![]() All without leaving my desktop and messing with its boot configuration. So using Hyper-V or any other program like VMware Fusion or Oracle’s VirtualBox, I can load up Windows XP and get my work done. I have specific files for that program that need manipulating or converting but I can’t run it on my Windows 10 computer. Pretty neat huh? For example, I have an older version of a CAD program that no longer exists but it can only run on Windows XP. Instead of partitioning your drive to install a second operating system and boot into it, Virtualization allows you to run that second OS inside of a window on your current OS. So why might you use a virtual machine? Well you might have an application that simply can’t run on your current operating system because it is either too old or incompatible. The the more you can throw at it without hindering your base operating system, the better your virtual environment will run. Any virtual environment will need resources such as CPU cores, ram, and storage space. ![]() Although Microsoft recommends a minimum of 4GB of ram, it is better to have 8GB or more because it's exactly that, a minimum. To enable Hyper-V on your Windows device, you’ll need to be running a 64-bit version of your operating system with a minimum of 4GB of ram (Iva 2018). It is also available for Windows 10 as a way to run almost any operating system on top of Windows as well. Hyper-V is a Windows Server add on that allows you to run multiple virtual servers on one dedicated server. You can use it for server virtualization, too. Unlike Fusion and VirtualBox, Hyper-V is not limited to the user’s device. It can not only virtualize operating systems but also entire hardware components, such as hard drives and network switches. Hyper-V is virtualization software developed by Microsoft to run on Windows and Windows Server platforms. Today we use it to run applications, operating systems, and even virtual hardware within another system. ![]() ![]() Virtualization has been around since the 1960s as a method of logically dividing system resources provided by the mainframe computers between different applications (Virtualization - Wiki).
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