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;*To run Android apps on your computer, most of these emulators employ a two-step approach. First, they set up a virtual environment using [[Hypervisors|hypervisor]] (and of course support for [[Wikipedia:X86_virtualization#Hardware-assisted_virtualization|hardware assisting virtualization]] such as vt-x/amd-v and virtual gpu adapter such as [https://docs.mesa3d.org/drivers/virgl.html VirGL]). Then, they use [[Recommended_linux_distros#Emulation_focused|custom Android-x86 images]] and translation layer such as "[[Compatibility_layer|libhoudini or libndk or Intel BT]]" to convert instructions from ARM processors (used in phones) to work on your computer's x86 architecture. See [[#Hardware features]] supported ABI, API sections and [[#Enhancements]] built-in translation layer and VM columns for more information.
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However, the Linux kernel is flexible enough that it can be emulated well, unlike iOS, older cell phone models, and older Japanese Galapagos mobile phones. While Android natively supports mice<ref group=N>If you have an Android device, you can confirm this by connecting a Bluetooth or USB mouse via a USB adapter.</ref>, most apps expect users to have a touchscreen, so Android emulators will usually default to emulating touchscreen presses like [[Nintendo DS emulators|DS emulation]] (though it can be less than ideal in many cases). The host's keyboard may often emulate the button controller add-ons, and some emulators support [[Xbox 360 emulators|Xbox 360]] controllers with some more tweaks.
To run Android apps on your computer, most of the Android emulators employ a two-step approach. First, they set up a virtual environment using [[Hypervisors|hypervisor]] (and of course support for [[Wikipedia:X86_virtualization#Hardware-assisted_virtualization|hardware assisting virtualization]] such as vt-x/amd-v and virtual gpu adapter such as [https://docs.mesa3d.org/drivers/virgl.html VirGL]). Then, they use [[Recommended_linux_distros#Emulation_focused|custom Android-x86 images]] and translation layer such as "[[Compatibility_layer|libhoudini or libndk or Intel BT]]" to convert instructions from ARM processors (used in phones) to work on your computer's x86 architecture. See [[#Hardware features]] supported ABI, API sections and [[#Enhancements]] built-in translation layer and VM columns for more information.
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==Emulators==
;Before diving in,
;*[[Hypervisors|Hardware-assisted virtualization]] feature must be turned from your BIOS for most of these methods due to performance reasons.
;*You need to turn off Hyper-V from Windows Feature panel if [[Hypervisors|Type-2 hypervisor]] used by the emulator due to [[Hypervisors#Hyper-V_feature_conflict_issue|conflict issue]]. Having said that some emulators like BlueStacks provide special Hyper-V build for prevent this issue. Recently, with [https://support.bluestacks.com/hc/en-us/articles/22561951043981-BlueStacks-5-20-Release-Notes#01HMGBJDK8G7J7S9C0G5R9SBVR BlueStacks 5 version 5.20, you can now run BlueStacks with Hyper-V enabled] including all instances such as Nougat 32-bit, which will run as intended and no additional changes required.
