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'''Package Tracer Instructions'''  
'''Packet Tracer Instructions'''  


Cisco Packet Tracer is a powerful network simulation program that allows us to create a network with an almost unlimited number of devices, encouraging practice, discovery, and troubleshooting. The main objective of Packet Tracer is to serve as a support tool for the Cisco Academy. This tool is extremely useful for both students and teachers.
Cisco Packet Tracer is a powerful network simulation program that allows us to create a network with an almost unlimited number of devices, encouraging practice, discovery, and troubleshooting. The main objective of Packet Tracer is to serve as a support tool for the Cisco Academy. This tool is extremely useful for both students and teachers.
In this page, I will walk you through step by step of how to download, install and build a network lab that we use in the CCNA1 using Package Tracer. This instruction is best for a student who have an account to login to the Cisco Networking Academy home page.


==Downloading & Installing Package Tracer==
In this page, I will walk you step by step through the process of downloading/installing and building a network using Packet Tracer. This instruction is best for students who have accounts to access Cisco Networking Academy home page.
Packet Tracer 5.2 is the latest version of Cisco's simulation software available. To download Package Tracer, follow the instruction below:
 
==Downloading & Installing Packet Tracer==
Packet Tracer 5.2 is the latest version of Cisco's simulation software available. To download Packet Tracer, follow the instruction below.


===How to download===
===How to download===
Line 18: Line 19:
Login onto the Student Home using your username and password.
Login onto the Student Home using your username and password.


[[File:pkt01.PNG|800px]]
[[File:pkt01.JPG|800px]]




*'''Step 3
*'''Step 3
'''On the Student Home page, type '''Package Tracer''' in the search box and press '''GO''' or Enter key to search for the software.
On the Student Home page, type '''Packet tracer''' in the search box and press Enter key or click on the '''GO''' button to search for the software.


[[File:pkt02.PNG|800px]]
[[File:pkt02.JPG|800px]]






*'''Step 4'''
*'''Step 4'''
Scroll down to find '''Packet Tracer Software downloads for Students (.html - 0.01MB)'''. Click on the link and a new windows will prompt.
Scroll down to find '''Packet Tracer Software downloads for Students (.html - 0.01MB)'''. Click on the link and you will see the search result, as show bellow.


[[File:pkt03.PNG|800px]]
[[File:pkt03.PNG|800px]]
Line 35: Line 36:


*'''Step 5'''
*'''Step 5'''
To download, click '''(EXE - 34 MB)''', or (EXE - 65 MB) if you want to include tutorials in a single package.  
To download, click on '''(EXE - 34 MB)''' save it on your Desktop.  


[[File:pkt04.PNG|800px]]
[[File:pkt04.PNG|800px]]


Next section will walk you through the process of installing Cisco Packet Tracer.


===Installation===
===Installation===


After downloading is completed, follow the steps bellow.
----
----


To install Cisco Package Tracer, follow the step bellow:
*'''Step 1'''
 
To install Cisco Packet Tracer, double click on the PacketTracer5218_setup_no_tutorials.exe file on your desktop.


*'''Step 1'''
And, then click '''Run''' to run the installation process.
And, then click '''Run''' to run the installation process after downloaded.


[[File:pkt05.PNG|800px]]
[[File:pkt05.PNG|800px]]


The screen shots below will show you through each step of the installation process.


*'''Step 2'''
*'''Step 2'''
Line 61: Line 64:


*'''Step 3'''
*'''Step 3'''
In oder to install the software, you must check '''I accept the agreement''' and click the '''Next''' button.
In oder to install the software, you must check '''I accept the agreement''' and then click '''Next''' button.


[[File:pkt07.PNG|800px]]
[[File:pkt07.PNG|800px]]
Line 67: Line 70:


*'''Step 4'''
*'''Step 4'''
Click the '''Next''' button.
Click '''Next''' button until the installation process is finished.


[[File:pkt08.PNG|800px]]
[[File:pkt08.PNG|800px]]


[[File:pkt09.PNG|800px]]
[[File:pkt09.PNG|800px]]
Line 77: Line 81:
Click the Finish button.
Click the Finish button.


[[File:pkt10.PNG|800px]]
[[File:pkt10.jpg|800px]]




Now you are completed with installation. The next step will show you how to use Cisco Package Tracer.
Now you are completed with installation process. The next section will be showing you how to use Cisco Packet Tracer.


