How to Obtain Cisco Virtual Network Device Images for Your Networking Labs

When studying for the Cisco CCNA certification, tools like Cisco Packet Tracer can be incredibly useful for simulating network topologies and practicing basic networking concepts. However, when it comes to more advanced Cisco certifications, such as the CCNP or CCIE, Packet Tracer lacks the complexity needed for effective preparation. Advanced certifications require a deeper understanding of real-world network scenarios, protocols, and technologies, which are better represented through virtual network devices.

As you progress in your Cisco certification journey, transitioning from basic simulators to more sophisticated network emulation platforms becomes crucial. Virtual network devices replicate real-world configurations, enabling you to perform in-depth simulations and experiments with a wide range of networking protocols, which are often required for higher-level certifications. These devices offer more advanced capabilities than basic simulators, making them essential for anyone looking to pursue certifications beyond the CCNA level.

This article will guide you through how to legally obtain Cisco virtual network device images for use in network emulation platforms. We will also explore some of the best emulation platforms available and the specific virtual devices you will need to study for more advanced certifications like the CCNP and CCIE.

Network Emulation: The Importance of Virtual Devices

Network emulation platforms are powerful tools that allow you to create and test complex network topologies using virtual devices. These platforms simulate the behavior of physical networking devices, providing a hands-on learning experience that is crucial for mastering advanced concepts required for Cisco certifications beyond the CCNA level. By using these emulation platforms, you can practice configurations, troubleshoot real-world scenarios, and experiment with advanced network designs—practices that are vital for certifications like CCNP and CCIE.

For individuals pursuing higher-level certifications, tools like Cisco Packet Tracer are no longer sufficient. You need a more accurate and realistic representation of how networks function, which is where virtual devices come into play. Virtual devices simulate the software and functionality of actual Cisco devices, allowing you to replicate network configurations in a safe and controlled environment. This provides an invaluable experience that is crucial for passing the more challenging Cisco exams.

While many free and paid network emulation platforms exist, not all are compatible with Cisco virtual network devices. As a result, selecting the right platform and ensuring that you have legal access to Cisco’s device images are essential. Using unauthorized images or pirated software could expose you to significant risks, including security vulnerabilities and legal consequences. Therefore, it’s important to follow the correct procedures for obtaining these images, which we will discuss in detail in this article.

Common Network Emulation Platforms for Advanced Cisco Study

When it comes to network emulation, several platforms are widely used by networking professionals and those preparing for Cisco’s more advanced certifications. Each platform has its own strengths and unique features, but all of them support the use of Cisco virtual network device images. Below are some of the most common emulation platforms used for studying for CCNP and CCIE certifications:

GNS3 (Graphical Network Simulator-3)

GNS3 is a popular and powerful open-source network emulation platform that allows users to create and simulate complex network topologies. GNS3 supports the use of real Cisco images, such as routers, switches, and firewalls, which makes it ideal for preparing for advanced Cisco exams. Unlike simpler simulators like Cisco Packet Tracer, GNS3 runs actual Cisco IOS (Internetwork Operating System) images, allowing users to perform configurations and troubleshooting in an environment that closely mirrors real-world scenarios.

One of the key advantages of GNS3 is its versatility. In addition to supporting Cisco devices, GNS3 can also integrate with virtual machines running other networking software, such as Juniper or Arista. This multi-vendor capability makes it a great choice for those who wish to study for certifications that require experience with various networking technologies. GNS3 also integrates with other platforms like VMware, VirtualBox, and Docker, expanding its functionality even further.

However, one of the drawbacks of GNS3 is that it requires access to real Cisco IOS images, which means you need to obtain these images legally. The process for obtaining Cisco images through a support contract or other authorized means will be discussed later. Additionally, GNS3 can be resource-intensive, so you need a computer with enough memory and processing power to run large and complex simulations.

