Most Complete Teaching Of Vpc

virtual Port Channel

What you'll learn
vPC - virtual Port Channel Introduction
vPC - virtual Port Channel Components
vPC - virtual Port Channel Configuration
vPC - virtual Port Channel Device Role
vPC - virtual Port Channel Data-Plane Loop Avoidance
vPC - virtual Port Channel Deployment Scenarios
vPC - Double-Sided virtual Port Channel
vPC - Best Practices for Building a vPC Domain
vPC - Cisco Fabric Services (CFS) Protocol
vPC - Peer Keepalive Link
vPC - Peer Link
vPC - Object Tracking
vPC - Member Port
Requirements
CCNA
Description
vPC (Virtual Port-Channel), also known as multichassis EtherChannel (MEC) is a feature on the Cisco Nexus switches that provides the ability to configure a Port-Channel across multiple switches (i.e. vPC peers).vPC is similar to Virtual Switch System (VSS) on the Catalyst 6500s. However, the key difference between vPC and VSS is that VSS creates a single logical switch. This results in a single control plane for both management and configuration purposes. Whereas with vPC each switch is managed and configured independently.It is important to remember that with vPC both switches are managed independently. This means you will need to create and permit your VLANs on both Nexus switchesLet’s look at each of the vPC components,vPC Domain - Includes the vPC Peers, KeepAlive Links and the Port-Channels that use the vPC technology.vPC Peer Switch - The other switch within the vPC domain. Each switch is connected via the vPC peer link. It's also worth noting that one device is selected as primary and the other secondary.vPC Member Port - Ports included within the vPCs.vPC Peer-Keepalive Link - Connects both vPC peer switches and carries monitoring traffic to/from each peer switch. Monitoring is performed to ensure the switches are both operational and running vPC.vPC Peer Link - Connects both vPC peer switches and carries BPDUs, HSRPs, and MAC addresses to its vPC peer. In the event of vPC member port failure, it also carries unicast traffic to the peer switch.Orphan Port - An orphan port is a port that is configured with a vPC VLAN (i.e a VLAN that is carried over the vPC peer link) and is not configured as a vPC member port

Overview

Section 1: vPC - virtual Port Channel Introduction

Lecture 1 vPC - virtual Port Channel Introduction

Section 2: vPC - virtual Port Channel Components

Lecture 2 vPC - virtual Port Channel Components - ArashDeljoo-P1/2

Lecture 3 vPC - virtual Port Channel Components - ArashDeljoo-P2/2

Section 3: vPC - virtual Port Channel Configuration

Lecture 4 vPC - virtual Port Channel Configuration in NX-OS - ArashDeljoo-P1/5

Lecture 5 vPC - virtual Port Channel Configuration in NX-OS - ArashDeljoo-P2/5

Lecture 6 vPC - virtual Port Channel Configuration in NX-OS - ArashDeljoo-P3/5

Lecture 7 vPC - virtual Port Channel Configuration in NX-OS - ArashDeljoo-P4/5

Lecture 8 vPC - virtual Port Channel Configuration in NX-OS - ArashDeljoo-P5/5

Section 4: vPC - virtual Port Channel Device Role

Lecture 9 vPC - virtual Port Channel Device Role - ArashDeljoo-P1/2

Lecture 10 vPC - virtual Port Channel Device Role - ArashDeljoo-P2/2

Section 5: vPC - virtual Port Channel Data-Plane Loop Avoidance

Lecture 11 vPC - virtual Port Channel Data-Plane Loop Avoidance - ArashDeljoo-P1/2

Lecture 12 vPC - virtual Port Channel Data-Plane Loop Avoidance - ArashDeljoo-P2/2

Section 6: vPC - virtual Port Channel Deployment Scenarios

Lecture 13 vPC - virtual Port Channel Deployment Scenarios - Arash Deljoo-P1/2

Lecture 14 vPC - virtual Port Channel Deployment Scenarios - Arash Deljoo-P2/2

Section 7: vPC - Double-Sided virtual Port Channel

Lecture 15 vPC - Double-Sided virtual Port Channel in NX-OS - ArashDeljoo-P1/3

Lecture 16 vPC - Double-Sided virtual Port Channel in NX-OS - ArashDeljoo-P2/3

Lecture 17 vPC - Double-Sided virtual Port Channel in NX-OS - ArashDeljoo-P3/3

Section 8: 8 vPC - Best Practices for Building a vPC Domain

Lecture 18 vPC - Best Practices for Building a vPC Domain - ArashDeljoo-P1/4

Lecture 19 vPC - Best Practices for Building a vPC Domain - ArashDeljoo-P2/4

Lecture 20 vPC - Best Practices for Building a vPC Domain - ArashDeljoo-P3/4

Lecture 21 vPC - Best Practices for Building a vPC Domain - ArashDeljoo-P4/4

Section 9: vPC - Cisco Fabric Services (CFS) Protocol

Lecture 22 vPC - Cisco Fabric Services (CFS) Protocol - ArashDeljoo-P1/4

Lecture 23 vPC - Cisco Fabric Services (CFS) Protocol - ArashDeljoo-P2/4

Lecture 24 vPC - Cisco Fabric Services (CFS) Protocol - ArashDeljoo-P3/4

Lecture 25 vPC - Cisco Fabric Services (CFS) Protocol - ArashDeljoo-P4/4

Section 10: vPC - Peer Keepalive Link

Lecture 26 vPC - Peer Keepalive Link - ArashDeljoo-P1/3

Lecture 27 vPC - Peer Keepalive Link - ArashDeljoo-P2/3

Lecture 28 vPC - Peer Keepalive Link - ArashDeljoo-P3/3

Section 11: 11 vPC - Peer Link

Lecture 29 vPC - Peer Link - ArashDeljoo-P1/4

Lecture 30 vPC - Peer Link - ArashDeljoo-P2/4

Lecture 31 vPC - Peer Link - ArashDeljoo-P3/4

Lecture 32 vPC - Peer Link - ArashDeljoo-P4/4

Section 12: vPC - Object Tracking

Lecture 33 vPC - Object Tracking - ArashDeljoo-P1/4

Lecture 34 vPC - Object Tracking - ArashDeljoo-P2/4

Lecture 35 vPC - Object Tracking - ArashDeljoo-P3/4

Lecture 36 vPC - Object Tracking - ArashDeljoo-P4/4

Section 13: vPC - Member Port

Lecture 37 vPC - Member Port - ArashDeljoo

Network Engineers