Nov 07, 2019 5 Best Android os for PC- 2019 Android-x86 Project – Run Android on Your PC. When it comes to run the latest Android OS for pc then the Android-x86 is the one of the best open-source Android project available for PC. Android-x86 OS project offers compatible ISO images for both 64-bit 32-bit computer systems. VirtualBox is a general-purpose full virtualizer for x86 hardware, targeted at server, desktop and embedded use.For a thorough introduction to virtualization and VirtualBox.
- Android In Virtualbox
- Virtualbox Android Emulator Download
- Virtualbox For Android Tablet Download Manager
- Android X86 On Virtualbox
- Virtualbox For Android Tablet Downloads
Install VirtualBox; VirtualBox is a program that helps you to run different OSes on top of your existing OS, such Windows, Mac or Linux. Since Android-x86 is a full-blown OS, you should install VirtualBox so that you can use it alongside your existing OS. So go ahead, download VirtualBox and install it on your computer. Download Android-x86. Oct 17, 2017 Android Oreo ISO image is now available right now for Virtualization software such as Hyper-v, VMWare, and VirtualBox. But there are many options to install Andoird on Windows 10 or Linux desktop. The first option is using Android Studio that works better for Android developers. The second is to install Android Oreo on VMware or VirtualBox virtualized software.
To install and experience the Android x86 on PC you nee two things VirtualBox or Vmware software and Android x86 ISO image or Android x86 VM image.
Android, the most popular operating system, now not only just limited to your smartphones. If you have the curiosity to use it on your personal computer (PC) then you can do it. Now, the users those have a spare machine to test the Android operating system on PC can use the Android ISO image. You just need to make a bootable USB drive using the downloaded ISO images of Android 7.0, 8.0, 9.0 or whatever the version you want. However, if you don’t have the extra system to test the Android then another option which available is Virtualization. The most popular Virtualization software are VirtualBox and Vmware. The VirtualBox is an open source tool and available for Linux, Windows, and Mac. While the other one Vmware is also available for the OS mentioned but it is proprietary software.
You can either use the Android ISO image to install the Android OS on VirtualBox / VMware or simply download the pre-configured Android x86 Virtual machine image (VM). The benefit of using Virtual Image is, you don’t need to configure storage, Ram, other hardware configuration for the OS on Virtualization software. Android 5.0 free download. Just download the Android VM image and it simply boots as a preinstalled machine. It saves a lot of time.
Prerequisites to install Android x86
To install and experience the Android on PC you nee two things VirtualBox or Vmware software and Android x86 ISO image or Android x86 VM image. Here in this tutorial, we are going to use the VirtualBox and to save time and make it easy to install the Android on PC, the Android x86 VM image.
Here are the Links to download the above-mentioned prerequisites software.
Zip opener download for android phone. VirtualBox: Link
Android X86 VM image: Link( VM image available while writing the article are: Android-x86 8.1-RC2 Oreo, Nougat, Marshmallow (R3), 5.1 (RC1), Android x86 4.4 r1 and more)
Android x86 ISO image: Link(For those don’t want to use the Andriod VM image)
Install Android OS on VirtualBox and VMware
Note: It doesn’t matter which operating system you are using it could be Linux, Windows or Mac because the process of working with Virtual or Vmware is the same for all of them. While writing article Android OReo was the latest build.
Step 1: Download VirtualBox or VMware player
First of all, download and install the VirtualBox on your PC machine ( Linux, Windows or Mac).
Step 2: Get Android Oreo OS VM image
After the installation of the Virtualbox, you need to download the VM image from the link given above given in this article. On the website, you will find two images one is for VirtualBox and other is meant for Vmware. According to your software select that. As we are using the VirtualBox, so we downloaded the VirtualBox image. While writing this the article the latest Android VM image available on the website was Android-x86 8.1-RC1 Oreo.
Step 3: Extract Android X86 VM image file
The downloaded the Android X86 VM image file will be in a 7z archive format. After downloading you need to extract the Android VM image from using the normal Winrar or 7zip or any other archive/ compression software.
Android In Virtualbox
Step 4: Run the VirtualBox.
- Click on the NEW button from the VirtualBox menu.
- Give some name to your Android virtual machine, like we have given Android test H2s.
- From Type’s drop-down select the Other and Version = other/unknown.
- Select the size of memory you want to provide your operating system. We have assigned 2GB for fluid functions.
- From the Hard disk section, select the option- Use an existing virtual hard disk file.
- Click on the Folder icon.
Step 5: Select the extracted Android X86 VDI image which you downloaded above.
Step 6: Click on the Create button.
Step 7: Select the created Android x86 Virtual machine from the left panel of VirtualBox.
Step 8: Now Click on the START button given on the VirtualBox menu.
Step 9: The Android Virtual Machine will start.
Step 10: Select the normal mode- Android X86 8.1-rc1
Step 11: Android x86 is installed
The OS has been installed and it will boot to provide you with a familiar screen like your smartphone.
We tried to install the PUBG on the Android x86 Virtual Machine on Linux PC and it worked…
Other Useful Resources:If you are developing mobile apps Android can be a bit of a hassle. While iOS comes with its niceties, provided you are using macOS, Android comes with just Android Studio which is designed to support more than a few Android version, including wearables.
