CiscoPacketTracerTutorialForBeginnersPdfDownload !NEW!
Cisco Packet Tracer Tutorial For Beginners Pdf Download: A Complete Guide
If you are interested in learning how to use Cisco Packet Tracer, a network simulation software that allows you to create and test network scenarios, then this article is for you. In this article, you will learn how to download and install Cisco Packet Tracer, how to build a simple network using Packet Tracer, how to configure the network devices, how to test connectivity between network devices, and how to save and close Packet Tracer. You will also find a link to a PDF tutorial that will guide you step-by-step through the process of creating a simple network using Packet Tracer.
CiscoPacketTracerTutorialForBeginnersPdfDownload
How to Download and Install Cisco Packet Tracer
Cisco Packet Tracer is a free software that you can download from the Cisco Networking Academy website. To download Cisco Packet Tracer, you need to have a Cisco Networking Academy account. If you don't have one, you can create one for free by following these steps:
Go to https://www.netacad.com/ and click on "Join Now".
Fill out the registration form with your personal information and click on "Create Account".
Check your email for a verification link and click on it to activate your account.
Login to your account and click on "Resources" and then on "Download Packet Tracer".
Select the version of Packet Tracer that matches your operating system and click on "Download".
Save the file to your computer and run it to install Packet Tracer.
Once you have installed Packet Tracer, you can launch it by double-clicking on the icon on your desktop or navigating to the directory that contains the executable file.
How to Build a Simple Network Using Packet Tracer
In this section, you will learn how to build a simple network using Packet Tracer. The network consists of a PC, a wireless router, a Cisco.com server, and a laptop. The topology diagram and the addressing table are shown below:
DeviceInterfaceIP AddressSubnet MaskDefault Gateway
PCEthernet0DHCP192.168.0.1
Wireless RouterLAN192.168.0.1255.255.255.0
Wireless RouterInternetDHCP
Cisco.com ServerEthernet0208.67.220.220255.255.255.0
LaptopWireless0DHCP
To build this network, follow these steps:
Add network devices to the workspace. Using the device selection box, add the network devices to the workspace as shown in the topology diagram. To place a device onto the workspace, first choose a device type from the Device-Type Selection box. Then, click on the desired device model from the Device-Specific Selection box. Finally, click on a location in the workspace to put your device in that location. If you want to cancel your selection, click the Cancel icon for that device. Alternatively, you can click and drag a device from the Device-Specific Selection box onto the workspace.
Change display names of the network devices. To change the display names of the network devices click on the device icon on the Packet Tracer Logical workspace, then click on the Config tab in the device configuration window. Type the new name of the device into the Display Name box as shown in the figure below.
Add the physical cabling between devices on the workspace Using the device selection box, add the physical cabling between devices on the workspace as shown in the topology diagram. The PC will need a copper straight-through cable to connect to the wireless router. Select the copper straight-through cable in the deviceselection box and attach it to the FastEthernet0 interface of the PC and the Ethernet 1 interface of the wireless router.
The wireless router will need an optical fiber cable to connect to
the Cisco.com server. Select
the optical fiber cable in
the device selection box
and attach it to
the Internet interface of
the wireless router and
the Ethernet0 interface of
the Cisco.com server.
The laptop will need
a wireless connection
to connect
to
the wireless router.
Select
the wireless connection
in
the device selection box
and attach it
to
the Wireless0 interface of
the laptop and
the Wireless interface of
the wireless router.
You have successfully built a simple network using Packet Tracer.
How to Configure the Network Devices
In this section, you will learn how to configure the network devices using Packet Tracer.
Configure
the PC.
Click on
the PC icon on
the workspace and then click on
the Desktop tab in
the device configuration window.
Click on IP Configuration and select DHCP as
the IP address configuration method.
This will allow
the PC
to obtain an IP address automatically from
the wireless router.
Click on FastEthernet0 under Interface Information and verify that an IP address has been assigned by DHCP.
You should see something like this:
Configure
the wireless router.
Click on
the wireless router icon on
the workspace and then click on
the Config tab in
the device configuration window.
Click on Wireless under Global Settings and enter WirelessRouter as
the SSID (Service Set Identifier).
This is
the name of
the wireless network that will be broadcasted by
the wireless router.
Click on DHCP under Services and enable DHCP server for LAN interface.
This will allow
the wireless router
to assign IP addresses automatically to devices connected to its LAN interface.
Enter 192.168.0 as Network Address,
24 as Subnet Mask,
and 192.168.0 as Default Gateway.
Click on Add under Pool Settings and then click Save Settings.
You should see something like this:
How to Test Connectivity between Network Devices
In this section, you will learn how to test connectivity between network devices using Packet Tracer. You will use ping and traceroute commands to verify that the network devices can communicate with each other.
Test connectivity from the PC to the wireless router. Click on the PC icon on the workspace and then click on the Desktop tab in the device configuration window. Click on Command Prompt and enter ping 192.168.0.1. This will send four packets of data to the wireless router and display the response time and success rate. You should see something like this:
Test connectivity from the PC to the Cisco.com server. Click on the PC icon on the workspace and then click on the Desktop tab in the device configuration window. Click on Command Prompt and enter ping 208.67.220.220. This will send four packets of data to the Cisco.com server and display the response time and success rate. You should see something like this:
Test connectivity from the PC to the laptop. Click on the PC icon on the workspace and then click on the Desktop tab in the device configuration window. Click on Command Prompt and enter ping followed by the IP address of the laptop. You can find the IP address of the laptop by clicking on it and then clicking on Config > Wireless0 > DHCP Client Table. This will send four packets of data to the laptop and display the response time and success rate. You should see something like this:
Test connectivity from the laptop to the Cisco.com server. Click on the laptop icon on the workspace and then click on the Desktop tab in the device configuration window. Click on Command Prompt and enter ping 208.67.220.220. This will send four packets of data to the Cisco.com server and display the response time and success rate. You should see something like this:
Conclusion
In this article, you have learned how to use Cisco Packet Tracer, a network simulation software that allows you to create and test network scenarios. You have learned how to download and install Cisco Packet Tracer, how to build a simple network using Packet Tracer, how to configure the network devices, how to test connectivity between network devices, and how to save and close Packet Tracer. You have also found a link to a PDF tutorial that will guide you step-by-step through the process of creating a simple network using Packet Tracer.
Cisco Packet Tracer is a great tool for learning and practicing networking skills. It can help you prepare for your CCNA certification exam or any other networking course. It can also help you design and troubleshoot your own network projects. If you want to learn more about Cisco Packet Tracer, you can visit the Cisco Networking Academy website or the Cisco Learning Network website.
We hope you have enjoyed this article and found it useful. If you have any questions or feedback, please feel free to leave a comment below. Thank you for reading and happy networking! 6c859133af
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