vmm

The video demonstrates how to replicate an existing tenant from a primary ACI site to a second site using object import. The lab then configures VMM integration at the second site using a single vCenter that manages ESXi clusters at both sites. We will create a new per-site VDS and VMM domain on the DC2 APIC. The lab concludes with successful inter-cluster vMotion of VMs across sites over the stretched L2 subnet.

The video demonstrates how to replicate an existing tenant from a primary ACI site to a second site using object import. The lab then configures VMM integration at the second site using a single vCenter that manages ESXi clusters at both sites. We will create a new per-site VDS and VMM domain on the DC2 APIC. The lab concludes with successful inter-cluster vMotion of VMs across sites over the stretched L2 subnet.

The video demonstrates how to replicate an existing tenant from a primary ACI site to a second site using object import. The lab then configures VMM integration at the second site using a single vCenter that manages ESXi clusters at both sites. We will create a new per-site VDS and VMM domain on the DC2 APIC. The lab concludes with successful inter-cluster vMotion of VMs across sites over the stretched L2 subnet.

The video demonstrates how to replicate an existing tenant from a primary ACI site to a second site using object import. The lab then configures VMM integration at the second site using a single vCenter that manages ESXi clusters at both sites. We will create a new per-site VDS and VMM domain on the DC2 APIC. The lab concludes with successful inter-cluster vMotion of VMs across sites over the stretched L2 subnet.

The video covers endpoint learning and connectivity in a two-pod Cisco ACI 6.0 Multi-Pod fabric. We will walk through extending fabric policies to Pod 2, provisioning host uplinks and EPG static ports on the Pod 2 leaf. We will bring up endpoints and take time to understand how endpoints are learned and communicate across the pod. The lab concludes with APIC cluster expansion into Pod 2, including Cisco's placement guidelines and the process for adding, initializing, and decommissioning APIC nodes in a multi-pod environment.

The video covers endpoint learning and connectivity in a two-pod Cisco ACI 6.0 Multi-Pod fabric. We will walk through extending fabric policies to Pod 2, provisioning host uplinks and EPG static ports on the Pod 2 leaf. We will bring up endpoints and take time to understand how endpoints are learned and communicate across the pod. The lab concludes with APIC cluster expansion into Pod 2, including Cisco's placement guidelines and the process for adding, initializing, and decommissioning APIC nodes in a multi-pod environment.

The video covers endpoint learning and connectivity in a two-pod Cisco ACI 6.0 Multi-Pod fabric. We will walk through extending fabric policies to Pod 2, provisioning host uplinks and EPG static ports on the Pod 2 leaf. We will bring up endpoints and take time to understand how endpoints are learned and communicate across the pod. The lab concludes with APIC cluster expansion into Pod 2, including Cisco's placement guidelines and the process for adding, initializing, and decommissioning APIC nodes in a multi-pod environment.

The video covers endpoint learning and connectivity in a two-pod Cisco ACI 6.0 Multi-Pod fabric. We will walk through extending fabric policies to Pod 2, provisioning host uplinks and EPG static ports on the Pod 2 leaf. We will bring up endpoints and take time to understand how endpoints are learned and communicate across the pod. The lab concludes with APIC cluster expansion into Pod 2, including Cisco's placement guidelines and the process for adding, initializing, and decommissioning APIC nodes in a multi-pod environment.

The video introduces you to a concept of Endpoint Security Group (ESG) in Cisco ACI 6.0. The lab walks through migrating existing EPG endpoints into ESGs using various selector types including EPG selectors, IP tags, MAC tags, and VMM-based attributes like VM name and VM tags. This demonstrates how each selector type affects switching versus routed traffic enforcement. The key takeaway is that ESGs provide a flexible, app-centric security model that supports multi-BD grouping and granular endpoint classification, making them well-suited for greenfield deployments or as a migration path from EPG-based policy.

The video introduces you to a concept of Endpoint Security Group (ESG) in Cisco ACI 6.0. The lab walks through migrating existing EPG endpoints into ESGs using various selector types including EPG selectors, IP tags, MAC tags, and VMM-based attributes like VM name and VM tags. This demonstrates how each selector type affects switching versus routed traffic enforcement. The key takeaway is that ESGs provide a flexible, app-centric security model that supports multi-BD grouping and granular endpoint classification, making them well-suited for greenfield deployments or as a migration path from EPG-based policy.