Installing Android with a second system on a PC: from choosing a distribution to setting up multiboot

Installing Android as a second operating system on a PC opens up new opportunities: from testing mobile applications on a big screen to using specialized software available only on this platform. However, the process of integrating a mobile OS into a desktop environment requires a careful approach - from choosing the right distribution to configuration UEFI/BIOS and disk layout. Unlike emulators like BlueStacks, the "native" installation provides maximum performance and access to all functions Android x86, including hardware graphics acceleration and support for peripheral devices.

This instruction covers all stages - from preparing the partition to hard drive until solving typical driver problems. We will look at three main installation methods: via GRUB (for Linux), using Windows Boot Manager, as well as an option with a separate boot menu. Particular attention is paid Compatibility with modern Intel/AMD chipsets and NVIDIA/AMD graphics adaptersas this is a common cause of startup failures. If you plan to use Android for development, games or multimedia, this article will help you avoid common mistakes and optimize the system for your tasks.

1. Choosing an Android distribution for PC: comparison of versions and features

Not all builds Android-x86 work equally well on desktop PCs. The official project android-x86.org offers stable versions, but with limited support for new hardware. Alternative builds like PrimeOS, Bliss OS or Phoenix OS are optimized for gaming or office work, but may contain proprietary modifications.

When choosing, pay attention to:

• 📱 Android version: Android 11/12 (based on android-x86 9.0-r2) more stable, than Android 13 from third-party developers, but the latter supports new APIs for applications.
• 🖥️ Architecture: For modern processors, choose x86_64 (not i686), even if your CPU supports 32-bit instructions.
• 🎮 Usage profile: PrimeOS emulates the Windows interface for the convenience of a mouse/keyboard, and Bliss OS closer to "pure" Android with support GApps.
• 🔧 Driver support: Check for patches for your video card (especially NVIDIA) and Wi-Fi/Bluetooth adapters.

⚠️ Attention: Builds based on Android 13+ may not support some applications due to changes in the API Scoped Storage. Before installing, check the compatibility of your critical software on the forums XDA Developers.

For most users, the optimal choice will be Bliss OS 14.0 (if you need the latest software) or PrimeOS 11.0 (for gaming). The official Android-x86 is suitable for developers who value stability. Download images only from official sites or trusted repositories - many “custom” assemblies contain malicious code or adware.

2. Preparing a partition on a hard drive: partitioning schemes and recommendations

Android requires a separate partition on the disk, and its size and file system depend on the selected distribution. The minimum volume is 16 GB, but for comfortable work with applications it is recommended 32–64 GB. Important: the partition must be primaryand not logical, otherwise the bootloader may not see the system.

Options partitioning:

• 📊 Manual partitioning: Create a partition in ext4 (recommended) or NTFS (if you need compatibility with Windows) via GParted (Linux) or diskmgmt.msc (Windows).
• 🛠️ Automatic installation: Some distributions (for example PrimeOS) offer automatic partition creation, but this may lead to data loss.
• 🔄 Dynamic partition: For advanced users - installation on LVM (Linux only) allows flexible management volume.

Instructions for Windows:

1. Click Win + R, enter diskmgmt.msc.
2. Select a disk with free space, right-click → "Compress volume".
3. Specify the size (for example, 40960 MB for 40 GB) and confirm.
4. The new partition will remain unallocated — do not format it on Windows, the Android installer will do this.

⚠️ Attention: If you use BitLocker or other disk encryption, disable it before changing partitions. Otherwise, you may lose access to data on the main volume.

Suitable for Linux GParted:

sudo apt install gparted # Installation in Debian/Ubuntu
sudo gparted

Create a new partition with the file system ext4 and tag android (optional, but simplifies identification). If you plan to use shared folder between Windows and Android, leave 1-2 GB for a partition FAT32 for file sharing.

Back up important data|

Free up at least 32 GB on disk|

Disable BitLocker/encryption (if used)|

Create a primary partition in ext4/NTFS|

Check the integrity of the boot image (MD5/SHA1)-->

3. Creating a bootable flash drive and setting up BIOS/UEFI

For writing an Android image to a flash drive, Rufus (Windows) or BalenaEtcher (cross-platform) are suitable. Important: select the mode "DD-image" (in Rufus), and not "ISO", otherwise the bootloader may not work. The minimum capacity of a flash drive is 4 GB, but it is better to use 8 GB for assemblies with GApps.

Step-by-step guide for Rufus:

1. Download the latest version from official site.
2. Insert the flash drive and select it in the app.
3. Click "SELECT" and specify the path to the image .iso.
4. In the section "Image parameters" select DD-image mode.
5. Click "START" and wait for completion (the process may take 10-20 minutes).

After creating bootable media must be configured BIOS/UEFI:

• 🔧 Disable Secure Boot: Android-x86 does not support this function. In UEFI find the section Boot → Secure Boot and install Disabled.
• 🖱️ Enable Legacy Support (CSM): If your PC does not support UEFI, or boot errors occur, activate compatibility mode.
• 💾 Boot priority: Move the USB drive to the first place in the list of boot devices (Boot Order).

⚠️ Attention: On some motherboards ASUS/MSI after disabling Secure Boot you need to reset the platform keys (Reset to Setup Mode in the Key Managementsection). Without this, the system may not boot.

To enter BIOS/UEFI use the keys:

• ASUS: F2 or Del
• MSI/Gigabyte: Del
• Lenovo: F1 or Fn + F2
• HP: Esc → F10

4. Installing Android on a PC: step-by-step process

After booting from a flash drive, you will see the installer menu Android-x86. The interface may differ depending on the distribution, but the general scheme is the same. Important: if you have UEFI, select the option marked UEFI (usually the first one in the list).

