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What is NVMe?
NVMe, short for Non-Volatile Memory express, is the new standard host controller interface for connecting solid-state drives (SSD). It was first introduced in 2011 and now is built in as standard in many computers. Due to its high performance and low latency, many users want to clone their boot drives to NVMe SSDs to improve their computers' performance.
This article will show you how to clone your Windows 10 OS to an NVMe SSD. Booting from an NVMe SSD in Windows 10 is now super fast as Microsoft has optimized Windows to take full advantage of the new technology.
NVMe isn’t just limited to Windows 10. You can choose to use an NVMe SSD in Windows 7, 8, 8.1, and Windows Server 2008 (R2), 2012 (R2), and 2016 as all systems are supported. Newer systems such as Windows 10 and Windows Server 2016 have an NVMe driver built-in, whereas, if you want to use an NVME drive in Windows 7 or other older systems you will need to download an NVMe driver from the SSD manufacturers’ website first.
Requirements to boot from an NVMe SSD
If you want to use an NVMe SSD as a boot drive, you need to make sure your computer meets the requirements below:
Newer computer hardware. Though NVMe is compatible with older computers, it is preferable to have a Skylake chipset or later.
An M.2 PCI-E x4 slot.
UEFI firmware.
UEFI boot mode. If your computer is boot in Legacy boot mode, please enter the BIOS, and change it to UEFI mode after you have transferred Windows 10 to the NVMe drive.
Free specialist NVMe SSD cloning software
Choosing the right specialist drive cloning software will save you lots of time and effort when you clone your HDD to an NVMe SSD. We recommend using AOMEI Backupper Standard Edition as it has a range of excellent features to make sure the process is smooth and the SSD’s performance isn’t reduced.
★ AOMEI Backupper can help you clone a larger HDD to a smaller SSD as long as the new SSD is larger than the data you want to transfer. If you only want to migrate the OS to an NVMe SSD, you can use the ‘System Clone’ feature in higher editions.
★ As NVMe drives only work with UEFI boot mode, your NVMe SSD will have to be initialized in the GPT partition style if you want to use it to boot your computer. AOMEI Backupper Standard Edition is able to clone from a GPT system disk to another GPT disk with ease. If your current system disk is in the MBR partition structure, you may try the Professional edition to clone from MBR disk to GPT while ensuring that the GPT SSD remains bootable.
★ AOMEI Backupper also doubles up as a backup manager with powerful backup and restore features. These are handy when you want to clone an NVMe SSD to another NVMe SSD but your computer only has one M.2 slot (which you are using to boot the PC). AOMEI Backupper can help you backup the original SSD to an external drive (connected via USB port) and then restore the system to the new NVMe drive through a bootable USB created by AOMEI Backupper.
How do you clone Windows 10 to an NVMe drive?
While the cloning process is ongoing in the background within Windows you will still be able to use your computer as normal. You should keep in mind that all of the data on the NVMe SSD will be deleted during the cloning process – so you should backup any important data first. You can follow the steps below to migrate Windows 10 to your NVMe SSD.
1. Connect your NVMe SSD to the M.2 PCI-E x4 slot and boot your computer.
2. Download this disk clone software and run it.
Download Freeware
Win 10/8.1/8/7/XP
Secure Download
3. Under Clone tab, select Disk Clone.
4. Click on the current boot drive to select it as the source disk and then select the NVMe SSD as the destination disk.
5. Check the ‘SSD Alignment’ option which will fix any SSD alignment issues you could face and then click on Start Clone to begin the process.
When the process finishes, reboot your computer, enter the BIOS, and set the NVMe drive as the first boot device – now you will be able to enjoy the fast speeds and performance it offers! If you prefer not to clone the drive within Windows, you can create a bootable USB to clone your operating system to an NVMe SSD without loading Windows.
Tips:
This freeware also allows you to clone NVMe to NVMe SSD with M.2 to PCIE adapter for better performance.
The advanced version of this free software, AOMEI Backupper Professional Edition, is able to move an OS to an SSD whilst leaving the data behind on the old disk (essentially turning it into an external hard drive).
Available on Raspberry Pi 2B v1.2, 3A+, 3B, 3B+, 4B, 400, Compute Module 3, Compute Module 3+ and Compute Module 4 only.
This page explains how to boot your Raspberry Pi from a USB mass storage device such as a flash drive or a USB hard disk. When attaching USB devices, particularly hard disks and SSDs, be mindful of their power requirements. If you wish to attach more than one SSD or hard disk to the Pi, this normally requires external power - either a powered hard disk enclosure, or a powered USB hub. Note that models prior to the Pi 4B have known issues which prevent booting with some USB devices.
Raspberry Pi 400
To boot the Pi 400 from a USB mass storage device, simply image the USB drive with Raspberry Pi OS 2020-08-20 or newer using the Raspberry Pi Imager utility: select the USB drive from the SD Card list in Raspberry Pi Imager.
