packet tracer switch configuration

, adding switches and end devices1, double-click switch into switch command line (CLI) mode, switch configuration mode by command2 in most cases for security reasons, you need to configure the switch privileged mode passwordValidation test3 Configuring the telnet login switc

successfully and you can view your saved files on the TFTP server.4. Restore your configuration file, ping the TFTP server, keep the connection, download from TFTP to the routerCopy tftp running-config Download the previously configured backup from TFTP and restore the router's configuration fileIP address of the 192.168.1.1 TFTP serverRUNNING-CONFIG-BK you want to restore the backed up files in TFTPRunnin

I. Lab Objectives Master the configuration of the switch tag VLAN; Master the basic configuration methods of layer-3 switches; Measure the test taker's knowledge about how to configure VLAN routing for a layer-3 switch; Layer-3 switches are used to implement inter-VLAN communication; Ii. Lab b

Lab Environment:650) this.width=650; "alt=" Cisco Packet Tracer three-layer switch interrupt Dhcp-ibm.chick-mingkang.zhou "src=" http://img0.ph.126.net/4fx 93s0ahtpaead19pxmyg==/6619563575538146055.jpg "style=" border:0px;height:auto;margin:0px 10px 0px 0px; "/>Experimental Purpose:1, the VLAN is divided on the three layer switching: vlan10\vlan100\vlan200, and t

Packet Tracer 5.0 Experiment (i) basic configuration and management of switchesFirst, the experimental targetMaster the configuration and management of switch basic informationSecond, the principle of technologyThere are two basic ways to manage switches: in-band management

Fastethernet0/ 4 ! Interface Fastethernet0/ 5 -- More --...!! End J. Help Information ① Switch #? Exec commands: 1-99 > Session number to resume Clear Reset Functions clock manage the system clock configure enter configuration mode connect open a terminal connection copy from one file to another debug debugging functions (see also 'undebug ') delete Delete A file dir list files on a filesystem di

Experimental Objectives:Technical principle: Switch (config-line) # can set the console port and vty remote login passwordSwitch (consfig) #enable password 123123Switch (config) #line console 0Switch (config-line) #password 112233Switch (config-line) #loginSwitch (config) #line vty 0 4Switch (config-line) #password 1234Switch (config-line) #loginExperimental steps:New Packet

Packet Tracer 5.0 Experiment (eight) router static routing configurationFirst, the experimental target Master the configuration methods and techniques of static routing; Mastering the connectivity of the network through static routing method; Familiar with the connection mode of WAN cable; Second, the experimental backgroundSchool has new an

Packet Tracer 5.0 Experiment (VII) router one-arm routing configurationFirst, the experimental target Master the single-arm routing configuration method; The communication between different VLANs is realized by single-arm routing. Second, the experimental backgroundAn enterprise has two main departments: Technical department and Sales department

I. Lab Objectives Master the configuration of Integrated routes; View the routes generated by route redistribution; Familiar with Wan cable connection methods; Ii. Lab background Assume that a company connects to the egress router R1 through a layer-3 switch, and router R1 is connected to another router R2. Layer 3 and R1 run the r12002 routing protocol, while R1 and R2 run the OSPF routing protocol. N

Link bundle1. experimental topology :Use Cisco Packet Tracer Simulator ( version 5.3 )650) this.width=650; "src=" Http://s3.51cto.com/wyfs02/M01/53/CD/wKiom1RwP62QYgGwAAMePFSVn5I199.jpg "title=" Picture 1.png "alt=" Wkiom1rwp62qyggwaamepfsvn5i199.jpg "/>2. Experimental Requirements:1 Assemble the 3 interfaces of the Sw0 into an interface 2 Assemble the 3 interfaces of the SW1 into an interface 3.

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 protocols; Familiar with the connection mode of WAN cable; Second, the experimental backgroundSuppose that the ca

-5-changed: interface serial/0, changed state to upr2 (config-If) # clock rate 64000r2 (config-If) # % LINEPROTO-5-UPDOWN: Line protocol on interface serial/0, changed state to upr2 (config-If) # R2 (config-If) # R2 (config-If) # exitr2 (config) # IP Route 192.168.1.0 255.255.255.0 222.0.1.1r2 (config) # endr2 # % SYS-5-CONFIG_ I: configured from console by consoler2 # Show IP routecodes: C-connected, S-static, I-IGRP, R-rip, M-mobile, B-BGP D-VPN, ex-OSPF external, o-OSPF, Ia-OSPF Inter Area N1

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 egress router of the campus network through a layer-3 switch, and the router is connected to another router outside the campus network. Now, we need to make prop

000: 11: 23: % OSPF-5-ADJCHG: Process 1, NBR 192.168.3.1 on serial/0 from loading to full, loading dor2 (config-router) # endr2 # % SYS-5-CONFIG_ I: configured from console by consoler2 # Show IP routecodes: C-connected, s-static, I-IGRP, R-rip, M-mobile, B-BGP D-VPN, ex-VPN external, o-OSPF, IA-OSPF Inter Area N1-ospf nssa external type 1, n2-ospf nssa external type 2 E1-OSPF external type 1, E2-OSPF external type 2, e-EGP I-is, L1-is level-1, L2-is level-2, Ia-Is Inter Area *-candidate defaul

Packet Tracer 5.2 Experiment (15) network port address translation NAPT configurationFirst, the experimental target Understand the principle and function of NAT network address translation; Master NAPT configuration, realize LAN access to the Internet; Second, the experimental backgroundCorporate office network needs to access the Internet, the

vty 0 4r1 (config-line) # password ABC123 // set the Telnet Remote logon password r1 (config-line) # loginr1 (config-line) # exitr1 (config) # interface fa0/0r1 (config-If) # IP address 192.168.1.1 255.255.255.0 // configure the management IP address of the router r1 (config-If) # No shutdown // enable port r1 (config-If) # End % SYS-5-CONFIG_ I: configured from console by consoler1 # Iv. PC logon Test Packet tr