mpbgp

The video covers L3OUT design in a two-pod Cisco ACI 6.0 Multi-Pod fabric. We will be configuring four design scenarios. The first scenario deals with a single L3OUT. The second scenario looks at each pod having and preferring its local L3OUT. The third scenario explores L3OUT failover between pods. The last scenario presents active-active L3OUT design with host route advertiement. The lab highlights trade-offs between design simplicity and performance optimization.

The video covers L3OUT design in a two-pod Cisco ACI 6.0 Multi-Pod fabric. We will be configuring four design scenarios. The first scenario deals with a single L3OUT. The second scenario looks at each pod having and preferring its local L3OUT. The third scenario explores L3OUT failover between pods. The last scenario presents active-active L3OUT design with host route advertiement. The lab highlights trade-offs between design simplicity and performance optimization.

The video covers L3OUT design in a two-pod Cisco ACI 6.0 Multi-Pod fabric. We will be configuring four design scenarios. The first scenario deals with a single L3OUT. The second scenario looks at each pod having and preferring its local L3OUT. The third scenario explores L3OUT failover between pods. The last scenario presents active-active L3OUT design with host route advertiement. The lab highlights trade-offs between design simplicity and performance optimization.

The video looks at a versatility and configuration of GOLF feature in Cisco ACI 6.0. We will go over concepts and benefits of GOLF and step through required configuration while exercising knowledge from our L3Out videos. We will be able to allow traffic that is in transit or originated in ACI to exit through a GOLF connection.  

The video looks at a versatility and configuration of GOLF feature in Cisco ACI 6.0. We will go over concepts and benefits of GOLF and step through required configuration while exercising knowledge from our L3Out videos. We will be able to allow traffic that is in transit or originated in ACI to exit through a GOLF connection.  

The video looks at a versatility and configuration of GOLF feature in Cisco ACI 6.0. We will go over concepts and benefits of GOLF and step through required configuration while exercising knowledge from our L3Out videos. We will be able to allow traffic that is in transit or originated in ACI to exit through a GOLF connection.  

The video shows you how to inter-connect multiple SDA sites over SDA transit on Cisco DNAC 2.1. We will bring up a SDA transit control-plane running LISP and MPBGP, and connect three SDA sites. End-to-end connectivity will be tested with 802.1x authentication and SGT enforcement. Wireshark packet capture will be performed to reveal underlying activity and packet structure.

The video shows you how to inter-connect multiple SDA sites over SDA transit on Cisco DNAC 2.1. We will bring up a SDA transit control-plane running LISP and MPBGP, and connect three SDA sites. End-to-end connectivity will be tested with 802.1x authentication and SGT enforcement. Wireshark packet capture will be performed to reveal underlying activity and packet structure.

The video shows you how to inter-connect multiple SDA sites over SDA transit on Cisco DNAC 2.1. We will bring up a SDA transit control-plane running LISP and MPBGP, and connect three SDA sites. End-to-end connectivity will be tested with 802.1x authentication and SGT enforcement. Wireshark packet capture will be performed to reveal underlying activity and packet structure.

The video introduces you to Cisco MPLS multicast VPN. We will first go through some theories behind the technology to give you a big picture of configuration steps that will be involved and familiarize you with essential terminologies. The configuration begins at global multicast, of which we will use Source-Specific Multicast (SSM), and followed by Default-MDT and Data-MDT configuration. During configuration, we will provide tips and point out anything that you might need to pay attention to. We will be testing using both Dense and Sparse modes at the client sites. Wireshark packet capture will be performed throughout this lab to help you place the theories into practice, and understand the structure of the multicast packets.