Can I use the same SSD on two different systems?
Can I use the same SSD on two different systems?
Hi there,
I have two AMD PCs and I need the same SSD to function on both. Can I install Windows 10 on an SSD used by a system with a Ryzen 5 3600, then use that SSD on another AMD machine powered by a Ryzen 7 5700X? The SSDs are WD BLACK SN750 ...500GB. Thanks to all.
The Windows copy protection ties the installation activation to a particular motherboard. Transferring an SSD to another system would necessitate updating that activation. Check activation guidelines on Microsoft's site.
Maybe it could function in a dual boot setup?
First partition...install Windows fresh on PC 1
Second partition...install Windows fresh on PC2
After that, you can enable Dual Boot when starting either PC and choose the appropriate partition.
A challenge would be having two separate Windows installations without mirroring.
Of course, legally you'd need valid licenses for both machines.
I haven't tried it yet, just a thought?
You may discover this piece titled "Disadvantages and Limitations of using Unactivated Windows 10/11" intriguing:-
https://www.thewindowsclub.com/disadvant...ed-windows
Be aware that the 25 alphanumeric code used to unlock Windows isn't automatically a valid license for the system. Even if the key was obtained through dishonest means or sold incorrectly, you remain in violation of Microsoft's rules, since ownership of the license remains with someone else. In essence, the license stays with another party, not yours.
Microsoft’s generic installation codes can be employed to set up Windows, but I emphasize they aren’t genuine activation codes. These are merely setup codes, not activation ones. Consequently, Windows stays inactive and unlicensed yet functional. Such codes are suitable for IT personnel to create deployment images for numerous identical machines, which are later licensed properly, or for individual licenses.
https://www.thewindowsclub.com/generic-w...enterprise
You might keep a non-activated copy of Windows for some time, but be aware of the drawbacks.
The dilemma becomes more complex when considering whether a very inexpensive $12 activation key for Windows 10/11 purchased from an untrustworthy source is as legitimate as a $199 key paired with a license bought on Amazon. It’s likely the $12 code represents a volume or educational license that has been resold, violating Microsoft’s agreements.
https://www.zdnet.com/article/is-your-wi...even-care/
With these challenges in mind, it’s feasible to relocate Windows SSDs between systems, such as switching from Intel to AMD or vice versa. While not ideal (a fresh OS build per machine is preferable), the system will recognize new hardware at startup and try to install updated drivers. It may need to connect to the internet to download a fresh graphics driver, but ultimately you could have a functional setup—though with some limitations.
The situation mirrors the process of building a bootable Windows installation on a USB drive.
https://www.thewindowsclub.com/create-a-...windows-11
https://www.techspot.com/downloads/6475-wintousb.html
A USB drive can be used to start Windows on various machines, provided you rearrange the boot sequence to prioritize it. Each time a new device is detected, Windows fetches the correct drivers from the USB.
Windows Installation, Activation, and Licensing are distinct concepts, and even internal Microsoft staff sometimes struggle to differentiate them, leading to mixed guidance. This creates a challenging legal landscape with strong arguments from both sides, all convinced they’re right.
I do not support the use of unusually cheap $12 activation keys that likely lack a valid license. Likewise, I don’t endorse relying on completely free KMS hacks. Regarding generic installation codes, I leave their validity to legal experts.
A dual boot setup in a single system differs significantly from what was described in your initial query.
By "same SSD to work on both" refers to either transferring the identical Windows SSD from one AMD system to another, or setting up a matching desktop environment and installing the same software on both devices. If that's the case, you might clone the operating system onto another SSD and relocate it to the second machine. You'd also need to reactivate Windows there using a new key and license to stay compliant with Microsoft's licensing rules.
I previously supported dual-boot setups, such as running Windows 98 alongside Windows XP, and still have a functional 2009 NC10 laptop with XP and Windows 7 installed. However, these dual-boot drives were only used on one machine, not swapped between different motherboards or hardware configurations. During the transition between operating systems, I preferred to keep compatibility with older peripherals like printers and scanners that weren't supported by the newer OS.
I no longer create dual-boot drives now, as 120GB and 240GB SATA SSDs are affordable. If I need a backup of my larger Windows M.2 NVMe drives, I clone the OS partition onto a standard SATA drive using tools like Macrium Reflect. Should the Windows on the M.2 drive become corrupted, I can restart into the SATA drive and retrieve all my data files stored elsewhere on physical disks.
Unless you're extremely budget-conscious, I suggest using two distinct Windows SSDs—one on each machine—instead of moving a single SSD back and forth. For sharing files between computers, consider alternatives like USB thumb drives, Ethernet or WiFi sharing, cloud storage, etc.
Setting up Windows 10 with a Local Account on a new SSD takes about 15 minutes. Another 30 minutes are needed to adjust privacy settings and power options, followed by 3 to 4 hours of installing my favorite programs. Ideally, you could start fresh and configure both machines in a single day. Two SSDs, one per machine, is a far better approach than repeatedly swapping drives, which risks damaging the SSD and causing data loss.
Maintaining synchronized data folders across two machines is straightforward with tools like Free File Sync.
Replacing a drive with a new hardware setup is probably safe once done, but using an OEM licence will likely fail and you may need to activate or reinstall the key again. Frequent swapping can confuse Windows, making it appear as though you’re installing for the first time each time, which might lead to issues if problems arise. A more stable approach is to install a boot drive with a fresh Windows copy on the second PC, using synchronisation tools. As suggested by @Misgar, such software helps maintain data consistency between systems. A simple workaround is to store shared files in a local network folder on the primary machine and rely on that for speed when necessary.