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所在平台: Udemy |
课程主页: https://www.udemy.com/course/cisco-vpc-virtual-port-channel-by-arash-deljoo/
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课程名称：Cisco虚拟端口通道(vPC) 讲师：Arash Deljoo 课程概述： Cisco虚拟端口通道（vPC），也称为多机架EtherChannel（MEC），是一项在Cisco Nexus交换机上的功能，旨在支持跨多个交换机配置端口通道（即vPC对等体）。vPC类似于Catalyst 6500上的虚拟交换机系统（VSS），但主要区别在于，VSS创建一个单一的逻辑交换机，从而生成一个统一的控制平面，供管理和配置使用；而vPC则是独立管理和配置每个交换机。因此，必须在两个Nexus交换机上创建和允许VLAN。 在Cisco vPC（虚拟端口通道）课程中，我解释了以下内容： - vPC - 虚拟端口通道简介 - vPC - 虚拟端口通道组件 - vPC - 虚拟端口通道配置 - vPC - 虚拟端口通道设备角色 - vPC - 虚拟端口通道数据平面循环避免 - vPC - 虚拟端口通道部署场景 - vPC - 双面虚拟端口通道 - vPC - 构建vPC域的最佳实践 - vPC - Cisco Fabric Services (CFS)协议 - vPC - 对等链路 - vPC - 对等链路 - vPC - 对象跟踪 - vPC - 成员端口 学员可以在EVE-NG模拟器中实践课程场景。
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 switches.In the Cisco vPC ( virtual Port Channel ) course , I have explained about:vPC - virtual Port Channel IntroductionvPC - virtual Port Channel ComponentsvPC - virtual Port Channel ConfigurationvPC - virtual Port Channel Device RolevPC - virtual Port Channel Data-Plane Loop AvoidancevPC - virtual Port Channel Deployment ScenariosvPC - Double-Sided virtual Port ChannelvPC - Best Practices for Building a vPC DomainvPC - Cisco Fabric Services (CFS) ProtocolvPC - Peer Keepalive LinkvPC - Peer LinkvPC - Object TrackingvPC - Member Port...You can implement the scenarios of this course in EVE-NG Emulator.
