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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 uncovers Multicast routing capabilities on Cisco Firepower 6.7. We will configure a FTD device as a multicast stub before proceeding to enable full multicast routing with Boot Strap Router. We will take time to explore supported multicast features and perform testing with video traffic. The lab ends with configuration of QoS traffic policing.

The video uncovers Multicast routing capabilities on Cisco Firepower 6.7. We will configure a FTD device as a multicast stub before proceeding to enable full multicast routing with Boot Strap Router. We will take time to explore supported multicast features and perform testing with video traffic. The lab ends with configuration of QoS traffic policing.

The video uncovers Multicast routing capabilities on Cisco Firepower 6.7. We will configure a FTD device as a multicast stub before proceeding to enable full multicast routing with Boot Strap Router. We will take time to explore supported multicast features and perform testing with video traffic. The lab ends with configuration of QoS traffic policing.

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 behavior of multicast traffic over wireless on Cisco 9800WLC. We will look at the inefficiency and lack of reliability nature of wireless multicast and how VideoStream feature can help address these issue and increase application performance. Wireshark capture will be performed as part of investigation and solution validation.