A Surface Pro that boots and loads but can no longer be controlled has an input fault, not a data fault — the touchpad, mouse, and touchscreen are how it is operated, not where anything is stored, so their failing leaves the machine running and the data intact. That it still boots shows the storage is sound; the question that decides everything else is how that storage can be reached. His Surface “stopped connecting to the touch pad or a wireless mouse”, the touchscreen is dead, but it “does boot up and load i just can't control it”. The drive is “soldered into the motherboard”. An input fault doesn't touch the data — but flash soldered to a motherboard is a stated limit of our bench, so the honest answer turns on whether his model's storage is a removable module. The free diagnostic settles it before anything is committed.
| Media | A Surface Pro that boots but can't be controlled, its input having failed — with storage soldered to the board. |
| Reported situation | Microsoft Surface Pro · touchpad, wireless mouse, and touchscreen not working · still boots and loads · can't be controlled · storage soldered to the motherboard · recovery sought. |
| Fault class | An input fault, not a data fault — the means of control failed, the machine still running and the storage sound; the data intact where it sits, the practical question being whether the storage is a removable module that reads on the bench, or flash soldered to the motherboard, which we don't work on and say so at no cost. |
| Equipment used | The exact model identified and its storage layout confirmed at the free diagnostic · where the machine carries a removable module, the module lifted out and read behind a hardware write-blocker, imaged, the filesystem parsed in R-Studio and the data validated onto fresh media · where the flash is genuinely soldered to the motherboard, the limit stated plainly and the job declined without charge — board-level chip work on phones, tablets and soldered machines isn't a service we sell. |
An input fault is not a data fault. That the touchpad, mouse, and touchscreen have stopped working, while the machine still boots and loads, points at an input fault, not a data one — those are the ways the Surface is controlled, not where anything is kept, so when they fail the machine still runs and its storage is unaffected, only the means of operating it is gone. So the fault is in the input, not the data: he cannot control the Surface, which is why it seems unusable, rather than the files being lost. His data is intact on the storage, behind the failed input. An input fault is not a data fault.
Still booting shows the storage is sound. That the Surface still boots up and loads, as he has seen, shows the storage is sound — a machine that boots is reading its storage to do so, so the memory and the files on it are intact, and only the way of controlling the machine has failed. So his own observation settles it: the storage works and the data is there; what remains is the honest question of how — and whether — a drive-recovery bench can reach it. Still booting shows the storage is sound.
Soldered storage is a stated limit, not a grey area. Our bench works on storage that can be removed and read on its own — drives, blades and M.2 modules, cards, sticks. Flash soldered to a motherboard, and phones and tablets of any kind, we don't take on, and we would rather say that in plain terms than take a fee against it. The wrinkle in his favour is that “soldered” isn't true of every Surface: a number of models carry a small removable module rather than board-mounted flash, and what he was told may describe the family rather than his machine. The free diagnostic identifies the exact model and settles which storage it actually carries before anything is committed.
The honest prognosis follows the storage layout. If his model's storage is a removable module, it lifts out and reads directly — with the machine still booting, the data on it is sound, and the recovery is straightforward, usually in full, the input fault beside the point. If the flash is genuinely soldered to the motherboard, the honest answer is that this bench doesn't do that work, no fee is taken for saying so, and the machine goes back to him intact for a board-level specialist. Either way he gets a straight written answer, not a hopeful invoice.
The enquiry was assessed the way every machine job is: the exact model identified first, because on a Surface the storage layout decides the route. A removable module is lifted out and read behind a hardware write-blocker, imaged, the filesystem parsed in R-Studio and the files validated onto fresh media — the failed touchpad and touchscreen never entering into it. Storage confirmed as soldered to the motherboard is declared outside our service at the diagnostic, with no fee taken and an honest referral to a board-level specialist made instead.
The input fault set aside, the data on a still-booting Surface is sound — and the honest work is establishing whether its storage lifts out to be read, or is soldered beyond what this bench takes on. The diagnostic stage is free and reports back within two working days of the media arriving; after it you hold one written quote, fixed with VAT included — and if the files don't come back, you don't pay. The decode: an input fault doesn't touch the data — the honest route turns on whether the storage can be removed and read. Settled at diagnosis, with a straight answer either way.
An input fault is not a data fault — the touchpad, mouse, and touchscreen are how a machine is controlled, not where anything is kept, so when they fail the machine still runs and its storage is unaffected. Still booting shows the storage is sound: a machine that boots is reading its storage to do so. What happens next depends on the storage itself. A removable drive or module is lifted out and read directly — ordinary bench work. Flash soldered to a motherboard, and phones and tablets of any kind, sit outside what we recover, and a lab should tell you that for nothing rather than charge to find out. Ask the plain question first: can the storage be removed? For a Surface, the free diagnostic answers it by identifying the exact model.
Our case files are written up from genuine enquiries our lab has handled for customers across Swindon and Wiltshire, anonymised to protect client confidentiality. Each one describes the diagnostic and recovery approach our engineers apply to that fault, using the equipment listed.
A Physically Broken Stick Usually Has Sound Memory — Read at Chip Level, So a Local Attempt Isn't the Last Word
A Stick a Computer Won't Recognise Usually Has a Failed Controller — the Memory Is Read at Chip Level
Little Detail Isn't a Barrier — the Drive Is Read and the Fault Determined at Assessment
Free diagnostic, fixed quote, no fix no fee — start now or call the freephone.