Windows 11 Update Potentially Causing SSD Issues For Some Users
Table of Contents
- 1. Windows 11 Update Potentially Causing SSD Issues For Some Users
- 2. The Root of the Problem: KB5063878 and KB5062660
- 3. What’s Happening?
- 4. Affected SSD Models
- 5. User-Reported Findings
- 6. Microsoft’s Response
- 7. Understanding SSDs and Updates
- 8. Frequently Asked Questions
- 9. What steps can users take to mitigate potential SSD failures after installing the KB5063878 update?
- 10. Windows 11 Update Causing SSD Failures Under Specific Conditions: An Emerging Concern for Vulnerable Storage Devices
- 11. The KB5063878 Update and Reported SSD Issues
- 12. What’s Happening? Symptoms and User Reports
- 13. Identifying Perhaps Vulnerable SSDs
- 14. Understanding the Potential Cause: TRIM and Data Transfer
- 15. Mitigation Strategies and Workarounds
- 16. The Role of SSD Manufacturers and Microsoft
- 17. Data Backup
A newly released security update for Windows 11 is under scrutiny as reports emerge of potential incompatibility issues with certain Solid State Drives (SSDs). The problems, first highlighted by users and tech websites, suggest that the update may lead to data access problems when writing large amounts of data to affected drives.
The Root of the Problem: KB5063878 and KB5062660
The reported issues appear to stem from the installation of either KB5063878, the latest finalized security update for Windows 11 version 24H2 released this month, or KB5062660, a preview update issued in late July 2025. Users began flagging the problems after experiencing difficulties with their SSDs following the update installation.
What’s Happening?
According to early reports, the issue manifests when a significant quantity of data – either numerous files or a single large file – is written to the SSD. In extreme cases, this can render the drive inaccessible, though a system restart may temporarily restore functionality. However, repeated large-scale write operations can trigger the issue again, and some users report the drive remaining inaccessible even after restarting.
One early reporter, known as Necoru_cat on social media, encountered the issue while updating the popular game cyberpunk 2077. The drive containing the game became unresponsive during the update process, illustrating the issue’s potential impact on everyday computer use.
Affected SSD Models
Initial testing, conducted by tech websites, has identified several SSD models that appear to be susceptible to this issue. A preliminary list includes:
| Manufacturer | Model |
|---|---|
| Corsair | Force MP600 |
| Phison | SSD with PS5012-E12 controller |
| Kioxia | Exceria Plus G4 |
| FNMT | FN955 |
| InnoGrit | SSD with InnoGrit controller |
| Maxio | SSD |
| KIOXIA | M.2 SSD |
| SanDisk | Extreme PRO M.2 NVMe 3D SSD |
Conversely, some drives seem to remain unaffected, including the Solidigm P44 Pro, Samsung 980, and SanDisk SSD PLUS 240GB.
User-Reported Findings
User testing has further expanded the list of affected and unaffected SSDs. Some of the drives reported as impacted include WD Blue SN5000, WD Red SA500, and Corsair MP600. Drives that appear to remain stable include the Samsung 990, WD Black SN7100, and Seagate FC530 series.
Did You know? The speed and type of SSD (NVMe vs. SATA) don’t appear to be the only factors; the controller used within the SSD also plays a crucial role.
Microsoft’s Response
As of now,microsoft has not officially acknowledged or commented on these reports. The company’s silence has prompted caution among users, especially those with potentially affected SSD models.
Pro Tip: Before installing any Windows update, its always a good practice to back up your vital data.This precaution can safeguard your files in case of unforeseen issues.
Understanding SSDs and Updates
Solid State Drives have become the standard for computer storage due to their speed and reliability. Though, like any hardware component, they are susceptible to compatibility issues with software, especially operating system updates. Updates often include firmware changes that can interact unexpectedly with specific SSD controllers.It’s important to stay informed about potential problems and to take proactive steps to protect your data.
Furthermore, data retention in SSDs is reliant on consistent power and regular ‘refresh’ operations by the drive’s controller. Interruptions during large write operations, like those potentially caused by these reported update issues, could exacerbate potential data integrity concerns.
Frequently Asked Questions
Are you experiencing issues with your SSD after installing the latest Windows 11 update? What steps are you taking to protect your data?
What steps can users take to mitigate potential SSD failures after installing the KB5063878 update?
