wireless

The video shows you different wireless tools available in Cisco DNAC 2.1. We will go through Wireless Sensor provisioning and configuration process that will help you actively monitor your wireless environment. Some of the grate tools for wireless analytic and troubleshooting covered here include WiFi6 analysis, AI-driven insight, client 360, intelligent capture and spectrum analysis.

The video shows you how to enable native multicast routing on a SDA fabric in Cisco DNAC 2.1. We will work through configuration on DNAC and try to understand how multicast packets are delivered with a packet capture. We will attempt to have multicast source located both on and off the fabric while we test it in both wired and fabric-enabled wireless.

The video shows you how to enable native multicast routing on a SDA fabric in Cisco DNAC 2.1. We will work through configuration on DNAC and try to understand how multicast packets are delivered with a packet capture. We will attempt to have multicast source located both on and off the fabric while we test it in both wired and fabric-enabled wireless.

The video shows you how to enable native multicast routing on a SDA fabric in Cisco DNAC 2.1. We will work through configuration on DNAC and try to understand how multicast packets are delivered with a packet capture. We will attempt to have multicast source located both on and off the fabric while we test it in both wired and fabric-enabled wireless.

The video shows you an integration between Cisco DNAC 2.1 and CMX to obtain and display wireless endpoints and their location information. We will look at how to work with a floor map, AP placement, and required settings on the Cisco CMX. DNA Spaces will be discussed as an alternative for location service.

The video shows you an integration between Cisco DNAC 2.1 and CMX to obtain and display wireless endpoints and their location information. We will look at how to work with a floor map, AP placement, and required settings on the Cisco CMX. DNA Spaces will be discussed as an alternative for location service.

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.