Hello, Android-x86 group members. Not sure why the driver request that. > In ubuntu, Wifi works. Approach2: Install Android to USB disk and boot into Ubuntu Linux and copy files to NVMe SSD.
Featured on XDA-Portal Hi all! Welcome to the tutorial of how to install Android x86! I've written this extensive guide, it is as detailed as possible and it is written as easy and as understandable for new user. This guide is, however does not put guarantee of any action you've done outside the guide itself. Anything such as partitioning, OS installing or uninstalling is not guaranteed by me or by anyone at XDA. You're doing this at your own will.
Preparations: 1. Any computer / device that supports installation via flash driver / disc (or have enough space for VM) 2. Any media that is mentioned below (either flash drive, CD / DVD, or VM) 3. Android x86 ISO 4. 2 GB of free or clean partition is recommended (you can use more than 2 GB to increase internal storage) 1. Download Android x86 ISO.
You can download it If your device isn't listed there, download Generic ICS build here: The newest KitKat build is unified and it's also generic. It supports wider range of hardware, but it does not support LAN device (yet). You can download it Follow the guide with your preferred installation method. If you're using USB stick / Flash Drive: 2. Download UNetbootin You can download it here: On Ubuntu (11.04 and higher, or its derivatives) you can type: sudo apt-get install unetbootin On Arch (or its derivatives) type: pacman -S unetbootin 3.
Run UNetbootin, select the Android x86 ISO 4. Select USB drive (make sure you don't select your HDD partition), then click OK 5. The UNetbootin will copy and install Android x86 live image & installer to your flash drive 6. Reboot your device after the process is completed 7. Boot to Boot Device Selection (in BIOS image), after you entered it, select your flash drive 8. There will be a GRUB menu generated by UNetbootin, select Install Android x86 to hard disk 9. Wait until it loads 10.
Select partition to install Android x86 11. If you're unsure, don't format the partition 12.
There will be a prompt, 'Install GRUB bla-bla-bla', if you use Windows, select yes. Another prompt will appear, select yes again. If you've installed GRUB, do not select yes. Another prompt, 'make system r/w', select yes (this enables root and read write access to your system partition) 14. If you're using Android x86 4.0.3 and older, you'll be prompted to install virtual sdcard, input 2GB (maximum size) 15. Reboot your device If you're using CD / DVD 2.
Burn the Android x86 ISO 3. Reboot your device, go to Boot Device Selection menu, select the CD / DVD 4. You will see Android x86 GRUB menu, select Install Android x86 to hard disk 5.
Wait until it loads 6. Select partition to install Android x86 7. If you're unsure, don't format the partition 8. There will be a prompt, 'Install GRUB bla-bla-bla', if you use Windows, select yes. Another prompt will appear, select yes again. If you've installed GRUB select no (installing it will break your GRUB configs) 9.
Another prompt, 'Make system r/w', select yes (if you like modifying your Android x86) 10. If you're using Android x86 4.0.3 and older, you'll be prompted to install virtual SDCard, input 2 GB (maximum) 11. Reboot your device If you're using it as virtual machine: 2.
Set up the VM (RAM set to min 512 MB), tweak the configuration to match your need 3. Make sure you've loaded the ISO file in the VM menu, load the VM 4. A GRUB menu generated by Android x86 will appear, select the last option (Installation - Install Android x86 to hard disk) 5. Wait until it loads 6. Create a new partition (Navigate to New, set to maximum size, navigate to write, done, navigate to quit) 7.
Install Android x86 to the new partition 8. Format the partition to ext4 9. Answer 'yes' to 'Install bootloader GRUB bla-bla-bla' 10.
Answer 'yes' again to 'make system r/w' (enables root and read write access to your partition) 11. If you're asked for sdcard, then input 2GB (the maximum size is 2GB, if your partition is smaller input suitable size for your partition) 12.
Reboot when the process is done How to add Android x86 to GRUB Menu For GRUB 1.97 - 1.99 / 2.00 1. To make it easy, install GRUB Customizer Type these into terminal emulator. Code: set root='(hd0,4)' search -no-floppy -fs-uuid -set= root e1f9de05-8d18-48aa-8f08-f0377f663de3 linux androidx86/kernel root=UUID= e1f9de05-8d18-48aa-8f08-f0377f663de3 quiet androidboot.hardware=genericx86 SRC= /androidx86 acpisleep=s3bios,s3mode initrd androidx86/initrd.imgPay attention for the bolded part, here's what to change: 1. Set root='(hd0,4)': Change the (hd0,4) to partiton Android x86 is installed. The hd 0 means sd a, so if you install it to sdb, it'll be hd 1 and so on. The hd0, 4 means the partition number, in my case, hd0,4 means sda4. So if you install it on sda6, it'll be hd0,6.set=root e1f9de05-8d18-48aa-8f08-f0377f663de3: The random number here is the UUID of partition Android x86 is installed You must change it to correct UUID, you can easily got UUID by creating new entry in GRUB Customizer then go to Options tab, then select the 'Linux' option in dropdown.
You'll see partition dropdown, select your partition. Open the source tab, you'll see the UUID there. Androidx86/: The root of Android x86 Change it into your Android x86 root. You can see what's your Android x86 root by navigating to Android x86 partition, and you'll see a folder name started with 'android', that's the root of your Android x86 4. Androidboot.hardware: Your device, of course.