==Using Cisco Package Tracer==
==Using Cisco Packet Tracer==


In this session, I will show you how to use Package Tracer by building a basic network.  
This section will show you how to use Packet Tracer by creating a basic network environment.  


Below is the topology of the network. I will use the IP Address in this topology to configure the network connection.
Below is the topology diagram of the network. The IP address and Subnet mask in this topology will be using to configure the network connection in the next section.


[[File:pktt00.PNG|658px]]
[[File:pktt00.PNG|658px]]




===Building Cisco equipment and hardware===


Follow the steps bellow to create the network base on the topology above.
----
 
===Creating Cisco Network Devices===
 
Follow the steps bellow to create the network devices base on the topology above.




*'''Step 1'''
*'''Step 1'''


Double click the '''Cisco Package Tracer''' icon on the desktop, the Cisco Package Tracer windows will open as shown below:
Double click the '''Cisco Packet Tracer''' icon on your Desktop to run Cisco Packet Tracer.
 
 
Cisco Packet Tracer' windows interface:


[[File:pkt11.PNG|800px]]
[[File:pkt11.PNG|800px]]
Line 105: Line 115:
*'''Step 2'''
*'''Step 2'''


To create the '''Routers''' icon locates on the bellow left-hand conner, then click on the models that appear next to the right. Click and draft the model you want to the work area. Click the name of the routers to change them if you want.
A router is created by clicking the '''Routers''' button that locates on the bellow left-hand conner, and the routers with its model names will appear next to the right. Click and draft the 1841 Router to the work area, and chang the name to Router1. Changing the router's name is optional. Create another router and name it Router2.


[[File:pkt12.PNG|800px]]
[[File:pkt12.PNG|800px]]
Line 112: Line 122:
*'''Step 3'''
*'''Step 3'''


Click the the '''Switches''' icon, and then click and draft the model you want to the work area.
Follow the step above to create the '''Switches''', '''PC1''', '''PC2''', and the '''Server'''.
 
-Follow the step to create '''PC1''', '''PC2''', and the '''Server'''.


[[File:pkt13.PNG|800px]]
[[File:pkt13.PNG|800px]]




*'''Step 5'''
*'''Step 5''' Adding Cisco Router's modules


Click on Router1, under '''Physical''' tab, you will see the physical device picture under Physical Device View. turn it off, and then click and draft the modules '''WIC-2T''' to one of the expansion slots of the router, and then turn it on.
Click on Router1, and under '''Physical''' tab, you will see the picture of the router's interface under "Physical Device View". Turn the power off, and then click and draft the '''WIC-2T''' module to the second slot of the expansion slots of the router. Turn the power of the router back on.


-Follow the same step for Router2.
[[File:pkt14.PNG|647px]]


[[File:pkt14.PNG|647px]]


*'''Step 6'''Follow the same step above to add a module for Router2.


===Connecting and Cabling ===
===Connecting and Cabling ===
Line 132: Line 140:
----
----


To connect all the devices together, click the '''Connection''' icon, and then click the cable icon next to the right to choose the right cable.  
To connect all the devices together, click the '''Connection''' button, and then click the cable button next to the right. Choose the right cable.
 
*('''Note''') Make sure to choose the right cables.  


*('''Note''')Make sure to use the right cables.  
From '''PC1''', '''PC2''' and '''Router1''' to the  '''Switch''', use '''Copper Straight-Through''' cables to make connection. Between '''Router1'''and '''Router2''', use Serial cable '''(DCE)'''. And, between the '''Router2''' and '''Server''', use '''Copper Cross-Over''' cable.


From '''PC1''', '''PC2''' and '''Router1''' to the  '''Switch''', we use '''Copper Straight-Through''' cable. Between '''Router1'''and '''Router2''', we use Serial DCE cable. And, between '''Server''' and '''Router2''' we use '''Copper Cross-Over''' cable.


Connection should look like this:


[[File:pkt15.PNG|800px]]
[[File:pkt15.PNG|800px]]


=== Configuring Devices ===
=== Configuring Devices ===
Line 145: Line 157:
----
----


To make communication between the device, each device needed to be configured correctly.  
To make communication between the devices, each device needed to be configured correctly.  




