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How I Used I86bi Linux Adventerprisek9 Ms 151 4 M.rar to Create a Virtual Network Topology with Cisco IOS Devices on EVE-NG


What is I86bi Linux Adventerprisek9 Ms 151 4 M.rar?


If you are interested in network simulation and testing, you might have come across this file name: I86bi Linux Adventerprisek9 Ms 151 4 M.rar. But what does it mean and what does it do? In this article, we will explain everything you need to know about this file, including what it is, what it contains, how to use it, and where to get it. By the end of this article, you will be able to run this file on EVE-NG, a popular network emulator platform, and create your own network topology using Cisco IOS devices.




I86bi Linux Adventerprisek9 Ms 151 4 M.rar



What is Cisco IOS?




Before we dive into the details of I86bi Linux Adventerprisek9 Ms 151 4 M.rar, let's first understand what Cisco IOS is. Cisco IOS stands for Cisco Internetwork Operating System, which is a software that runs on most Cisco routers and switches. It provides the basic functions and features that enable network devices to communicate with each other and with other networks. It also supports various protocols, services, security mechanisms, and management tools that make network administration easier and more efficient.


What are the features and benefits of Cisco IOS?




Cisco IOS has many features and benefits that make it a powerful and versatile network operating system. Some of them are:



  • It supports a wide range of network devices, from small home routers to large enterprise switches.



  • It supports multiple network layers, from Layer 2 (data link) to Layer 7 (application).



  • It supports various routing protocols, such as RIP, OSPF, EIGRP, BGP, IS-IS, etc.



  • It supports various switching protocols, such as STP, RSTP, MSTP, VTP, DTP, etc.



  • It supports various security features, such as ACLs, NAT, VPNs, IPSec, SSL/TLS, etc.



  • It supports various quality of service (QoS) features, such as traffic shaping, policing, prioritization, classification, etc.



  • It supports various management tools, such as SNMP, Syslog, NetFlow, CDP, LLDP, etc.



  • It supports various high availability features, such as HSRP, VRRP, GLBP, etc.



  • It supports various scalability features, such as VLANs, EtherChannels, VRFs, MPLS, etc.



  • It supports various customization options, such as CLI commands, configuration files, scripts, etc.



With these features and benefits, Cisco IOS enables network devices to perform various network functions and tasks, such as routing, switching, security, QoS, management, etc. Cisco IOS is widely used in the networking industry and is considered as the standard for network operating systems.


What is Cisco IOL (IOS on Linux)?




Cisco IOL stands for Cisco IOS on Linux, which is a special version of Cisco IOS that runs on Linux platforms. It is not a regular Cisco IOS image that can be installed on a physical router or switch, but rather a software that emulates Cisco IOS devices on a Linux machine. Cisco IOL is mainly used for network simulation and testing purposes, as it allows network engineers and students to create virtual network topologies using Cisco IOS devices without the need for physical hardware.


What are the advantages and disadvantages of Cisco IOL?




Cisco IOL has some advantages and disadvantages compared to other network simulation and testing tools. Some of the advantages are:



  • It is fast and lightweight, as it runs on Linux platforms and does not require much resources.



  • It supports most of the features and functions of Cisco IOS, as it is based on the same code base.



  • It supports multiple instances of Cisco IOS devices, as it can run multiple copies of the same image on a single Linux machine.



  • It supports interconnection with other network devices, such as physical routers and switches, or other virtual devices from different vendors.



  • It supports packet capture and analysis, as it can export traffic data to Wireshark or other tools.



Some of the disadvantages are:



  • It is not officially supported by Cisco, as it is an internal tool that is not meant for public use.



  • It is not easy to obtain, as it requires access to Cisco's internal network or a valid license from Cisco.



  • It is not easy to install and configure, as it requires some Linux skills and knowledge of Cisco IOS commands.



  • It is not fully compatible with all Cisco IOS devices and features, as it may have some bugs or limitations.



  • It is not legal to use, as it violates Cisco's terms and conditions and intellectual property rights.



How to use Cisco IOL for network simulation and testing?




To use Cisco IOL for network simulation and testing, you need to have the following components:



  • A Linux machine with enough CPU, RAM, disk space, and network interfaces.



  • A Cisco IOL image file, such as I86bi Linux Adventerprisek9 Ms 151 4 M.rar.



  • A network emulator platform, such as EVE-NG, GNS3, VIRL, etc.



  • A network topology design, such as a diagram or a configuration file.



The basic steps to use Cisco IOL are:



  • Download and install the network emulator platform on your Linux machine.



  • Download and extract the Cisco IOL image file on your Linux machine.



  • Add the Cisco IOL image file to the network emulator platform.



  • Create and configure your network topology using the network emulator platform.



  • Start and test your network topology using the network emulator platform.



In the next sections, we will explain how to use one of the most popular network emulator platforms, EVE-NG, to run I86bi Linux Adventerprisek9 Ms 151 4 M.rar and create your own network topology using Cisco IOS devices.


What are the different versions of Cisco IOL images?




