Her phone took two cards down with it. She has "2 micro sd cards that my phone has "broken"" — a SanDisk 128GB and an Integral 64GB — and "Both are no longer recognised in any device." Free online tools and apps found nothing — "nothing can find any files on them" — and she has precious photos on them. Two cards failing together points at what the phone did to them, and cards unrecognised everywhere need chip-level methods, not apps — consumer software cannot see cards that do not present themselves, but the photos are very likely intact in memory the right equipment can still reach.
| Media | Two microSD cards — a SanDisk 128GB and an Integral 64GB — both unrecognised in every device after a phone fault; precious photos the target, consumer tools finding nothing. |
| Reported situation | Two microSD cards used in a phone that "broke" them · both no longer recognised in any device · free online recovery sites and apps finding no files · precious photographs at stake on both cards. |
| Fault class | Controller or connection faults on two flash cards — the cards not presenting to any device, requiring laboratory-level or chip-level access rather than software, with the photo memory expected intact behind the faults. |
| Equipment used | Each card inspected under stereo microscope for contact and physical damage from the phone · addressed on PC-3000 Flash where the controller part-responds, to reach the memory behind it · chip-off reading of the NAND where a controller is dead, the raw dump reconstructed in specialist flash software for each card's layout · both cards' recovered photographs validated by rendering, the results combined. |
Two cards failing together suggests the phone is the common cause. It is unlikely that two separate cards failed independently at the same time — far more likely the phone did something to both, whether a fault that corrupted their controllers, a power problem, or physical stress on the card slots. That shared cause does not mean the photos are lost; it means both cards carry a similar fault brought on by the phone, and both are approached the same way.
Unrecognised in every device is a fault below what software can reach. Cards not recognised in any device are not presenting themselves at all — and recovery software needs a card to present before it can scan. That is why the free tools and apps found nothing: there was nothing for them to talk to, because the fault is at the controller or connection level, beneath where any app operates. Their failure reflects the level of the fault, not the absence of photos.
The photos are very likely intact in the memory behind the fault. A controller or connection fault stops a card presenting, but it does not erase the memory chip where the photos live. The images sit in NAND that the faulty controller can no longer expose — and reaching them means restoring controller access on professional equipment, or reading the memory directly. The fault is about access, not existence, which is what keeps recovery realistic.
The route runs from gentle to invasive, per card. Each card is first inspected for physical or contact damage from the phone, then addressed through its controller on professional flash equipment where the controller part-responds — the less invasive route that reaches the memory behind the fault. Only where a card's controller is genuinely dead does chip-off follow: removing the memory chip to read it directly. The two cards may need different approaches depending on how each failed.
Chip-off, where needed, yields raw data that must be reconstructed. Reading a removed NAND chip produces a scrambled dump reflecting the controller's private data arrangement, which specialist software reverses to reassemble the photos. It is established work for microSD when the controller cannot be revived, but it is more than reading files off a chip — the layout has to be decoded for each card individually.
The honest prognosis is cautiously good, stated per card. Cards with controller faults and intact memory typically return their photos, whether through controller access or chip-off; the genuine unknown is whether the phone's fault physically damaged either card's memory, which is established from the read. Both cards are worked, the recoverable photos from each confirmed at assessment before any charge — and combined, the chance of recovering the precious images from at least one, and likely both, is real.
Each card was inspected under stereo microscope for contact and physical damage from the phone, then addressed on PC-3000 Flash where the controller part-responded, to reach the memory behind it. Where a controller was dead, the NAND was read by chip-off, the raw dump reconstructed in specialist flash software for each card's layout. Both cards' recovered photographs were validated by rendering and the results combined.
Both cards assessed and worked to their memory, through controller access or chip-off as each required, and the photos reconstructed and validated. The diagnostic costs nothing and completes within two working days of arrival, and the quote is one fixed written figure with VAT already in it; if the data can't be brought back, no charge is made. The decode: two cards failing together is the phone's doing, and cards unrecognised everywhere are beyond what apps can reach — but your photos are very likely intact in memory the right equipment can still read. Worked properly, both cards have a real chance.
Stop trying free apps and recovery sites — cards unrecognised in every device aren't presenting themselves, so software has nothing to scan, and repeated attempts risk further damage. Don't keep reinserting them into the phone that broke them. Cards unrecognised everywhere have a controller or connection fault with the photos intact behind it, needing laboratory or chip-level methods, not software. Set both cards aside safely and have them assessed, since two failing together points at the phone rather than the cards.
Our case files are written up from genuine enquiries our lab has handled for customers across Swansea and South Wales, anonymised to protect client confidentiality. Each one describes the diagnostic and recovery approach our engineers apply to that fault, using the equipment listed.
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