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Bootcamp has long been the default way to run Windows on a Mac. We’ve covered it before, and you can use the MacOS tool to partition your Mac’s hard drive to install Windows in its own space. There are also tools like Parallels, which lets you install Windows in a virtual machine on top of MacOS.

However, I recently purchased a new MacBook Pro 2019, and I wondered if it would be possible to install Windows 10 on it, without using Bootcamp. I wanted to specifically do this to keep my MacOS and Windows stuff separate, and also preserve all of the 128GB of disk space on my base model MacBook for MacOS.

A Windows 10 device, phone, and pretty much anything that connects to a network has a unique identification number known as the media access control (MAC) address embedded on the physical network. All smartphones come with a USB port through which they can be connected with PC or another device. Although the Windows and Mac both come with preinstalled USB drivers for a large number of gadgets and manufacturers, there are chances that it may not work in a proper manner due to a software glitch or any other similar issue.

After doing some research from multiple YouTube videos and guides on Google, I found out how. Please be aware, though, that my piece isn’t meant to be a guide, it’s a personal look at how I got Windows running on my MacBook, without using Bootcamp. Apple still recommends Bootcamp as the best method for installing Windows 10 on a Mac.

And, just like with using Bootcamp or Parallels on MacOS, I want to mention that I still needed to buy a valid, unused Windows 10 license key to legally and properly activate Windows. Finally, I want to mention that while my method works, you’ll be following at your own risk if you decide to use my experience for inspiration. We can’t be held liable for damages to your computer.

Step 1: Gather the materials

Before getting started, there were a couple of things I needed. First off, I purchased an external SSD which I knew would be fast enough to handle Windows. I also had another USB drive handy so I could transfer the Bootcamp support files off my Mac and into Windows during install.

I also needed an external keyboard and mouse. Once the MacBook initially boots into Windows, the mouse and keyboard the MacBook don’t work for the out of the box set up due to the lack of drivers. Of course, I also needed to have an existing Windows 10 PC with an internet connection and a valid Windows 10 install. This is because I had to download a Windows ISO and the Bootcamp support tools, as well as the WintoUSB support tool.

Step 2: Download the Windows 10 ISO and WintoUSB

To begin my process, I headed to my Windows 10 PC and downloaded the Windows 10 ISO using the media creation tool. The download is free, but a Windows 10 license is required to activate Windows once it successfully booted on my MacBook.

While Windows 10 was downloading, I also downloaded WintoUSB. This is a free tool that lets me install Windows 10 to an external SSD drive. The software bypasses the measure from Microsoft which disallows installing Windows 10 on external drives. The free version only allows for the installation of Windows 10 Home, but a $25 upgrade will let you install Windows 10 Pro if wanted.

Step 3: Disable the security features of the Apple T2 Chip in the MacBook

Next, I had to turn on my MacBook and disable the security features of the Apple T2 chip. It’s a bit like the features built into the BIOS of modern Windows PCs, as the Apple T2 chip is set so that a MacBook will only boot trusted operating systems from Apple.

By default, the T2 Chip also disables the ability to boot from an external drive, so I had to turn this off this to boot Windows externally. Disabling this had no side effect on my MacOS installation. TouchID and other areas of MacOS still work just fine.

To disable the security features in the T2 chip, I turned on my MacBook. Once on, I held down the Command and R keys until I saw the Apple Logo. The MacBook then booted into a recovery space. I then choose Utilities > Startup Security Utility from the menu bar.

After authentication, under Secure Boot, I then clicked No Security. And, under external boot, I choose to allow booting from external media. When done, I clicked the X to close the window. I ended by going to the Apple menu and shutting down my Mac as usual

Step 4: Download the Bootcamp Support drivers

Next up, I had to go back to my MacBook. I logged in as usual and searched for Bootcamp in Spotlight. When it was open, I clicked the menu bar at the top and choose Action, followed by Download Windows Support Software. To continue, I saved it to my desktop. When finished, I plugged a separate USB drive into my MacBook and copied the folder and files I just downloaded.

