Developers and enthusiasts alike will soon be able to explore Virtual Reality right from the Mac, which is great news for everyone.If you're new to what options are available with VR, or you're curious what the differences will be between VR on a Mac and VR elsewhere, this FAQ will walk you through the basics. Additional Notes: The game is officially supported on the following Macs. To check your Mac model and when it was released, select About This Mac from the Apple menu on your menu bar: -. All 13' MacBook Pros released since 2016. All 15' MacBook Pros released since Late 2013 with a 2.3GHz i5 processor or better (1). Last week we quizzed our readers on traits that differed between 23andMe customers who use Macs versus those who use Windows. Congratulations to, the winner of the quiz! She got all three answers correct and will receive a $25 Amazon gift card. So what were the correct answers? Our MAC Address API outputs a field called macAddressDetails.virtualMachine. If it detects that a Virtual Machine is using this MAC address, it outputs its vendor name (e.g. Otherwise, it outputs “not detected”. To detect the Virtual Machines, we build our VM Knowledge Base, which stores information about known relations between MAC addresses and Virtual Machines,.
- This Is How We Hand Things In.. Mr. Mac's Virtual Existence According
- This Is How We Hand Things In.. Mr. Mac's Virtual Existence Date
- This Is How We Hand Things In.. Mr. Mac's Virtual Existence Key
- This Is How We Hand Things In.. Mr. Mac's Virtual Existence City
Our MAC Address API outputs a field called macAddressDetails.virtualMachine. If it detects that a Virtual Machine is using this MAC address, it outputs its vendor name (e.g. ”VMWare”). Otherwise, it outputs “Not detected”.
This Is How We Hand Things In.. Mr. Mac's Virtual Existence According
To detect the Virtual Machines, we build our VM Knowledge Base, which stores information about known relations between MAC addresses and Virtual Machines, and patterns, based on which the Virtual Machines assign MAC addresses to the virtual network interfaces.
This information comes from the two sources:
- We constantly scan the Internet for such information. It’s systemized, stored and verified.
- Our research team installed the Virtual Machines and performed experiments, trying to identify patterns on how their network interfaces receive MAC addresses.
This Is How We Hand Things In.. Mr. Mac's Virtual Existence Date
Virtual Machine’s MAC ranges
Detection rules which don't have their dedicated page yet
This Is How We Hand Things In.. Mr. Mac's Virtual Existence Key
Virtual Machine Name | OUI or range | References |
---|---|---|
Red Hat Xen, XenSource, Novell Xen | 00:16:3E:00:00:00 to 00:16:3E:FF:FF:FF | |
Microsoft SCVMM (System Center Virtual Machine Manager) | 00:1D:D8:B7:1C:00 to 00:1D:D8:F4:1F:FF | |
Microsoft Virtual PC / Virtual Server | 00:03:FF:00:00:00 to 00:03:FF:FF:FF:FF | |
SWsoft | 00:18:51:00:00:00 to 00:18:51:FF:FF:FF | |
bhyve by FreebsdF | 58:9C:FC:00:00:00 to 58:9C:FC:FF:FF:FF | |
Nutanix AHV | 50:6B:8D:00:00:00 to 50:6B:8D:FF:FF:FF | |
KVM (proxmox) | 54:52:00:00:00:00 to 54:52:FF:FF:FF:FF | |
Hetzner vServer (based on KVM and libvirt) | 96:00:00:00:00:00 to 96:00:FF:FF:FF:FF | Self tested |
We are warmly welcoming your thoughts and suggestions with regard to this article. Please feel free to contact us!
This Is How We Hand Things In.. Mr. Mac's Virtual Existence City
More questions
Our MAC Address API outputs a field called macAddressDetails.virtualMachine. If it detects that a Virtual Machine is using this MAC address, it outputs its vendor name (e.g. ”VMWare”). Otherwise, it outputs “Not detected”.
To detect the Virtual Machines, we build our VM Knowledge Base, which stores information about known relations between MAC addresses and Virtual Machines, and patterns, based on which the Virtual Machines assign MAC addresses to the virtual network interfaces.
This information comes from the two sources:
- We constantly scan the Internet for such information. It’s systemized, stored and verified.
- Our research team installed the Virtual Machines and performed experiments, trying to identify patterns on how their network interfaces receive MAC addresses.
Virtual Machine’s MAC ranges
Detection rules which don't have their dedicated page yet
Virtual Machine Name | OUI or range | References |
---|---|---|
Red Hat Xen, XenSource, Novell Xen | 00:16:3E:00:00:00 to 00:16:3E:FF:FF:FF | |
Microsoft SCVMM (System Center Virtual Machine Manager) | 00:1D:D8:B7:1C:00 to 00:1D:D8:F4:1F:FF | |
Microsoft Virtual PC / Virtual Server | 00:03:FF:00:00:00 to 00:03:FF:FF:FF:FF | |
SWsoft | 00:18:51:00:00:00 to 00:18:51:FF:FF:FF | |
bhyve by FreebsdF | 58:9C:FC:00:00:00 to 58:9C:FC:FF:FF:FF | |
Nutanix AHV | 50:6B:8D:00:00:00 to 50:6B:8D:FF:FF:FF | |
KVM (proxmox) | 54:52:00:00:00:00 to 54:52:FF:FF:FF:FF | |
Hetzner vServer (based on KVM and libvirt) | 96:00:00:00:00:00 to 96:00:FF:FF:FF:FF | Self tested |
We are warmly welcoming your thoughts and suggestions with regard to this article. Please feel free to contact us!