Cisco IOL images come in different versions, depending on the type of device they emulate, the features they support, and the release date they belong to. The general format of a Cisco IOL image file name is:


I[platform][architecture][feature set][release][build].bin


The meaning of each component is:



  • I: stands for IOS on Linux



  • [platform]: indicates the type of device that the image emulates, such as 86 (x86), L2 (Layer 2 switch), L3 (Layer 3 router), etc.



  • [architecture]: indicates the CPU architecture that the image runs on, such as bi (big-endian), le (little-endian), etc.



  • [feature set]: indicates the set of features that the image supports, such as adventerprisek9 (advanced enterprise services with crypto), ipbasek9 (IP base services with crypto), etc.



  • [release]: indicates the release number that the image belongs to, such as 151 (15.1), 152 (15.2), etc.



  • [build]: indicates the build number that the image was compiled with, such as M (mainline), T (technology), S (service provider), etc.



For example, the file name I86bi Linux Adventerprisek9 Ms 151 4 M.rar means that the image emulates an x86 router with advanced enterprise services and crypto, running on a big-endian CPU, belonging to the 15.1 mainline release.


There are many different versions of Cisco IOL images available, each with its own characteristics and capabilities. Some of the most common ones are:



Image file name


Device type


Feature set


Release


Build


I86bi Linux Adventerprisek9 Ms 151 4 M.rar


x86 router


advanced enterprise services with crypto


15.1


mainline


I86bi Linux Adventerprisek9 Ms 155 2 T.rar


x86 router


advanced enterprise services with crypto


15.5


technology


I86bi Linux L2 Adventerprisek9 Ms 152 2.bin


Layer 2 switch


advanced enterprise services with crypto


15.2


mainline


I86bi Linux L3 Adventerprisek9 Ms 154 3 M.bin


Layer 3 router/switch


advanced enterprise services with crypto


15.4


mainline


I86bi Linux L3 Ipbasek9 Ms 155 1 T.bin


Layer 3 router/switch


IP base services with crypto


15.5


technology



Depending on your network simulation and testing needs, you can choose the right Cisco IOL image for your scenario. However, you should be aware that not all Cisco IOL images are compatible with all network emulator platforms, and some may require additional configuration or licensing to work properly.


How to download and install Cisco IOL images?




As mentioned earlier, Cisco IOL images are not officially supported by Cisco and are not easy to obtain. There are two main ways to download and install Cisco IOL images:



  • The first way is to have access to Cisco's internal network or a valid license from Cisco. This way, you can download the Cisco IOL images from Cisco's website or FTP server, and use them legally and legitimately. However, this option is not available for most people, as it requires a special authorization or a paid subscription from Cisco.



  • The second way is to find and download the Cisco IOL images from other sources, such as online forums, blogs, torrent sites, etc. This way, you can get the Cisco IOL images for free and without any restrictions. However, this option is not recommended, as it violates Cisco's terms and conditions and intellectual property rights. It may also expose you to security risks, such as malware, viruses, spyware, etc.



Once you have downloaded the Cisco IOL image file, you need to extract it using a tool such as WinRAR or 7-Zip. The extracted file will have a .bin extension, which is the actual Cisco IOL image that you can use for network simulation and testing.


How to run I86bi Linux Adventerprisek9 Ms 151 4 M.rar on EVE-NG?




EVE-NG stands for Emulated Virtual Environment - Next Generation, which is one of the most popular network emulator platforms that supports Cisco IOL images. EVE-NG is a web-based platform that runs on Linux machines and allows you to create and manage virtual network topologies using various network devices from different vendors. EVE-NG has many features and benefits that make it a powerful and user-friendly tool for network simulation and testing. Some of them are:



  • It supports multiple network devices, such as routers, switches, firewalls, servers, etc.



  • It supports multiple vendors, such as Cisco, Juniper, Huawei, Fortinet, etc.



  • It supports multiple technologies, such as Ethernet, IP, MPLS, VPNs, etc.



  • It supports multiple protocols, such as RIP, OSPF, EIGRP, BGP, IS-IS, etc.



  • It supports multiple views, such as logical topology view, physical topology view, console view, etc.



  • It supports multiple users and roles, such as admin user, normal user, guest user, etc.



  • It supports multiple functions, such as drag and drop, copy and paste, save and load, etc.



  • It supports multiple integrations, such as Wireshark, VNC, SSH, Telnet, etc.



To run I86bi Linux Adventerprisek9 Ms 151 4 M.rar on EVE-NG, you need to have the following components:



  • A Linux machine with EVE-NG installed and configured.



  • A Cisco IOL image file, such as I86bi Linux Adventerprisek9 Ms 151 4 M.rar.



  • A web browser with access to the EVE-NG web interface.



The basic steps to run I86bi Linux Adventerprisek9 Ms 151 4 M.rar on EVE-NG are:



  • Copy the Cisco IOL image file to the EVE-NG machine, under the /opt/unetlab/addons/iol/bin/ directory.



