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所在平台: Udemy |
课程主页: https://www.udemy.com/course/ccie-eigrp-implementation-with-labs/
课程评论：没有评论
**课程名称：CCIE - 350-401 ENCORE - EIGRP 实现及实验** **课程概述：** 本课程将深入讲解 EIGRP（增强内部网关路由协议）的各项知识点，包括其基本原理、关键特性和常用术语。课程将详细阐述 EIGRP 在经典模式和命名模式下的应用差异，并深入解析两种模式下的度量计算公式。 **核心学习内容：** * **EIGRP 度量计算：** 深入理解 EIGRP 度量计算的原理，包括五种变量的运用以及默认的 K 值。重点将 K1 和 K3 两个 K 值在度量计算中的作用。 * **实验室演示：** 通过实际的实验室案例，演示 EIGRP 度量计算在流量工程中的应用。 * **EIGRP 邻居建立准则：** 详细讲解建立 EIGRP 邻居关系所必需满足的条件： * 自治系统号（AS）必须匹配。 * 认证（如果已应用）必须匹配（EIGRP 仅支持 MD5 认证）。 * 子网掩码必须一致。 * Hello Timer：EIGRP 在接口上发送 Hello 报文的时间间隔，默认为 5 秒。 * Dead Timer：如果邻居未能发送 Hello 报文，将被声明为死亡的时间间隔，默认为 15 秒。 * **命名 EIGRP 的优势：** 解释为何命名 EIGRP 更适合高速网络。 * **重要实验环节：** 课程包含四个关键实验，涵盖默认路由注入、路由汇总、路由重分布和 stub 配置。讲师将提供详细的实验步骤，帮助学生掌握 EIGRP 的实际配置与实现。 **立即加入本课程，精通 EIGRP！**
In this course the author will explain the facts of eigrp, the feature of eigrp, the terminology used for eigrp. The author will show the difference in applying the eigrp under classic format and named format. The author will explain the formula used under both formats. In this course the student will learn about the metric calculation and how the 5 variables are used and the default the K values that are used by default. K1 and K3 are used for metric calculation by EIGRP. The author will use lab examples in calculating the eigrp metric calculation as part of the traffic engineering. The author will also share important information on criteria to form EIGRP neighborship, these criteria should be met.Autonomous system number should match. (AS is a group of networks running under a single administrative control).authentication should match (if applied). EIGRP supports MD5 authentication only.subnet mask should be the same.Hello timer- The interval in which EIGRP sends a hello message on an interface. It is 5 seconds by default. 5.Dead timer- The interval in which the neighbor will be declared dead if it is not able to send the hello packet. It is 15 seconds by default.The author shows why named eigrp will be used in high speed networks. The course has 4 important labs that cover the injection of default route, summarization, redistribution and stub. The author will configure the labs step by step so the student will learn how to implement the labs.Join the course and master EIGRP.