EVE-NG (Emulated Virtual Environment Next Generation)

EVE-NG is another popular network emulation platform that is known for its ability to support a wide range of network devices and technologies. It is a “freemium” platform, offering both a free version with limited features and a paid version that provides additional functionality. The free version is sufficient for smaller topologies and basic practice, but for those looking to build large and complex networks, the paid version is recommended.

EVE-NG supports multi-vendor environments, making it an excellent choice for studying for Cisco certifications. In addition to Cisco devices, EVE-NG can emulate networking devices from other vendors such as Juniper, Palo Alto, and Fortinet. The platform also integrates with VMware and VirtualBox, allowing users to bring in external virtual machines for additional functionality.

One of the standout features of EVE-NG is its intuitive, web-based interface. Users can design and configure their network topologies using a drag-and-drop interface, which simplifies the process of building and modifying complex networks. This web-based approach allows users to access and manage their network emulations from anywhere without the need for a dedicated client application. Like GNS3, EVE-NG requires legal access to Cisco device images to function properly.

Cisco Modeling Labs (CML)

Cisco Modeling Labs (CML) is Cisco’s official network emulation platform and is designed to provide a more realistic and comprehensive network simulation experience. CML offers a range of Cisco virtual network devices, including routers, switches, firewalls, and other networking appliances. As the official tool from Cisco, CML has the advantage of providing access to the most up-to-date and accurate representations of Cisco devices and technologies.

CML supports both individual licensing (for students and professionals) and enterprise licensing (for larger organizations). The platform is designed to simulate both single and multi-device topologies, allowing users to experiment with complex network designs that mirror real-world scenarios. This makes CML an ideal tool for those studying for advanced Cisco certifications like the CCNP or CCIE.

One of the key benefits of CML is that it is regularly updated with the latest virtual device images and software versions. This ensures that users always have access to the most current technologies and features. However, it’s important to note that Cisco Modeling Labs has its own licensing and usage restrictions. The images provided through CML can only be used within the CML platform itself, meaning they cannot be extracted and used in other network emulation tools like GNS3 or EVE-NG.

Legal Considerations for Cisco Virtual Network Devices

As with any software, it is essential to obtain Cisco virtual network device images through legal and authorized means to avoid potential issues with licensing, security, and system integrity. Cisco has specific guidelines and policies regarding how its software and virtual network devices are distributed. To avoid violating these policies, it is important to only use images obtained through legitimate channels.

There are two main ways to legally obtain Cisco virtual network device images:

1. Valid Cisco Support Contract

2. Cisco Modeling Labs Personal Subscription

Legal Methods to Obtain Cisco Virtual Network Device Images

As you move forward in your Cisco certification studies, particularly for advanced exams like the CCNP and CCIE, obtaining access to Cisco’s virtual network devices is essential. These devices allow you to simulate complex network scenarios and practice with real Cisco software and configurations. However, it’s critical to understand the legal methods for obtaining these virtual devices to avoid any licensing issues, security vulnerabilities, or potential risks to your system.

There are two main routes to legally acquire Cisco virtual network device images: the Cisco Support Contract and the Cisco Modeling Labs Personal (CML-P) subscription. Let’s take a deeper look at each option and how you can leverage them to enhance your study environment.

1. Valid Cisco Support Contract Association

One of the most straightforward ways to legally obtain Cisco virtual network device images is through a valid Cisco support contract. If your organization holds a Cisco support contract, you can associate your Cisco account with the contract and download the virtual device images directly from Cisco’s official Software Download site.

How to Access Cisco Device Images with a Support Contract

If your company or organization has a support contract with Cisco, you can access the required virtual network device images for your studies. Here’s how the process works:

1. Associate Your Cisco Account: First, ensure that your Cisco account is linked to the support contract. This can usually be done through the Cisco portal. Once associated, you will have the right to download software updates and virtual device images from the official Cisco website.

2. Download the Images: After associating your account with the support contract, you can go to the Cisco Software Download site and access the latest virtual network device images. These images are available in various formats compatible with popular network emulation platforms such as GNS3, EVE-NG, and Cisco Modeling Labs. They can also be deployed on hypervisors like VMware ESXi, Microsoft Hyper-V, or KVM (Linux).

