can also be used to manage the controller. The Device management interface will be used as an out-of-band management to the Catalyst 9800 controller. GigabitEthernet2 = Wireless management interface.GigabitEthernet1 = Device management interface.Each one will be mapped to a port group assigned on the VM. Prior to deploying Catalyst 9800 controller you’ll want to configure three networks within ESXi or port groups.Ĭ9800-CL has three network interfaces. The host boots off of that USB drive so I can keep as much of the hard drive space dedicated to virtual machines. I’m using version 6.7.0 of VMware ESXi which is stored on the 8GB USB drive. The whole kit cost me approximately $789.79. Samsung 850 EVO 500GB 2.5-Inch SATA III Internal SSD.Intel NUC mini PC kit NUC7i7BNH (Intel Core i7).

To run the Catalyst 9800 wireless LAN controller you should get an Intel i7, minimum. For this lab, I initially tried to get this working using an 6th Generation Intel Core i3 Processor NUC.

Cisco vwlc download