What is Cisco Packet Tracer Software? – What is Cisco Packet Tracer? Do you know it? Or, did you even hear it? Let’s explain step by step it.
What is Cisco Packet Tracer Software?
What is Cisco Packet Tracer Software?
Cisco Packet Tracer is a very powerful network simulator designed and built by Cisco Systems that allows students to work on CCNA and CCNP certification exams to build up networks with the virtually unlimited number of devices and improve problem-solving in networked environments without purchasing a true Cisco Router or Switch Program.
What Does Cisco Packet Tracer Do?
After the title called the What is Cisco Packet Tracer Software?, let’s explain the topic called the What does Cisco Packet Tracer do?. The Cisco Packet Tracer enables network devices such as Cisco Routers, Switches to simply network designs with drag and drop. With an automatic cable connector option to make cable connections between devices, you can speed up your business without losing time. It can provide inter-network communication using many Routing Protocols.
You can create many complex network designs and ping detailed packets with a simple PDU packet to see what processes the packets have gone through. If used in an educational environment, a scoring system can be created for students who have created an activity and asked if they have answered.
Who is able to Use the Cisco Packet Tracer Software?
Cisco Packet Tracer program is mostly used by network designers. Many network designers want to test the network they want to create first on a virtual platform and may want to observe any problems that occur. And then, in real life, this network design can be fully implemented. In the created network design, it can be applied to real network design later by trying firewall solutions.
Cisco Packet Tracer simulator program, also used in educational institutions, can create a variety of activities for students. The first step to becoming a System and Network Specialist is the Cisco Packet Tracer program.
Introduction to the Cisco Packet Tracer Program
After the title called the What is Cisco Packet Tracer? and What does Cisco Packet Tracer do? Let’s explain the tools of the program. The first screen that opens after you install the Cisco Packet Tracer program is as follows.
1. The Menu Bar.
2. Main Toolbar.
3. Right-click Toolbar.
4. Logical and Physical Workspace. The transition is possible.
5. Design work area.
6. Real-time and Simulation Working Modes.
7. Network Device Selection Area.
8. Types of Network Device Selected Here.
New: Creates a new project area.
Open: Opens the previously saved project.
Save: Save the created project.
Print: Prints the current topology or configuration on the selected device. Can be saved as PDF.
Activity Wizard: Creates a topology question for students in educational institutions.
Copy: Copy the selected device or any created object.
Paste: Pastes the copied device or object.
Undo: The previous name can be reverted.
Redo: The next step can be called.
Zoom In: Zooms in the working area.
Zoom Reset: Returns the working area to default.
Zoom Out: Removes the working area.
Drawing Palette: Creates a square, rectangle, round, straight line, or random elastic region to aid the study area. Color can be given.
Custom Devices Dialog: Here you can create a manual device. Click on select first, select the device and make any necessary adjustments and save it as a custom device in any category.
Select: Selects the device or any object on the work area.
Place Note: Can be used to make descriptive small notes in the work area. For example; Ip number.
Delete: Deletes the device or any object on the workspace.
Inspect: ARP table, Routing table, NAT table etc. for any device in the work area. It shows.
Draw Tool: Drawing Palette tools are available here.
Resize Shape: Resizes shapes drawn with the Draw Tool on the work area.
Add Simple PDU: Sends an ICMP message (Ping) between two devices in the topology. Can be used to test the connection.
Add Complex PDU: A detailed packet can be sent between the two devices in the topology as source and target.
Logical and Physical Workspace Area
Logical: This field is the location shown on the screen.
Physical: A more detailed topology can be created by switching to the physical area. For example; Main Building Connection.
To get information the GNS3 program in addition to the Cisco Packet Tracer program, read the topic called the What is GNS3? and What Does GNS3 Do?
Network Device Selection Area
Network Devices: This group includes Routers, Switches, Hubs, Wireless Devices, Security and WAN Emulation devices, which are commonly used in the network topology. The selected device can be released by dragging it to the working area.
End Devices: This group includes Desktop Computer, Server, Laptop, Smart Phone, Printer, VoIP, TV, Analog Phone, Tablet and Wireless End Device etc. The selected device or devices can be dragged and dropped onto the work area. There are many innovations in the latest version of the Cisco Packet Tracer program. In addition, there are various design materials.
Components: Available in the new release. Several components have been added for detailed network design. These; Board (MCU and SBC Cards), Sensors, Alarm, LCD, Motor, Led.
Connections: Commonly used cable interfaces. Speaking of these;
1. Automatically Choose Connection Type
Link Used In Uncertain Situation Of The Connection. Automatically Sort Cable Connection.
2. Console Connection
The connection between the computer and the Router or Switch. It is usually used in the first set of Layer 3 Devices, ie Manageable Network Devices.
3. Copper Straight-Through
OSI or TCP Network Modules Connect Network Devices Running in Different Layers. For example; PC-Switch, Router-Switch.
4. Copper Cross-Over
Connect OSI or TCP Network Modules to Network Devices Running in the Same Layers. For example; PC-PC, Switch-Switch, Router-Router, PC-Router.
Fiber Optic Cables That Provide High Speed in Data Transmission Transmit as Data Light. Available For Connections With High Data Transmission.
Used for the connection of modem or telephone devices.
Cable type used in old network topologies. Nowadays it’s used in cable TV broadcasts.
8. Serial DCE
DCE Serial Cable is used for connection of devices such as Router. In this cable type, it is absolutely necessary to specify the data transmission rate (Clock Rate).
9. Serial DTE
DTE Serial Cable is used for connection of devices such as Router. It is not necessary to enter the data rate for this cable type. It uses standard speed on T1 / E1 connections.
Octal Cable is a cable with 68 pin connectors on one end and 8 RJ-45 ends on the other end. The mission can be used simply to create a terminal or access server.
11. IoE Custom Cable
It is the type of cable that comes with Cisco Packet Tracer 7 that allows you to connect devices together to develop intelligent home solutions.
A USB cable that connects devices with a USB interface.
To download the Cisco Packet Tracer 7 network simulator program and install to your computer, browse the topic called “How to Install Cisco Packet Tracer 7?“.
How to Install Cisco Packet Tracer 7 in Windows 10 ⇒ Video
You can watch how to install Cisco Packet Tracer and you can also subscribe to our YouTube channel…
What is Cisco Packet Tracer Software? – We have completed the topic called the What is Cisco Packet Tracer Software ?. I have tried to define the Cisco Packet Tracer program and to give some information about who was developed and who was using it in general. After I’ve pointed out the tools for the interface of the program, I’ve explained the tools that I think might be useful for beginners.
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