
Create and manage tenants in Cisco ACI as logical containers for security domains, policies, and resources, and configure VRFs and bridge domains within each tenant.
Identify leaf switches and build switch profiles to define the physical fabric, then create interface profiles and selectors for each port to implement policy-driven access.
Create switch profiles for each leaf and a VPC domain, then link them with domains and attachable entity profiles, enabling interface selectors and interface profiles to be configured later.
Configure interface profiles and precise interface selectors to map leaf switch ports to the fabric, maintaining consistency across leaf switches and linking to switch profiles for VLANs and endpoints.
Create and reuse interface policy groups to bundle CDP, LLDP, and LDP policies for access ports and port-channel interfaces, ensuring a unique group per port channel or VPC in ACI.
Explore endpoints, endpoint groups, and application profiles to define policy. Understand contracts, filters, and subjects to govern inter-epg communication.
Learn how to connect bare-metal hosts to the ACI fabric using physical configurations, VLAN pools, and a static path binding to map tagged or untagged traffic to an EPG.
Explore how the ACI fabric integrates with vCenter to build a distributed virtual switch, map VM domains to EPGs, and manage VLAN, VXLAN, or NVGRE tagging.
Explains external layer-3 connectivity in Cisco ACI, detailing border leaf routing, multiprotocol BGP with route reflectors, OSPF/iBGP, static routing, and public versus private subnets within EPGs for transit routing.
Explore how ACI enables VPC integration with leaf switches and a VPC domain. Use an explicit protection group and the fabric to manage interface profiles and policy groups.
Connect your hci fabric to external layer two domains using external bridge domains and EPG configurations. Learn about VLAN tagging, VLAN pools, contracts, and spanning tree considerations for cross-domain communication.
Get to know Cisco ACI with your instructor, Jason Lunde, a certified CCIE in both Data Center and Routing and Switching. In this initial series we will not overwhelm you with information, but rather strive get you accustomed to ACI, how it operates, and how to actually do the work within the APIC GUI! This is about 9 hours worth of ACI goodness! If you are preparing for the DC v2 exam, this will be the perfect series to obtain the information that you will need to know in order to be successful in the lab examination (within the scope of ACI).
You will learn more about:
• SDN (Software-defined Networking)
• VXLAN
• ACI Components
o Spine and Leaf Switches
o APIC Controllers
Unlike most traditional courses, I will take you through the implementation of an ACI infrastructure from a real-world perspective. You will learn most of the terminology associated with Cisco’s ACI, as well as the basic networking constructs such as bridge domains and contexts.
Most implementation are not going to be ‘strictly ACI’ either, so I take you though how to extend layer-2 and layer-3 out of, and through the ACI domain. This includes using some of our favorite protocols such as BGP, OSPF, EIGRP, and vPC!
Note: My course is developed using ACI 1.2(x) release.