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Power Failure

Power Surge and SSD Data Recovery

A power surge or PSU failure sends abnormal voltages through your system. NVMe SSDs receive power through the M.2 slot from your motherboard's 3.3V rail. If that rail spikes, the SSD's onboard power management components can be damaged, preventing the drive from powering on, even though the NAND flash storing your data may be intact.

The power management IC (PMIC) absorbs the hit first. If the NAND survived, we can repair the power path through micro-soldering and extract your data with PC-3000. $200 to $1,500. No data, no fee.

Louis Rossmann
Written by
Louis Rossmann
Founder & Chief Technician
Updated 2025-01-15

How Power Surges Damage SSDs

The Power Management IC (PMIC) on the SSD regulates voltage to the controller and NAND. It takes the 3.3V input from the M.2 slot and converts it to the various lower voltages the controller and flash require: typically 1.8V, 1.2V, and 0.9V rails. A surge can destroy the PMIC, voltage regulators, or other power delivery components while leaving the NAND undamaged.

SATA SSDs face the same risk through their power connector. The 5V and 3.3V lines from the PSU feed the SSD's onboard voltage regulators. A PSU failure that sends 12V down the 5V line will blow the input protection components on the SSD's PCB. The NAND itself does not receive power directly from the connector; it is always regulated through the PMIC. This is why the data often survives even when the drive appears completely dead.

For mechanical hard drives affected by the same event, see our page on power surge hard drive failure.

Can the Data Be Recovered?

In many cases, yes. If the NAND is intact, we can repair or bypass the damaged power delivery components through micro-soldering. This involves identifying the blown PMIC or regulator under a microscope, sourcing a compatible replacement component, and soldering it onto the board with hot air rework equipment. Once power delivery is restored, the controller boots and the drive becomes accessible.

If the controller itself was damaged by the surge (less common, since the PMIC usually absorbs the hit first), we use PC-3000 to access the NAND directly, bypassing the controller. This involves reading the raw NAND contents and reconstructing the file system from the flash translation layer metadata.

Good signs

  • SSD not detected at all (likely PMIC failure, NAND intact)
  • Burnt smell from the SSD PCB (component-level damage, often repairable)
  • Motherboard also damaged (surge likely hit motherboard before reaching SSD NAND)

What to avoid

  • Do not install the SSD in another system and power it on repeatedly
  • Do not attempt firmware updates or resets
  • Do not run CHKDSK, fsck, or any file system repair tool on a surge-damaged drive

SSD recovery for power surge damage ranges from $200 to $1,500 depending on whether the repair is a simple component replacement or requires full NAND extraction. Free evaluation, firm quote, no data recovered means no charge. Call (512) 212-9111 to get started.

Power surge killed your SSD?

Free evaluation. $200 to $1,500. No data, no fee. Mail-in from anywhere in the U.S.