3. Use on Emulation Platforms: With these images, you can set up sophisticated network topologies within your chosen emulation platform. Whether you’re using GNS3, EVE-NG, or Cisco Modeling Labs, you can import the images into your simulations and start configuring devices to practice the advanced networking concepts required for CCNP and CCIE certifications.

Advantages of Using a Cisco Support Contract

• Legality and Compliance: By obtaining the images through an official Cisco support contract, you ensure that you are compliant with Cisco’s licensing policies. This eliminates any risks associated with using unauthorized or pirated images.

• Access to Latest Updates: A support contract ensures that you have access to the most up-to-date software versions. Cisco frequently releases new updates, patches, and enhancements to its devices, which are critical for staying current in your studies.

• Wide Compatibility: The virtual images you download from the Cisco Software Download site can be used in multiple emulation platforms like GNS3 and EVE-NG, offering you flexibility in how you structure your study environment.

Important Considerations

While using a Cisco support contract to download virtual device images is a great option for organizations, it’s important to note that these images are typically intended for internal use only. If you are using a support contract through your employer, the images are meant for corporate use, and you must adhere to the terms set by Cisco. If you want to use these images for personal certification study, you may need permission from your organization.

Additionally, images obtained through a support contract can only be used within the scope of the contract. Redistributing these images or using them for any purpose outside of your organization’s internal network could violate Cisco’s terms and conditions.

2. Cisco Modeling Labs Personal Subscription (CML-P)

For individuals who do not have access to a Cisco support contract, Cisco offers a personal subscription to Cisco Modeling Labs (CML), known as CML-P. This subscription provides access to a suite of Cisco virtual network device images and is designed specifically for students and professionals who are studying for advanced certifications like CCNP or CCIE.

What is Cisco Modeling Labs (CML-P)?

Cisco Modeling Labs is Cisco’s proprietary emulation platform, and the personal subscription (CML-P) offers a more streamlined and legal way for independent learners to access Cisco virtual devices. CML is Cisco’s official tool for simulating network topologies, and the CML-P subscription comes with access to the latest Cisco virtual devices, including routers, switches, firewalls, and other network appliances.

CML-P offers a user-friendly interface that allows users to design, configure, and simulate networks with ease. Unlike other platforms, Cisco Modeling Labs provides access to the latest and most comprehensive versions of Cisco virtual devices, ensuring that users can practice with the most up-to-date software.

How to Obtain CML-P

1. Purchase the Subscription: The CML-P subscription is available for purchase through Cisco’s official Learning Network Store. The subscription typically costs around $199 USD per year, but there may be discounts available during special sales events like Black Friday.

2. Access the Refplat ISO File: After purchasing the subscription, you will be given access to the Refplat ISO file, which contains a collection of Cisco virtual network device images. These images are regularly updated, ensuring that you have access to the latest versions.

3. Install and Use the Images: Once you’ve downloaded the refplat ISO file, you can install it into Cisco Modeling Labs and begin creating network topologies for your studies. CML-P integrates with the software, allowing you to configure virtual devices and simulate complex network scenarios in a controlled environment.

Advantages of Cisco Modeling Labs Personal Subscription

• Regular Updates: One of the standout features of CML-P is the regular updates to Cisco virtual devices and software versions. As Cisco introduces new devices and features, they are promptly incorporated into the platform, ensuring that you always have access to the latest technology.

• Comprehensive Device Library: CML-P provides access to a wide range of Cisco virtual devices, including routers, switches, firewalls, and more. This variety allows you to simulate different network configurations and scenarios needed for CCNP and CCIE exam preparation.

• Legal and Authorized: Purchasing the CML-P subscription ensures that you are obtaining Cisco’s virtual device images through legal and authorized channels, eliminating any risks associated with unauthorized images.

• Streamlined for Study: CML-P is specifically designed for students and individuals studying for advanced certifications. It provides an easy-to-use platform for building and configuring network topologies, making it an ideal choice for those who want to gain hands-on experience with real Cisco devices.

