Right-select the create-vm.ps1 PowerShell script, and then select Run with PowerShell. The zip file contains the virtual disks and the PowerShell script to create the Hyper-V virtual machine.Įxtract all files in the GNS3.VM.Hyper-V.2.2.17.zip file. When the setup finishes, a zip file GNS3.VM.Hyper-V.2.2.17.zip is downloaded to the same folder as the installation file. When you select the Hyper-V option, the installer downloads the PowerShell script and VHD files to create the GNS3 VM in the Hyper-V manager.Ĭontinue the installation with the default values.Īfter the setup completes, don't start GNS3. On the GNS3 VM page, select the Hyper-V option: Make sure to select GNS3 VM in the component dialog: Install GNS3Ĭonnect to the template VM by using remote desktop.įollow the detailed instructions on the GNS3 website, to install GNS3 on Windows. To prepare the template virtual machine for nested virtualization, follow the detailed steps in enable nested virtualization. Prepare template machine for nested virtualization Configure GNS3 to use Windows Hyper-V VM.Prepare the template machine for nested virtualization.To configure the template VM, complete the following tasks: For more information, see Create and manage a template in Azure Lab Services. You configure the template VM with everything you want to provide to your students for this class. Once you create a lab, a template VM will be created based on the virtual machine size and image you chose. Use the following settings when creating the lab. Lab configurationįor instructions on how to create a lab, see Tutorial: Set up a lab. For more information about creating a new lab plan, see Quickstart: Set up resources to create labs. Once you have an Azure subscription, you can create a new lab plan in Azure Lab Services. If you don't have an Azure subscription, create a free account before you begin. Discuss with your organization's administrator to see if you can get access to an existing Azure subscription. To set up this lab, you need access to an Azure subscription. The second section covers how to create the template machine with nested virtualization enabled and with GNS3 installed and configured. The first section covers how to create the lab. This article shows you how to set up a class for emulating, configuring, testing, and troubleshooting virtual and real networks using GNS3 software. For more information, see What's New in the August 2022 Update. Using a GNS3 VM makes it easy to move your GNS3 projects between different systems or to share projects with other users.This article references features available since the August 2022 Update, when lab plans replaced lab accounts. This optimization may result in better compatibility and performance for certain features, such as the use of QEMU-based network devices. La GNS3 VM est optimisée pour fonctionner avec GNS3 et inclut les versions les plus récentes des outils et des logiciels nécessaires. Increased compatibility and performance with GNS3 VM This can be especially useful if you are working on complex projects or if you are concerned about the security of your network. This reduces the risk of conflicts with other applications and services on your local operating system. Isolation to avoid conflicts with other applicationsīy choosing to use a GNS3 VM you create an isolated environment for your GNS3 projects. This avoids latency and overload problems. These resources include CPU, RAM and storage.īy separating the resources allocated to GNS3 from those of your operating system, you can improve the overall performance of your simulation environment. Using a GNS3 VM allows you to dedicate specific resources to your GNS3 environment. ⇒ How to install GNS3 GUI on macOS, MacBook M1 and M2? Dedicated resources for better performance GNS3 While allowing the integration of real equipment. GNS3 thus offers a user-friendly graphical environment for the design and simulation of complex networks. These include Cisco routers and switches, Juniper firewalls, and network storage devices. GNS3 is a network simulation platform for creating and experimenting with virtual network topologies. You will get tips on how to get the most out of this simulation platform. This article explains why it is beneficial to use a GNS3 VM to optimize your GNS3 experience. So before exploring the benefits of the GNS3 VM, it is important to understand what GNS3 is and how it works. GNS3 (Graphical Network Simulator 3) is a computer network simulation tool widely used to design, test and deploy network architectures.
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