Android Win8.1 two-in-two system installation

The necessary preparatory work

1. Ready all Tools software system mirroring

2, with UltraISO to open the ISO image, click to start, write to the hard disk image, the default configuration does not change, click Format, and then click Write, OK

3, BIOS set notebook u disk start, select the last installation to Harddisk,

4, select Sda1, with the original system in the same disk (recommended), not format (unformatted), the next all yes, the period will create UserData, the default 512M, enough, the last yes will open the system read and write permissions, easy to operate, Novice do not randomly delete the system directory files;

5, the last create a fake sdcard, otherwise can not download things, size as you like, I set 512M, enough.

6, OK, choose Reboot Restart, in the picture before pulling out a U disk, otherwise into the installation interface.

Specific process:

Because the Android 4.0 x86 image is very small, so burning the disc is a bit wasteful, so the author here to teach you how to make a U disk into a system installation disk.

The software and hardware we need are: a U disk, 1 PCs, downloaded Android x86 installation mirrors, and UltraISO software.

We insert the USB drive into the computer, and then open the UltraISO software, the interface is as follows:

3 UltraISO Main interface

▲ to open the desired mirror file

Then we use the software to open the installation image we need to write to the U disk. The action is: Locate the menu bar, select the file-> open, and select the mirror you want.

▲ Select "Write Hard disk image"

After the mirror loading, we will be ready to write the mirror to the U disk, the traditional copy and paste can only copy data to the U disk and can not create a boot file, so we need to use UltraISO dedicated image writing function. We open a dialog window after clicking the start-> in the main interface menu bar to write to the hard disk image.

▲ Set method of writing U disk

We just need to follow the instructions on the previous map to be able to write the mirror to our designated USB drive. The rest of the thing is that we click on the "Write" button and wait a moment. Because the USB disk write speed is generally faster, so the mirror can be written in a few 10 seconds. This is a system to install a U disk on the smooth production of good.

Once the mirror is finished, we can start the installation. We inserted a U disk, and then need to be in the motherboard BIOS inside the U disk set as a priority, so that you can successfully enter the system installation interface. Because each motherboard product BIOS interface are different, there are many different settings, so if you do not know the BIOS settings, you can refer to your computer's motherboard instructions to carry out the corresponding operation.

▲bios is set up and restarted to enter the Android x86 installation menu.

If we have the correct setup in the BIOS, we can go directly to the Android x86 installation menu when we reboot. The Android x86 installation menu is very concise. Menu four options from top to bottom are: Run the Android x86, VESA mode, debug mode, and go to the Setup wizard directly.

The first and last of these are our most common. The first one allows us to dispense with installation problems. Run the Android x86 directly on the Setup disk, but you won't be able to save any changes to the system. The last one is to install the Android x86 on our computer's hard drive like the traditional system. If you just experience the first choice can be, of course, this article can be concluded.

The following author tells you how to install the Android x86 on your computer's hard drive

▲ Creating a partition that is designed to store the Android system is the first step

Of course, your computer is not so "clean" you can choose the partition you want and choose your own

Note: In many cases, GPT disks cannot be partitioned, only using your partitions

I still want to teach you how to create a separate partition. In the interface above, we select: "Create/modify Partitions", into the following disk partition interface.

Above we have entered the partition creation interface from the installation Partition selection menu. The operation here is also a more complicated part of Android installation. So I will be in detail for you step-by-step to create an Android x86 installation partition, detailed everyone will soon be able to learn.

▲ Partition Creation Interface

The Android x86 installation system disk has the partition creation interface "Cfdisk" built into it, but "simple" compared to the Windows partition interface. But even this interface may be rejected by everyone, but in fact there is no reduction in functionality. First we start with a new partition, we use the keyboard to move the cursor to the "new" option.

▲ Set partition as primary partition

Since the system must be installed on the primary partition, we select the "Primary" option on the menu to create a primary partition. If you need to create multiple partitions, there is not much difference between the primary partition and the logical partition in addition to the primary partition of the installation system

▲ Enter the size of the partition we need to create, in MB

▲ Change the "bootable" property of a partition that is created well

The next thing we need to do is set the size of the partition, because the Android x86 takes up very little disk space, so we don't have to set too much capacity on the system partition. After setting up the partition, we then select the "bootale" option of the menu to set the partition to a bootable partition.

▲ and then select Write

▲ Enter the complete Yes

So if the partition is complete, we choose the "Quit" option to return to the installation partition selection interface.

Partition is created well, then our installation of the system is actually done half, and the rest is the need to install the Android x86 system into our partitions. When we return from the partition creation interface to the system installation Partition selection interface, we can see that the interface has changed slightly.

▲ The created partitions can already be displayed on the menu

We see that the partition we just created is already displayed in the list, we select the partition as our system partition, and then we press ENTER to determine

▲ If you are installing on a WIN8 system disk, choose No format

Select File System

Next we select the partitioned file system, although the Android x86 supports the NTFS and FAT32 two common file system formats. But for best compatibility, we chose the EXT3 file system, which is one of the most common partitions on mobile Android systems.

▲ Install boot loader

▲ Set System folder to read and write permission

Then we'll see two sets of prompt boxes, which are to install the boot loader confirmation and set the system folder to read and write permissions. In order to ensure that the computer boot to the normal boot into the Android system, the former we choose "YES." The latter is optional, and choosing Yes can make it easier for developers to debug, but it takes up a bit of space, and because we have plenty of space, we also choose Yes.

When you're done, you can run the x86 version of the Android system directly.