Steps for Creating and Running Virtual Machines

– We will try to Install a Linux based PepperMint OS, Windows 10 OS using VirtualBox on a Windows 11 OS machine and run those virtual machines.

  • Here, we will install the VirtualBox software.
    For detailed installation steps on how to Installation of VirtualBox, Refer here.
  • Downloading the Required OS.

    Download PepperMint OS – ISO file from the official site and Windows 10 setup file from the official site.

    Installing PepperMint OS.
    Installing Windows 10 OS.

  • After Installing ISO files, Open VirtualBox Manager.

    VirtualBox Manager

  • Toggle on Machine navbar and click on New for creating a new virtual machine.

    Creating a New Virtual Machine

  • Set the Name of the machine, select the location of ISO file.

    Selecting OS ISO file and naming the Virtual Machine

  • Choose how much storage and the no. of CPU cores you want to allocate to your Virtual Machine.

    Allocating Cores and Memory for Virtual Machine

  • Click on Next and finish the Installation. Then, we will have a New virtual Machine inside virtual box as shown in the below image.

    Finish the Installation of Virtual Machine


    Linux PepperMint Virtual Machine on Windows Machine

  • Similarly, create a new Virtual Machine using VirtualBox for Windows 10 OS and you will see similar to the below image.
  • Select the Virtual Machines and click on Start to run the Virtual Machines.
  • Finally, we ended up creating two Virtual Machines( Windows 10, Linux PepperMint ) which can run simultaneously and share the resources on a single physical machine( Windows 11) as shown in the below GIF.

    Windows 10 OS based Virtual Machine and Linux Peppermint OS based Virtual Machine on Windows 11 based Physical Machine.

  • Here, We are running both Virtual Machines with different OSes and they are sharing the same underlying physical hardware. In this case, Windows 10 and Linux PepperMint are Guest OSes and Windows 11 is the Host Operating System. And Oracle Virtual Box is a type-2 hypervisor based virtualization software and it relies on Host OS for managing the resources and co-ordination between Virtual Machines.

How to Run Multiple Virtual Machines Windows and Linux Inside VirtualBox?

Virtual Machines are the software applications/files which emulate the physical computers.

This process of emulating a physical computer and making able to run instances of it on a single physical machine is called Virtualization.

A Virtual Machine (VM) allows us to run multiple or different Operating systems on a single physical machine and share the same hardware, networking, storage among them. Virtualization helps us to utilize the underlying hardware more efficiently.

A normal single computer system or a machine runs only one OS at a time, where as VM’s allow us to run multiple OS at a time.

We call it virtual because, there are no actual machines present, it creates an illusion as if we are actually using different machines each having it’s own hardware, input/output devices, CPU, storage, networking components etc.

In this article, we will primarily see :

  • what are virtual machines?
  • Working of a virtual machine.
  • Benefits of using them.
  • Popular Virtualization Software
  • Installation of VirtualBox
  • Creating Windows 10 and Linux Virtual Machines
  • Running Windows 10 and Linux VM’s on a Windows 11 platform.

Before going into the detail of Virtual Machines, lets see some primary terminologies.

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Primary Terminologies:

What is a Computer System?...

Intuition to Why we need Virtual Machines?

Note : If you are comfortable with why virtualization concept has been introduced, you can Skip to the Benefits of virtual machines section...

Benefits of Virtual Machines:

Resource Utilization: The hardware resources like CPU, Storage, Network components are utilized very efficiently when there are several machines using these resources. Lower Expenditure costs: Utilizing the hardware resources properly for several machines will makes us to buy only fewer machines which will lower the expenditure costs. Shorter Development and Testing times: We do not manually switch between different operating systems to test our applications. Flexibility: Using Virtual Machines, we can dynamically allocate resources to a machine, and hence for scaling out or in, we have a great flexibility to do , unlike in physical servers, we have to manually place a new server and upgrade it. Lower Maintenance Time: Upgrading or adding more no. of servers physically to the existing ones and enabling co-ordination between them will take much time and might result in server down time. Energy Efficiency: Lesser the Physical servers, lower the power consumption, lower carbon foot print and hence energy efficient. Space Savings: More the servers, we usually require more space to accommodate them in the data centres. Cloud Computing: Cloud computing is the technology where IT resources like servers, networking components, Run time environments, storage, computing power are provided on demand over Internet by the third party and usually follows a pay-as-you-go principle. It helps us to get rid of manually owing a physical server and upgradation of servers (which might take lots of time and may result in high costs, inefficient space and energy resources). Rather everything can be provided by the cloud provider on demand ( in a very less time, almost instantly with a few clicks). This would be only possible if they are using virtualization (as they can upgrade easily, more flexibility in allocation of resources to us than the traditional way of owing a physical servers and manually upgrading it). Hence, Virtualization is one of the backbone of Cloud Computing technology. Check out here, for in-depth Cloud computing tutorial...

Working of a Virtual Machine:

Virtual Machines are created by the user, by specifying the initial requirements like RAM, storage etc.. Hypervisor will allocate these resources to the virtual machines. When a Machine is started, it runs as if is a separate computer system with each having it’s own CPU, RAM, storage, networking components etc. These Virtual Machines do not interact and they are isolated from each other. Each processes or tasks running on different virtual machines interacts with the hypervisor and hypervisor interacts with the hardware allowing programs run simultaneously utilizing the hardware efficiently. If there is a demand for more resources for a particular machine, hypervisor will dynamically allocate it. We can save the state of a particular VM and then we can also transfer it to other systems (we are cloning the system very easily). Stopping a particular VM will stop running a virtual machine and the progress, applications installed, tasks done are preserved if we close a Virtual Machine after saving it’s state....

Popular Virtualization Software:

Azure Virtual Machines Oracle VirtualBox Google Compute Engine Red Hat Virtualization...

Steps for Creating and Running Virtual Machines:

– We will try to Install a Linux based PepperMint OS, Windows 10 OS using VirtualBox on a Windows 11 OS machine and run those virtual machines....

F.A.Q’s

Q.1 Even without having VM’s, If we have a server which requires only lesser resources (let’s say 100GB hard disk, 32 GB RAM, 8 cores of CPU) and other servers which require higher amount of resources,((let’s say 300GB hard disk, 16 GB RAM, 6 cores of CPU) we can buy those servers only according to the requirement and then utilize the hardware efficiently without wasting the resources, then why only VM’s?...