How to download i86bi_linuxl3-adventerprisek9-m2_157_3_may_2018.bin

If you are a network engineer or a student who wants to learn about Cisco IOS, you might have heard of i86bi_linuxl3-adventerprisek9-m2_157_3_may_2018.bin. This is a Cisco IOS image that can be used with GNS3, a network simulator that allows you to create virtual networks and test different scenarios. In this article, you will learn what i86bi_linuxl3-adventerprisek9-m2_157_3_may_2018.bin is, why you need it, where you can get it, and how you can use it with GNS3.

What is i86bi_linuxl3-adventerprisek9-m2_157_3_may_2018.bin?

i86bi_linuxl3-adventerprisek9-m2_157_3_may_2018.bin is a Cisco IOS image that runs on Linux. It is also known as IOS on Linux (IOL) or IOS on Unix (IOU). It is a simulator that emulates Cisco routers and switches. It supports many features and protocols that are available in real Cisco devices. It has a version of 15.7(3)M2, which means it is based on the 15.7 release of Cisco IOS.

Why do you need it?

You might need i86bi_linuxl3-adventerprisek9-m2_157_3_may_2018.bin if you want to practice Cisco IOS commands and configurations without having access to real hardware. You can also use it to prepare for certification exams such as CCNA, CCNP, or CCIE. You can also use it to test and troubleshoot network designs and scenarios before deploying them in real environments.

Where can you get it?

i86bi_linuxl3-adventerprisek9-m2_157_3_may_2018.bin is not publicly available for download. It is an internal Cisco software that can be used by Cisco employees or authorized customers only. However, you might be able to find it on some websites or forums that share Cisco IOS images. You should be careful when downloading files from unknown sources, as they might contain viruses or malware. You should also respect the intellectual property rights of Cisco and use the software only for educational purposes.

How to use i86bi_linuxl3-adventerprisek9-m2_157_3_may_2018.bin with GNS3?

To To use i86bi_linuxl3-adventerprisek9-m2_157_3_may_2018.bin with GNS3, you need to have GNS3 installed on your computer. GNS3 is a free and open source software that allows you to create and run virtual networks. You can download GNS3 from its official website.

What is GNS3?

GNS3 stands for Graphical Network Simulator 3. It is a software that lets you design, configure, and test network topologies using various devices such as routers, switches, firewalls, servers, and more. You can use real or simulated devices with GNS3. Real devices are connected to GNS3 through physical interfaces or cloud nodes. Simulated devices are created using virtual machines or Docker containers. GNS3 supports many vendors and platforms, such as Cisco, Juniper, Arista, MikroTik, Linux, Windows, etc.

How to install GNS3 on your computer?

To install GNS3 on your computer, you need to follow these steps:

Download the latest version of GNS3 from its official website. Choose the appropriate installer for your operating system (Windows, Mac, or Linux).
Run the installer and follow the instructions. You will be asked to install some components such as Python, WinPcap, Wireshark, etc. You will also be asked to choose between a standard or a custom installation. A standard installation will install everything you need to run GNS3 on your computer. A custom installation will allow you to select which components you want to install and where you want to install them.
After the installation is complete, launch GNS3 and create a new project. You will see the main window of GNS3 with a toolbar, a menu bar, a sidebar, and a workspace.

How to add i86bi_linuxl3-adventerprisek9-m2_157_3_may_2018.bin to GNS3?

To add i86bi_linuxl3-adventerprisek9-m2_157_3_may_2018.bin to GNS3, you need to follow these steps:

Upload the image to the GNS3 server

The first step is to upload the image file to the GNS3 server. The GNS3 server is the component that runs the simulated devices and handles the communication between them. You can use either a local server (running on your computer) or a remote server (running on another computer or in the cloud). To upload the image file to the GNS3 server, you need to do the following:

Go to Edit > Preferences > IOS on Linux > New.
Browse and select the image file (i86bi_linuxl3-adventerprisek9-m2_157_3_may_2018.bin) from your computer.
Select the server where you want to upload the image file (local or remote).
Click Upload.

