android emulator mac hardware acceleration

The Google documentation for the Android SDK (, section title 'Configuring Graphics Acceleration') has this to say about Graphics Acceleration:Īs you can see, Graphics Acceleration is an experimental feature of the Android SDK, and doesn't work with some types of applications or in conjunction with some other features (like snapshots).

Graphics Acceleration ('use host GPU') is a feature of the Android SDK, and is not the same thing as HAXM. You can tell if HAXM hardware acceleration is active when an Android Virtual Device starts up in the emulator, and you see the message 'HAX is working and emulator runs in fast virt mode', You can see more about setting up an Android Virtual Device with HAXM in this post. HAXM is hardware based acceleration for the emulator, and runs independently from Host GPU acceleration.

HAXM is not the same as Host GPU acceleration. Furthermore, VT-x needs to be enabled in the BIOS.ĭevelopers using Windows on Intel processors will not need to change their environment configuration, since the Android Emulator will continue to use the default Intel Hardware Accelerated Execution Manager (HAXM) configuration.I think we're talking about two different things here. This is in addition to the usual requirements for running Hyper-V, which are basically using an Intel Core processor that supports Virtualization Technology (VT-x), Extended Page Tables (EPT), and Unrestricted Guest (UG) features. If you want to use Hyper-V at the same time as the Android emulator, you will need to enable the 'Hyper-V' settings under Windows Features, which is available for Windows 10 Professional/Education/Enterprise. Start a command prompt as Administrator, run 'bcdedit /set hypervisorlaunchtype off', reboot. Start a command prompt as Administrator, run 'bcdedit /set hypervisorlaunchtype off', reboot.Ģ>emulator: ERROR: x86_64 emulation currently requires hardware acceleration!Ģ>Please ensure Windows Hypervisor Platform (WHPX) is properly installed and usable.Ģ>CPU acceleration status: Please disable Hyper-V before using the Android Emulator. 2>emulator: CPU Acceleration: DISABLEDĢ>emulator: CPU Acceleration status: Please disable Hyper-V before using the Android Emulator. Previously, using the Android Emulator required disabling Hyper-V altogether. Support for Hyper-V means developers can benefit from the Android emulator hardware acceleration also when running it side-by-side with other programs using Hyper-V, such as Docker, the HoloLens emulator, and others, or inside an Azure virtual machine. To enable the new features on a Windows OS running on an AMD processor, you have to enable the 'Windows Hypervisor Platform' settings under Windows Features. WHPX enables the creation of virtual processors that can emulate instructions taking advantage of the accelerators provided by the underlying hardware processor.

WHPX adds an extended user-mode API to create and manage partitions at the hypervisor level, configure memory mappings for the partition, and create and control execution of virtual processors. This is made possible by a new API Microsoft recently open-sourced, Windows Hypervisor Platform (WHPX). Adding support for AMD processors and Hyper-V to the Windows Android Emulator, Google has been addressing two long-standing user requests from the developer community, writes Google product manager Jamal Eason. While native AMD support has been available for a long time on Mac and Linux, this was not the case when using Windows, where the Android Emulator was bound to use software emulation. The latest release of the Android Emulator for Windows aims to boost performance when running on AMD processors or a Microsoft Hyper-V hypervisor by bringing support for hardware accelerated enhancements that were previously only available for Intel processors.

Android emulator mac hardware acceleration