A cross-platform hardware-assisted virtualization engine for PC

Intel HAXM

Intel HAXM

  -  512 KB  -  Open Source
  • Latest Version

    Intel HAXM 7.8.0 LATEST

  • Review by

    Daniel Leblanc

  • Operating System

    Windows 7 / Windows 7 64 / Windows 8 / Windows 8 64 / Windows 10 / Windows 10 64

  • User Rating

    Click to vote
  • Author / Product

    Intel Corporation / External Link

  • Filename

    haxm-windows_v7_8_0.zip

Intel HAXM (also known as Intel Hardware Accelerated Execution Manage) is an advanced Android emulator and virtualization manager that allows developers to quickly and reliably develop Android applications directly in x86-based PCs running modern Windows OS.

When paired with other software packages that are needed to complete all the necessary components for app development (such as Android SDK and plugins needed to manage Google APIs), It can provide unraveling hardware-based Android emulation needed for software projects of all sizes and complexities.

Because it relies on features that are built-in into Intel CPU products, Intel HAXM can only run as it was intended on processors that have hardware support for Intel VT-x, Intel EM64T (Intel 64), and Execute Disable (XD) Bit features.

Be aware that this software WILL NOT work on non-Intel CPUs or Intel processors that lack these hardware features. Another limitation is that HAXM can only work with Android x86 and x86_64 emulator images provided by Intel. It cannot process ARM Android emulator images or non-Intel x86 or x86_64 Android emulator images.

Originally developed for work on Windows OS and macOS, the reach of this cross-platform hardware-assisted virtualization engine was expanded to NetBSD and Linux. While it is recommended that Intel HAXM be downloaded and installed through the Android SDK (found in the Extras tab) or Android Studio (marked as the optional “Performance” item), it can also be manually downloaded by a standalone installer offered by Intel.

To verify if your installation has been completed successfully, open Command Prompt with Administrative Privileges, and execute the command “sc query intelhaxm” and wait for the status message "4 RUNNING".

The latest version of the Windows OS version of Intel Hardware Accelerated Execution Manage can be downloaded for FREE. Be aware that Intel HAXM does not automatically check for updates. To update this package to its latest version, you must do so manually.

Main Features
  • Hardware Acceleration: It uses Intel VT-x hardware extensions to accelerate the execution of virtualized environments, offering significant performance improvements over traditional software-based virtualization.
  • Easy Integration: It integrates seamlessly with Android Studio and other Android development environments, providing a smooth setup and configuration process.
  • Support for Multiple Architectures: While optimized for Intel processors, it supports both x86 and x86_64 architectures, making it versatile for different development needs.
  • Performance Optimization: It offers configurable RAM allocation and CPU utilization settings, allowing developers to optimize emulator performance based on their system’s capabilities.
  • Cross-Platform Support: Although primarily designed for Windows, HAXM is also available for macOS, broadening its usability across different development setups.
User Interface

The engine itself does not have a traditional user interface as it operates as a background service enhancing virtualization. Its configuration and management are typically handled through the development environment (e.g., Android Studio) or command-line tools.

Installation and Setup
  • Prerequisites: Ensure that your Intel processor supports VT-x technology and that it is enabled in the BIOS.
  • Download: Obtain the latest version of this program from Intel’s official website, FileHorse or through the Android Studio SDK Manager.
  • Install: Run the installer executable and follow the on-screen instructions.
  • Configuration: After installation, configure this program through Android Studio by allocating appropriate RAM and CPU resources to the Android emulator.
How to Use
  • Launch Android Studio: Open your Android development environment.
  • Create an AVD (Android Virtual Device): Use the AVD Manager to create a new virtual device or modify an existing one.
  • Configure: Allocate the desired amount of RAM and CPU cores to the emulator to optimize performance.
  • Run the Emulator: Start the Android emulator. It will automatically accelerate the virtual environment, providing a faster and more responsive experience.
FAQ

What is Intel HAXM?
Intel HAXM is a hardware-accelerated virtualization engine designed to improve the performance of Android emulators on Intel-based systems.

How do I know if my processor supports HAXM?
You can check for Intel VT-x support by consulting your processor’s specifications on Intel’s website or by using CPU identification tools like CPU-Z.

Why is my emulator still slow even with HAXM installed?
Performance issues may stem from inadequate RAM allocation, insufficient CPU cores, or other system resource limitations. Adjust the settings in your development environment to optimize performance.

Can I use HAXM on AMD processors?
No, the app is specifically designed for Intel processors with VT-x support. AMD processors require a different virtualization technology, such as AMD’s Hyper-V.

How do I update HAXM?
Updates can be obtained through the Android Studio SDK Manager or directly from Intel’s official website. Follow the installation instructions to update to the latest version.

Alternatives

Genymotion: A popular third-party Android emulator that provides fast and feature-rich virtualization, compatible with both Intel and AMD processors.

BlueStacks: Primarily aimed at running Android apps on PC, BlueStacks also offers a robust virtualization engine for app testing and development.

VirtualBox: An open-source virtualization tool that, while not as optimized for Android development, provides extensive virtualization capabilities for various operating systems.

Pricing

This program is free to download and use, making it an accessible solution for developers looking to enhance their Android emulation performance without additional costs.

System Requirements
  • Processor: Intel processor with VT-x support
  • Operating System: Windows 11, 10, 8 or 7
  • RAM: Minimum 2 GB (4 GB or more recommended)
  • Storage: Sufficient disk space for the Android SDK and emulators
PROS
  • Significant performance boost for Android emulators
  • Seamless integration with Android Studio
  • Free to use
  • Easy installation and configuration
  • Cross-platform support
CONS
  • Limited to Intel processors
  • Requires VT-x support and BIOS configuration
  • No graphical user interface for standalone management
  • May still face performance limitations on low-spec hardware
Conclusion

Intel HAXM is an essential tool for Android developers seeking to improve the performance of their emulated environments. Its use of hardware acceleration provides a noticeable speed boost, making the development and testing process more efficient. While it has some limitations, such as requiring Intel processors with VT-x support, its benefits far outweigh these drawbacks.

HAXM’s seamless integration with popular development environments, ease of installation, and configurability make it a top choice for developers working with Android emulators. For those on Intel-based systems, HAXM is a must-have tool to enhance productivity and streamline the development workflow.

Also Available: Download Intel HAXM for Mac

  • Intel HAXM 7.8.0 Screenshots

    The images below have been resized. Click on them to view the screenshots in full size.

    Intel HAXM 7.8.0 Screenshot 1
  • Intel HAXM 7.8.0 Screenshot 2
  • Intel HAXM 7.8.0 Screenshot 3
  • Intel HAXM 7.8.0 Screenshot 4

What's new in this version:

- Enabled XSAVE feature in CPUID
- Enabled INVPCID instruction
- Improved the implementation of CPUID module
- Fixed a host crash issue caused by a regression
- Improved the user experience of installer