Create an IOS on Linux template

The next step is to create an IOS on Linux template. A template is a set of parameters that defines how a simulated device will behave in GNS3. To create an IOS on Linux template, you need to do the following:

Go to Edit > Preferences > IOS on Linux > New.
Select the image file (i86bi_linuxl3-adventerprisek9-m2_157_3_may_2018.bin) from the list of available images.
Give a name and a description for the template.
Select the platform and chassis type for the template. For example, you can choose i86bi-linux-l2-adventerprisek9 for layer 2 switching or i86bi-linux-l3-adventerprisek9 for layer 3 routing.
Adjust the RAM and CPU settings for the template. The default values are usually sufficient for most scenarios.
Select the network adapters for the template. You can choose how many Ethernet or serial interfaces you want for your device. You can also select the type of interface (e.g., e1000 or virtio).
Select the console type for the template. You can choose either telnet or vnc for accessing the device’s console.
Click OK.

Drag and drop the device to the workspace

The final step is to drag and drop the device to the workspace. The workspace is where you can create and edit your The final step is to drag and drop the device to the workspace. The workspace is where you can create and edit your network topology using graphical elements. To drag and drop the device to the workspace, you need to do the following:

Go to the sidebar and select IOS on Linux from the list of categories.
Drag and drop the template that you created (e.g., i86bi-linux-l3-adventerprisek9) to the workspace.
Repeat the process for as many devices as you need for your network.

How to test your network with i86bi_linuxl3-adventerprisek9-m2_157_3_may_2018.bin and GNS3?

After you have added the devices to the workspace, you can test your network with i86bi_linuxl3-adventerprisek9-m2_157_3_may_2018.bin and GNS3. You can start and stop the devices, access their consoles, configure them, and connect them to other devices and networks. Here are some tips on how to do that:

How to start and stop the device?

To start or stop a device, you can do one of the following:

Right-click on the device and select Start or Stop from the context menu.
Select the device and click on the Start or Stop button on the toolbar.
Select the device and press Ctrl+R or Ctrl+F5 on your keyboard.

You can also start or stop all devices at once by clicking on the Start/Stop all nodes button on the toolbar or pressing Ctrl+Shift+F5 on your keyboard.

How to access the console and configure the device?

To access the console of a device, you can do one of the following:

Double-click on the device.
Right-click on the device and select Console from the context menu.
Select the device and click on the Console button on the toolbar.
Select the device and press Ctrl+C on your keyboard.

A new window will open with the console of the device. You can use this window to enter Cisco IOS commands and configure the device. For example, you can set the hostname, assign IP addresses, enable routing protocols, etc. You can also use some shortcuts to navigate through the console, such as Tab, Up arrow, Down arrow, etc.

How to connect the device to other devices and networks?

To connect a device to another device or a network, you need to use a link. A link is a graphical element that represents a physical or logical connection between two nodes. To create a link, you need to do the following:

Select a link type from the sidebar. You can choose between Ethernet, Serial, FastEthernet, GigabitEthernet, etc.
Click on one of the interfaces of the first device that you want to connect.
Click on one of the interfaces of the second device that you want to connect.

A link will be created between the two devices. You can adjust its position by dragging it with your mouse. You can also delete it by right-clicking on it and selecting Delete from the context menu. You can also edit its properties by right-clicking on it and selecting Configure from the context menu.

After you have connected the devices, you can test the connectivity and functionality of your network. You can use various tools and commands to do that, such as ping, traceroute, show ip route, show interfaces, etc.

Conclusion

In this article, you have learned how to download i86bi_linuxl3-adventerprisek9-m2_157_3_may_2018.bin and use it with GNS3. You have also learned what i86bi_linuxl3-adventerprisek9-m2_157_3_may_2018.bin is, why you need it, where you can get it, and how you can test your network with it. You have seen how to create and configure virtual devices using Cisco IOS commands and how to connect them to other devices and networks using links. You have also seen how to access the console and use various tools and commands to verify the network.

i86bi_linuxl3-adventerprisek9-m2_157_3_may_2018.bin is a useful software that can help you learn and practice Cisco IOS skills without having real hardware. It can also help you prepare for certification exams or test network designs and scenarios. However, you should always respect the intellectual property rights of Cisco and use the software only for educational purposes. You should also be careful when downloading files from unknown sources, as they might contain viruses or malware.

