SSD & NVMe Data Recovery
SSDs fail differently than hard drives — controller failures, firmware corruption, and NAND wear require specialized tools. We recover data from SATA SSDs, M.2 NVMe drives, PCIe cards, and proprietary Apple SSDs using firmware-level and chip-off techniques.
Free
Evaluation
Contact Supreme Tech for an estimate
Typical Range
NAND
Chip-Off Capable
Estimate
After diagnosis
SSD Failure Types We Recover
SSDs fail in unique ways. Our technicians diagnose and choose the right approach for each failure mode.
Controller IC Failure
The SSD controller manages all read/write operations and wear leveling. When it fails, the drive becomes undetectable or read-only. We bypass the failed controller using firmware-level tools or chip-off techniques.
Firmware Corruption
SSD firmware manages translation tables, bad block mapping, and NAND access. Corrupt firmware can make a perfectly healthy drive appear blank or unresponsive. We repair or bypass firmware using service-level commands.
NAND Wear / Cell Degradation
NAND flash cells degrade after many write cycles. As cells fail, data becomes unreadable. We use ECC correction and NAND-level reading tools to extract data before complete cell failure.
Trim / Garbage Collection Issues
Sudden power loss during Trim or GC operations can corrupt allocation tables. We reconstruct the logical file system from raw NAND dumps when the file table is damaged.
Drive Not Detected / Not Initialized
An SSD that shows as unallocated, asks to be initialized, or disappears from Device Manager usually has a firmware or controller issue — not physical NAND damage. Often recoverable without chip-off.
Chip-Off NAND Recovery
When the PCB is physically destroyed or the controller is completely dead, we remove the NAND chips directly and read them with specialized programmers. The final option, but highly effective.
Power Surge Damage
Power spikes can burn controller components while leaving NAND intact. We assess damage and determine whether PCB repair or chip-off is the right path.
Password / Encryption Lock
Hardware-encrypted drives (Opal, BitLocker hardware encryption) that are locked due to controller failure may require firmware-level bypass. We evaluate each case individually.
SSD Types We Support
When all non-destructive methods fail, we remove the NAND chip and read it directly. Learn about chip-off recovery →
FAQ
Are SSDs harder to recover than HDDs?
They're different, not necessarily harder. SSDs fail in ways that require different tools — firmware bypass, NAND-level reading, and encryption handling. Logical failures on SSDs (deleted files, corruption) are often easier to recover. Physical failures with chip-off require more specialized equipment but still have high success rates.
Can data be recovered from a Trim'd SSD?
Trim permanently marks deleted pages for reuse, making traditional deleted-file recovery largely ineffective on SSDs. However, files that were deleted recently on drives with Trim disabled, or data from non-Trim'd regions, can still be recovered. We evaluate your specific situation during the diagnostic evaluation.
How much does SSD data recovery cost?
SSD recovery pricing depends on the device, failure type, and required techniques. We evaluate the case and provide an estimate before recovery work begins. Diagnostic fees may apply; ask about eligibility for No Data, No Fee.
Can you recover data from a MacBook SSD?
Yes. MacBook SSDs use proprietary connectors and, on T2 and Apple Silicon Macs, hardware encryption tied to the Secure Enclave. We handle both older MacBooks (recoverable chip-off) and evaluate T2/M-chip Macs for feasibility.
My SSD shows up but all files are gone — what happened?
This is typically a logical failure: accidental format, corrupted partition table, or failed firmware update. The data is often still on the NAND cells. We image the drive and run file system reconstruction to recover your files.