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SDR / Manufacturers / Enterprise and OEM storage

HPE · Dell EMC · Cisco · NetApp · Pure · Nimble · SmartIOPS · ScaleFlux

Enterprise and OEM storage SSD data recovery. Drives under a storage vendor's label, recovered as the array they came from.

Enterprise SSDs reach us under HPE, Dell EMC, Cisco, Lenovo, NetApp, Pure Storage and Nimble part numbers, and underneath they are Samsung PM-series, Micron 7450 and 9400, Kioxia CD and CM, Solidigm D5 and D7, Seagate Nytro or WD Ultrastar drives with vendor firmware and sometimes unusual sector formats. They are nearly always one member of an array, and they are recovered as that array: every member imaged, the set reassembled in software, the volumes and virtual machines mounted from the images. Niche makers such as SmartIOPS, Nimbus Data and ScaleFlux are assessed case by case. Multi-drive sets start at £500 + VAT and enterprise storage at £1,250 + VAT, with one figure in writing after the free look.

Free first lookOne fixed figure in writingNo data, no bill on most jobsReturn postage paid

Rather talk it through? An engineer answers the bench line
0800 6890668

Models we see, family by family.

Which kind of drive is it →
Family Models Controller commonly reported
Server OEMHPE MO, VO and MK part numbers; Dell EMC and PowerEdge; Cisco UCS; Lenovo ThinkSystemSamsung, Micron, Kioxia, Solidigm, WD and Seagate with vendor firmware
Array shelvesNetApp X-series; Pure Storage FlashArray modules; Nimble; EMC Unity and VNXVendor firmware; 520 and 528-byte formats
NicheSmartIOPS Data Engine; Nimbus ExaDrive; ScaleFlux computational storageCase by case

What tends to go wrong on a Enterprise and OEM storage.

Vendor firmware and sector formatsOEM firmware and 520 or 528-byte sectors are normal on these drives. They read fine on the bench, and the format is handled on the image. Tell us the storage system.
Self-encrypting drives and key managersMany enterprise SSDs encrypt in hardware and are managed by the array or a key server. Recovery needs those details before work can begin, and we say so first.
General pattern: the rebuild is the dangerA degraded array is a recoverable array. The rebuild that runs after a second member has quietly gone is what makes it hard. Stop, label every slot, and send the set.

Enterprise and OEM storage symptoms, and how long each gives you.

Not listed? Describe it on the form →
Packing it and posting it: a bare SSD travels in an anti-static bag inside a small padded box, with nothing able to move. Insure it for what the files are worth rather than the price of the drive, and use a tracked service. The posting address is not printed anywhere on this site; it arrives by email in reply to the form, with a booking sheet to print; the sheet inside the parcel is what matches it to your enquiry when it is opened. Or hand the sealed parcel in at the nearest of ten drop-off points, your name on the outside and the sheet inside; say where you are on the form and it comes by email. We pay the postage home either way. The whole of it is written up on the guide to packing and posting.

What the message means on a Enterprise and OEM storage.

Describe yours to us →
What you see The usual reason Where that leaves you
Not in the BIOS, or at the wrong sizeFirmware or controller fault with the flash intactRecovered through the original controller
Read-onlyFirmware protecting worn flash, or a documented firmware faultUsually fully readable
Health falling fast in the maker's toolReal wear, or a reporting faultBack up now; a warning, not yet a recovery
Dead after a firmware updateThe write stopped half-wayLoader in RAM; map from the service area

From the box arriving to your files going back.

Work we have closed →
01

Logged the day it lands, and the first look costs nothing Free

A case number goes on it the day the parcel is opened, and an engineer settles what has actually failed before anything else happens. The drive is read on our own equipment, never in a computer that might send it a TRIM command. Back to you come two things together: a straight note of what is liftable and what is not, plus one figure, fixed and written down. Accept it, or decline and owe us nothing.

Nothing to pay for lookingA single figure, put in writingNo TRIM, no writes
02

Powered on our terms

Every power-on gives a failing SSD another chance to run its own housekeeping. Here the drive is brought up in the controller's diagnostic state instead, which lets the bench speak to the flash directly and keeps damaged firmware out of the conversation.

Vendor diagnostic modeNo hopeful reboots
03

Past the fault, to the map

Working code is loaded into the controller's memory rather than onto the flash, the service area is read, and the translation table is rebuilt from what is there. Where the controller itself is dead, the chips are read one by one and the controller's scrambling and error correction are undone in software.

Loader in RAM, never on the flashMapping tables put back together
04

A full image, then the volume

Nothing is worked on live. The whole drive is imaged once, weak pages retried in their own passes, and the file system is put back together on the image. Encrypted volumes are unlocked there too, with the key you supply, and never on the original.

One careful imageThe volume verified end to end
05

You see the file list before you pay

What was recovered is listed for you first, and only then does a bill exist. Approve the list and it is invoiced; turn it down and it is not — and where nothing has come back, most jobs carry no charge at all. Recovered data travels home on fresh media bought in for your job, with the postage at our end. Your case is not closed until you have opened the files on a machine of your own.

No charge until you accept the figureFresh media, supplied with the job3–5 days at the bench

From the bench

  • In-house controllers encrypt in hardware, whether or not you ever set a password. The flash read on its own is ciphertext, so recovery runs through the original controller, which usually can be revived.
  • There is no third-party routine to borrow. The maker's own diagnostic state is the way in, and the bench knows it family by family.
  • Do not run the maker's tool on a drive already misbehaving. Its firmware update and its optimisation both write to the drive.

What helps, and what harms.

Do this much first

  • Power it off and leave it off
  • Note the firmware version if the maker's tool still shows it
  • Tell us whether BitLocker or FileVault was on
  • Send the bare drive

What sets us back

  • Running Secure Erase, optimisation or a firmware update
  • Letting Windows initialise it
  • Putting it in a USB enclosure to test
  • Sending it to a shop for a controller swap — it does not work that way

Questions answered before you commit.

Can you recover a single SSD from our Pure or NetApp array?

A single member of an array holds fragments. The array is recovered as a set: every member imaged, labelled by slot, and the set reassembled from the images with the array's own metadata. Talk to us before anything is rebuilt.

Which controller does a Enterprise and OEM storage SSD use?

More than one, depending on the model and the year. The free look identifies the controller family before anything is attempted, and that decides the route in: a Phison drive, a Silicon Motion drive and an in-house design are each recovered differently.

What does it cost?

£300 + VAT for one drive after the free look, fixed in writing before any chargeable work. On most jobs no data means no bill.

How long does it take?

3–5 days at the bench after the free look. Priority handling is quoted separately when you ask for it.

Nothing gets worse while the power is off.

Looking at it is free. Back comes a list of what opened and what did not, together with a single price to finish, set down in writing while you are still free to say no. On most jobs an invoice only follows the data. Until that list reaches you, leave the drive switched off.

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