Needless to say, all the binaries, SDKs, frameworks and debuggers are going to pollute your filesystem with lots and lots of files, logs and other miscellaneous objects. An efficient work around for this is installing Android on your VirtualBox which takes away one of the sluggiest aspect of Android development — The device emulator. You can use this VM to run your test application or just fiddle with Android’s internals. So without further ado let’s set on up!
To get started we will need to have VirtualBox installed on our system, you can get a copy for Windows, macOS or any major distro of Linux here. Next you would need a copy of Android meant to run on x86 hardware, because that’s what VirtualBox is going to offer to a Virtual Machine an x86 or an x86_64 (a.k.a AMD64) platform to run.
While most Android devices run on ARM, we can take help of the project Android on x86. These fine folks have ported Android to run on x86 hardware (both real and virtual) and we can get a copy of the latest release candidate (Android 7.1) for our purposes. You may prefer using a more stable release but in that case Android 6.0 is about as latest as you can get, at the time of this writing.
Open VirtualBox and click on “New” (top-left corner) and in the Create Virtual Machine window select the type to be Linux and version Linux 2.6 / 3.x /4.x (64-bit) or (32-bit) depending upon whether the ISO you downloaded was x86_64 or x86 respectively.
RAM size could be anywhere from 2 GB to as much as your system resources can allow. Although if you want to emulate real world devices you should allocate upto 6GB for memory and 32GB for disk size which are typical in Android devices.
Upon creation, you might want to tweak a few additional settings, add in an additional processor core and improve display memory for starters. To do this, right-click on the VM and open up settings. In the Settings → System → Processor section you can allocate a few more cores if your desktop can pull it off.
And in Settings → Display → Video Memory you can allocate a decent chunk of memory and enable 3D acceleration for a more responsive experience.
Now we are ready to boot the VM.
Starting the VM for the first time, VirtualBox will insist you to supply it with a bootable media. Select the Android iso that you previously downloaded to boot the machine of with.
Next, select the Installation option if you wish to install Android on the VM for a long term use, otherwise feel free to log into the live media and play around with the environment.
Partitioning the Drive
Partitioning is done using a textual interface, which means we don’t get the niceties of a GUI and we will have to use the follow careful at what is being shown on the screen. For example, in the first screen when no partition has been created and just a raw (virtual) disk is detected you will see the following.
The red lettered C and D indicates that if you hit the key C you can create or modify partitions and D will detect additional devices. You can press D and the live media will detect the disks attached, but that is optional since it did a check during the boot.
Let’s hit C and create partitions in the virtual disk. The offical page recommends against using GPT so we will not use that scheme. Select No using the arrow keys and hit <Enter>.
And now you will be ushered into the fdisk utility.
We will create just a single giant partition so as to keep things simple. Using arrow keys navigate to the New option and hit <Enter>. Select primary as the type of partition, and hit <Enter> to confirm
The maximum size will already be selected for you, hit <Enter> to confirm that.
This partition is where Android OS will reside, so of course we want it to be bootable. So select Bootable and hit enter (Boot will appear in the flags section in the table above) and then you can navigate to the Write section and hit <Enter> to write the changes to the partitioning table.
Then you can Quit the partitioning utility and move on with the installation.
Formatting with Ext4 and installing Android
A new partition will come in the Choose Partition menu where we were before we down the partitioning digression. Let’s select this partition and hit OK.
Select ext4 as the de facto file system in the next menu. Confirm the changes in the next window by selecting Yes and the formatting will begin. When asked, say Yes to the GRUB boot loader installation. Similarly, say Yes to allowing read-write operations on the /system directory. Now the installation will begin.
Once it is installed, you can safely reboot the system when prompted to reboot. You may have to power down the machine before the next reboot happens, go to Settings → Storage and remove the android iso if it is still attached to the VM.
Remove the media and save the changes, before starting up the VM.
In the GRUB menu you will get options for running the OS in debug mode or the normal way. Let’s take a tour of Android in a VM using the default option, as shown below:
And if everything works fine, you will see this:
Now Android uses touch screen as an interface instead of a mouse, as far as its normal use is concerned. While the x86 port does come with a mouse point-and-click support you may have to use arrow keys a lot in the beginning.
Navigate to let’s go, and hit enter, if you are using arrow keys and then select Setup as New.
It will check for updates and device info, before asking you to sign in using a Google account. You can skip this if you want and move on to setting up Data and Time and give your username to the device after that.
Virtualbox Android Emulator Download
A few other options would be presented, similar to the options you see when setting up a new Android device. Select appropriate options for privacy, updates, etc and of course Terms of Service, which we might have to Agree to.
After this, it may ask you to add another email account or set up “On-body detection” since it is a VM, neither of the options are of much use to us and we can click on “All Set”
Virtualbox For Android Tablet Download Manager
It would ask you to select Home App after that, which is upto you to decide, as it is a matter of Preference and you will finally be in a virtualized Android system.
Android X86 On Virtualbox
You may benefit greatly from a touch screen laptop if you desire to do some intensive testing on this VM, since that would emulate a real world use case much closely.
Virtualbox For Android Tablet Downloads
Hope you have found this tutorial useful in case, you have any other similar request for us to write about, please feel free to reach out to us.