Luckily, with the latest BlueStacks version, this is no longer the case, as it’s possible to use our app player with Hyper-V enabled and without any issues, by gaming on instances using Android Pie. Of course, this solution meant that those who use their computers for working on virtual machines needed to either constantly toggle Hyper-V on or off depending on what they wanted to do (which requires a system restart every single time), or simply stop using BlueStacks or virtual machines on that computer altogether. As such, getting BlueStacks to work was a matter of simply enabling Virtualization and disabling Hyper-V, and everything would start working correctly. How to Play on BlueStacks with Hyper-V EnabledĪs mentioned just now, if when you first started using BlueStacks you ran into issues launching the emulator, or had very poor performance in-game, odds are this was due to two distinct possibilities: Either your system has the Virtualization technology disabled in the BIOS, which is a crucial component required by BlueStacks to work correctly, or you had Hyper-V enabled on your system, which is something common for folks who work with or use virtual machines.
Luckily, we bring good news to the users who rely on Hyper-V to do their jobs or perform any other tasks on their computers: With the latest BlueStacks update, it’s now possible to play on BlueStacks with Hyper-V enabled when using Android Pie instances.
The second and more relevant aspect for today is that Hyper-V technology could NOT be enabled, otherwise it would interfere with the aforementioned Virtualization and reduce the app player’s performance or even render it entirely inoperable. The first of these requirements is that the Virtualization technology must be enabled, which can be performed from the computer’s BIOS screen. While BlueStacks comes ready to use right out of the box, most users will have to fulfill a few requirements in order for the app player to function correctly.
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