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所在平台: Udemy |
课程主页: https://www.udemy.com/course/ccie-data-center-l3-technologies/
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课程名称：Cisco 数据中心 L2 & L3 技术 课程概述： Cisco 数据中心 L2 & L3 技术课程旨在全面理解 IP 路由、OSPF、IS-IS、PBR、BFD、FHRP、PC、STP、VDC、FEX 和 VPC 等在 Cisco Nexus 平台上的应用。课程涵盖了准备 CCIE 数据中心实验考试所需的所有 NX-OS 中的 L2 和 L3 特性。尽管本课程主要面向网络专业人士和数据中心专家，但只需具备基础网络知识即可报名参加！课程从基础开始阐述 L2 和 L3 技术。 该专业发展和基础学习课程包含以下内容： - 高质量的技术视频，覆盖 CCIE 数据中心实验考试所需的所有主题。 - 实验演示，更好地解释课程中所学的所有功能。 - 测验以确认理解正确性。 - 外部资源以丰富您的知识。 - 数据包捕获和协议消息格式的详细信息。 - 可下载的 PDF 幻灯片用于配置参考和知识复习。 课程讲座分为 13 个部分： 1. 介绍。 2. 层 3 特性和工具：涵盖路由协议和 IP 转发中使用的基本特性和工具，如前缀列表、路由映射、VRF-lite 和 BFD。 3. 基于策略的路由：介绍基于策略的路由 (PBR) 特性、使用方法、配置和验证。 4. OSPF 协议基础：涵盖 OSPF 的重要基础主题，如 OSPF 数据包类型、状态、邻接关系和基本配置。 5. OSPF 区域与 LSA 类型：深入探讨 OSPF 区域和 LSA 类型。 6. OSPF 路由操作与策略：讨论 OSPF 协议中的更高级主题，如 OSPF 汇总、stub 区域、路径选择和路由过滤等。 7. IS-IS 协议基础：介绍 IS-IS 的基本概念，如数据包类型、状态、寻址、区域、网络类型和路由器类型，并学习如何在 Nexus 交换机中配置 IS-IS。 8. FHRP 协议：探索 FHRP 协议 (HSRP、VRRP、GLBP)，提供全面的机制阐述及配置指导。 9. 生成树协议 (STP)：讨论 STP 协议的变种，包括 Rapid-PVST 和 MST，并在实验中进行配置。 10. 链路聚合 - 端口通道 (PC)：学习 NX-OS 中的链路聚合，称为端口通道。 11. 扩展器 (FEX)：了解 FEX 特性及其应用和部署方式。 12. 虚拟设备上下文 (VDC)：了解 VDC 基础知识并学习如何在 N7K 交换机中进行配置。 13. 虚拟端口通道 (VPC)：从理论和实践角度了解虚拟端口通道 (VPC) 特性。 本课程适合希望提升专业技能和准备 CCIE 数据中心实验的学习者。
The Cisco Data Centers L2 & L3 Technologies course is designed to provide a complete understanding of IP Routing, OSPF, IS-IS, PBR, BFD, FHRP, PC, STP, VDC, FEX, and VPC in Cisco Nexus platforms. It also covers all L2 & L3 features in NX-OS that are required in the CCIE Data Center lab exam.Although this course targets network professionals and data center specialists, you only need basic networking knowledge to enroll! The course explains the L2 & L3 technologies from scratch.This professional development and foundational learning course contains the following:High-quality, technical videos cover all required CCIE Data Center lab exam topics.Lab demos for a better explanation of all features learned in the course.Quizzes to confirm correct understanding.External resources to enrich your knowledge.Packet captures and protocol message formats for detailed information.Downloadable PDF slides for configuration reference and knowledge review.The lectures in this course were divided into 13 sections:-[Section 1] Introduction.[Section 2] Layer-3 Features and Tools: Covers essential features and tools used in routing protocols and IP forwarding, such as prefix lists, route-maps, VRF-lite, and BFD.[Section 3] Policy-Based Routing: Covers the Policy-Based Routing (PBR) feature, its usage, configuration, and verification in Nexus switches.[Section 4] OSPF Protocol Fundamentals: Covers all OSPF important fundamental topics, such as OSPF packet types, OSPF states, OSPF adjacencies, and OSPF basic configuration.[Section 5] OSPF Areas & LSA Types: Covers OSPF areas and OSPF LSA types in depth. [Section 6] OSPF Route Manipulation & Policies: Covers more advanced topics in OSPF protocol, such as OSPF summarization, OSPF stub areas, OSPF path selection, OSPF route filtration, and more.[Section 7] IS-IS Protocol Fundamentals: Covers IS-IS fundamentals such as IS-IS packet types, IS-IS states, IS-IS addressing, IS-IS areas, IS-IS network types, IS-IS router types, IS-IS LSPs and explores how to configure IS-IS in Nexus switches.[Section 8] FHRP Protocols: Explores the FHRP Protocols (HSRP, VRRP, GLBP). It provides a comprehensive exploration, operational mechanisms, and step-by-step guidance on configuring them within Cisco Nexus switches.[Section 9] Spanning-Tree Protocol (STP): Discuss the STP protocol's variations, Rapid-PVST and MST, and will see their configuration in LAB demos.[Section 10] Link Aggregation - Port Channels (PC): You'll learn the link aggregation in NX-OS, namely (Port-channels).[Section 11] Fabric Extender (FEX): You will learn the FEX feature and understand why we use it and how to deploy it.[Section 12] Virtual Device Context (VDC): You will learn the VDC fundamentals and explore how to configure it in N7K switches.[Section 13] Virtual Port-channel (VPC): You'll learn about the Virtual Port-channel (VPC) feature in theoretical and practical approaches.
