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The documentation is varied and contradictory as this process is fairly niche and as of 4.2+ some significant changes have been made as to how certain tools and systems operate, namely network bridging, routing, NAT translation, etc. You will need to fiddle around a bit to get the GRUB loader to load the Xen bootstrap, since by default the standard bootstrap will load first, thus trumping the Xen bootstrap. #VMWARE VS VIRTUALBOX MINT LINUX INSTALL#Also, just because the chipset and cpu support vt-d, that doesn't mean that the BIOS for the motherboard supports vt-d, which makes tracking down the proper hardware all the more difficult.Īssuming you obtain the proper hardware, it is then simply a matter of installing a linux distribution to act as the dom0 or host that you will then install the Xen hypervisor on. You can find hardware that the Xen community has found to work, but technology moves so quickly, it may be difficult to find parts that have been verified to work, available to purchase. ![]() I say this because, while the technology has existed for quite some time, it's not a feature that many consumer users are interested in and therefore has not been supported well among manufacturers, specifically speaking motherboard manufacturers. Tracking down the proper hardware will probably be the largest prohibiting factor. However, the catch is that your Processor, Motherboard, and potentially GPU need to support Intel VT-d or AMD's equivalent. Using Xen with a Windows HVM domU, you can use VGA and PCI pass-through in order to give the Windows virtual machine direct access to a GPU. Windows can be installed as a HVM guest with Xen, but your hardware needs to support virtualization technologies for this to be useful for your intended purposes. Search for "VGA passthrough" or "virtual gaming" to find tutorials, or try this here HOW-TO make dual-boot obsolete which is based on Linux Mint 13 (should be similar for Ubuntu). If you got compatible hardware, it's definitely worth the effort. ![]() Note: It's best to have a another GPU (Intel onboard or separate graphics card) for your Linux, and pass-through the secondary GPU (the one NOT used by Linux). Search for "Xen VGA passthrough tested adapters". The Intel onboard graphics is supposedly also compatible. #VMWARE VS VIRTUALBOX MINT LINUX PROFESSIONAL#Many (most?) AMD graphics cards are supported, and some Nvidia cards, namely the professional "multi-OS" Quadro series (starting from the Quadro 2000 upwards). Still, if the option shows up, chances are good.Ī VGA-passthrough compatible graphics adapter. Some BIOS implementations have been reported buggy, though. Your motherboard (and motherboard BIOS) must have an option to enable VT-d (sometimes called IOMMU). ![]() Note: The 3930K with C2 stepping also supports VT-d, but it's not listed when using the VT-d filter. Your CPU must support VT-d (Intel) or AMD-Vi / IOMMU (AMD) !!! Don't confuse it with VT-x - these are two different things. Here some basic guidelines to check if your hardware is compatible: #VMWARE VS VIRTUALBOX MINT LINUX PC#You can also directly access other PC hardware using PCI passthrough, for example USB host controllers, SATA controllers, etc., all of which will then be available under Windows, with Windows-native drivers.īUT, as mentioned before, you need to carefully select your hardware. Xen hypervisor allows you to run a Windows VM with direct access to your graphics card (hardware). ![]()
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