Total time for this should be about 3 minutes if using the guides and about 90 seconds if you have ever used Hyper-V before. Android-x86 Hyper-V Legacy Network Adapter The only major difference is that you will load the Android-x86 iso instead of another operating system. The major caveat here is that you do need to utilize the Legacy Ethernet adapter which you can find an example of here. You can simply follow the Linux on Hyper-V guide to set up the VM. The next step is quite simple, setting up a new virtual machine. Android 4.3 changed this and Android 4.4 and newer should also. The reason for this is quite simple, networking in previous versions was very painful because Ethernet did not work out of the box. Further, we decided to use an Android 4.3 version. For this guide we are going to use an Adroid-x86 build. One major consideration is which version of Android will you run. If Hyper-V is installed either on Windows 8, or a Windows Server/ Hyper-V server, then you are all set and can log into the Hyper-V management console. We have a simple Windows 8 and Windows 8.1 Hyper-V guide that works with both versions of the desktop operating system. The first step in getting this to work is to ensure that the host Windows 8 or Windows 8.1 machine has Hyper-V installed. The guide to installing Android on Hyper-V should take only a few minutes to accomplish. Installing Android onto a Hyper-V Virtual Machine In fact, a decently powered workstation or laptop can have multiple virtual machines open at a given time. The benefit of this is that building development instances is a simple task. One great thing about Windows 8 and Windows 8.1 is that Microsoft has enabled a fairly robust version of Hyper-V even it their workstation operating system. We will be using Android 4.3 as our base installation version and using a Windows 8.1 Professional as a host. This guide will show one how to install Android-x86 in Hyper-V.
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