Routing & Switching

The video goes through SDA fabric provisioning at two remote sites in our lab on Cisco DNAC 2.1. Branch 1 will be a Fabric-in-a-Box, while Branch 2 will be a small fabric with one Border/Control Plane node and one Fabric Edge. An endpoint at each site will have local fabric access by the end of the lab. This is to prepare for fabric site connectivity in the future video.

The video walks you through our lab setup for Cisco SDA Multi-Site on Cisco DNAC 2.1 that will lay a foundation for our subsequent labs. We will explain a lab topology and perform device discovery to have all devices added to DNAC inventory.

The video walks you through four different features that allow you to handle Layer 2 traffic in Cisco SDA on DNAC 2.1. These features are L2 flooding to override the default behavior of routed access, directed broadcast, L2VNI that makes a network segment behaves strictly as Layer 2 without an SVI, and L2 border to extend a fabric to a legacy Layer 2 network.

The video walks you through four different features that allow you to handle Layer 2 traffic in Cisco SDA on DNAC 2.1. These features are L2 flooding to override the default behavior of routed access, directed broadcast, L2VNI that makes a network segment behaves strictly as Layer 2 without an SVI, and L2 border to extend a fabric to a legacy Layer 2 network.

The video walks you through four different features that allow you to handle Layer 2 traffic in Cisco SDA on DNAC 2.1. These features are L2 flooding to override the default behavior of routed access, directed broadcast, L2VNI that makes a network segment behaves strictly as Layer 2 without an SVI, and L2 border to extend a fabric to a legacy Layer 2 network.

The video looks into two wireless security features on Cisco DNAC 2.1: Rogue AP detection, and aWIPS. We will cover rogue management life cycle performed on DNAC from detection, classification, whitelisting, and containment. For aWIPS, we will review threats and signatures currently supported on the DNAC.

The video looks into two wireless security features on Cisco DNAC 2.1: Rogue AP detection, and aWIPS. We will cover rogue management life cycle performed on DNAC from detection, classification, whitelisting, and containment. For aWIPS, we will review threats and signatures currently supported on the DNAC.

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 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 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.