Step 5: Use WintoUSB & then copy the Bootcamp Files to the Drive

Next, back to my Windows 10 PC, I installed WintoUSB and then plugged in the SSD. To get started with this process, I had to click where it says Image File. I then navigated to where I saved the Windows 10 ISO file, and choose it.

I then had to click Windows 10 Home and choose Next. After that, I clicked Next and chose my SSD from the drop-down menu. I also had chosen GPT for UEFI where it says Selected device needs to be formatted. To continue, I choose Legacy under Installation mode and click Next. Win to USB then created a bootable version of Windows. It took about 10-15 minutes to complete.

When the process was finished, I copied the BootCamp Support files I had downloaded earlier off the USB and onto the root of the SSD with the new Windows install. This was important for the next step.

Step 6: Boot your Macbook from the newly created SSD or USB and then install the drivers

To end the process, I had to boot my MacBook from the external SSD. With the security features of the T2 chip disabled, I did this by holding down the Option Key when I saw the Apple logo. I then choose the external SSD as the boot drive. It was labeled UEFI.

As Windows didn’t have the drivers for my MacBook yet, I had to plug in a keyboard and mouse into my MacBook via one of the USB-C ports. I also used a USB-C hub and plugged my Macbook into an ethernet cable, because I wanted to sign in with a Microsoft account on the setup.

I set up Windows as usual, and once I was on the desktop, I opened up the File Explorer, and clicked the C drive and opened the folder that says Windows Support. I then launched the Bootcamp set up program to install all the proper drivers for my MacBook.

This final part took a while and caused the Bootcamp installer to freeze, but I used Task Manager to kill the Bootcamp process and then rebooted the MacBook and tried again. It eventually worked and I got a working version of Windows running externally on my MacBook!

Why did I do this? And what are the benefits?

So, the question remains, why did I do this to begin with? Well, as I said before, my MacBook Pro only has 128GB of storage. I am using my MacBook for video editing, so storage is at a premium. I didn’t want to run Windows in Bootcamp or in Parallels and take away valuable storage space from my MacBook. By running it externally from an SSD, I freed up that space, and I was able to keep Windows separate from MacOS. This is one advantage to my method.

I also opted for a 500GB SSD, so I was able to gain more storage space that my MacBook has for Windows to begin with. And, since I mainly use Windows on a daily basis, I had the same storage space for Windows that I do on my usual Windows machine, the Surface Laptop 3. I actually am using my MacBook as my main machine now, too, for this same reason.

Of course, there are some caveats. Windows 10 works fine on a MacBook when running externally. The battery life and overall system performance of the MacBook are the same as it would be if Windows was running on an internal drive. That’s about 6 hours of battery and good performance for multitasking in Edge.

However, the read and write speeds in Windows are not nearly as fast as it would be if it was running on the MacBook’s internal SSD. This is due to the limitation of the external SSD itself, which only hits around 550MB/S read and write speeds.

Still, though, this is a nifty little trick that I am glad I pondered upon. Some people might want to try my method to turn a MacBook into a full-blown Windows machine.

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Versions supported

• Windows 10
• Windows 8.1

Applies to

• Device manufacturers of CDC Control devices

Windows 10 Mac Drivers Serial Key Windows 10

Microsoft-provided in-box driver (Usbser.sys) for your Communications and CDC Control device.

In Windows 10, the driver has been rewritten by using the Kernel-Mode Driver Framework that improves the overall stability of the driver.

• Improved PnP and power management by the driver (such as, handling surprise removal).
• Added power management features such as USB Selective Suspend.

In addition, UWP applications can now use the APIs provided by the new Windows.Devices.SerialCommunication namespace that allow apps to talk to these devices.

Usbser.sys installation

Load the Microsoft-provided in-box driver (Usbser.sys) for your Communications and CDC Control device.

Note

If you trying to install a USB device class driver included in Windows, you do not need to download the driver. They are installed automatically. If they are not installed automatically, contact the device manufacturer. For the list of USB device class driver included in Windows, see USB device class drivers included in Windows.