*'''Configuration for the Server''':
*'''Configuration for the Server''':


First, click on the Server and make sure the power is on. Under '''Desktop''' tab, click on the '''IP Configuration''' icon, and input the '''IP Address''', '''Subnet Mask''', and '''Default Gateway''' as shown bellow. Click the red X of the Sever Windows to close the configuration.  
First, click on the Server and make sure the power is on. Under '''Desktop''' tab, click on the '''IP Configuration''' button, and type in the '''IP Address''', '''Subnet Mask''', and '''Default Gateway''' into the appropriate box, and then close the configuration windows.  


[[File:pkt16.PNG|647px]]
[[File:pkt16.PNG|647px]]




*'''PC1''' and '''PC2''' are Configured using the same step of Configuration for the Server above.  
*'''PC1''' and '''PC2''' are Configured using the same step above.  




Line 163: Line 175:




*'''Configuring Router1''':
*'''Router Configuration:'''


Now you have all the end devices configured. The next step is to configure the two routers.
Now you have all the end devices configured. The next step is to configure the two routers.


Click on the '''Router1''', make sure that the power of the router is on, and then click on the '''CLI''' tab. If you see a question says "Continue with configuration dialog? [yes/no]:" type no and press Enter key. Press Enter key couple times until you see "Router>".
'''1. Router1 Configuration'''


When you see "'''Router>'''", copy the command bellow, including the "!", and past the command into the Router1 CLI windows by clicking on the '''Paste''' bottom.  
Click on the '''Router1''', make sure that the power of the router is on, and then click on the '''CLI''' tab. If you see a question says "Continue with configuration dialog? [yes/no]:", type no and press Enter key. Press Enter key couple times until you see "Router>" appear.
 
When you see "'''Router>'''" appear, copy the codes (Commands) bellow, including the "!", and then past the codes into the '''CLI''' windows by clicking on the '''Paste''' button.  




Line 216: Line 230:




After you paste the command above to the CLI windows, you should see some text like this:
After you paste the command above to the '''CLI''' windows, the output should looks like this:


[[File:pkt120.PNG|647px]]
[[File:pkt120.PNG|647px]]


Close this windows.
 
Close Router1's windows.
 




*'''Configure Router2:''' Router2 use the same configuration step as Router1 and use the following command:
'''2. Router2 Configuration'''
 
Use the same step above to configure Router2 by using the following codes:




Line 262: Line 280:




After you done pasting the above command into the Router2 CLI windows, close the windows.


Now you are done with the  configuration. You can save your project for later use.
Now you are done with the  configuration.


== Examining Devices Communication ==
== Examining Devices Communication ==
----


In this section I will use the ''ping'' and ''tracert'' or ''tracerout''command to examining the network connectivity to make sure that every device on the network can communicate with each other properly.  
In this section I will use the ''ping'' and ''tracert'' or ''tracerout''command to examining the network connectivity to make sure that every device on the network can communicate with each other properly.  
Line 274: Line 289:
In this section, we are examining the communication between PC1 and server.
In this section, we are examining the communication between PC1 and server.


'''[[Examining using ping and tracert commands]]'''
=== Realtime Mode ===


*First Method:
Use the Realtime Mode to test network connectivity in realtime.


Click on '''PC1''', and under '''Desktop''' tab, click on the '''Command Prompt''' or Run icon and the command prompt will open. Type '''ping 192.168.254.254''' and press Enter key to see if PC1 can communicate with the Server. Type '''ping 192.168.254.254''' to see how PC1 can route the package to the Sever. Bellow is an example of the ping and tracert command output.
*'''Examining by using ping and tracert commands'''
 
Click on '''PC1'''. Under '''Desktop''' tab, click on the '''Command Prompt''' or '''Run''' button. After the command prompt opened, type '''ping 192.168.254.254''' and press Enter key to see if PC1 can communicate with the Server. Type '''ping 192.168.254.254''' to see how PC1 can route the packets to the Sever. The screen shot bellow shows the examples of the ping and tracert command output.


[[file:pkt21.png|647px]]
[[file:pkt21.png|647px]]




*Second Method:
*'''Examining by using Web Browser(HTTP)'''


Click on PC2, Click Desktop tab, and under Desktop tab, click on the '''Web Browser''' icon. Under Web Browser, type '''192.168.254.254''' and press Enter key.  
Click '''PC2''', and then click '''Desktop''' tab. Under Desktop tab, click '''Web Browser''' button and type '''192.168.254.254''' and press Enter key.  


