NVMe SSD Data Recovery Singapore

A failing hard drive usually tells you something is wrong — it clicks, it slows down, it throws bad sectors for weeks. An NVMe SSD rarely does any of that. The typical case that reaches us was working that morning and had vanished from the BIOS by the afternoon.

That follows from how the drive is built. There is no head to scrape and no platter to spin down. Everything sits behind a controller and a mapping layer, and when either stops working every byte on the NAND becomes unreachable at once — even though the data itself is almost always still there.

NVMe recovery is a different discipline from hard drive recovery, and different again from the SATA SSDs it replaced. We work on M.2 sticks, U.2 and U.3 enterprise drives, PCIe add-in cards, and NVMe soldered to a laptop mainboard.

Stop using the machine. This matters more on NVMe than on any other medium. Windows, macOS and Linux all issue TRIM commands, and TRIM tells the drive it may permanently erase blocks that are no longer in use. On a working drive that erasure can happen within seconds of a delete, not weeks later. Every minute the machine stays powered is a minute in which recoverable data is being wiped in the background.

Do not run recovery software over it. Scanning tools write their own temporary data, and several will cheerfully "repair" the partition table that was your last map of where everything lived. On a physically failing drive, a long scan is also the worst possible load.

Do not let Windows fix it. Declining the format prompt is the obvious part. Less obvious is that chkdsk, "Repair drive" and a Windows reset can each destroy the structures a recovery depends on.

Do not update or reflash the firmware. Vendor tools are a common last resort and a common way to turn a recoverable drive into an unrecoverable one: a firmware update can rewrite the very mapping tables we need to read.

Do not keep power-cycling it. If the drive drops out after a few seconds, repeated attempts only add more heat and more unclean shutdowns — which is what caused the fault in the first place.

Nearly every NVMe failure we see falls into one of five groups, and only one is actually about the flash wearing out.

• Controller failure. The controller is a small, hot processor that handles everything the drive does. When it dies the drive simply vanishes — no letter in Windows, no entry in Disk Management, nothing in the BIOS. People read that as "the drive is dead", but the NAND behind it is usually untouched. This is the most common NVMe case we take in.
• Translator corruption after sudden power loss. An SSD does not keep your file at a fixed address. A flash translation layer maps logical addresses to physical pages that move constantly, and part of that map lives in volatile memory while the drive runs. Cut the power mid-write — a dropped battery, a tripped socket, a forced shutdown — and the map can be left inconsistent. The drive then comes back as RAW, reports the wrong capacity, or presents itself as a much smaller device.
• NAND endurance, particularly on QLC. Each cell tolerates a finite number of program and erase cycles, and the more bits you pack into a cell the fewer it tolerates. QLC holds four bits per cell and wears out considerably faster than the TLC in most mid-range drives. A cheap high-capacity QLC drive carrying video work or a database can hit its endurance limit years before its owner expects.
• Heat. A PCIe 4.0 or 5.0 drive under sustained load runs hot enough to throttle itself, and an M.2 slot tucked beneath a graphics card or inside a thin laptop has nowhere to send that heat. Sustained high temperatures shorten the life of both the controller and the NAND, and heat is behind most drives that drop out mid-transfer and reappear once cooled.
• Firmware faults and physical damage. Bad firmware can brick a drive outright, sometimes across an entire production batch. Physically, an M.2 stick is a bare circuit board: bent connectors, cracked solder joints, liquid and static damage all end up here.

"NVMe" describes the protocol, not the shape of the drive, and the two get confused constantly — including by the people selling them.

Form factors. Most consumer drives are M.2 2280: 22 mm wide, 80 mm long. You will also meet 2230 in handhelds and some ultrabooks, 2242 and 2260 in compact laptops, and 22110 in workstations and servers. Enterprise systems use U.2 and U.3 drives in a 2.5-inch caddy, or PCIe add-in cards.

Not every M.2 drive is NVMe. An M.2 stick can just as easily be a SATA SSD in an M.2 shape, which behaves like an ordinary SATA drive and fails in different ways. If that is what you have, our SSD data recovery page is the right one.

