config router

After learning rip, we know some basic routing protocols for routing, and now let's get to know a private protocol for Cisco: EIGRPEIGRP Routing Protocol(also known as Enhanced Internal Gateway Protocol Enhanced Interior Gateway Protocol)It is a

Second, the operation of the problem (a total of 80)Please configure the following topology experiment, save the topology, set up a text document, follow the switch-Router 1 2 3 4 in order to copy and paste the show running-config of each device,

From: http://nettao.blog.51cto.com/386537/211216 I, Vrrp Introduction: Virtual router redundancy protocol Virtual The proposed router redundancy protocol aims to improve the reliability of the router (layer-3 Ethernet switch) and the external

CISCO PT Simulation Experiment (16) Router redistribution configurationExperimental Purpose :Learn how to configure router redistributionLearn to see routes generated by routing redistribution learningExperimental Background :with the expansion of

Purpose:You can learn through the experiment:A. Standard ACLB. Expand ACLLC. debug the experiment topology based on the time ACL:The four routers, the connection and IP configuration, use the loop port to simulate the internal network. Requirements:1

The characteristics of RIPv2 routing network and the formation of the RIP routing Protocol (Router Information Protocol) include two versions: r1_1 and r1_2. The RIP Protocol is the earliest distance vector IP address routing selection protocol. The

650) this.width=650; "title=" 1.jpg "src=" Http://s3.51cto.com/wyfs02/M00/6F/3F/wKiom1WVUbjR4U-JAACracjsXRI029.jpg " alt= "Wkiom1wvubjr4u-jaacracjsxri029.jpg"/>R1#conf TEnter configuration commands, one per line. End with cntl/z.R1 (config) #no IP

The OSPF network architecture is as follows:650) this.width=650; "Src=" https://s1.51cto.com/wyfs02/M02/96/55/wKioL1kf9hWT1CDjAACc6DPwYog009.jpg-wh_500x0-wm_ 3-wmp_4-s_2151784316.jpg "title=" 2017-05-20_154854.jpg "width=" 563 "height=" $ "border=" 0

1-EIGRP TestEIGRP is an efficient routing protocol with the following features:1. Establish and maintain neighbor relationships by sending and receiving Hello packets, and exchanging routing information;2. Use multicast (224.0.0.10) or unicast for

For Network Interconnection engineers, it is very important to establish an Internet dynamic route. This requires not only understanding the concept of routing, but also how to put it into practice. Currently, network devices are provided by large

Topology diagram:Requirements:Understand how the OSPF protocol works, and implement different network interoperability through the OSPF routing protocol. Experimental steps:1, configure the PC IP address and other parameters. PC 0>ipconfig IP

650) This. width = 650; "src =" http://s3.51cto.com/wyfs02/M02/3E/97/wKiom1PHdzWxPXdfAADWgpERqZk989.jpg "Title =" 111111.jpg" alt = "wkiom1phdzwxpxdfaadwgperqzk989.jpg"/> I. basic configuration R1 (config) # router OSPF 1 R1 (config-router) # net 1.1

The network settings are as follows:650) this.width=650; "Src=" Http://s2.51cto.com/wyfs02/M01/87/49/wKiom1faPvWwDKdzAAEhMzOXiyY836.jpg-wh_500x0-wm_3 -wmp_4-s_1407253342.jpg "title=" ... jpg "alt=" wkiom1fapvwwdkdzaaehmzoxiyy836.jpg-wh_50 "/>R1

CISCO PT Simulation Experiment (15) loopback Telnet configuration for routersExperimental Purpose :Mastering the features and functions of router loopback interfaceMaster the configuration of the Loopback interface to achieve Telnet login to the

RIP is a router protocol that is very simple to run and can be supported by most manufacturers in the market. Although the new IGP routing protocols such as OSPF and IS-IS are indeed much more advanced than RIP, RIP still has many advantages. For

1. There are three routers in the following network, and all routers run the RIP Protocol. Only three routers need to communicate with each other. Configuration: Joe(config)#routerripJoe(config-router-rip)#network192.168.0

Packet Tracer 5.0 Experiment (ix) router RIP dynamic routing configurationFirst, the experimental target Master the configuration method of RIP protocol; Master to view the routes generated by RIP learning through dynamic routing

1. Purpose of the experimentThrough this experiment can grasp:(1) Start the RIPV1 routing process on the router(2) Enable the interface participating in the routing protocol, and advertise the network(3) Understanding the meaning of the routing

CCNA Experiment 36 GRE(Generic route encapsulation)Environment: Windows XP ,Packet Tracert5.3Objective: To understand Use of GRE to master How to configure GRE. DescriptionGRE (Generic Routing encapsulation, Generic Routing Encapsulation) protocol

I. Lab Objectives Master the configuration of the RIP Protocol; View the Routes learned through the dynamic routing protocol rip; Familiar with Wan cable connection methods; Ii. Lab background Assume that the campus network is connected to the