Raspberry Pi 4B
Depending on when your Raspberry Pi 4B was manufactured, the bootloader EEPROM may need to be updated to enable booting from USB mass storage devices.
Check if your Pi 4B has the required bootloader EEPROM version
To check if your Pi 4B has the required bootloader EEPROM version, power it up with with no SD card inserted and a display attached to one of the HDMI ports. The Pi 4B will display a diagnostic screen on the attached display, which includes the bootloader EEPROM version at the top of the screen. The bootloader must be dated Sep 3 2020 or later to support USB mass storage boot. If the diagnostic screen reports a date earlier than Sep 3 2020, or there is no diagnostic screen shown, you will need to update the bootloader EEPROM first to enable USB mass storage boot.
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USB mass storage boot on the Pi 4B requires Raspberry Pi OS 2020-08-20 or later.
Enable USB mass storage boot on a Pi 4B by updating the bootloader EEPROM
If your Pi 4B requires an updated bootloader EEPROM in order to support USB mass storage boot, you can perform the update as follows:
- Use the 'Misc Utility Images' option in Raspberry Pi Imager to create an SD card with the latest 'Raspberry Pi 4 EEPROM boot recovery' image.
- Boot the Pi 4B using this SD card.
- The bootloader EEPROM will be updated to the latest factory version, then the Pi will flash its green ACT light rapidly, and display green on the HDMI outputs to indicate success.
The Pi 4B can now be booted from a USB mass storage device.
Changing boot order on Pi 4B and Pi 400
The raspi-config utility can be used to choose between SD/USB (default) or SD/Network boot modes.
The full set of boot mode options is documented on the bootloader configuration page.
Raspberry Pi 2B v1.2, 3A+, 3B, Compute Module 3
On the Raspberry Pi 2B v1.2, 3A+, 3B, and Compute Module 3 you must first enable USB host boot mode. This is to allow USB mass storage boot, and network boot. Note that network boot is not supported on the Raspberry Pi 3A+.
To enable USB host boot mode, the Raspberry Pi needs to be booted from an SD card with a special option to set the USB host boot mode bit in the one-time programmable (OTP) memory. Once this bit has been set, the SD card is no longer required. Note that any change you make to the OTP is permanent and cannot be undone.
On the Raspberry Pi 3A+, setting the OTP bit to enable USB host boot mode will permanently prevent that Pi from booting in USB device mode.
You can use any SD card running Raspberry Pi OS to program the OTP bit.
Enable USB host boot mode with this code:
This adds program_usb_boot_mode=1 to the end of /boot/config.txt.
Note that although the option is named program_usb_boot_mode, it only enables USB host boot mode. USB device boot mode is only available on certain models of Raspberry Pi - see USB device boot mode.
The next step is to reboot the Raspberry Pi with sudo reboot and check that the OTP has been programmed with:
Check that the output 0x3020000a is shown. If it is not, then the OTP bit has not been successfully programmed. In this case, go through the programming procedure again. If the bit is still not set, this may indicate a fault in the Pi hardware itself.
If you wish, you can remove the program_usb_boot_mode line from config.txt, so that if you put the SD card into another Raspberry Pi, it won't program USB host boot mode. Make sure there is no blank line at the end of config.txt.
You can now boot from a USB mass storage device in the same way as booting from an SD card - see the following section for further information.
Raspberry Pi 3B+, Compute Module 3+
The Raspberry Pi 3B+ and Compute Module 3+ support USB mass storage boot out of the box: no changes to the OTP memory are required.
The procedure is the same as for SD cards - simply image the USB storage device with the operating system image.
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After preparing the storage device, connect the drive to the Raspberry Pi and power up the Pi, being aware of the extra USB power requirements of the external drive.After five to ten seconds, the Raspberry Pi should begin booting and show the rainbow splash screen on an attached display. Make sure that you do not have an SD card inserted in the Pi, since if you do, it will boot from that first.
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See the bootmodes documentation for the boot sequence and alternative boot modes (network, USB device, GPIO or SD boot).
Known issues (not Pi 4B, CM4 and Pi 400)
- The default timeout for checking bootable USB devices is 2 seconds. Some flash drives and hard disks power up too slowly. It is possible to extend this timeout to five seconds (add a new file
timeoutto the SD card), but note that some devices take even longer to respond. - Some flash drives have a very specific protocol requirement that is not handled by the bootcode and may thus be incompatible.
Special bootcode.bin-only boot mode (not Pi 4B, CM4 and Pi 400)
If you are unable to use a particular USB device to boot your Raspberry Pi, an alternative for the Pi 2B v1.2, 3A+, 3B and 3B+ is to use the special bootcode.bin-only boot mode as described here. The Pi will still boot from the SD card, but bootcode.bin is the only file read from it.