config router

Step 1: configure IP Address, and use Ping Command to confirm that the direct connection interface can communicate with each other Ping . Step 2: configure Rip Protocol. Step 3: R1 Use Ping 172.16.2.1 The

Technical principle: OSPD Open Shortest Path priority protocol. is one of the most widely used routing protocols in the current network. belongs to the internal network routing protocol. Being able to adapt to network environments of all sizes is a

CISCO PT Simulation Experiment (14) router configuration for OSPF dynamic routingExperimental Purpose :Mastering the configuration method of OSPF dynamic route selection protocolMastering the OSPF route description in the routing tableFamiliar with

First highlight the required commands to:To configure the members of HSRP:Router (config-if) #standby Backup Group number IP Backup Group Virtual IP AddressConfiguration HSRP Priority:Router (config-if) #standby Backup Group number Priority

We all know that the function of the router is primarily addressing and forwarding addressing is the routing algorithm that is implemented by routing algorithms to add the different information collected to the routing table, and forwarding is

Configure the OSPF passive Interface Target: Configure the RIP passive interface to filter route entries to enhance network security. Principle: Use a passive interface. Do not send OSPF update and hello messages on the interface connecting to the

  Experiment content: ConfigurationOSPFDynamic Routing Protocol Lab environment:CiscoPacket TracerSimulator Tutorial principle: 1. Overview   -- OSPF is a typical link-State routing protocol, which is generally used in the same routing domain. Here,

, R1 in AS1, R2,R3,R4 in a large AS100 (R2,r3 in AS23, R4 in AS4), 5 in AS5.Standard Community Community Properties----A neighbor must open the transport Community propertiesR2#show Run | S Route-mapRoute-map AA Permit 10Match IP Address 1Set

One 1.router (config) #router rip start RIP process 2.router (conifg-router) #network 172.17.0.0 The primary network that specifies the RIP protocol 3.router (config-router) #passive-interface F0/1 to configure F0/1 as passive port 4.router

Article title: creating a network router in Linux (3 ). Linux is a technology channel of the IT lab in China. Includes basic categories such as desktop applications, Linux system management, kernel research, embedded systems, and open source. Use

OSPF tutorial steps: 2. Configure the secondary address of R4 Router(config)#int f1/0   Router(config-if)#ip add 192.168.6.1 255.255.255.0 secondary   Router(config-if)#exit  1. In R1 ~ Configure OSPF on R4 R1：   Router(config)#

CCIE Study NotesTo declare a default route to the OSPF domain: 1. Use ipdefault-network: 650) This. width = 650; "src =" http://s3.51cto.com/wyfs02/M02/45/C2/wKioL1Pq4nOQ6YakAADtETgZiec877.jpg "Title =" image001.png "alt ="

One 1.router (config) #router rip start RIP process 2.router (conifg-router) #network 172.17.0.0 The primary network that specifies the RIP protocol 3.router (config-router) #passive-interface F0/1 to configure F0/1 as passive port 4.router

CISCO PT Simulation Experiment (19) NAT feature configuration for routersExperimental Purpose :Mastering the principle and function of NAT network address translationMaster the configuration of static NAT to achieve LAN access to the

Configure OSPF single region Target: Purpose: Configure the OSPF single-region experiment to implement simple OSPF configuration. Background description: In the topology, there are three routers with five CIDR blocks and classless

Frame Relay) is a group-oriented communication method used to connect to computer systems. It is mainly used for LAN interconnection and WAN connection on public or private networks. Most public telecommunications bureaus provide the Frame Relay

The dynamic routing protocol is described in detail in this article. First, let's take a look at the usage and environment requirements of the dynamic routing protocol. In a network without other routers, it is meaningless to route the Broadcast

CISCO PT Simulation Experiment (18) router DHCP server and relay configurationExperimental Purpose :Master the configuration method of router DHCP serverMaster the configuration method of DHCP relay AgentMastering the DHCP protocol and the principle

CISCO PT Simulation Experiment (19) NAT feature configuration for routersExperimental Purpose :Mastering the principle and function of NAT network address translationMaster the configuration of static NAT to achieve LAN access to the

Managing network bandwidth is becoming more and more important. On a network with no other routers, it makes no sense to route the broadcast traffic that flows out of the network interface. This is very inefficient for your network bandwidth and