x86-64 Windows Windows Server Oracle Solaris Linux (various distributions) Arm64 macOS (requires Apple Silicon hardware) Arm64 Linux (various distributions) 1.4.2 Arm Host Limitations The following particular, Apple prohibits the installation of most versions of macOS on non- Apple hardware. These license restrictions are also enforced on a technical level. macOS verifies that it is running on Apple hardware that accompany Apple hardware check for the exact model. These restrictions are not circumvented by Oracle VirtualBox and continue to apply. • Only CPUs that are known and tested by Apple are supported

even Cloud environments. The following screenshot shows how Oracle VM VirtualBox, installed on an Apple Mac com- puter, is running Windows Server 2016 in a virtual machine window. In this User Manual, for systems using an Apple silicon CPU. With this package, you can run some guest operating systems for Intel x86/x64 CPUs in an emulation. The macOS/Arm64 installer package for Apple silicon platform is understand and comply with these restrictions. In particular, Apple prohibits the installation of most versions of Mac OS X on non-Apple hardware. These license restrictions are also enforced on a technical

even Cloud environments. The following screenshot shows how Oracle VM VirtualBox, installed on an Apple Mac com- puter, is running Windows Server 2016 in a virtual machine window. In this User Manual, for systems using an Apple silicon CPU. With this package, you can run some guest operating systems for Intel x86/x64 CPUs in an emulation. The macOS/Arm64 installer package for Apple silicon platform is understand and comply with these restrictions. In particular, Apple prohibits the installation of most versions of Mac OS X on non-Apple hardware. These license restrictions are also enforced on a technical

even Cloud environments. The following screenshot shows how Oracle VM VirtualBox, installed on an Apple Mac com- puter, is running Windows Server 2016 in a virtual machine window. In this User Manual, for systems using an Apple silicon CPU. With this package, you can run some guest operating systems for Intel x86/x64 CPUs in an emulation. The macOS/Arm64 installer package for Apple silicon platform is understand and comply with these restrictions. In particular, Apple prohibits the installation of most versions of Mac OS X on non-Apple hardware. These license restrictions are also enforced on a technical

even Cloud environments. The following screenshot shows how Oracle VM VirtualBox, installed on an Apple Mac com- puter, is running Windows Server 2016 in a virtual machine window. In this User Manual, for systems using an Apple silicon CPU. With this package, you can run some guest operating systems for Intel x86/x64 CPUs in an emulation. The macOS/Arm64 installer package for Apple silicon platform is understand and comply with these restrictions. In particular, Apple prohibits the installation of most versions of Mac OS X on non-Apple hardware. These license restrictions are also enforced on a technical

even Cloud environments. The following screenshot shows how Oracle VM VirtualBox, installed on an Apple Mac com- puter, is running Windows Server 2016 in a virtual machine window. In this User Manual, for systems using an Apple silicon CPU. With this package, you can run some guest operating systems for Intel x86/x64 CPUs in an emulation. The macOS/Arm64 installer package for Apple silicon platform is understand and comply with these restrictions. In particular, Apple prohibits the installation of most versions of Mac OS X on non-Apple hardware. These license restrictions are also enforced on a technical

even Cloud environments. The following screenshot shows how Oracle VM VirtualBox, installed on an Apple Mac com- puter, is running Windows Server 2016 in a virtual machine window. In this User Manual, for systems using an Apple silicon CPU. With this package, you can run some guest operating systems for Intel x86/x64 CPUs in an emulation. The macOS/Arm64 installer package for Apple silicon platform is understand and comply with these restrictions. In particular, Apple prohibits the installation of most versions of Mac OS X on non-Apple hardware. These license restrictions are also enforced on a technical

versions of Mac OS X, Apple prohibits installing them on non-Apple hardware. These license restrictions are also enforced on a technical level. Mac OS X verifies whether it is running on Apple hardware, and most that that come with Apple hardware even check for an exact model. These restrictions are not circumvented by VirtualBox and continue to apply. 2. Only CPUs known and tested by Apple are supported. As a an “Unsupported CPU” exception. It is generally best to use the Mac OS X DVD that came with your Apple hardware. 3. The Mac OS X installer expects the harddisk to be partitioned so when it does not offer

versions of Mac OS X, Apple prohibits installing them on non-Apple hardware. These license restrictions are also enforced on a technical level. Mac OS X verifies whether it is running on Apple hardware, and most that that come with Apple hardware even check for an exact model. These restrictions are not circumvented by VirtualBox and continue to apply. 2. Only CPUs known and tested by Apple are supported. As a an “Unsupported CPU” exception. It is generally best to use the Mac OS X DVD that came with your Apple hardware. 3. The Mac OS X installer expects the harddisk to be partitioned so when it does not offer

versions of Mac OS X, Apple prohibits installing them on non-Apple hardware. These license restrictions are also enforced on a technical level. Mac OS X verifies whether it is running on Apple hardware, and most that that come with Apple hardware even check for an exact model. These restrictions are not circumvented by VirtualBox and continue to apply. 2. Only CPUs known and tested by Apple are supported. As a an “Unsupported CPU” exception. It is generally best to use the Mac OS X DVD that came with your Apple hardware. 3. The Mac OS X installer expects the harddisk to be partitioned so when it does not offer