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The video covers different L3 Multi-site Mode design scenario on NDO using Cisco ACI 6.0. The four scenarios are shared VRF and BD with per-site subnets, per-site BDs and EPGs under a shared VRF, separate per-site VRFs, and separate tenants per site. WE will see how NDO automatically handles Shadow EPG creation and contract export/import as objects are stretched between sites. Choosing the right design depends on the degree of network isolation desired and this video will help you find a design that best fit your requirements.

The video covers different L3 Multi-site Mode design scenario on NDO using Cisco ACI 6.0. The four scenarios are shared VRF and BD with per-site subnets, per-site BDs and EPGs under a shared VRF, separate per-site VRFs, and separate tenants per site. WE will see how NDO automatically handles Shadow EPG creation and contract export/import as objects are stretched between sites. Choosing the right design depends on the degree of network isolation desired and this video will help you find a design that best fit your requirements.

The video covers different L3 Multi-site Mode design scenario on NDO using Cisco ACI 6.0. The four scenarios are shared VRF and BD with per-site subnets, per-site BDs and EPGs under a shared VRF, separate per-site VRFs, and separate tenants per site. WE will see how NDO automatically handles Shadow EPG creation and contract export/import as objects are stretched between sites. Choosing the right design depends on the degree of network isolation desired and this video will help you find a design that best fit your requirements.

The video covers different L3 Multi-site Mode design scenario on NDO using Cisco ACI 6.0. The four scenarios are shared VRF and BD with per-site subnets, per-site BDs and EPGs under a shared VRF, separate per-site VRFs, and separate tenants per site. WE will see how NDO automatically handles Shadow EPG creation and contract export/import as objects are stretched between sites. Choosing the right design depends on the degree of network isolation desired and this video will help you find a design that best fit your requirements.

The video introduces you to L2 Multi-Site Mode in NDO on Cisco ACI 6.0. We will explain the mechanisms behind cross-site traffic such as Shadow EPG, and Name-Space Translation. The lab implements L2 stretch across two ACI sites by extending a BD and EPG so endpoints at both sites share the same subnet. We will discuss template best practices. Additional scenarios validate Intra-EPG Isolation and Intra-EPG Contract enforcement working end-to-end across the stretched fabric.

The video introduces you to L2 Multi-Site Mode in NDO on Cisco ACI 6.0. We will explain the mechanisms behind cross-site traffic such as Shadow EPG, and Name-Space Translation. The lab implements L2 stretch across two ACI sites by extending a BD and EPG so endpoints at both sites share the same subnet. We will discuss template best practices. Additional scenarios validate Intra-EPG Isolation and Intra-EPG Contract enforcement working end-to-end across the stretched fabric.

The video introduces you to L2 Multi-Site Mode in NDO on Cisco ACI 6.0. We will explain the mechanisms behind cross-site traffic such as Shadow EPG, and Name-Space Translation. The lab implements L2 stretch across two ACI sites by extending a BD and EPG so endpoints at both sites share the same subnet. We will discuss template best practices. Additional scenarios validate Intra-EPG Isolation and Intra-EPG Contract enforcement working end-to-end across the stretched fabric.

The video walks through configuring an Inter-Site Network (ISN) for ACI 6.0 Multi-Site using NDO. We will begin by reviewing ISN requirements. We will use Site-to-Site Connectivity wizard on NDO to define spine interface parameters, External TEP unicast and multicast anycast IP pools, OSPF interface policies, and iBGP peering settings for each site. The lab verifies the ISN and show Fabric Interconnect status.

The video walks through configuring an Inter-Site Network (ISN) for ACI 6.0 Multi-Site using NDO. We will begin by reviewing ISN requirements. We will use Site-to-Site Connectivity wizard on NDO to define spine interface parameters, External TEP unicast and multicast anycast IP pools, OSPF interface policies, and iBGP peering settings for each site. The lab verifies the ISN and show Fabric Interconnect status.

The video demonstrates how to use NDO Autonomous Mode to deploy independent ACI 6.0 tenant configurations to separate fabric sites without establishing inter-site ISN connectivity or object stretching. The lab walks through creating a Schema, defining VRF, BD, EPG, contract, and filter objects in an Application Template, deploying to a second standalone ACI site, and then adding site-specific configuration. A second scenario shows how to import an existing operational tenant from an existing DC into NDO and clone it to another DC.