We hope you have enjoyed this article and found it helpful. If you have any questions or feedback, please feel free to leave a comment below. Thank you for reading!

FAQs

Here are some frequently asked questions about i86bi_linuxl3-adventerprisek9-m2_157_3_may_2018.bin and GNS3:

Q: What are the system requirements for running i86bi_linuxl3-adventerprisek9-m2_157_3_may_2018.bin and GNS3?

A: The system requirements for running i86bi_linuxl3-adventerprisek9-m2_157_3_may_2018.bin and GNS3 depend on the size and complexity of your network topology. Generally, you need a computer with at least 4 GB of RAM, 20 GB of disk space, a dual-core processor, and a 64-bit operating system. You also need a stable internet connection if you are using a remote server or cloud nodes.

Q: How can I get more Cisco IOS images for GNS3?

A: There are several ways to get more Cisco IOS images for GNS3. You can use real Cisco devices and extract the images from them using tools such as TFTP or USB. You can also use Cisco VIRL, a paid service that provides access to various Cisco IOS images. You can also search online for websites or forums that share Cisco IOS images. However, you should always be careful when downloading files from unknown sources, as they might contain viruses or malware. You should also respect the intellectual property rights of Cisco and use the images only for educational purposes.

Q: How can I troubleshoot common problems with i86bi_linuxl3-adventerprisek9-m2_157_3_may_2018.bin and GNS3?

A: Some common problems that you might encounter with i86bi_linuxl3-adventerprisek9-m2_157_3_may_2018.bin and GNS3 are:

The device does not start or crashes.
The device does not respond to commands or shows errors.
The device does not connect to other devices or networks.
The device does not save the configuration or loses it after rebooting.

To troubleshoot these problems, you can try the following solutions:

Check the RAM and CPU usage of your computer and the GNS3 server. If they are too high, reduce the number of devices or close other applications.
Check the image file and the template settings of your device. Make sure they match the platform and chassis type of your device.
Check the link type and properties of your connection. Make sure they match the interface type and configuration of your device.
Check the console type and settings of your device. Make sure they match the console type and port number of your device.
Check the network settings of your computer and the GNS3 server. Make sure they are in the same subnet and have proper gateway and DNS settings.
Check Check the configuration and status of your device. Make sure they are correct and consistent with your network design and requirements.

If none of these solutions work, you can search online for more troubleshooting tips or contact the GNS3 support team or community.

Q: How can I learn more about i86bi_linuxl3-adventerprisek9-m2_157_3_may_2018.bin and GNS3?

A: If you want to learn more about i86bi_linuxl3-adventerprisek9-m2_157_3_may_2018.bin and GNS3, you can use the following resources:

The official GNS3 website, where you can find documentation, tutorials, videos, blogs, forums, etc.
The official GNS3 YouTube channel, where you can watch videos on how to use GNS3 and various devices and platforms.
The official GNS3 Academy, where you can enroll in courses and labs on GNS3 and network topics.
The official Cisco website, where you can find documentation, guides, manuals, etc. on Cisco IOS and devices.
The Cisco Learning Network, where you can find study materials, practice exams, communities, etc. on Cisco certification tracks.

Q: What are some alternatives to i86bi_linuxl3-adventerprisek9-m2_157_3_may_2018.bin and GNS3?

A: If you are looking for alternatives to i86bi_linuxl3-adventerprisek9-m2_157_3_may_2018.bin and GNS3, you can try the following options:

Cisco Packet Tracer, a free software that simulates Cisco devices and networks. It is easy to use and has a graphical user interface. However, it has limited features and protocols compared to i86bi_linuxl3-adventerprisek9-m2_157_3_may_2018.bin and GNS3.
Cisco VIRL, a paid service that provides access to various Cisco IOS images. It is more realistic and accurate than i86bi_linuxl3-adventerprisek9-m2_157_3_may_2018.bin and GNS3. However, it is more expensive and requires more resources to run.
EVE-NG, a free and open source software that allows you to create and run virtual networks using various devices and platforms. It is similar to GNS3 but has more features and supports more vendors. However, it is more complex and difficult to use than GNS3.

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