How to Create a Virtual Machine in VMware Workstation

Virtual machines (VMs) are an essential component of the ever-changing computer environment. Setting up a virtual machine (VM) may be useful and instructive for anyone, be they an IT specialist, developer, or just inquisitive. Let’s examine the process of building a virtual machine with VMware Workstation step by step:

1. Launch VMware Workstation

First things first, fire up your VMware Workstation application. If you haven’t installed it yet, grab a copy from the official website and get ready for the virtual journey.

Website: https://www.vmware.com/products/workstation-pro/workstation-pro-evaluation.html

2. Create a New Virtual Machine

Once you’re in VMware Workstation, follow these steps:

  1. Click on File.
  2. Select New Virtual Machine.
  3. Choose the type of virtual machine you want to create (e.g., Windows, Linux, etc.).
  4. Click Next.

3. Installation Media Selection

Now, it’s time to decide how you’ll install the operating system on your VM:

  • Physical Disc: If you have an installation disc, insert it into your physical drive. VMware will recognize it.
  • ISO Image: If you have an ISO file (a disk image), browse to its location on your computer.
  • Install Operating System Later: This option creates a blank virtual disk. You’ll manually install the OS later.

4. Enter Operating System Details

VMware will prompt you to set up the new operating system:

  • Product Key: For licensed operating systems like Windows, enter your product key.
  • Username and Password: Set up your preferred username and password.

If you’re using Easy Install, VMware will streamline this process for you. Otherwise, browse the list to find the specific operating system you’re installing.

5. Name Your Virtual Machine

Give your VM a memorable name. This is how you’ll identify it within VMware Workstation.

6. Customize Hardware Settings

Here’s where the magic happens! Customize your VM’s hardware settings:

  • Memory (RAM): Allocate sufficient RAM based on your needs.
  • Processors: Decide how many CPU cores your VM should use.
  • Hard Disk: Set the size and location of your virtual hard disk.
  • Network Adapter: Choose the network type (bridged, NAT, etc.).

7. Install the Operating System

With everything set up, power on your VM. It’s time to install the operating system! Follow the installation prompts just as you would on a physical machine.

8. Install VMware Tools (Optional)

For better integration between your host system and the VM, consider installing VMware Tools. It enhances graphics, mouse integration, and more.

9. Explore and Enjoy

Congratulations! You’ve created a virtual machine. Now explore, experiment, and learn. Install software, configure networks, and witness the power of virtualization.

FAQ's

Procedure
  1. Click Workloads > Create VM.
  2. Enter the VM configuration details. Option. Action. VM Location. Enter all the required information such as the name, vCenter, data center, and cluster where you want to create the VM. Operating System and Hardware. …
  3. Click Review and Create.
 
 
  1. Step 1: Prepare your computer for Virtualization. …
  2. Step 2: Install Hypervisor (Virtualization Tool) …
  3. Step 3: Import a Virtual Machine. …
  4. Step 4: Start the Virtual Machine. …
  5. Step 5: Using the Virtual Machine. …
  6. Step 6: Shut down the Virtual Machine.
Creating subnets in VMware Workstation (1020480)
  1. Launch VMware Workstation.
  2. Go to Edit > Virtual Network Editor. …
  3. Click vmnet0 and set it to Host Only. …
  4. Select vmnet2 or any unused, unresevered vmnet. …
  5. Set vmnet2 to Bridged To and from the dropdown menu, select the secondary network card that you just added on this host.
The following tools are ranked alphabetically:
  • Azure Virtual Machines.
  • Citrix Hypervisor.
  • Google Compute Engine.
  • Oracle VM.
  • Proxmox VE.
  • QEMU.
  • Scale Computing Platform.
  • VirtualBox.
Nested virtualization is a feature that lets you run Hyper-V inside a Hyper-V virtual machine (VM). Over the years hardware has improved and the use cases for Nested Virtualization have expanded. For example, Nested Virtualization can be useful for: Running applications or emulators in a nested VM.