PCIe generation. NVMe drives run over PCIe 3.0, 4.0 or 5.0 lanes. Newer generations are faster and hotter, which shifts the failure pattern — but the recovery approach is decided by what failed, not by how fast the drive was.

A soldered NVMe is a different job. Many thin laptops and every recent Mac have no removable drive at all; the flash is soldered to the mainboard. There is nothing to unplug and bring in, which changes both the method and the quote. For an Apple machine see Mac data recovery; for a Windows laptop, bring the whole machine.

Encryption. BitLocker, Windows device encryption and self-encrypting drives are all common on NVMe. We do not break encryption — an encrypted volume needs your recovery key or password, so find it before you bring the drive in.

• 1. Free diagnosis. We establish whether the fault sits in the controller, the mapping layer, the NAND or the file system — and whether the volume is encrypted.
• 2. Fixed written quote. You get the likely procedure and the price before any work begins. You decide whether to go ahead.
• 3. Stabilise the drive. Power delivery and temperature are brought under control first, so the drive can be read without dropping out halfway.
• 4. Image before anything else. We work from an image, never from your drive. A failing NVMe drive may only give you one good read, and it will not be spent on a scan.
• 5. Rebuild the structure. Where the translator is damaged, the logical-to-physical map must be reconstructed before a single file makes sense. That is what separates NVMe work from ordinary file recovery.
• 6. Return on media you can use. You get the data back with a file listing to check against before you pay.

The rule is the same across everything we do: diagnosis is free, the quote is fixed and written, and if we cannot recover your data you do not pay our recovery fee.

Capacity is not what moves the price — the failure is. A drive with a corrupted translator that still responds is a different job from a controller that has stopped answering, and both differ again from NAND that has reached the end of its endurance. You will be told which one you have, and what it costs, before you commit to anything.

See data recovery pricing for how our quotes are structured.

Bring the drive — or the whole laptop, if the drive is soldered — to 6 Harper Road #05-02, beside Tai Seng MRT, or send us the details first if you would rather talk it through. Carry an M.2 stick in an anti-static bag, not loose in a pocket.

With 20+ years and 140,000+ recoveries behind us, most of what arrives here is something we have seen before. Tell us what happened immediately before the drive disappeared — a power cut, a failed update, a laptop running hot — because that detail usually tells us where to start.

My NVMe drive has disappeared from the BIOS. Is the data gone?
Usually not. A drive invisible to the BIOS has almost always lost its controller or its firmware rather than its data. The NAND behind it is generally intact; nothing can currently reach it.

The drive shows the wrong capacity, or shows as RAW.
That is the classic signature of a damaged translator, most often after an unclean shutdown. Do not initialise it, do not format it, and do not let Windows repair it. The map is damaged, not the data.

I deleted files yesterday. Can you get them back?
Be honest with yourself about the timing. TRIM means a deleted block on a working NVMe drive can be erased for good within seconds rather than weeks. If the files matter, shut the machine down now.

Can you still recover it if I have already run recovery software?
Often, though it is harder, and sometimes the answer is no. Tell us exactly what you ran. We would far rather know at the start than find out halfway through.

My laptop has no removable drive. Can anything be done?
Bring the whole machine. A soldered NVMe is a different job from an M.2 stick, with a different method and a different quote. The free diagnosis is where we establish which applies.

The drive is BitLocker-encrypted.
We will need your recovery key. We do not break encryption, and no legitimate laboratory does. Retrieve it from your Microsoft account or your organisation's IT team before you come in.

We do: recover data from NVMe drives in every common form factor — M.2 2230 through 22110, U.2 and U.3, add-in cards, and NVMe soldered to a mainboard — across PCIe 3.0, 4.0 and 5.0, covering controller failures, translator corruption, worn QLC and TLC flash, and file system damage on NTFS, APFS, ext4 and ZFS.

We do not: sell SSDs, build PCs, or break encryption. If your drive is healthy and you simply want a faster one, that is a retailer's job. If your volume is encrypted you need the key, and you should be wary of anyone who says otherwise.