![]() The interface of Hyper-V for Windows Server 2016 that we use in this blog post is identical to the interface of Hyper-V for Windows Server 2019, 2022, and Windows 10. Note: The screenshots used in this blog post were created in VirtualBox 6.0, but how the features work is the same for later VirtualBox versions such as 6.0.x, 6.1, etc. The screenshot below explains VirtualBox running on a Windows 10 host machine and Xubuntu Linux running inside a VirtualBox virtual machine (VM). You can see the full list of supported operating systems versions for VirtualBox on the vendor’s official pages. VirtualBox supports more guest operating systems than Hyper-V, including Windows, Linux, FreeBSD, Solaris, Mac OS, among others. Hyper-V can host VMs with the following guest operating systems: Windows, Linux, and FreeBSD. The guest OS and host OS can be different. Support of Guest Operating SystemsĪ guest operating system is the OS that is installed to run on a VM. If you have a multiplatform environment, then you can take advantage of VirtualBox and run your virtual machines on different computers with different operating systems. If you have Windows installed on the physical machines in your environment, you may opt for Hyper-V. VirtualBox can run on a larger number of operating systems, including Linux, Windows, Solaris, and Mac OS. The Hyper-V feature is built-in from Windows 8 onwards and is also available as a server role from Windows Server 2008 and onward. Hyper-V can only run on Windows family operating systems or on a specialized Hyper-V Server. A type 2 hypervisor like VirtualBox is more universal, on the other hand. Choose Hyper-V if performance is important and and the needed guest operating systems are supported. In terms of Hyper-V vs VirtualBox performance, a type 1 hypervisor delivers better performance. Note: If you install VirtualBox on a Windows machine, make sure that Hyper-V is disabled to avoid issues. Hyper-V is always on if the host is powered on, while VirtualBox can be started and closed by a user when needed. A user starts the hypervisor application (VirtualBox in this case) and then starts the needed virtual machines. When a physical computer starts, the operating system installed on the host loads and takes control. A type 2 hypervisor is an application that runs on the operating system (OS) and is already installed on a host.
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