Raspberry Pi runs win10 arm perfectly
Preface
There are many hobbyists who want to run the win10 system on the Raspberry Pi, so I read some tutorials currently available on the Internet, all of which are to burn the win10arm system directly on the card and then use it. This has many drawbacks. First of all It is very stuck in use and very slow to boot. It usually takes about 5 minutes to boot. Secondly, the network can’t be used normally. Generally speaking, the usability is very poor. You can only install it if you want to switch back to the Linux system. Changing a memory card or re-burning the system is generally very difficult if you really want to use it daily.
In response to these situations, our team members customized a win10arm image that can run in our 2.0 version of the 64-bit system virtual machine. At the same time, in order to facilitate everyone's use, we also wrote a very useful graphical interface that allows It’s convenient for everyone to operate the win10 virtual machine. At the same time, we also provide three ways for you to connect to your win10 virtual machine. Our win10 virtual machine starts up quickly and runs fast. There is no problem with the network, and it can run x86. 32-bit software. At the same time, our win10 virtual machine is very compatible with Raspberry Pi. As long as the Raspberry Pi of our 2.0 version 64-bit system can basically use this virtual machine, our 2.0 system supports The full series of Raspberry Pi with 64-bit processors, that is, the third generation and later can be used. In general, our win10 virtual machine can fully meet your daily needs.
So our video is mainly divided into two parts. The first is to teach you how to install the win10 virtual machine, and then to teach you how to use the win10 virtual machine.
In this tutorial, we use the Raspberry Pi 4th generation 2g memory version, the system used is our 64-bit system version 2.0, and the memory card used is a 64G high-speed card.
1. Installation tutorial
All files needed in the tutorial can be downloaded by sending "win10debug" in the official account
1. Use FTP to put the win10_arm_launcher.deb compressed file under the root directory
2. Enter the root directory
sudo apt-get update
cd /
3. Use the following command to unzip the file
sudo apt-get install ./ win10_arm_launcher_b3.deb
4. Copy the decompressed virtual machine image to the pifan_win10_vm folder under the pi directory with a USB flash drive.
5. Then you can directly click the icon on the desktop to start
Two, use tutorial
1. Interface introduction
You can see the boot and shutdown options in the vm control interface.
In vm config, you can set some settings for the virtual machine. The first line is to choose how you connect to your win10 virtual machine. V-screen displays the win10 interface directly on your monitor. , Choosing vnc allows you to use vnc software to access your win10 virtual machine interface, RDP allows you to connect with the remote connection tool that comes with windows, here we recommend using RDP. The second line is the virtual machine core number setting, here we set it to 3, and the third line of memory we allocate here is 1.4G
2. Connection introduction
A. First is the RDP connection
Here we set the vm config as shown in the figure below, and click save, and
then click boot in vm control. After a while, the following screen will appear, which means that we have successfully booted up. At
this time, it can be on your windows notebook or your mac Use windows remote connection software to connect.
First demonstrate the connection on the mac,
first download the software,
open the software and start the connection
.
Next, demonstrate the connection on the windows.
First find the remote connection tool in the windows accessories at the beginning,
open the software and start the connection
B, V-screen method
This method is to directly display the win10 interface on your Raspberry Pi.
First, set the vm config as follows.
Click on the boot on the vm control interface
C, vnc connection
First, set the vm config as follows.
Click boot on the vm control interface, and then find a vnc software to connect, please note that the port number here is 99
