NVMe sticks are the fastest consumer storage ever sold and the most abrupt about dying — no sound, no warning, just a boot error where storage used to be. M.2 and PCIe modules from every maker are recovered here for Swindon, Marlborough and the towns between.
Free diagnostic on every nvme job. One fixed quote in writing before any work begins.
No fix, no fee all jobs except electronic and mechanical failures, chip level work, DVR and Forensic jobs. Full pricing is on the data recovery cost page.
Every nvme job starts by matching the symptoms to the fault — these twenty cover almost everything that reaches the bench.
Controller or firmware trouble drops the module off the bus between shutdown and start-up — the data sits whole behind the silence.
Dead controller, failed power stage or corrupt boot code — and only very rarely dead NAND.
A collapsed translator answers enumeration with sizes nobody could believe — service-mode repair territory.
The system module has left the conversation; the files recover straight from the stick once it's out.
Bare modules throttle, vanish under load, and scramble their mapping across repeated hot episodes.
An interrupted firmware or Windows update leaves the drive unable to say its own name.
Flash keeps no diary — flawless service until the moment of failure is the standard script.
Thin boards snap in upgrades and unpadded envelopes — track repair or chip-off gets past the break.
Cooked components around the edge connector are replaced at board level before imaging starts.
From the moment of deletion, background erasure of freed blocks is under way — cutting power is what decides the result.
WD's mainstream Blues can fall off the bus without ceremony — service-mode candidates once on the bench.
Samsung's patched defect still catches drives that never updated, spending NAND life at frightening speed.
SNV2S sticks ship with whatever controller and NAND were cheapest that month — the mix inside dictates the route in.
Steam Deck and handheld drives bake in cramped enclosures — miniature format, completely standard recovery.
Sabrent and Kioxia modules trip over their own firmware and leave the bus — recovered through service mode.
Crucial's P3 (CT500P3SSD8 and kin) can disappear after a sleep cycle and stay gone — translator work brings it back.
WD's flagship runs hard and hot in gaming towers; sustained thrash ages it into stutters, then absence.
DRAM-less sticks lean on host memory for their tables; a bad interaction corrupts the map without warning.
Budget modules hammer their pseudo-SLC cache until it wears through — the drive then stalls, drops out, or bricks.
Over-torqued screws and clumsy thermal-pad swaps flex the PCB and crack joints — re-worked under the microscope, then imaged.
An M.2 stick rides the PCIe bus straight into the processor — magnificent while it works, unforgiving when it doesn't, because there's no mechanical stage to limp along first. Dense firmware runs the show over stacked NAND, and when controller or code stumbles the drive simply stops answering, files still present in the silicon behind the silence. We enter through manufacturer service modes where the controller permits, and go chip-direct with a rebuilt translation map where it doesn't.
Modules at 2280, 2242 and 2230, add-in cards, Gen3 to Gen5 — WD, Samsung, Crucial, Kingston, Sabrent, Kioxia and Solidigm alike are workable whenever the module unplugs for posting. The standing exception is soldered-down NVMe. Heat earns a mention of its own: run hard without cooling, a bare stick throttles, falls off the bus, and across repeated episodes scrambles its own mapping. Whatever started it, the free assessment tells you what's recoverable before money enters the conversation.
NVMe recovery is controller, firmware and chip surgery at PCIe speed — the bench is specced to keep up:
Modules that no longer identify are raised in manufacturer service mode — firmware mended, translator restored, then imaged with the NAND never at risk.
Unstable NVMe and PCIe drives captured under hardware timeout discipline and retry logic no software utility possesses.
Module lengths 2280, 2242 and 2230, add-in cards and enterprise U.2 drives all connect natively, active cooling standing by for sticks that flee when warm.
Controllers past service-mode rescue have their NAND packages lifted and read one at a time.
Untangling XOR, ECC and interleave brings raw chip dumps back to the controller's map — and onward to your files.
Burnt power stages repaired at component level, and cracked M.2 boards re-worked under the microscope.
Regulars with reputations: unpatched 980 and 990 PRO firmware spends NAND life early, the SN570 and SN580 like to vanish between boots, the NV2 is a components lottery where the silicon inside picks the method, and the P3 family has a documented taste for disappearing after sleep. Lengths 2230 through 2280, add-in cards, U.2, Gen3 to Gen5 — every one workable provided the module can be unplugged for the post. The single refusal is soldered NVMe.
Most customers post or courier their media to us.
Sending a drive from a computer, laptop, MacBook, iMac, CCTV / DVR or server? Please remove the internal hard drive or SSD and send us just the drive — we don't provide an internal drive-removal service. We don't recover storage soldered to a motherboard (e.g. Apple Silicon Macs and some thin laptops) — only drives that can be removed and sent to us.
↓ Print the booking-in & shipping form (PDF)
Mark the package for the attention of Oxford Data Recovery and we'll call you as soon as we diagnose your media.
Not sure what to send? Call 0800 689 0668 first or use the free online diagnostic.
Free diagnostic, fixed quote, no fix no fee — start now or call the freephone.