Android-x86 (64-bit) (2024)

Android-x86 is an open-source project that aims to bring the Android operating system to desktop and laptop computers, allowing users to experience Android apps and functionalities on a PC environment. It essentially enables users to run Android on their x86-based hardware, providing a versatile and customizable platform for various use cases.

Key Features

• Compatibility: Android-x86 64bit supports a wide range of x86-based hardware, making it accessible to a broad audience.
• Customizability: Users can customize their installation through various tweaks and modifications, including custom kernels, system optimizations, and UI enhancements.
• App Compatibility: Most Android apps are compatible with the app, allowing users to leverage the vast ecosystem of Android applications on their PCs.
• Performance: The program is optimized for performance on x86 hardware, offering smooth operation and efficient resource utilization.
• Integration: It seamlessly integrates with PC hardware, supporting features like Wi-Fi, Bluetooth, audio, and graphics acceleration.

Other Features

• Kernel 4.19, KMS enable
• Wifi support with GUI
• Better disk installer
• Power Suspend/resume (S3 mode)
• Battery Status
• Software mouse cursor
• Mouse wheel
• Support netbook native resolution
• Audio (ALSA)
• V4l2 Camera support
• Mirror mode on external monitors
• External storage auto mount support
• Support external keyboard
• Debug mode with busybox
• Bluetooth
• G-sensor

User Interface

The user interface of the app resembles that of typical Android devices, featuring a homescreen with app icons, notification shade, and settings menu. It provides a familiar environment for Android users while adapting to the larger screen of PCs.

Installation and Setup

Installing Android-x86 involves creating a bootable USB drive or CD/DVD from the ISO image provided by the project. Users can then boot their PC from the USB drive or CD/DVD and follow the on-screen instructions to install the program alongside or instead of existing operating systems.

How to Use

Once installed, users can navigate Android-x86 using a mouse and keyboard or touch input if their hardware supports it. They can download and install apps from the Google Play Store or sideload APKs for additional functionalities. It supports multitasking, allowing users to run multiple apps simultaneously and switch between them seamlessly.

Tested Platforms

The tests are done by the project members and others from android-porting group.

• Microtech e-tab Pro
• ASUS Eee PCs/Laptops
• Viewsonic Viewpad 10
• Dell Inspiron Mini Duo
• Samsung Q1U
• Viliv S5
• Lenovo ThinkPad x61 Tablet

FAQ

Is Android-x86 compatible with my PC?
It supports most x86-based hardware, including desktops, laptops, and certain tablets. However, compatibility may vary depending on specific components, so it's recommended to check the project's website for compatibility information.

Can I dual-boot Android-x86 with Windows 11/10?
Yes, it can be dual-booted with Windows or other operating systems. During installation, users can choose to install Android-x86 alongside existing operating systems, allowing them to select the desired OS at boot time.

Does Android-x86 support Google Play Store?
Yes, it supports the Google Play Store, allowing users to download and install apps directly from Google's official repository. However, users may need to install Google Play Services separately for full compatibility with certain apps.

Can I customize the Android-x86 interface?
Yes, Android-x86 is highly customizable, allowing users to modify various aspects of the interface, including wallpapers, themes, icons, and system settings. Advanced users can also make deeper customizations through root access and system-level tweaks.

Is Android-x86 suitable for gaming?
It can run a wide range of Android games, including both casual and graphically intensive titles. However, gaming performance may vary depending on hardware specifications and driver support.

Alternatives

Bliss OS: Another popular Android-based operating system for PCs, offering a sleek interface and extensive customization options.

Phoenix OS: Designed specifically for desktops and laptops, Phoenix OS provides a desktop-like experience with Android compatibility.

PrimeOS: Targeted towards gamers, PrimeOS offers optimizations for gaming performance and supports keyboard and mouse input.

ChromeOS Flex: While not strictly Android-based, Chrome OS provides a lightweight and versatile operating system with Android app support on select devices.

Remix OS: Though discontinued, Remix OS was known for its desktop-like interface and productivity features, making it a notable alternative for Android on PC.

Pricing

The software is open-source and available for 100% FREE, allowing users to download from FileHorse and use it without any cost. However, users may incur expenses related to hardware components or optional software installations.

System Requirements

The system requirements for the app vary depending on the intended use case and hardware specifications. Generally, it requires an x86-based processor, a minimum of 1GB RAM (2GB recommended), and sufficient storage space for installation and apps.

PROS

• Broad hardware compatibility
• Extensive customization options
• Access to the vast Android app ecosystem
• Smooth performance on x86 hardware
• Free and open-source

CONS

• It's been a long time since there was an update on the official website
• Some apps may not be fully optimized for PC usage
• Limited official support compared to mainstream operating systems
• Compatibility issues with certain hardware components
• Updates and security patches may depend on community contributions

Conclusion

It offers a compelling solution for users looking to experience Android on their PCs, providing a versatile platform with access to a vast ecosystem of apps and customization options. While it may not be suitable as a primary operating system for all users, it serves as an excellent alternative for specific use cases such as app development, emulation, and entertainment.

With its open-source nature and active community support, Android-x86 continues to evolve and improve, offering an exciting glimpse into the convergence of mobile and desktop computing environments.

Note

Also Available: Android-x86 (32-bit)