As more as the technology develops it gives more flexibility, usability, and portability. With the introduction of cross-platform technology like virtualization and remote computing, any program can be run on any platform irrespective of compatibility. Hardware virtualizations allows to create a fully working virtual machine on any platform. VMWare Workstation is one such hardware visualization platform available in the market on which any virtual machines can be created. In this post, we will show you how to install Ubuntu Linux on VMWare Workstation to create a full-fledge working Ubuntu Linux virtual machine.
Ubuntu is one of the popular Linux distributions developed on the Debian Linux platform. Ubuntu is a full operating system available in multiple editions: Desktop edition, Servers edition, IoT, and Cloud. These editions can run on either a computer or virtual machines.
VMWare Workstation is an application developed by VMWare to create virtual machines, containers, and Kubernetes clusters on any desktop or server system. VMWare released VMWare Workstation in two products: VMWare Workstation Pro and VMWare Workstation Player. VMWare Workstation Player is released on a free license with limited features, whereas VMWare Workstation Pro is an enterprise paid version that has loaded with a lot of features. Full documentation is published on the VMWare portal for free. Refer the documentation from here.
To install Ubuntu Linux on VMWare Workstation you just need a physical machine, VMWare Workstation Pro or Player, and Ubuntu Linux ISO image.
A host system with minimum:
8 GB of memory
A quad core CPU
500 GB of Hard Drive
VMWare Workstation Pro or Player application:0
Ubuntu Operating System to install on VMWare Workstation.
Download the VMWare Workstation application for your host operating system and install it on your machine. The installation procedure is pretty simple and straight. Read the documentation for more details. Open the app after installation. Create a new Virtual Machine.
You can choose either Typical or Custom Wizard. We recommend selecting Custom if you want to install with all the configurations. If you are okay with default configurations then go ahead with Typical configurations.
Go with the default option if you don’t have the choice.
Select ‘I will install the operating system later’ for an interactive installation.
Type a name and give the location details.
Assign the processors, Calculate the processor required to run the host machine. Assign the leftover resources to the virtual machine.
Memory allocation calculation is the same as the processor allocation. Leave sufficient memory for the host system and allocate the remaining memory for the virtual machine.
Select any one of the network configurations as per your requirement.
Select the Virtual Disk if you have or create one.
Select the disk size. Selecting a single disk will increase the performance. However, selecting a split disk will help in the disk transfer scenario.
Download the Ubuntu image. Edit the CD/DVD settings and import the downloaded Ubuntu image.
Press the Play button to power on the Virtual Machine.
After powering on the Virtual machine, you will be treated with a welcome screen on which you will see two options: Try Ubuntu and Install Ubuntu. Select Try Ubuntu if you want to run Ubuntu in live mode. Select Install to continue the installation process.
Select Erase the Disk for auto partition. Or Select the Advance option to create the custom partition.
Reboot the machine after installation.
Remove the installation media before rebooting.
This is how you should install Ubuntu Linux on VMWare Workstation. We hope this tutorial post will help you install Ubuntu Linux on VMWare Workstation. Thanks for reading this post. Please share this post and help to secure the digital world. Visit our social media page on Facebook, LinkedIn, Twitter, Telegram, Tumblr, & Medium and subscribe to receive updates like this.
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Arun KL is a cybersecurity professional with 15+ years of experience in IT infrastructure, cloud security, vulnerability management, Penetration Testing, security operations, and incident response. He is adept at designing and implementing robust security solutions to safeguard systems and data. Arun holds multiple industry certifications including CCNA, CCNA Security, RHCE, CEH, and AWS Security.
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