Windows 10

In Windows 10, a new INF, Usbser.inf, has been added to %Systemroot%Inf that loads Usbser.sys as the function device object (FDO) in the device stack. If your device belongs to the Communications and CDC Control device class, Usbser.sys is loaded automatically.You do not need to write your own INF to reference the driver. The driver is loaded based on a compatible ID match similar to other USB device class drivers included in Windows.

USBClass_02

USBClass_02&SubClass_02

• If you want to load Usbser.sys automatically, set the class code to 02 and subclass code to 02 in the Device Descriptor. For more information, see USB communications device class. With this approach, you are not required to distribute INF files for your device because the system uses Usbser.inf.
• If your device specifies class code 02 but a subclass code value other than 02, Usbser.sys does not load automatically. Pnp Manager tries to find a driver. If a suitable driver is not found, the device might not have a driver loaded. In this case, you might have to load your own driver or write an INF that references another in-box driver.
• If your device specifies class and subclass codes to 02, and you want to load another driver instead of Usbser.sys, you have to write an INF that specifies the hardware ID of the device and the driver to install. For examples, look through the INF files included with sample drivers and find devices similar to your device. For information about INF sections, see Overview of INF Files.

Note

Windows 10 Mac Drivers Serial Key Generator

Microsoft encourages you to use in-box drivers whenever possible. On mobile editions of Windows, such as Windows 10 Mobile, only drivers that are part of the operating system are loaded. Unlike desktop editions, it is not possible to load a driver through an external driver package. With the new in-box INF, Usbser.sys is automatically loaded if a USB-to-serial device is detected on the mobile device.

Windows 8.1 and earlier versions

In Windows 8.1 and earlier versions of the operating system, Usbser.sys is not automatically loaded when a USB-to-serial device is attached to a computer. To load the driver, you need to write an INF that references the modem INF (mdmcpq.inf) by using the Include directive. The directive is required for instantiating the service, copying inbox binaries, and registering a device interface GUID that applications require to find the device and talk to it. That INF specifies 'Usbser' as a lower filter driver in a device stack.

The INF also needs to specify the device setup class as Modem to use mdmcpq.inf. Under the [Version] section of the INF, specify the Modem and the device class GUID. for details, see System-Supplied Device Setup Classes.

For more information, see this KB article.

Configure selective suspend for Usbser.sys

Starting in Windows 10, Usbser.sys supports USB Selective Suspend. It allows the attached USB-to-serial device to enter a low power state when not in use, while the system remains in the S0 state. When communication with the device resumes, the device can leave the Suspend state and resume Working state. The feature is disabled by default and can be enabled and configured by setting the IdleUsbSelectiveSuspendPolicy entry under this registry key:

To configure power management features of Usbser.sys, you can set IdleUsbSelectiveSuspendPolicy to:

• '0x00000001': Enters selective suspend when idle, that is, when there are no active data transfers to or from the device.

• '0x00000000': Enters selective suspend only when there are no open handles to the device.

That entry can be added in one of two ways:

• Write an INF that references the install INF and add the registry entry in the HW.AddReg section.

• Describe the registry entry in an extended properties OS feature descriptor. Add a custom property section that sets the bPropertyName field to a Unicode string, 'IdleUsbSelectiveSuspendPolicy' and wPropertyNameLength to 62 bytes. Set the bPropertyData field to '0x00000001' or '0x00000000'. The property values are stored as little-endian 32-bit integers.

  For more information, see Microsoft OS Descriptors.

Develop Windows applications for a USB CDC device

If you install Usbser.sys for the USB CDC device, here are the application programming model options:

• Starting in Windows 10, a Windows app can send requests to Usbser.sys by using the Windows.Devices.SerialCommunication namespace. It defines Windows Runtime classes that can use to communicate with a USB CDC device through a serial port or some abstraction of a serial port. The classes provide functionality to discover such serial device, read and write data, and control serial-specific properties for flow control, such as setting baud rate, signal states.

• In Windows 8.1 and earlier versions, you can write a Windows desktop application that opens a virtual COM port and communicates with the device. For more information, see:

  Win32 programming model:

  • .NET framework programming model:

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