Microsoft announced the release of Hyper-V Server 2008 today via a blog post on the Server and Tools Business News Bytes blog (man, is that a mouthful!). Available “later today” as a free download, Hyper-V Server is Microsoft’s “bare metal” hypervisor-based virtualization product. Although the blog post said later today, I tried downloading it right away anyway, but the download link apparently doesn’t yet work.
<aside>I don’t know that it can really be called a “bare metal” virtualization solution since it still does require Windows Server 2008, albeit a heavily stripped-down version, in the parent partition in order to provide I/O drivers.</aside>
Hyper-V Server 2008 can be downloaded here.
Technical resources for Hyper-V Server 2008 can be found here.
Tags: HyperV, Microsoft, Virtualization, Windows
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Scott and others, check out this comparison of the install of Bare Metal Hyper-V and ESXi side by side.
http://www.vmware.com/technology/whyvmware/resources/esxi-hyper-v-installation.html
…and no I don’t work for VmWare. =)
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Just to be clear, that comparison is of Hyper-V, not Hyper-V Server. Hyper-V is the version that is Windows Server 2008, and Hyper-V Server is the standalone product.
And to answer your point Scott, it is indeed a bare metal (or type 1) hypervisor that runs on the bare metal. It does not incur any of the overheard of a “hosted” or type 2 hypervisor because of this. The fact that the parent partition (itself a VM) runs Windows Server 2008 does not change the bare-metalness of the hypervisor.
Disclaimer: I work for Microsoft NZ, but this is not an official response on behalf of my employer.
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I have been doing a lot of research lately and been working with hypervisors for some time now. Scott I wanted to pose this question, do you think Hyper-V and even XenServer would be considered some sort of Hybrid Hypervisor? I agree about the parent partition, if that dies so do your VM’s. By contrast if the SC dies in ESX my VM’s will still run. The other thing of note is how Hyper-V actually loads up. Windows Server 2008 kernel must first load, then the Hyper-V kernel somehow “inserts” itself below 2008, making that instance of 2008 the Parent Partition. It seems to me that because you are still loading up a kernel that is not dedicated to virtualization first, then inserting a kernel below that layer… well it just doesn’t seem clean to me. You have a kernel that is not dedicated to running VM’s. It requires hardware assisted virtualization. Thoughts?



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