Over 2.5 billion devices run Android, hence it’s obvious that companies focus more on building Android applications. But what if you’ve low powered device but still want to use high-end software? Would you buy an expensive phone or go for an Android emulator which is free to use?
Well, if you’re not aware of the Android emulator, let me briefly explain that it is a software application that acts as a real Android device. You can install it on your desktop computer to run Android applications. The best thing is that you don’t even have to buy extra hardware components for it.
So, are you curious to know about what all paid and free Android emulators that you can use? All right then. Here we bring a compiled list of top 5 Android emulators for Linux operating systems.
If you want an Android emulator for other platforms, you can read our article on the best Android Emulators for Windows PC And Mac.
5 Best Android Emulators For Linux (2020)
- AVD (Android Virtual Device)
- Bliss OS
If you want to run Android games or applications, Android-x86 is one of the best alternatives to other phone emulators. Instead of installing on top of a particular OS, it has separate ISO to boot as a standalone Android operating system.
As the name suggests, Android-x86 targets the x86 architecture. You can also run it without installation using the Live CD option. By default, it starts with an interface similar to an Android application launcher. But you can also change it to a Windows-style desktop.
Furthermore, you can also download themes from the Google Play Store. Android-x86 provides full support for Google services.
Key features of Android-x86:
- Wi-Fi and Bluetooth support with GUI
- Bluetooth, G-sensor support
- External storage automount support
- Theme support to GRUB-EFI
- Preinstalled terminal emulator
Another thing that actually makes this Android emulator more reliable is timely software updates. Recently, the first stable Android-x86 release based on Android Pie 9.0 brought various new features such as experimental Vulkan support for newer Intel and AMD GPUs.
How To Install Android-x86 On Linux?
For installing the Android-x86 OS on your Linux desktop, first, you need to download the ISO or rpm file from here.
Booting using ISO
Then, create a bootable USB stick using ISO. But before that, I would recommend checking the connected USB device name by running the command:
It will display all the devices attached to your system. You must note down the device name and include the same in the command given below:
$ dd if=android-x86_64-9.0-r1.iso of=/dev/sdX
where sdX is the device name of your USB drive.
Now, restart the system and you’ll get an option in the boot menu.
Booting using RPM
If you have the rpm image, you can run the following command if you’re using a Red Hat-based Linux distribution.
sudo rpm -Uvh android-x86-9.0-r1.x86_64.rpm
But, if you’re using a Debian-based Linux distro, you can use the alien tool to make USB bootable.
sudo apt install alien sudo alien -ci android-.rpm
After that, just reboot your system and enjoy the Android experience.
Note: For running Android x86 on a current Host system, You can use the QEMU Android emulator.
How To Install And Run Android Apps In Android-x86?
For running Android applications, you can go to a pre-installed Google Play Store where you can search and install any application.
2. AVD (Android Virtual Device)
AVD is one of the cleanest Android copy that not only emulates an Android device but also provides almost all capabilities of a real-world Android device. It comes along with Android Studio IDE that you can also use for application development.
You can even simulate incoming phone calls and text messages, different network speeds, rotation, and other hardware sensors. You can connect external devices using USB to transfer data or debug an Android application.
Since the Android Studio is the product of Google, you can expect direct support from Google. Also, AVD can be the best choice for developers who want a code editor with extended functionality.
A developer can use the virtual device through its graphical user interface or command line for live testing. Moreover, they can also test Android applications based on augmented reality.
Key features of Android Virtual Device:
- Direct Google support
- Easy testing and debugging
- Navigation gestures
- Screenshots & screen recording
- Virtual scene camera and ARCore
Additionally, you can also create multiple Android emulators for Linux and other devices as well, such as Android tablets, Wear OS smartwatches, and Android TV devices.
How To Install Android SDK On Linux?
Before creating and running the virtual Android emulator, you first require the Android Studio running on your machine. Since it involves a little long process so I would suggest you follow the official instruction from here.
After completing the installation, you can use the virtual device manager to create multiple Android emulators with the desired configuration.
How To Install And Run Android Apps In AVD?
It’s obvious that it has Google services. So, you can create a Google account and install the application from the Play Store.
