Datacenter

This video demonstrates how to add a Remote Leaf to an existing ACI fabric in Cisco ACI 6.0. The configuration covers IPN underlay setup, External TEP and Remote TEP pool allocation, DHCP relay for leaf discovery, and optional QoS policies to prioritize control and policy plane traffic across the IPN. Remote Leaf provides you with another way to expand existing ACI deployments to remote part of the network.

This video demonstrates how to add a Remote Leaf to an existing ACI fabric in Cisco ACI 6.0. The configuration covers IPN underlay setup, External TEP and Remote TEP pool allocation, DHCP relay for leaf discovery, and optional QoS policies to prioritize control and policy plane traffic across the IPN. Remote Leaf provides you with another way to expand existing ACI deployments to remote part of the network.

This video demonstrates how to add a Remote Leaf to an existing ACI fabric in Cisco ACI 6.0. The configuration covers IPN underlay setup, External TEP and Remote TEP pool allocation, DHCP relay for leaf discovery, and optional QoS policies to prioritize control and policy plane traffic across the IPN. Remote Leaf provides you with another way to expand existing ACI deployments to remote part of the network.

This video demonstrates how to extend an ACI fabric using Tier-2 Leaf switches in Cisco ACI 6.0. We will go through concepts, Tier-2 leaf registration and configuration to bring up the leaf. This provides you with another option for expanding fabric reach in existing ACI deployments.

This video introduces ACI programmability in Cisco ACI 6.0. We will cover ACI object structures, and how they represent configuration and system states. Our lab demonstrates multiple ways to discover and interact with ACI objects: using APIC's built-in tools (API Inspector, Visore, Save As), Postman, Python, Cisco's Cobra SDK, and Ansible ACI modules. The goal is to present a practical foundation in ACI automation so they can choose the right tool for their use case.

This video introduces ACI programmability in Cisco ACI 6.0. We will cover ACI object structures, and how they represent configuration and system states. Our lab demonstrates multiple ways to discover and interact with ACI objects: using APIC's built-in tools (API Inspector, Visore, Save As), Postman, Python, Cisco's Cobra SDK, and Ansible ACI modules. The goal is to present a practical foundation in ACI automation so they can choose the right tool for their use case.

This video introduces ACI programmability in Cisco ACI 6.0. We will cover ACI object structures, and how they represent configuration and system states. Our lab demonstrates multiple ways to discover and interact with ACI objects: using APIC's built-in tools (API Inspector, Visore, Save As), Postman, Python, Cisco's Cobra SDK, and Ansible ACI modules. The goal is to present a practical foundation in ACI automation so they can choose the right tool for their use case.

This video introduces ACI programmability in Cisco ACI 6.0. We will cover ACI object structures, and how they represent configuration and system states. Our lab demonstrates multiple ways to discover and interact with ACI objects: using APIC's built-in tools (API Inspector, Visore, Save As), Postman, Python, Cisco's Cobra SDK, and Ansible ACI modules. The goal is to present a practical foundation in ACI automation so they can choose the right tool for their use case.

This video demonstrates how to integrate a load balancer into traffic flows using Service Graph One-Arm mode and L3 PBR in Cisco ACI 6.0. We will cover inbound load balancing from L3OUT to EPG as well as East-West load balancing between EPGs. We have a bonus scenario that chains a firewall and load balancer together in a multi-node PBR service graph. 

This video demonstrates how to integrate a load balancer into traffic flows using Service Graph One-Arm mode and L3 PBR in Cisco ACI 6.0. We will cover inbound load balancing from L3OUT to EPG as well as East-West load balancing between EPGs. We have a bonus scenario that chains a firewall and load balancer together in a multi-node PBR service graph.