Limitations of Cisco Modeling Labs Personal Subscription

While CML-P provides an excellent way to access Cisco virtual devices, there are some limitations to keep in mind:

• Platform-Specific Use: The virtual network device images obtained through CML-P can only be used within the Cisco Modeling Labs platform. You cannot extract these images and use them in other network emulation tools like GNS3 or EVE-NG without violating Cisco’s terms of service.

• Cost: While CML-P is relatively affordable, the annual subscription fee may be a consideration for some learners. However, the value it offers in terms of up-to-date images and an integrated study environment is worth the investment for many.

Cisco Virtual Network Devices for CCNP and CCIE Exam Preparation

As you advance in your Cisco certification studies, particularly for CCNP and CCIE, the need for hands-on experience with real Cisco virtual devices becomes crucial. Virtual network devices allow you to simulate the exact configuration and functionality of physical Cisco hardware, making them an invaluable tool for mastering advanced networking concepts.

In this part of the article, we will delve into the specific Cisco virtual devices you will commonly work with when preparing for CCNP and CCIE exams. These devices replicate the software and features of their physical counterparts, allowing you to practice with real Cisco IOS versions, troubleshoot complex scenarios, and configure sophisticated network topologies that are essential for passing these higher-level exams.

Common Cisco Virtual Network Devices for CCNP and CCIE Preparation

The following Cisco virtual network devices are commonly used in network emulation platforms like GNS3, EVE-NG, and Cisco Modeling Labs (CML). These devices will help you simulate real-world enterprise and service provider networks, providing hands-on practice with the configurations and protocols that you will encounter in the CCNP and CCIE exams.

1. Cloud Services Router (CSR) 1000v

The CSR 1000v is a virtual version of Cisco’s Cloud Services Router, designed to support cloud-based and hybrid environments. This device allows you to simulate enterprise-level routing capabilities in a virtualized environment, making it an essential tool for studying routing protocols and complex routing configurations.

• Key Features:
  • Supports advanced routing protocols like OSPF, EIGRP, BGP, and MPLS.

  • Configurable for both enterprise and service provider environments.

  • Optimized for virtualized and cloud environments, providing flexibility for studying cloud networking concepts.

The CSR 1000v is a highly versatile device that allows you to experiment with different routing scenarios, including multi-area OSPF, BGP peering, and more advanced service provider technologies like VPNs and MPLS.

2. Catalyst 8000v Router

The Catalyst 8000v is a high-performance, virtualized router designed for cloud-ready and software-defined networking (SDN) environments. This router provides enhanced security features, automation, and network performance, making it ideal for studying enterprise-level routing and SDN concepts.

• Key Features:
  • Advanced Layer 3 routing capabilities.

  • Support for network automation and programmability.

  • Integration with SDN technologies makes it essential for CCNP and CCIE exam preparation.

The Catalyst 8000v is especially useful for practicing configurations related to SD-WAN, routing automation, and advanced security features like firewall integration, which are crucial topics for higher-level certifications.

3. Catalyst 9000v Switch

The Catalyst 9000v is a virtual switch designed for data center and campus network simulations. It offers advanced Layer 2 and Layer 3 capabilities, which are essential for mastering switching protocols like VLANs, STP, and EtherChannel—core topics for both CCNP and CCIE.

• Key Features:
  • Advanced Layer 2 features such as VLANs, STP, and EtherChannel.

  • Support for SDN and network segmentation technologies like VXLAN.

  • Ability to simulate campus and data center network topologies.

This virtual switch is particularly useful when studying for certifications that require in-depth knowledge of campus network configurations, data center switching, and network virtualization.

4. Nexus 9000v, 9300v, and 9500v Switches

The Nexus 9000v series is are virtualized version of Cisco’s Nexus switches, designed for use in data centers. These virtual switches are ideal for simulating large-scale, high-density environments, including support for advanced network segmentation and virtualization technologies like VXLAN and FabricPath.