[[file:pkt22.png|647px]]
[[file:pkt22.png|647px]]




There are several methods to test network connectivity. However, I will not walk you through all the methods. Up to this point, you should know the basic operation of Cisco Package Tracer, and be able to build your own network.


=== Simulation Mode ===
If you want to see how packets travel across the network, use the Simulation Mode.
To switch from Realtime Mode to Simulation Mode, click on the tab behind the Realtime Mode.
Simulation Mode:
[[file:pkt23.png|800px]]
The Simulation Mode lets you capture packets automatically  or manually. Use Simulation Mode to capture packets by using '''ping''' and '''tracrt''' command or any other method to perform for the task.
Play Control of Simulation Mod
[[file:pkt24.png|800px]]
There are several methods to test network connectivity. However, I will not walk you through all the methods. Up to this point, you should know the basic operation of Cisco Packet Tracer, and be able to build your own network for your needed.


Enjoy!


Now, you have a working network environment. Save your project if you want to be use latter.




----
Enjoy!


--[[User:Lueyang|Lueyang]] 02:06, 1 March 2010 (UTC)
== References ==
[http://www.cisco.com/web/learning/netacad/course_catalog/PacketTracer.html Cisco Packet Tracer] February 28, 2010. [http://www.cisco.com/ Cisco Systems, Inc.]

Latest revision as of 22:57, 5 March 2010

Packet Tracer Instructions

Cisco Packet Tracer is a powerful network simulation program that allows us to create a network with an almost unlimited number of devices, encouraging practice, discovery, and troubleshooting. The main objective of Packet Tracer is to serve as a support tool for the Cisco Academy. This tool is extremely useful for both students and teachers.

In this page, I will walk you step by step through the process of downloading/installing and building a network using Packet Tracer. This instruction is best for students who have accounts to access Cisco Networking Academy home page.

Downloading & Installing Packet Tracer

Packet Tracer 5.2 is the latest version of Cisco's simulation software available. To download Packet Tracer, follow the instruction below.

How to download

  • Step 1

Go to Cisco Networking Academy home page

(NOTE: Make sure to hold Ctrl key to open the link in a new tab.)


  • Step 2

Login onto the Student Home using your username and password.

Pkt01.JPG


  • Step 3

On the Student Home page, type Packet tracer in the search box and press Enter key or click on the GO button to search for the software.

Pkt02.JPG


  • Step 4

Scroll down to find Packet Tracer Software downloads for Students (.html - 0.01MB). Click on the link and you will see the search result, as show bellow.

Pkt03.PNG


  • Step 5

To download, click on (EXE - 34 MB) save it on your Desktop.

Pkt04.PNG


Next section will walk you through the process of installing Cisco Packet Tracer.

Installation

After downloading is completed, follow the steps bellow.

  • Step 1

To install Cisco Packet Tracer, double click on the PacketTracer5218_setup_no_tutorials.exe file on your desktop.

And, then click Run to run the installation process.

Pkt05.PNG


  • Step 2

Click next

Pkt06.PNG


  • Step 3

In oder to install the software, you must check I accept the agreement and then click Next button.

Pkt07.PNG


  • Step 4

Click Next button until the installation process is finished.

Pkt08.PNG


Pkt09.PNG


  • Step 5

Click the Finish button.

Pkt10.jpg


Now you are completed with installation process. The next section will be showing you how to use Cisco Packet Tracer.

Using Cisco Packet Tracer

This section will show you how to use Packet Tracer by creating a basic network environment.

Below is the topology diagram of the network. The IP address and Subnet mask in this topology will be using to configure the network connection in the next section.

Pktt00.PNG


Creating Cisco Network Devices

Follow the steps bellow to create the network devices base on the topology above.


  • Step 1

Double click the Cisco Packet Tracer icon on your Desktop to run Cisco Packet Tracer.


Cisco Packet Tracer' windows interface:

Pkt11.PNG


  • Step 2

A router is created by clicking the Routers button that locates on the bellow left-hand conner, and the routers with its model names will appear next to the right. Click and draft the 1841 Router to the work area, and chang the name to Router1. Changing the router's name is optional. Create another router and name it Router2.

Pkt12.PNG


  • Step 3

Follow the step above to create the Switches, PC1, PC2, and the Server.