Main installation steps:

1. Selecting a partition: Specify the previously created partition (for example, /dev/sda3). If the partition is not formatted, the installer will offer to do this automatically - agree.
2. File system: Suitable for most cases ext4. NTFS Select only if you plan to access files from Windows.
3. Installing the bootloader GRUB: Check the box Install boot loader and specify the partition with Windows Boot Manager (usually /dev/sda1 or /dev/nvme0n1p1 for NVMe drives).
4. Size /system: Leave the default value (usually 2-4 GB), unless you plan to install many system applications.
5. Creating a user: After installation is complete, the system will prompt you to create a profile - specify account information Google only if the distribution supports it GApps.

Typical errors and solutions:

• 🚫 "No space left on device": Increase the partition size or select ext4 instead of NTFS.
• 🚫 "Failed to install GRUB": Check if Secure Bootis disabled and repeat installing the bootloader manually via chroot.
• 🚫 Black screen after boot: Add the parameter nomodeset to the GRUB configuration (see the "Troubleshooting" section).

For distributions with GApps (for example, Bliss OS) after the first boot, additional settings will be required:

# Enable USB debugging (if necessary)
adb shell
setprop persist.sys.usb.config diag,adb

⚠️ Attention: If you install Android on a laptop with hybrid graphics (Intel + NVIDIA/AMD), in the GRUB menu add the parameter video=efifb:off, otherwise image artifacts are possible.

5. Setting up multiboot: GRUB vs Windows Boot Manager

If Android is installed on a PC with Windows, you will need to set up multiboot. There are two main approaches: via GRUB (recommended) or using the standard Windows boot loader. The first option is more flexible, but requires manual configuration.

Configuration via GRUB (for Linux or dual-boot with Windows):

1. Boot into Linux or use a Live-CD.
2. Update the GRUB configuration:

   sudo update-grub

   The system should automatically detect Android and add it to the menu.

3. If Android is not displayed, edit /etc/grub.d/40_custom manually:

   menuentry "Android-x86" {
   search --file --no-floppy --set=root /android/boot.img
   linux ($root)/android/kernel quiet root=/dev/ram0 androidboot.selinux=permissive
   initrd ($root)/android/initrd.img}

Setting via Windows Boot Manager:

• 📋 Use the utility EasyBCD (you can download on official website).
• 🖱️ Add a new entry like GRUB 2 and specify the section with Android.
• ⚙️ In the section "Edit Boot Menu" set a timeout (recommended 10 seconds).

For rEFInd (alternative bootloader):

# Installation in Ubuntu/Debian
sudo apt install refind
sudo refind-install

After the reboot rEFInd will automatically find Android and add it to the menu with an icon.

bcdedit /set {bootmgr} path \EFI\Microsoft\Boot\bootmgfw.efi

6. Optimizing Android on a PC: drivers, performance, compatibility

After installing Android, additional tuning will be required to achieve maximum performance. optimization:

1. Installing drivers:

• 🖥️ Video card: For NVIDIA download the driver from NVIDIA website (version for Tegra can work on desktop GPUs). data-i="269">use the built-in drivers AMD use built-in drivers mesa.
• 📶 Wi-Fi/Bluetooth: If the adapter is not detected, check the chipset support on Linux Wireless WikiFor Broadcom firmware may be required b43-firmware.
• 🎮 Gamepads/controllers: Connect the device via USB and check support in Settings → Connected devices.

2. Performance settings:

• ⚡ Performance mode: Enable in Settings → Battery → Performance mode.
• 🔄 Background limitation: Disable unnecessary applications in Settings → Apps → Special access → Battery optimization.
• 🖱️ Mouse sensitivity: Adjust in Settings → System → Pointer speed.

3. applications:

• 📱 Architecture: Install ARM Translation (for example, libhoudini) to run ARM applications on x86.
• 🔒 Root-access: For advanced settings, activate Magisk (instructions for XDA).
• 🌍 Google Play: If GApps are not installed, download Open GApps (version x86_64) and flash through TWRP.

⚠️ Attention: On some chipsets Intel 12th generation and later hardware video acceleration may not work due to changes in drivers i915. In this case, add 12th generation Intel and newer i915.force_probe=*.

To check performance, use benchmark applications like Geekbench or AnTuTu. Average performance on a modern PC:

• Geekbench 5 (Single-Core): 800–1200 points (depending on the CPU).
• AnTuTu 9: 300,000–500,000 points (with hardware acceleration).

7. Solving common problems after installation

Even with correct installation, errors may occur Below are solutions for the most common cases.

1. Black screen on boot:

• 🔹 Add to GRUB parameters: nomodeset xforcevesa.
• 🔹 For NVIDIA: nouveau.modeset=0.
• 🔹 For AMD: radeon.modeset=0.

2. data-i="319">🔹 Check the volume mixer (

• 🔹 Check the volume mixer (Settings → Sound).
• 🔹 Install the driver alsa-sof for modern sound cards:

su
mount -o remount,rw /system
cp /sdcard/alsa-sof.ko /system/lib/modules/

3. The touch screen does not work (for tablets/hybrids):

• 🔹 Check support for your device in driver repository.
• 🔹 For Wacomcompatible screens, install wacom.ko.

4. Mounting error /data:

• 🔹 Recreate the partition /data via fastboot:

fastboot format:ext4 userdata

• 🔹 If used f2fs, format in ext4.

5. Android does not see the second hard drive:

• 🔹 Connect the drive manually via Terminal Emulator:

su
mkdir /mnt/secondary
mount /dev/sdb1 /mnt/secondary

• 🔹 For automatic mounting, add a line to /etc/fstab.

⚠️ Attention: If after updating Android stops loading, check the integrity of the file /system/build.prop. Often the problem is solved by replacing this file with the original one from the image.

FAQ: Frequently asked questions about installing Android on a PC