• Key Features:
  • High-density, low-latency switching capabilities for large-scale environments.

  • Support for VXLAN and other data center technologies.

  • Virtualized data center configurations, allowing you to experiment with network virtualization and segmentation.

Working with Nexus 9000v switches is crucial for those studying for the CCNP Data Center or CCIE Data Center certifications, as these exams cover topics like network virtualization, data center designs, and high-availability configurations.

5. IOS XRv 9000 Router

The IOS XRv 9000 is a virtualized version of Cisco’s IOS XR operating system, commonly used in service provider and large-scale, high-availability environments. This router is ideal for simulating large-scale carrier-grade routing scenarios, and it provides hands-on experience with routing protocols and features that are commonly tested in the CCNP Service Provider and CCIE Service Provider exams.

• Key Features:
  • Designed for service provider environments, offering high scalability and reliability.

  • Supports advanced routing protocols like BGP, OSPF, and MPLS.

  • Capable of simulating large-scale routing and inter-domain communication.

If you are preparing for a CCNP or CCIE Service Provider exam, the IOS XRv 9000 router is a must-have device for practicing routing protocols, service provider designs, and large-scale network configurations.

6. ASA Virtual (ASAv) Firewall

The ASAv is the virtualized version of Cisco’s Adaptive Security Appliance (ASA), providing robust firewall capabilities for virtualized and cloud environments. The ASAv is essential for studying network security concepts, including access control, VPN configurations, and threat detection.

• Key Features:
  • Advanced security features such as access control lists (ACLs), NAT, and stateful firewalling.

  • Virtualized firewall capabilities for both enterprise and service provider environments.

  • Support for VPN technologies like site-to-site and remote access VPNs.

Working with the ASAv is crucial for anyone studying for CCNP Security or CCIE Security certifications, as these exams require in-depth knowledge of firewall configurations, network security, and VPN technologies.

7. IOSv Router

The IOSv router is a virtualized version of Cisco’s traditional IOS router, offering a comprehensive simulation of Cisco’s routing and switching software. It supports a wide range of Cisco technologies and protocols, making it an excellent choice for preparing for the CCNP Routing and Switching and CCIE Routing and Switching exams.

• Key Features:
  • Supports a variety of routing protocols, including RIP, EIGRP, OSPF, and BGP.

  • Provides a wide range of Layer 2 and Layer 3 configurations, ideal for CCNP and CCIE exam preparation.

  • Offers a flexible and scalable environment for building various network topologies.

The IOSv router is one of the most versatile virtual devices, providing the ability to simulate nearly every routing and switching protocol that you will encounter on Cisco exams. It is particularly useful for mastering foundational networking concepts before diving into more advanced simulations.

8. IOSv L2 Switch

The IOSv L2 switch is a virtual Layer 2 switch that allows you to simulate network configurations and practice switching protocols such as VLANs, Spanning Tree Protocol (STP), and EtherChannel. It is a valuable tool for those studying for the CCNP and CCIE exams, as these exams often require a deep understanding of Layer 2 switching technologies.

• Key Features:
  • Supports essential Layer 2 features like VLANs, STP, and EtherChannel.

  • Provides a platform for practicing advanced switching protocols and network design.

  • Ideal for building and testing multi-switch environments.

The IOSv L2 switch is perfect for CCNP and CCIE candidates who need to master Layer 2 technologies, especially in the context of large enterprise and data center networks.

Using Virtual Devices for Advanced Study

The Cisco virtual devices mentioned above are integral to mastering the technologies required for Cisco’s advanced certifications. By using these devices in emulation platforms like GNS3, EVE-NG, or Cisco Modeling Labs, you can simulate real-world networking scenarios, perform troubleshooting tasks, and configure complex networks, much like you would on actual Cisco hardware.

Each virtual device serves a unique role, and incorporating them into your study labs will allow you to practice the specific configurations and protocols you’ll need for your certification exams. Whether you are focusing on routing, switching, security, or service provider technologies, these virtual devices are designed to provide the most realistic and comprehensive practice environment available.