Windows 11 Update Causing SSD Failures Under Specific Conditions: An Emerging Concern for Vulnerable Storage Devices
The KB5063878 Update and Reported SSD Issues
Recent reports indicate a potential issue with the Windows 11 update KB5063878, specifically concerning Solid State Drive (SSD) performance and potential failures. The concern centers around prolonged data transfer operations, where users are experiencing SSD malfunctions. Initial reports surfaced from Japanese tech publication NichePCGamer, quickly gaining traction within the tech community. This isn’t a blanket issue affecting all SSDs, but appears to be triggered under specific, demanding workloads. Understanding the nuances of this potential problem is crucial for maintaining data integrity and system stability.
What’s Happening? Symptoms and User Reports
Users experiencing the issue report SSD failures during extended data transfers – think large file copies, video editing, or intensive database operations. The failures aren’t necessarily immediate crashes; some users report gradual performance degradation leading to eventual drive unresponsiveness.
Common symptoms include:
Data Corruption: Files becoming inaccessible or exhibiting errors.
System Freezes: Complete system lockups during data transfer.
Blue Screen of Death (BSOD): Errors related to storage devices.
SSD Not Detected: The drive disappearing from the system BIOS.
Slow Performance: Noticeably slower read/write speeds even before a complete failure.
These symptoms can mimic typical SSD wear and tear, making diagnosis challenging. However, the correlation with the KB5063878 update is raising red flags.
Identifying Perhaps Vulnerable SSDs
while the issue isn’t confirmed to affect all SSDs, certain factors may increase vulnerability. Currently, there’s no definitive list, but early observations suggest:
Older SSD Models: Drives manufactured several years ago might be more susceptible due to older firmware or controller designs.
specific Controller Chips: Some reports point to potential compatibility issues with certain SSD controllers.
High-capacity SSDs: Larger capacity drives, particularly those nearing full capacity, may exhibit the issue more readily.
Budget SSDs: Lower-cost SSDs frequently enough utilize less robust components and firmware, potentially increasing risk.
NVMe SSDs: While not exclusive, initial reports seem to focus on NVMe (Non-Volatile memory express) SSDs.
Understanding the Potential Cause: TRIM and Data Transfer
The leading theory revolves around the interaction between the Windows 11 update, the SSD’s TRIM command, and sustained write operations.
TRIM Command: TRIM is a command that allows the operating system to inform the SSD which data blocks are no longer in use and can be erased. This helps maintain performance over time.
Sustained Writes: Prolonged data transfers generate a constant stream of write requests to the SSD.
Potential Conflict: The update may be triggering an issue where TRIM operations are interfering with ongoing write operations, leading to data inconsistencies and potential drive failure. This is still under investigation, and Microsoft has not yet officially confirmed the cause.
Mitigation Strategies and Workarounds
Until microsoft releases a fix, several steps can be taken to mitigate the risk:
- Pause Windows Updates: Temporarily pausing updates can prevent the installation of KB5063878.Though, this also leaves your system vulnerable to other security threats.
- Monitor SSD Health: Regularly check your SSD’s health using tools like CrystalDiskInfo. Look for warning signs like increased error rates or reduced lifespan estimates.
- Reduce Sustained write Workloads: If possible, avoid prolonged, intensive data transfer operations until the issue is resolved. Break large tasks into smaller chunks.
- Check SSD Firmware: Ensure your SSD has the latest firmware installed. Manufacturers frequently enough release firmware updates that address compatibility issues and improve performance.
- Consider Rolling Back the Update: As a last resort, you can attempt to uninstall the KB5063878 update. Be aware that this may introduce other issues.
- Disable TRIM (Advanced Users Only): Disabling TRIM is not recommended for most users as it can significantly reduce SSD lifespan. However, some advanced users are experimenting with this as a temporary workaround.Proceed with extreme caution and understand the risks.
The Role of SSD Manufacturers and Microsoft
The responsibility for resolving this issue lies with both SSD manufacturers and Microsoft.
Microsoft: Needs to investigate the root cause of the problem and release a patch that addresses the compatibility issue with affected SSDs.
* SSD Manufacturers: should analyze the update’s impact on their drives and release firmware updates to mitigate any potential conflicts.
As of August 18, 2025, Microsoft has not issued an official statement acknowledging the widespread nature of the problem, but monitoring tech forums and news outlets is crucial for updates.
