l3out

The video covers L3OUT design in ACI Multi-Site in three scenarios: shared L3Out, dedicated L3Out, and active/active DC design. Each scenario presents different design options and we will highlight key differences and benefits of each one. The lab will look at host route advertisement to ensures that external traffic is always routed optimally to a destination workload.

The video covers L3OUT design in ACI Multi-Site in three scenarios: shared L3Out, dedicated L3Out, and active/active DC design. Each scenario presents different design options and we will highlight key differences and benefits of each one. The lab will look at host route advertisement to ensures that external traffic is always routed optimally to a destination workload.

The video covers L3OUT design in ACI Multi-Site in three scenarios: shared L3Out, dedicated L3Out, and active/active DC design. Each scenario presents different design options and we will highlight key differences and benefits of each one. The lab will look at host route advertisement to ensures that external traffic is always routed optimally to a destination workload.

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.

This video demonstrates how to insert a physical firewall into traffic flows using Go-To mode Service Graph in Cisco ACI 6.0. In the Go-To mode, the FW takes over as the default gateway while ACI provides L2 connectivity between endpoint BDs and the FW. The lab covers building all required physical and logical constructs then applying the graph between ESGs. A second scenario extends the setup to allow WEB and APP ESGs to reach external networks through the FW as a transit L3OUT.

This video demonstrates how to insert a physical firewall into traffic flows using Go-To mode Service Graph in Cisco ACI 6.0. In the Go-To mode, the FW takes over as the default gateway while ACI provides L2 connectivity between endpoint BDs and the FW. The lab covers building all required physical and logical constructs then applying the graph between ESGs. A second scenario extends the setup to allow WEB and APP ESGs to reach external networks through the FW as a transit L3OUT.

This video demonstrates how to insert a physical firewall into traffic flows using Go-To mode Service Graph in Cisco ACI 6.0. In the Go-To mode, the FW takes over as the default gateway while ACI provides L2 connectivity between endpoint BDs and the FW. The lab covers building all required physical and logical constructs then applying the graph between ESGs. A second scenario extends the setup to allow WEB and APP ESGs to reach external networks through the FW as a transit L3OUT.

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.