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The video walks you through an installation and configuration of Nexus Dashboard Orchestrator (NDO) on VMware ESXi environment. We will begin by giving you an overview of Nexus Dashboard architecture, node sizing using Cisco capacity planning tool, cluster placement latency requirements, and data/management interface network design. The lab then proceeds to deploying both a 3-node ND cluster and a single-node cluster, configuring cluster parameters, and installing NDO service. We will finish by adding two ACI sites as managed sites.

The video walks you through an installation and configuration of Nexus Dashboard Orchestrator (NDO) on VMware ESXi environment. We will begin by giving you an overview of Nexus Dashboard architecture, node sizing using Cisco capacity planning tool, cluster placement latency requirements, and data/management interface network design. The lab then proceeds to deploying both a 3-node ND cluster and a single-node cluster, configuring cluster parameters, and installing NDO service. We will finish by adding two ACI sites as managed sites.

The video walks you through an installation and configuration of Nexus Dashboard Orchestrator (NDO) on VMware ESXi environment. We will begin by giving you an overview of Nexus Dashboard architecture, node sizing using Cisco capacity planning tool, cluster placement latency requirements, and data/management interface network design. The lab then proceeds to deploying both a 3-node ND cluster and a single-node cluster, configuring cluster parameters, and installing NDO service. We will finish by adding two ACI sites as managed sites.

The video demonstrates three L3 PBR service graph strategies for a Cisco two-pod ACI 6.0 Multi-Pod fabric. The first scenario covers Active/Standby FW HA. The second scenario progresses into Active/Active FW design with Symmetric PBR. The third scenario gives you another design option with Active/Active FW using Location-Based PBR. The lab tests both North-South (L3OUT) and East-West (inter-ESG) traffic under each model and verify failover behavior.

The video demonstrates three L3 PBR service graph strategies for a Cisco two-pod ACI 6.0 Multi-Pod fabric. The first scenario covers Active/Standby FW HA. The second scenario progresses into Active/Active FW design with Symmetric PBR. The third scenario gives you another design option with Active/Active FW using Location-Based PBR. The lab tests both North-South (L3OUT) and East-West (inter-ESG) traffic under each model and verify failover behavior.

The video demonstrates three L3 PBR service graph strategies for a Cisco two-pod ACI 6.0 Multi-Pod fabric. The first scenario covers Active/Standby FW HA. The second scenario progresses into Active/Active FW design with Symmetric PBR. The third scenario gives you another design option with Active/Active FW using Location-Based PBR. The lab tests both North-South (L3OUT) and East-West (inter-ESG) traffic under each model and verify failover behavior.

The video demonstrates three L3 PBR service graph strategies for a Cisco two-pod ACI 6.0 Multi-Pod fabric. The first scenario covers Active/Standby FW HA. The second scenario progresses into Active/Active FW design with Symmetric PBR. The third scenario gives you another design option with Active/Active FW using Location-Based PBR. The lab tests both North-South (L3OUT) and East-West (inter-ESG) traffic under each model and verify failover behavior.

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.