Should I create a generation 1 or 2 virtual machine in Hyper V Applies To Microsoft Hyper V Server 2. Windows 1. 0, Windows Server 2. Your choice to create a generation 1 or generation 2 virtual machine depends on which guest operating system you want to install and the boot method you want to use to deploy the virtual machine. How To Install Os X On Hyper V' title='How To Install Os X On Hyper V' />We recommend that you create a generation 2 virtual machine to take advantage of features like Secure Boot unless one of the following statements is true For more information about what features are available with generation 2 virtual machines, see Hyper V feature compatibility by generation and guest. You cant change a virtual machines generation after youve created it. So, we recommend that you review the considerations here, as well as choose the operating system, boot method, and features you want to use before you choose a generation. John Joyner walks you through the steps of setting up a single virtualization host using Windows Server 2012 HyperV and points out some of the new features. In article, I am going to show you how to install macOS Sierra 10. VMware player on Windows 10. OS Sierra on VMware installl macOS Sierra VMware. Starting in Windows Server, version 1709, Nano Server will be available only as a container base OS image. Check out Changes to Nano Server to learn what this means. How To Install Os X On Hyper V' title='How To Install Os X On Hyper V' />Which guest operating systems are supported Generation 1 virtual machines support most guest operating systems. Generation 2 virtual machines support most 6. Windows and more current versions of Linux and Free. BSD operating systems. Use the following sections to see which generation of virtual machine supports the guest operating system you want to install. Detail instructions for setting up and maintaing Intel Rapid Storage Technology IRST from the command line when using free HyperV Server 2008 R2 and Windows. Microsoft HyperV, codenamed Viridian and formerly known as Windows Server Virtualization, is a native hypervisor it can create virtual machines on x8664 systems. Cisco UCS and Application Delivery for Microsoft HyperV Virtualization of Exchange 2010 with NetApp Storage. I work at a Fortune 500 with 15 vs 75 HyperV vs VMWare mix. A sideconversation I had with our CIO he had an epiphany Why do we pay VMWare so much money if. This post describes the actions taken to create an OS Layer in Citrix App Layering 4. HyperV with Citrix PVS. You are also shown how to add new versions. Windows guest operating system support. The following table shows which 6. Windows you can use as a guest operating system for generation 1 and generation 2 virtual machines. Windows. Generation 1. ECG/redmondmag/Images/2016/01/ExpandVS_Fig1.ashx' alt='How To Install Os X On Hyper V' title='How To Install Os X On Hyper V' />Generation 2. Windows Server 2. R2Windows Server 2. Screen-Shot-2013-01-29-at-16.29.23-768x682.png' alt='How To Install Os X On Hyper V' title='How To Install Os X On Hyper V' />Windows Server 2. R2Windows Server 2. Windows 1. 0Windows 8. Windows 8Windows 7The following table shows which 3. Windows you can use as a guest operating system for generation 1 and generation 2 virtual machines. Windows. Generation 1. Generation 2. Windows 1. Windows 8. 1Windows 8Windows 7Cent. OS and Red Hat Enterprise Linux guest operating system support. The following table shows which versions of Red Hat Enterprise Linux RHEL and Cent. OS you can use as a guest operating system for generation 1 and generation 2 virtual machines. Operating system versions. Generation 1. Generation 2. RHELCent. OS 7. x seriesRHELCent. OS 6. x seriesNote Only supported on Windows Server 2. RHELCent. OS 5. x seriesFor more information, see Cent. OS and Red Hat Enterprise Linux virtual machines on Hyper V. Debian guest operating system support. The following table shows which versions of Debian you can use as a guest operating system for generation 1 and generation 2 virtual machines. Operating system versions. Generation 1. Generation 2. Debian 7. x seriesDebian 8. For more information, see Debian virtual machines on Hyper V. Free. BSD guest operating system support. The following table shows which versions of Free. BSD you can use as a guest operating system for generation 1 and generation 2 virtual machines. Operating system versions. Generation 1. Generation 2. Free. BSD 1. 0 and 1. Free. BSD 9. 1 and 9. Free. BSD 8. 