
1-Introduction to Virtual Port Channel (vPC)
2-Benefits of Virtual Port Channel (vPC)
1-Virtual Port Channel (vPC) Components
2-vPC Architecture and Concepts
3-vPC Peer Device Concept
4-vPC Domain Concept
5-vPC Member Port Concept
6-vPC Peer-Link Concept
7-vPC Peer-Keepalive Link Concept
8-vPC VLAN Concept
9-Non-vPC VLAN Concept
10-vPC Orphan Port Concept
11-Cisco Fabric Services (CFS) Protocol
1-Introduction to Virtual Port Channel (vPC)
2-vPC Terminology: vPC, Peer Device, Peer-Link, Member Port, Domain, and Peer-Keepalive Link
3-Configuring Virtual Port Channel (vPC) in NX-OS
4-Verifying Virtual Port Channel (vPC) in NX-OS
1-Introduction to vPC Device Roles
2-Default vPC Device Role Selection
3-Configuring vPC Device Roles in NX-OS
4-Verifying vPC Device Roles in NX-OS
1-Introduction to vPC Data-Plane Loop Avoidance
2-vPC Data-Plane Loop Avoidance Exception
1-Introduction to vPC Deployment Scenarios
2-Single-Sided vPC Deployment
3-Double-Sided vPC Deployment
4-Multilayer vPC for Aggregation and Data Center Interconnect (DCI)
5-Dual Layer 2 and Layer 3 Pod Interconnect
1-Introduction to Double-Sided Virtual Port Channel (vPC) in NX-OS
2-Configuring Double-Sided Virtual Port Channel (vPC) in NX-OS
3-Verifying Double-Sided Virtual Port Channel (vPC) in NX-OS
1-Best Practices for Building a vPC Domain
2-vPC System MAC Address Usage, Configuration, and Verification
3-vPC Local System MAC Address Usage, Configuration, and Verification
1-Introduction to Cisco Fabric Services (CFS) in vPC
2-Verifying Cisco Fabric Services (CFS) in vPC
3-Introduction to vPC Configuration Consistency Checks
4-vPC Consistency Check Types: Type-1 and Type-2
5-Verifying Global vPC Configuration Consistency
6-Verifying Interface-Level vPC Configuration Consistency
1-Introduction to the vPC Peer-Keepalive Link
2-vPC Peer-Keepalive Link Functions and Usage
3-vPC Peer-Keepalive Packets
4-Configuring the vPC Peer-Keepalive Link
5-Verifying the vPC Peer-Keepalive Link
6-vPC Peer-Keepalive Link Design Recommendations
1-Introduction to the vPC Peer-Link
2-vPC Peer-Link Functions and Usage
3-vPC Peer-Link Requirements
4-vPC Peer-Link Design Best Practices
5-Configuring the vPC Peer-Link
6-vPC Peer-Link Dual-Active Concept and Configuration
1-Introduction to vPC Object Tracking
2-vPC Object Tracking Functions and Usage
3-Configuring vPC Object Tracking
4-Verifying vPC Object Tracking
1-Introduction to vPC Member Ports
2-vPC Member Port Functions and Usage
3-Configuring vPC Member Ports
4-Verifying vPC Member Ports
1-Introduction to vPC on the Cisco Nexus 7000 Series
2-Introduction to vPC on the Cisco Nexus 5000 Series
3-Single-Homed Cisco Nexus 2000 Fabric Extender with Nexus 5000 vPC
4-Dual-Homed Cisco Nexus 2000 Fabric Extender Deployment
5-vPC Peer-Link Review
6-vPC Peer-Keepalive and Fault-Tolerant Link Review
7-vPC Member Ports and Orphan Ports Review
Welcome to Cisco Nexus vPC Complete Masterclass by Arash Deljoo, a comprehensive course designed to help you understand, configure, verify, and master Virtual Port Channel (vPC) technology on Cisco Nexus switches.
Virtual Port Channel is one of the most important technologies used in modern data center networks. It provides redundancy, active-active forwarding, efficient bandwidth utilization, and flexible Layer 2 designs. In this course, you will start with the fundamental concepts of vPC and gradually move toward advanced architectures, configuration options, and real-world deployment scenarios.
You will learn the vPC architecture, components, terminology, peer devices, vPC domains, member ports, peer-links, peer-keepalive links, vPC VLANs, non-vPC VLANs, and orphan ports. The course also explains Cisco Fabric Services (CFS) and how information is synchronized between vPC peer devices.
We will explore important operational topics including vPC device roles, data-plane loop avoidance, Type-1 and Type-2 consistency checks, system MAC and local system MAC addresses, object tracking, dual-active scenarios, and vPC design best practices.
The course includes detailed NX-OS configuration and verification examples, helping you understand not only the theory but also how vPC operates in practical network environments.
You will also explore multiple vPC deployment models, including single-sided vPC, double-sided vPC, multilayer vPC, aggregation and Data Center Interconnect (DCI) designs, Layer 2 and Layer 3 pod interconnects, and Cisco Nexus Fabric Extender (FEX) deployments.
Whether you are a network engineer, data center engineer, Cisco certification candidate, or someone who wants to strengthen their Cisco Nexus knowledge, this course provides a structured and practical path to mastering Cisco Nexus vPC technology.