multicast

This video demonstrates how to configure shared services using ESG in Cisco ACI 6.0. The lab covers three main scenarios; same-tenant inter-VRF access, cross-tenant inband management access, and a shared L3OUT for ESG endpoints in a separate VRF. There is a bonus section at the end of the video on inter-VRF multicast distribution using route maps and a static RP. You will be able to see that ESG separation of security from networking makes shared service configuration more intuitive, as all route leaking is consolidated under the VRF rather than scattered across BD and EPG subnet settings.

This video demonstrates how to configure shared services using ESG in Cisco ACI 6.0. The lab covers three main scenarios; same-tenant inter-VRF access, cross-tenant inband management access, and a shared L3OUT for ESG endpoints in a separate VRF. There is a bonus section at the end of the video on inter-VRF multicast distribution using route maps and a static RP. You will be able to see that ESG separation of security from networking makes shared service configuration more intuitive, as all route leaking is consolidated under the VRF rather than scattered across BD and EPG subnet settings.

This video demonstrates how to configure shared services using ESG in Cisco ACI 6.0. The lab covers three main scenarios; same-tenant inter-VRF access, cross-tenant inband management access, and a shared L3OUT for ESG endpoints in a separate VRF. There is a bonus section at the end of the video on inter-VRF multicast distribution using route maps and a static RP. You will be able to see that ESG separation of security from networking makes shared service configuration more intuitive, as all route leaking is consolidated under the VRF rather than scattered across BD and EPG subnet settings.

The video goes through various multicast routing scenarios in Cisco ACI 6.0. The scenarios cover L2 multicast on the same EPG/Subnet, different EPG/Subnets, same and different Leaf, before progressing into full L3 multicast routing with an external Rendezvous Point via L3Out. Multicast source will be tested from within and outside of ACI fabric. You will get to see how multicast is supported in ACI.

The video goes through various multicast routing scenarios in Cisco ACI 6.0. The scenarios cover L2 multicast on the same EPG/Subnet, different EPG/Subnets, same and different Leaf, before progressing into full L3 multicast routing with an external Rendezvous Point via L3Out. Multicast source will be tested from within and outside of ACI fabric. You will get to see how multicast is supported in ACI.

The video goes through various multicast routing scenarios in Cisco ACI 6.0. The scenarios cover L2 multicast on the same EPG/Subnet, different EPG/Subnets, same and different Leaf, before progressing into full L3 multicast routing with an external Rendezvous Point via L3Out. Multicast source will be tested from within and outside of ACI fabric. You will get to see how multicast is supported in ACI.

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 demonstrates a concept of Mobility Anchor for guest users on Cisco 9800 WLC. We will extend our knowledge of mobility tunnel, foreign and anchor controllers, from the last video to securely segregate guest traffic into a DMZ. The second half of the video shows you how to configure Cisco ISE to operate with an anchor WLC in the DMZ to provide guest login portal without allowing guest traffic into internal network.