Pkt13.PNG


  • Step 5 Adding Cisco Router's modules

Click on Router1, and under Physical tab, you will see the picture of the router's interface under "Physical Device View". Turn the power off, and then click and draft the WIC-2T module to the second slot of the expansion slots of the router. Turn the power of the router back on.

Pkt14.PNG


  • Step 6Follow the same step above to add a module for Router2.

Connecting and Cabling

To connect all the devices together, click the Connection button, and then click the cable button next to the right. Choose the right cable.

  • (Note) Make sure to choose the right cables.

From PC1, PC2 and Router1 to the Switch, use Copper Straight-Through cables to make connection. Between Router1and Router2, use Serial cable (DCE). And, between the Router2 and Server, use Copper Cross-Over cable.


Connection should look like this:

Pkt15.PNG


Configuring Devices

To make communication between the devices, each device needed to be configured correctly.


  • Configuration for the Server:

First, click on the Server and make sure the power is on. Under Desktop tab, click on the IP Configuration button, and type in the IP Address, Subnet Mask, and Default Gateway into the appropriate box, and then close the configuration windows.

Pkt16.PNG


  • PC1 and PC2 are Configured using the same step above.


Pkt17.PNG

Pkt18.PNG


  • Router Configuration:

Now you have all the end devices configured. The next step is to configure the two routers.

1. Router1 Configuration

Click on the Router1, make sure that the power of the router is on, and then click on the CLI tab. If you see a question says "Continue with configuration dialog? [yes/no]:", type no and press Enter key. Press Enter key couple times until you see "Router>" appear.

When you see "Router>" appear, copy the codes (Commands) bellow, including the "!", and then past the codes into the CLI windows by clicking on the Paste button.


!

enable

configure terminal


ip name-server 192.168.254.254

interface Serial0/0/0

ip address 10.10.10.5 255.255.255.252

no shutdown

exit


interface FastEthernet0/0

ip address 172.16.255.254 255.255.0.0

no shutdown

exit


ip route 0.0.0.0 0.0.0.0 10.10.10.6

end


copy running-config startup-config


!


Pkt19.PNG


After you paste the command above to the CLI windows, the output should looks like this:

Pkt120.PNG


Close Router1's windows.


2. Router2 Configuration

Use the same step above to configure Router2 by using the following codes:


!

enable

configure terminal


interface FastEthernet0/0

ip address 192.168.254.253 255.255.255.0

no shutdown

exit

interface Serial0/0/0

ip address 10.10.10.6 255.255.255.252

clock rate 64000

no shutdown

exit

ip route 172.16.0.0 255.255.0.0 10.10.10.5

end

copy running-config startup-config


!


Now you are done with the configuration.

Examining Devices Communication

In this section I will use the ping and tracert or traceroutcommand to examining the network connectivity to make sure that every device on the network can communicate with each other properly.

In this section, we are examining the communication between PC1 and server.

Realtime Mode

Use the Realtime Mode to test network connectivity in realtime.

  • Examining by using ping and tracert commands

Click on PC1. Under Desktop tab, click on the Command Prompt or Run button. After the command prompt opened, type ping 192.168.254.254 and press Enter key to see if PC1 can communicate with the Server. Type ping 192.168.254.254 to see how PC1 can route the packets to the Sever. The screen shot bellow shows the examples of the ping and tracert command output.

Pkt21.png


  • Examining by using Web Browser(HTTP)

Click PC2, and then click Desktop tab. Under Desktop tab, click Web Browser button and type 192.168.254.254 and press Enter key.

Pkt22.png


Simulation Mode

If you want to see how packets travel across the network, use the Simulation Mode.

To switch from Realtime Mode to Simulation Mode, click on the tab behind the Realtime Mode.


Simulation Mode:

Pkt23.png


The Simulation Mode lets you capture packets automatically or manually. Use Simulation Mode to capture packets by using ping and tracrt command or any other method to perform for the task.

Play Control of Simulation Mod

Pkt24.png



There are several methods to test network connectivity. However, I will not walk you through all the methods. Up to this point, you should know the basic operation of Cisco Packet Tracer, and be able to build your own network for your needed.


Now, you have a working network environment. Save your project if you want to be use latter.


Enjoy!

References

Cisco Packet Tracer February 28, 2010. Cisco Systems, Inc.

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