Run x86 (Intel) VMs on Apple M-series/M1 (ARM)

If Parallels Desktop could emulate other CPU's, what would you likely do?

  • run Windows 10 (x86) on an Apple Silicon equipped Mac.

    Votes: 11 73.3%
  • run x86 only software on an Apple Silicon Mac with Linux or another guest type.

    Votes: 9 60.0%
  • run mobile operating systems on any Mac.

    Votes: 2 13.3%
  • Setup ARM virtual machines on an intel Mac

    Votes: 1 6.7%
  • Develop for different hardware types.

    Votes: 0 0.0%

  • Total voters
    15
Will for now only use Parallels for Win 11 Arm version and stop my yearly upgrades on Parallels until they bring out a version that allows emulation of x64 cpu.
Going with UTM as of now for all my other needs and maybe UTM will replace my Parallels setup in the future.
 
When we change Mac with chipset Intel by Mac M1, it's nbot possible to use with the new Mac VM running with Mac Intel. When it will be possible to transfer VM on new Mac M1.
On mac M1, for VM, we don't have the possibility to access in VM setup configurations as we have on Mac Intel. When this will be possible for network configuration for example.
 
Hi,
Can't seem to find a clear answer to this question:
For multiple reasons like KNX programming (ETS) and Simatic PLC programming I'm a longtime user of Parallels.
I just run a Windows 10 (intel based) version with the required software inside a virtual machine to do my thing.

With the new Apple M1 and later cpu's, is this still an option? In other words, can Parallels emulate / simulate a 64-bit intel cpu (and can it run my older virtual Windows 10 machines on Apple ARM architecture?)

Thanks for clarifying and helping out!
 
It seems to be possible to use Parallels virtual disks in VirtualBox VMs and with the developer beta release of VirtualBox 7 for Apple Silicon you can probably reuse your Parallels VMs. VirtualBox on Apple Silicon emulates x86/x64 hardware and does not use a hypervisor the way that Parallels does: which means you can run Parallels and VirtualBox together on Apple Silicon with no hardware conflicts.

Parallels Desktop with aarch64 guests is the best solution in many desktop use cases, but VirtualBox can add flexibility, for example; I need to keep Windows XP around and I have been able to transfer my intel Mac's Parallels disk image to a new VirtualBox so that I have modern Windows (aarch64) in Parallels Desktop, and legacy windows (x86) in VirtualBox on the same Apple Silicon Mac. The two VM products together gives you a lot of flexibility and opens endless possibilities.
 
parallels MUST ALLOW install intel based macos or windows...
with new version of parallels we are not free anymore install intel based macos or windows... also why new version can not convert old parallel VM that we were using on intel based mac comps?
i just install macos 13 then shocking reality; there are no settings even...
parallels used gives freedom to users now you guys seems slave of apple and kill parallels existing concept... shame on you
 
I need to work on windows xp, it took almost four years to pay my subscription, but I have not been able to start windows xp at all. That is why I have to walk with two computers now :( .
 
I have some develop environments that only running on CentOS 6.
It's fine for me if I have an Intel Mac, running some modern Linux distro, add `vsyscall=emulate` to kernel parameters and run a CentOS 6 instance inside Docker, as what I've done on my remote x86 PC.
But the only thing I can do on my Apple Silicon Mac is to run an emulated CentOS 6 installation inside QEMU or some other slowly emulators. Docker, Rosetta 2 and `vsyscall=emulate` does not help at all, no emulated vsyscall will be available inside the CentOS 6 container.
So if Parallels can provide an optimized x86 emulation to me, I will be grateful.
 
I have an x86 Debian Linux (covfefe) virtual machine setup for capture the flag in my Cybersecurity classes. There are probably other examples that could be found where it would be useful to have this feature.
 
I have an x86 Debian Linux (covfefe) virtual machine setup for capture the flag in my Cybersecurity classes. There are probably other examples that could be found where it would be useful to have this feature.
I have also imported an Ubuntu 9 distribution visual machine called Metasploitable into UTM. Both of these virtual machines are great for learning Cybersecurity.
 
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