Note: If you're using Android 2.3 - 4.0.3, change it to androidboothardware Here's the list of hardware. Code: - genericx86: If your hardware isn't listed, use this - eeepc: EEEPC laptops - asuslaptop: ASUS laptops (supported ASUS laptops only) GRUB 2.0 tutorial is the same like GRUB 1.97-1.99.
FAQ - Q: Does this work on my device? There's generic build which supports many device. Q: Which release should I pick? A: Generic is recommended (if your device isn't listed in download list), if your device is supported (like EEEPCs for example), pick one for your device. Do take a note that newer builds uses unified image, which means it supports wide range of hardware.
Q: Will this overwrite my old OS? A: As long as you install it in different partition and you did the right setup, you are good to go! Q: Why does my network / touchscreen / mouse / etc, doesn't work? A: Mostly this is a driver problem. Try to use newer / older release.
If it doesn't work, try different build for other device (there's a chance this will fix your problem) Q: Does Android x86 works on USB disk (as a Live Image / as an OS itself)? A: It does, I have tested it on Gingerbread and ICS release. Q: Why deep sleep / suspend doesn't work on my device? A: This is one of the issue on Android x86. The developer might be working on a fix. Q: It doesn't work on a VM setup! A: Check your configuration and virtual disk, Android needs at least 2GB of free space.
Q: Why does games feel choppy when played? A: This is because the game uses ARM libs / libraries which is not optimized for Android x86 (which uses ARM to x86 translator by Intel). On newer build, like unofficial Lollipop release doesn't include ARM to x86 translator, so it can't execute any ARM libraries or binaries. Q: Android 4.4.2 RC-1 hangs on bootscreen (the flashing Android logo / tty1 terminal)!
A: Check your hardware, if you're using x64 probably the x64 isn't supported yet. Also, try using older release.
Q: There's no Play Store! A: Sometimes, nighlies build (as Custom ROMs user calls it) is uploaded, this type of build doesn't have GApps. Also, if you're using deprecated release (old release), they have Android Market instead of Playstore.
Q: Can you flash.zips in this? A: You can, but it's not recommended. Q: Play Store only have small amount of app!
A: Because Play Store detects your device as Android with a x86 CPU. This kind of CPU isn't widely used by apps in Play Store (most CPU in Android phone is ARM). Quote: Originally Posted by F4uzan Hi All!
I'm going to post a tutorial, how to install Android x86 to your laptop & netbooks (works on Personal Computer too). So, let's start! Preparations: 1. A working laptop & netbooks 2. R/W CD / Bootable USB stick (flashdisk) 3. Android x86 ISO 4.
Free partition: - 2 GB for Froyo - ICS - 8 GB for JellyBean 4.2 - JellyBean 4.3 - 10 GB for KitKat 4.4.2 1. Download Android x86 ISO. You can download it here: If your device brand is listed there, download Generic ICS build here: If you're using USB stick: 2. Download UNetbootin You can download it here: On Ubuntu (11.04 and higher) you can type: sudo apt-get install unetbootin 3.
Run Unetbootin, select the Android x86 ISO 4. Select USB drive (instead of Hard Disk), then click OK 5.
The UNetbootin will install Android x86 live image & installer to your USB stick 6. Reboot your device after the installation is completed. Boot to Boot Device Selection (in BIOS image), after you entered it, select USB2.0 / USB4.0 / USB Disk (or something similiar) 8. There will be a GRUB like menu generated by UNetbootin, select Install Android x86 to hard disk 9.
Wait until it to load 10. Select partition to install Android x86 11. If you're unsure, don't format the partition 12. There will be a prompt, 'Install GRUB bla-bla-bla', if you use Windows, select yes. Another prompt will appear, select yes again. If you're using Ubuntu, select no 13.
Another prompt, 'Make system r/w', select yes (if you like modifying your Android x86) 14. If you're using Android x86 4.0.3 and older, you'll be prompted to install virtual SDCard, input 1800 MB / 1.8 GB 15. Reboot your device If you're using CD R/W 2.
Burn the Android x86 ISO 3. Reboot your device, go to Boot Device Selection menu, select the CD / DVD 4. You will see Android x86 GRUB menu, select Install Android x86 to hard disk 5. Wait until it to load 6. Select partition to install Android x86 7.
If you're unsure, don't format the partition 8. There will be a prompt, 'Install GRUB bla-bla-bla', if you use Windows, select yes. Another prompt will appear, select yes again. If you're using Ubuntu, select no 9.
Another prompt, 'Make system r/w', select yes (if you like modifying your Android x86) 10. If you're using Android x86 4.0.3 and older, you'll be prompted to install virtual SDCard, input 1800 MB / 1.8 GB 11. Reboot your device I'll add tutorial how to add Android x86 to Ubuntu's GRUB menu. There's no screenshot, because the result may vary with your device.
If you want Ubuntu Grub entry, see here: Use Li's kernel from here IF YOU ARE USING 4.4 on an UEFI system ( KP): All credits goes to there owners (not to me:P). GOOD LUCK BTW, I have Vaio S (SVS 2012) and I can get WiFi working of I boot from legacy mode BIOS from an external HD w/ the original kernel, while it doesn't work of I boot it from UEFI w/ the custom kernel (since it can't boot w/out it) and doesn't work w/ either 4.3.X or 4.2.X. Can someone help me?
(using Intel Centrino Advanced N 6235) Thanks.