Price: Desktop (starts at $136/yr), Cloud ($0.5/min for PaaS, $0.05/min for SaaS)
If you ever search for the best online Android emulator, I guarantee you that you’ll definitely find one common name i.e. Genymotion. Genymotion is a commercial product available for both cloud and desktop versions. But one of the reasons I’ve ranked it lower because it’s not open source and free.
But being a proprietary emulator, it provides regular support and security. And If you’re a professional developer, then I would definitely suggest considering it apart from AVD. It also fully supports the Android Studio IDE that developers can use to test and debug Android apps. Not only that, but you also have ADB access to utilize the testing framework securely.
Additionally, Genymotion Android Emulator has built-in support for all functionalities such as cellular, Wi-Fi, GPS, and SD card support.
Key features of Genymotion:
- Wi-Fi & GPS
- Camera capture
- Support Android Studio
- Cloud-based and Desktop virtual device
- SMS & Call
If you don’t want to install Genymotion Desktop, you can also use its Android emulator online to run the application in the browser. Using the Genymotion Cloud, you can enjoy heavy games and apps on a large desktop screen without downloading anything.
How To Install Genymotion On Linux?
Before the installation of Genymotion, first, you need to buy the desktop edition. Or, you can also buy the cloud edition to use its online Android emulator requiring no installation. For pricing information, you can go to the official site for cloud and desktop.
How To Install And Run Android Apps In Genymotion?
Genymotion provides full support for Google services. Hence, you can avail of any Android application and access them through your PC.
4. Bliss OS
Another alternative of the ISO-based Android-x86 that you can also consider is the Bliss OS. It supports booting in either MBR or UEFI mode to run Android applications smoothly on any Linux computer or Tablet.
Apart from normal Android functions, Bliss OS has the best cutting edge user interface. It includes many options for customization and theming. You can also choose between Desktop or Tablet UI, based on the launcher being used.
Moreover, Bliss OS offers high speed and stability to run popular applications on its free Android emulator. You can even adjust application size according to your device screen.
Key features of Bliss OS:
- Polished Design
- Network & Wi-Fi
- Google Play Store
- ARM application
- Available for both Mobile & Tablet
To running ARM & ARM64 based applications, you can try the latest beta version of Bliss OS that is based on Android 10.
How To Install Bliss OS On Linux?
The installation process of Bliss OS is the same as that of Android-x86. You can download and boot the emulator ISO following the same steps. You can also try the beta version for running Android Pie 10 from here.
How To Install And Run Android Apps In Bliss OS?
Bliss OS also follows the same process of installing an application using Google Play Store.
Anbox is the product of Canonical that also builds the most famous and also my favorite Linux distro Ubuntu. But I still placing it in the last spot because Anbox does not support Google Play Store.
It is much like a compatibility layer that runs Android applications on any GNU/Linux operating system. Hence, instead of the Play Store, you need to use the ADB tool to install the app using its downloaded APK.
Anbox utilizes the host machine kernel and resources to run the Android OS instead of creating an emulated system. As a result of this, Anbox works fluently and swiftly to run apps on its free Android emulator.
Additionally, Anbox features a unique model of leveraging LXC containers to completely separate Android OS from the host machine. Doing so, it works more like a virtual machine and makes a user feel like they’re using a handheld Android smartphone.
Key features of Anbox:
- Container-based approach
- Secure and scalable
- APK application support
- Cloud version available
How To Install Anbox On Linux?
For installing Anbox, first, you need to install the software management tool called Snap.
To install snap, run the command:
sudo apt update sudo apt install snapd
Now, for the Anbox, run the command given below and enjoy the Android experience on the Linux system.
sudo snap install --devmode --beta anbox
How To Install And Run Android Apps In Anbox?
Although Anbox doesn’t come with Google play services, you still can install an application manually using its APK file. To install the app, first, you need to install ADB (Android Debug Bridge) on your host system.
You can run the command:
$ sudo apt install adb
For checking the Android emulator devices running on your machine, you can use the following command to list all of them:
$ adb devices
Next, run the below command to install the application and it will automatically show in the Anbox.
$ adb install path/to/my-app.apk
Want more Android Emulators?
In the end, I would also like to mention other available top Android emulators for Linux that could turn out to be quite handy. To name a few, there is Shashlik, ARChon, AndroVM, AndyOS and many more. But out of these, some are still under development and others have limited capabilities. If you want, you can definitely try.
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