Setting Up and Using Cisco Virtual Network Devices in Emulation Platforms

Now that we’ve covered the importance of Cisco virtual network devices and explored the specific devices that are essential for preparing for advanced certifications like CCNP and CCIE, it’s time to focus on how to set up and use these devices in network emulation platforms. Proper setup and usage of these devices are essential for getting the most out of your study labs and ensuring that you are prepared for the practical aspects of your certification exams.

Setting Up Cisco Virtual Devices in GNS3

GNS3 is one of the most popular network emulation platforms used by professionals and students preparing for Cisco certifications. The platform supports the integration of real Cisco device images, allowing you to run simulations with actual Cisco software. To get started with GNS3, follow these steps:

A. Download and Install GNS3

Before using Cisco virtual devices in GNS3, you must first install the GNS3 software on your computer. The platform is free to use and can be downloaded from the official GNS3 website. The installation process is straightforward and guides you through the necessary steps. You will also need to install other dependencies such as VirtualBox or VMware, depending on how you plan to run your devices.

B. Obtaining Cisco Device Images

To use Cisco virtual devices in GNS3, you must first obtain the necessary images, which are available through either a valid Cisco support contract or a Cisco Modeling Labs Personal (CML-P) subscription, as discussed in earlier parts of this article. Once you’ve legally obtained the images, you can upload them to GNS3.

• Supported Devices: Common Cisco devices supported in GNS3 include IOSv, IOS XRv, ASAv, and CSR1000v routers, as well as Catalyst switches.

• Install the Images: After obtaining the images, you will need to install them within GNS3. This involves selecting the device type and importing the corresponding image into GNS3’s device inventory.

C. Creating and Configuring Labs

Once you’ve installed your Cisco device images, you can start building network topologies. GNS3 provides a drag-and-drop interface that makes it easy to add devices to your topology and connect them. Here’s how to create a basic lab:

1. Create a New Project: Start a new project in GNS3 to organize your work.

2. Add Devices: Drag Cisco virtual devices (routers, switches, firewalls, etc.) into the workspace.

3. Connect Devices: Use the connection tool to link devices together and simulate network connections.

4. Configure Devices: Right-click on each device to open the console and configure it as you would on a physical device using Cisco’s IOS commands.

GNS3 allows you to practice advanced configurations, including routing protocols (OSPF, EIGRP, BGP), switching protocols (VLANs, STP, EtherChannel), and security configurations (firewalls, VPNs). The platform also allows you to experiment with multi-vendor networks and integrate virtual machines running other network software.

D. Troubleshooting and Simulation

One of the key benefits of GNS3 is its ability to simulate real-world network behavior. Once your devices are configured, you can test their functionality by sending traffic through the network and troubleshooting issues. This hands-on experience is invaluable for understanding how network configurations work in practice and preparing for the troubleshooting components of the CCNP and CCIE exams.

2. Setting Up Cisco Virtual Devices in EVE-NG

EVE-NG (Emulated Virtual Environment Next Generation) is another powerful and versatile network emulation platform that is widely used in Cisco certification preparation. The platform is known for its ability to support multi-vendor environments and its user-friendly interface. Here’s how you can get started with Cisco virtual devices in EVE-NG:

A. Download and Install EVE-NG

EVE-NG has both a free and paid version. The free version is suitable for smaller topologies, while the paid version unlocks additional features for larger labs. To start, download the EVE-NG software from its official website, and follow the installation guide to set it up on your machine. EVE-NG can be installed on a variety of operating systems, including Linux, and it supports both VMware and VirtualBox as hypervisors.

B. Import Cisco Virtual Devices

Similar to GNS3, EVE-NG allows you to import real Cisco virtual device images. To use Cisco devices in EVE-NG:

1. Obtain the Images: As with GNS3, ensure that you have legal access to Cisco images via a support contract or a CML-P subscription.

2. Upload the Images: After obtaining the necessary images (such as IOSv, ASAv, or CSR1000v), upload them to EVE-NG using the platform’s web interface. The images are typically uploaded as .qcow2 or .vmdk files.

