I have a subject with questionable interests, called network simulations. We use tools to create networks and simulate their working in the real world. If you are concerned with any such network simulator tools, chances are, you have heard of Cisco packet tracer.
The Cisco packet tracer is a lot like the simple NCTUns simulator tool with which I work; only it’s more efficient and reliable. Unlike the NCTUns, network tracer does not solely rely on the computer hardware, so simulated output rarely varies from system to system.
So if you are into professional network simulation, you should read through this article and find out how to download the Cisco packet tracer for free (direct download links are also included).
Cisco also offers the facility to download Cisco AnyConnect with offline installer. The version of the software we are discussing here is the Cisco Packet Tracer 7.1. So, let’s get straight to it!
Cisco Packet Tracer 7.1 System Requirements
OS: Windows XP and above
Processor: Intel Pentium 4 dual-core and above, 3+ GHz recommended.
Memory: 500 MB RAM and above
Storage: 1+ GB of HDD/SSD capacity is recommended
Cisco Packet Tracer 7.1 Direct Download Links
Here are direct download of Cisco Packet Tracer for both Windows & Linux platform.
Now, if you are still wondering, why should you get this awesome and free network simulator, here are some features of the Cisco packet tracer:
Cisco Packet Tracer Features
There are a whole bunch of new devices added to the newer version of the Cisco packet tracer. Some major ones include a 2504 WLC, Generic WLC, Generic Light Weight Access Point, and Cisco Aironet 3702 lightweight wireless access point.
It supports new export formats such as .pkp for your projects, as well as support for more modern protocols like MQTT.
Not to mention the bug fixes and noticeable performance enhancements over its predecessors. Though this was more of a maintenance update for the series of versions 6.2, 6.3, and 7.0, not having to deal with several rashes during execution of commands like ‘service password-encryption’ is nice to have.
The user interface has been cleaned out. Now admittedly, I have not been a long time user of the previous versions, so I cannot really tell the difference all that much.
But I can stand proof for the fact that it is a clean and simple to use interface, even for those of you who are just starting out. It might be the most comfortable tool to learn and get to know your way around, within minutes of using it.
Below the traditional menu bar, there are the standard set of shortcuts like copy, paste, zoom in, zoom out, etc. All the devices that you want to draw can be found in the bottom menu.
You just use your mouse and click on the device you want to add, then click on the editor space wherever you want one of them placed. As I said, it’s very much like NCTUns tool, but it’s quite a bit more predictable and reliable.
NCTUns is strictly meant for experimental/prototype versions of application circuits, and are not intended to represent the final simulated functionality of the same.
That is why it is typically used by students and beginners, myself included. The Cisco packet tracer, on the other hand, can be used for complex networks which might involve a lot of troubleshooting and tweaking.
If you want to know what is the full potential of the packet tracer, check out net academy website. They have courses and tutorials about the packet tracer to which you can enroll and get proper training with the pros.
Or you could go the convenient way and learn it on YouTube as I did! Anyway, here is their link if you are interested in checking it out.
So what are you waiting for? Download the packet tracer from the above links for your system now!