  • Rename the Cisco IOL image file to i86bi_linux-adventerprisek9-ms.151-4.M.bin (or any other name that follows the EVE-NG naming convention).



  • Fix the permissions of the Cisco IOL image file by running the command: /opt/unetlab/wrappers/unl_wrapper -a fixpermissions



  • Open the EVE-NG web interface and log in with your username and password.



  • Create a new lab or open an existing lab.



  • Add a new node or edit an existing node.



  • Select the Cisco IOL image file from the list of available images.



  • Configure the node settings, such as name, ID, CPU, RAM, interfaces, etc.



  • Save and start the node.



  • Connect to the node console and configure the Cisco IOS device as needed.



How to create and configure network topology using I86bi Linux Adventerprisek9 Ms 151 4 M.rar?




To create and configure network topology using I86bi Linux Adventerprisek9 Ms 151 4 M.rar, you need to have the following components:



  • A Linux machine with EVE-NG installed and configured.



  • A Cisco IOL image file, such as I86bi Linux Adventerprisek9 Ms 151 4 M.rar.



  • A web browser with access to the EVE-NG web interface.



  • A network topology design, such as a diagram or a configuration file.



The basic steps to create and configure network topology using I86bi Linux Adventerprisek9 Ms 151 4 M.rar are:



  • Open the EVE-NG web interface and log in with your username and password.



  • Create a new lab or open an existing lab.



  • Add as many nodes as you need for your network topology, using the Cisco IOL image file as explained in the previous section.



  • Add as many network objects as you need for your network topology, such as clouds, bridges, hubs, switches, etc.



  • Connect the nodes and network objects using the appropriate interfaces and cables.



  • Save and start the lab.



  • Connect to the node consoles and configure the Cisco IOS devices according to your network topology design.



Conclusion




Summary of the main points




In this article, we have explained everything you need to know about I86bi Linux Adventerprisek9 Ms 151 4 M.rar. We have covered what it is, what it contains, how to use it, and where to get it. We have also shown you how to run it on EVE-NG, one of the most popular network emulator platforms that supports Cisco IOL images. We have also shown you how to create and configure your own network topology using Cisco IOS devices. By following this article, you will be able to use I86bi Linux Adventerprisek9 Ms 151 4 M.rar for network simulation and testing purposes.


Call to action and recommendations




If you are interested in learning more about network simulation and testing tools, we recommend you to check out our other articles on this topic. We have articles on how to use GNS3, VIRL, Packet Tracer, NetSim, Boson, etc. We also have articles on how to prepare for various Cisco certifications, such as CCNA, CCNP, CCIE, etc. You can find all our articles on our website: www.networksimulator.com


If you have any questions or feedback about this article or any of our other articles, please feel free to contact us. You can email us at info@networksimulator.com, or leave a comment below. We would love to hear from you and help you with your network simulation and testing needs.


FAQs




What is the difference between Cisco IOS and Cisco IOL?




Cisco IOS is the network operating system that runs on most Cisco routers and switches. Cisco IOL is a special version of Cisco IOS that runs on Linux platforms and emulates Cisco IOS devices. Cisco IOS is used for real network devices, while Cisco IOL is used for network simulation and testing.


What is the difference between EVE-NG and GNS3?




EVE-NG and GNS3 are both network emulator platforms that support Cisco IOL images. EVE-NG is a web-based platform that runs on Linux machines, while GNS3 is a desktop-based platform that runs on Windows, Mac, or Linux machines. EVE-NG has more features and supports more vendors than GNS3, but GNS3 has more community support and documentation than EVE-NG.


What are the system requirements for running I86bi Linux Adventerprisek9 Ms 151 4 M.rar on EVE-NG?




The system requirements for running I86bi Linux Adventerprisek9 Ms 151 4 M.rar on EVE-NG depend on the number and type of nodes you want to run, as well as the complexity of your network topology. However, a general guideline is to have at least 4 GB of RAM, 20 GB of disk space, and 2 CPU cores for each node you want to run. You also need to have a Linux machine with EVE-NG installed and configured, and a web browser with access to the EVE-NG web interface.


Where can I find more Cisco IOL images?




As mentioned earlier, Cisco IOL images are not officially supported by Cisco and are not easy to obtain. The best way to find more Cisco IOL images is to have access to Cisco's internal network or a valid license from Cisco. Alternatively, you can try to find and download them from other sources, such as online forums, blogs, torrent sites, etc. However, this option is not recommended, as it violates Cisco's terms and conditions and intellectual property rights. It may also expose you to security risks, such as malware, viruses, spyware, etc.


How can I learn more about network simulation and testing?




If you want to learn more about network simulation and testing, we recommend you to check out our other articles on this topic. We have articles on how to use various network simulation and testing tools, such as EVE-NG, GNS3, VIRL, Packet Tracer, NetSim, Boson, etc. We also have articles on how to prepare for various Cisco certifications, such as CCNA, CCNP, CCIE, etc. You can find all our articles on our website: www.networksimulator.com dcd2dc6462


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