3. Assign Device Types: Once the images are uploaded, assign them to specific device types (routers, switches, firewalls) within EVE-NG. You can then start using these devices in your network topologies.

C. Building and Configuring Labs

EVE-NG offers a web-based interface for designing and configuring network topologies. To build a lab in EVE-NG:

1. Create a New Lab: Use the web interface to create a new lab and give it a descriptive name.

2. Drag and Drop Devices: Add Cisco virtual devices from your image inventory to the workspace.

3. Connect Devices: Use the web interface to drag connectors between devices, simulating network connections.

4. Configure Devices: Open the console of each device to configure it using Cisco’s IOS commands. EVE-NG supports advanced configurations such as routing protocols, security policies, and VPNs.

D. Multi-Vendor Support

One of the unique features of EVE-NG is its multi-vendor support. You can integrate Cisco devices alongside virtual devices from other vendors like Juniper, Palo Alto, or Arista, making it an excellent platform for studying for certifications that require knowledge of diverse networking technologies.

E. Troubleshooting and Simulation

After configuring your lab, you can test the functionality of your network and troubleshoot any issues. EVE-NG provides full access to device consoles, enabling you to perform diagnostic commands and resolve network issues. This is an important part of exam preparation, as many certification exams involve troubleshooting network configurations in real time.

3. Using Cisco Modeling Labs (CML) for Realistic Study Environments

Cisco Modeling Labs (CML) is Cisco’s official emulation platform, and it provides a comprehensive and realistic environment for studying for CCNP and CCIE exams. CML is available through a subscription, either for individual or enterprise use. CML provides access to a wide range of Cisco virtual devices, including routers, switches, firewalls, and more.

A. Installing Cisco Modeling Labs

To get started with CML, you must first purchase a subscription. Once you have access, download and install the CML software onto your computer or server. The platform is compatible with hypervisors like VMware and supports both single and multi-user configurations.

B. Importing and Using Cisco Virtual Devices

CML provides a built-in library of Cisco virtual devices, including:

• CSR1000v for cloud-based routing.

• Catalyst 8000v for advanced routing and SD-WAN.

• IOSv and IOSv L2 for general-purpose routing and Layer 2 switching.

• ASAv for security and firewall configurations.

You can easily import these devices into your CML workspace and start configuring them using the built-in console. CML integrates all the tools and features you need for creating complex network topologies and simulating real-world network environments.

C. Creating Labs and Configuring Devices

Once you’ve set up CML, you can start creating network topologies by selecting devices from the library and adding them to the workspace. CML provides a visual interface that allows you to drag and drop devices into the topology and connect them.

After adding devices, you can access the console of each device and begin configuring it using Cisco’s IOS commands. CML supports a wide range of configurations, from basic routing to complex service provider scenarios.

D. Running and Troubleshooting Simulations

CML allows you to run simulations of your network topologies, test configurations, and troubleshoot network issues. As you simulate different scenarios, you will gain valuable experience in resolving issues and optimizing network performance, skills that are essential for passing CCNP and CCIE exams.

Conclusion: Maximizing Your Study with Cisco Virtual Devices

Using Cisco virtual devices in network emulation platforms is one of the most effective ways to prepare for CCNP and CCIE certifications. These devices allow you to simulate real-world network scenarios, experiment with advanced configurations, and troubleshoot issues in a safe and controlled environment.

Whether you’re using GNS3, EVE-NG, or Cisco Modeling Labs, the key to success is to practice regularly, experiment with different configurations, and understand the underlying principles of Cisco’s networking technologies. By doing so, you will gain the hands-on experience needed to confidently approach your certification exams and master the skills required for advanced Cisco networking roles.

Make sure to always obtain your Cisco virtual devices through legal channels—whether through a support contract or a CML-P subscription—and set up your labs in a way that mirrors real-world networking environments. With the right tools and strategies, you will be well-equipped to succeed in your Cisco certification journey.