flexconnect

The video shows two ways that you can design guest fabric-enabled wireless in SDA using Cisco DNAC 2.1. The first method is to treat guest like any other VN and have traffic exit a border node. The second method is to have guest traffic tunneled to a dedicated guest border node in a DMZ. We will take a Wireshark packet capture and perform an analysis. The video ends with a demonstration to have wired guest also utilize the guest border node.

The video shows two ways that you can design guest fabric-enabled wireless in SDA using Cisco DNAC 2.1. The first method is to treat guest like any other VN and have traffic exit a border node. The second method is to have guest traffic tunneled to a dedicated guest border node in a DMZ. We will take a Wireshark packet capture and perform an analysis. The video ends with a demonstration to have wired guest also utilize the guest border node.

The video shows two ways that you can design guest fabric-enabled wireless in SDA using Cisco DNAC 2.1. The first method is to treat guest like any other VN and have traffic exit a border node. The second method is to have guest traffic tunneled to a dedicated guest border node in a DMZ. We will take a Wireshark packet capture and perform an analysis. The video ends with a demonstration to have wired guest also utilize the guest border node.

The video shows two ways that you can design guest fabric-enabled wireless in SDA using Cisco DNAC 2.1. The first method is to treat guest like any other VN and have traffic exit a border node. The second method is to have guest traffic tunneled to a dedicated guest border node in a DMZ. We will take a Wireshark packet capture and perform an analysis. The video ends with a demonstration to have wired guest also utilize the guest border node.

The video introduces you to the concept of wireless mesh on Cisco 9800 WLC. Using indoor mesh in our lab, you will learn the basics and behavior of wireless mesh AP. We will go through different topology and connection scenarios from a single hop mesh to multi-hop with VLAN propagation, Ethernet bridging, and bridging with FlexConnect.

The video introduces you to the concept of wireless mesh on Cisco 9800 WLC. Using indoor mesh in our lab, you will learn the basics and behavior of wireless mesh AP. We will go through different topology and connection scenarios from a single hop mesh to multi-hop with VLAN propagation, Ethernet bridging, and bridging with FlexConnect.

The video introduces you to the concept of wireless mesh on Cisco 9800 WLC. Using indoor mesh in our lab, you will learn the basics and behavior of wireless mesh AP. We will go through different topology and connection scenarios from a single hop mesh to multi-hop with VLAN propagation, Ethernet bridging, and bridging with FlexConnect.

The video introduces you to the concept of wireless mesh on Cisco 9800 WLC. Using indoor mesh in our lab, you will learn the basics and behavior of wireless mesh AP. We will go through different topology and connection scenarios from a single hop mesh to multi-hop with VLAN propagation, Ethernet bridging, and bridging with FlexConnect.

The video introduces you to the concept of Office Extend AP on Cisco9800 WLC. We will go through enabling Office Extend capability on an AP running FlexConnect mode, prepping a public WLC, provisioning an AP before deployment, and going over best practices. The features we will look at include Split-Tunnel (specified, and local), and personal SSID.

The video introduces you to the concept of Office Extend AP on Cisco9800 WLC. We will go through enabling Office Extend capability on an AP running FlexConnect mode, prepping a public WLC, provisioning an AP before deployment, and going over best practices. The features we will look at include Split-Tunnel (specified, and local), and personal SSID.