dnac

The video demonstrates wired and wireless Assurance on Cisco DNAC. We will first go through necessary configuration to enable DNA Assurance. The remaining part of the videos reviews data displayed on DNAC Assurance dashboard including network and client health monitoring to understand the level of visibility, troubleshooting capabilities, and benefits of the feature.

The video demonstrates wired and wireless Assurance on Cisco DNAC. We will first go through necessary configuration to enable DNA Assurance. The remaining part of the videos reviews data displayed on DNAC Assurance dashboard including network and client health monitoring to understand the level of visibility, troubleshooting capabilities, and benefits of the feature.

The video shows you how to support multicast traffic on Cisco Software Defined Access fabric. We will go through configuration on DNAC and try to understand how multicast packets are delivered with packet capture. We will attempt having multicast source both on and off the fabric. The video finishes with extending multicast to fabric-enabled wireless.

The video shows you how to support multicast traffic on Cisco Software Defined Access fabric. We will go through configuration on DNAC and try to understand how multicast packets are delivered with packet capture. We will attempt having multicast source both on and off the fabric. The video finishes with extending multicast to fabric-enabled wireless.

The video shows you how to support multicast traffic on Cisco Software Defined Access fabric. We will go through configuration on DNAC and try to understand how multicast packets are delivered with packet capture. We will attempt having multicast source both on and off the fabric. The video finishes with extending multicast to fabric-enabled wireless.

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

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

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

The video shows you how to configure non-fabric (aka Over-The-Top) wireless on Cisco DNAC. We will use DNAC to provision enterprise 802.1x wireless as well as guest with Central Web Auth (CWA) to authenticate against Cisco ISE. We will configure IP-Based ACL on DNAC to restrict network access on wireless client.

The video shows you how to configure non-fabric (aka Over-The-Top) wireless on Cisco DNAC. We will use DNAC to provision enterprise 802.1x wireless as well as guest with Central Web Auth (CWA) to authenticate against Cisco ISE. We will configure IP-Based ACL on DNAC to restrict network access on wireless client.