This module introduces the fundamentals of Cisco ACI, including its architecture, design, and core components. Learners will gain practical knowledge on configuring and discovering Nexus devices, as well as installing the APIC controller in a Cisco ACI environment. The content prepares learners to understand and apply ACI concepts in real-world network scenarios.

This module explores the key features of the HealthScore Dashboard and Device HealthScore in ACI, covering how to monitor fabric health, analyze interface statistics, and interpret topology visualizations to identify and resolve network issues.

This module explores the fundamental concepts of tenants, contexts, and bridge domains in Cisco ACI, including their configuration, relationships, and roles in network segmentation. Learners will gain hands-on knowledge of creating and managing these components to design scalable and secure network architectures.

This module covers the configuration of Out-of-Band (OOB) management IP addresses and the mechanics of packet forwarding in Cisco ACI. Learners will gain an understanding of how to manage network communication and optimize data flow within an ACI fabric. The content also includes key concepts such as station tables and protocol roles.

This module provides an in-depth understanding of Interface Policies (IP) and Interface Policy Groups (IPG) in Cisco ACI. Learners will explore how to configure and manage these policies to optimize network performance and ensure consistent interface behavior across the infrastructure.

This module provides an in-depth look at configuring and managing Switch Profiles and Interface Profiles within the Cisco ACI framework. Learners will explore the purpose, creation, and best practices for these critical components in network automation. The content helps build foundational skills in ACI configuration and design.

This module covers the fundamental concepts of Interface Policy Groups (IPGs) in Cisco ACI, including their purpose, configuration, and integration with interface selectors and profiles. Learners will gain hands-on understanding of how to manage network policies using IPGs. The content also includes a knowledge check to reinforce key concepts.

This module provides an in-depth exploration of key Cisco ACI components, including VLAN Pools, Domains, and AAEP. Learners will gain practical knowledge on configuring network segmentation, understanding architectural elements, and performing hands-on labs to manage virtual and physical server connectivity.

This module introduces key concepts in Cisco ACI, including how to define and manage endpoint groups (EPGs) and application profiles. Learners will gain a foundational understanding of how these components work together to implement network policies. The content prepares learners to configure and manage ACI environments effectively.

This module explores the configuration of communication within and between endpoint groups (EPGs) in a Cisco ACI fabric, covering security features like contracts, filters, and taboo contracts. Learners will gain hands-on experience in setting up intra and inter-EPG communication while reinforcing key concepts through knowledge checks.

This module covers the fundamentals of inter-EPG Layer 3 connectivity in Cisco ACI, including configuration, testing, and troubleshooting in multi-VLAN environments. Learners will gain practical insights into how EPGs communicate across different network segments and how to ensure reliable connectivity.

This module covers the configuration of out-of-band (OOB) addressing and NTP setup in Cisco ACI, focusing on managing network devices, ensuring time synchronization, and implementing security policies. Learners will gain hands-on experience with IP allocation, management EPGs, and NTP policies in a real-world networking environment.

This module provides an in-depth exploration of Virtual Port Channels (vPC) in Cisco ACI, covering configuration scenarios, architectural differences, and troubleshooting techniques. Learners will gain hands-on experience with vPC implementation, focusing on practical deployment strategies and interface policies.

This module covers how to extend Layer 2 connectivity in Cisco ACI to integrate with external networks. Learners will explore the configuration of EPGs, bridge domains, and VPCs to support external Layer 2 domains. The content includes practical steps for connecting traditional networks to the ACI fabric.

This module covers the configuration and management of external Layer 3 domains in Cisco ACI, including BGP and OSPF protocols, EPGs, and routing policies. Learners will gain hands-on skills in setting up and validating external network connectivity within an ACI fabric.

This module covers the foundational aspects of configuring and managing a Cisco ACI fabric. Learners will gain hands-on experience with creating tenants, VRFs, BDs, and various policy profiles to build a scalable and secure network infrastructure.