4For more information, see Free. BSD virtual machines on Hyper V. Oracle Linux guest operating system support. The following table shows which versions of Red Hat Compatible Kernel Series you can use as a guest operating system for generation 1 and generation 2 virtual machines. Red Hat Compatible Kernel Series versions. Generation 1. Generation 2. Oracle Linux 7. x seriesOracle Linux 6. The following table shows which versions of Unbreakable Enterprise Kernel you can use as a guest operating system for generation 1 and generation 2 virtual machines. Unbreakable Enterprise Kernel UEK versions. Generation 1. Generation 2. Oracle Linux UEK R3 QU3Oracle Linux UEK R3 QU2Oracle Linux UEK R3 QU1For more information, see Oracle Linux virtual machines on Hyper V. SUSE guest operating system support. The following table shows which versions of SUSE you can use as a guest operating system for generation 1 and generation 2 virtual machines. Operating system versions. Generation 1. Generation 2. SUSE Linux Enterprise Server 1. SUSE Linux Enterprise Server 1. Open SUSE 1. 2. 3For more information, see SUSE virtual machines on Hyper V. Ubuntu guest operating system support. The following table shows which versions of Ubuntu you can use as a guest operating system for generation 1 and generation 2 virtual machines. Operating system versions. Generation 1. Generation 2. Ubuntu 1. 4. 0. 4 and later versionsUbuntu 1. For more information, see Ubuntu virtual machines on Hyper V. How can I boot the virtual machine The following table shows which boot methods are supported by generation 1 and generation 2 virtual machines. Boot method. Generation 1. Generation 2. PXE boot by using a standard network adapterPXE boot by using a legacy network adapterBoot from a SCSI virtual hard disk. VHDX or virtual DVD. ISOBoot from IDE Controller virtual hard disk. VHD or virtual DVD. ISOBoot from floppy. VFDWhat are the advantages of using generation 2 virtual machinesHere are some of the advantages you get when you use a generation 2 virtual machine Secure Boot This is a feature that verifies the boot loader is signed by a trusted authority in the UEFI database to help prevent unauthorized firmware, operating systems, or UEFI drivers from running at boot time. Secure Boot is enabled by default for generation 2 virtual machines. If you need to run a guest operating system thats not supported by Secure Boot, you can disable it after the virtual machines created. For more information, see Secure Boot. To Secure Boot generation 2 Linux virtual machines, you need to choose the UEFI CA Secure Boot template when you create the virtual machine. Larger boot volume The maximum boot volume for generation 2 virtual machines is 6. TB. This is the maximum disk size supported by a. VHDX. For generation 1 virtual machines, the maximum boot volume is 2. TB for a. VHDX and 2. GB for a. VHD. For more information, see Hyper V Virtual Hard Disk Format Overview. You may also see a slight improvement in virtual machine boot and installation times with generation 2 virtual machines. Whats the difference in device support The following table compares the devices available between generation 1 and generation 2 virtual machines. Generation 1 Device. Generation 2 Replacement. Generation 2 Enhancements. IDE controller. Virtual SCSI controller. Boot from. vhdx 6. TB maximum size, and online resize capabilityIDE CD ROMVirtual SCSI CD ROMSupport for up to 6. SCSI DVD devices per SCSI controller. Legacy BIOSUEFI firmware. Secure Boot. Legacy network adapter. Synthetic network adapter. Network boot with IPv. IPv. 6Floppy controller and DMA controller. No floppy controller support. NAUniversal asynchronous receivertransmitter UART for COM ports. Optional UART for debugging. Faster and more reliablei. Software based input. Uses fewer resources because there is no emulation. Also reduces the attack surface from the guest operating system. PS2 keyboard. Software based keyboard. Uses fewer resources because there is no emulation. Also reduces the attack surface from the guest operating system. PS2 mouse. Software based mouse. Uses fewer resources because there is no emulation. Also reduces the attack surface from the guest operating system. S3 video. Software based video. Uses fewer resources because there is no emulation. Also reduces the attack surface from the guest operating system. PCI bus. No longer required. Fill Blank Marriage License. NAProgrammable interrupt controller PICNo longer required. NAProgrammable interval timer PITNo longer required. NASuper IO device. No longer required.