For example, when Linux development is to be run from the Windows desktop. However, there are still cases where setting up a VM for testing purposes is worthwhile. Since all containers running on a host share an operating system, this type of virtualization is significantly more performant and less resource-hungry. The use of virtual machines (VM) in software development has now been largely displaced by container virtualization. This reproducibility of the working environment is a fundamental requirement for software development and scientific work. Furthermore, a new VM image can be created from a running VM. If something goes wrong while working with the VM, you can quickly revert to the last snapshot. The state of a VM can be saved as a so-called “snapshot”.

In contrast to operating systems installed on physical hardware, virtual machines (VM) offer another decisive advantage. automated provisioning of virtualized hardware at the push of a button. AWS and alternatives thus enable “Infrastructure as a Service” (IaaS), i.e. This process, known as “provisioning”, forms the basis for scalable cloud platforms. Virtualization software is used to create a virtual machine based on physical hardware. X86, x86-64 PowerPC, ARM, MIPS, RISC-V, SPARC MacOS 10.13 “High Sierra” bis 12 “Monterey”ģ2- and 64-Bit Windows and Linux as of Windows XP / NT 4.0

64-Bit Windows 10 Enterprise / Pro / Educationģ2- and 64-Bit Windows and Linux as of Windows Vista (SP2)Ħ4-Bit Windows or Linux as of Windows 8 / Windows Server 2012ģ2- and 64-Bit Windows and Linux as of Windows XPĦ4-Bit Windows or Linux as of Windows 8.1 / Windows Server 2012ģ2- and 64-Bit Windows and Linux as of Windows 8, older versions with limited functionality

Hyperv mac os