Toshiba is, alongside Western Digital and Seagate, one of the three remaining hard-drive manufacturers, and we recover data from Toshiba drives practically every day. We work with every internal line—P300, X300, N300, S300 and the enterprise MG series—with 2.5" laptop drives MQ01, MQ04 and L200 (Toshiba is among the most common OEM drives in laptops), and with external Canvio Basics, Advance, Flex, Ready, Gaming and Slim drives. Toshiba drives are also found inside other brands' external drives (for example ADATA). We also see older drives from the original Fujitsu production. Diagnostics are free and data recovery starts at CZK 1,500.

On this page

• When Toshiba drives come to us
• Lines and models we work with
• What to do when a Toshiba drive fails
• Toshiba data recovery specifics
• Approximate recovery cost
• Frequently asked questions

When do Toshiba drives come to us?

Toshiba shows up in the lab in two main forms. The first is 2.5" laptop drives—Toshiba has long been one of the largest suppliers of drives to laptop manufacturers, so a large share of the internal drives in laptops from the past ten to fifteen years is theirs. The second is external portable Canvio drives, which have the very same 2.5" drive inside. The same 2.5" Toshiba drives also turn up inside the external drives of other brands that do not make drives themselves (for example ADATA). Alongside these, we handle desktop 3.5" drives (P300, X300), N300 NAS drives, S300 surveillance drives, and enterprise MG-series storage from servers and disk arrays.

Typical situations in which Toshiba drives arrive at the lab:

Mechanical damage and hardware faults

• A drive after a drop or impact—by far most often a 2.5" drive from a dropped laptop, or an external drive. After a drop it is important not to connect or power the drive; every additional attempt to spin it up can turn a recoverable situation into an unrecoverable one.
• Knocking, clicking, repeated spin-up attempts—the classic symptom of damaged read heads, and possibly of the platters. On 2.5" laptop drives this state is especially common, because they are exposed to shocks and drops far more than stationary desktop drives.
• The drive does not spin, is silent, or makes a faint clicking or ticking—this can be stuck read heads (stiction) or a motor / fluid dynamic bearing (FDB) failure. Stiction occurs on both 2.5" and 3.5" drives; both present the same way externally, and only diagnostics can tell them apart reliably.
• PCB damage after a power surge—burned components, a faulty USB connector on external drives, a scorched protection diode after a lightning strike or the wrong adapter (typically swapping a 12 V adapter for a 19 V laptop adapter on 3.5" external drives).

Firmware and service data

• The drive does not appear in the BIOS but spins—various forms of service-area corruption. Without specialized equipment the exact cause cannot be told apart from mechanical failure, because externally the two can look the same.
• The drive reports zero capacity or the wrong model—typically a translator failure (the mapping between logical and physical sectors), corruption of the drive ID, or of the system modules in the service area.
• The drive is visible to the computer but returns zeros or unreadable sectors—on models with SMR recording (the laptop MQ04 and L200, the 3.5" P300 in its 4 TB and 6 TB variants, and the DT02-V surveillance drives) this is most often damage to the internal mapping. The data physically remains on the platters, and on Toshiba drives we can reach it outside the standard path—more in the technical section below.
• The drive slows down, returns read errors, and the SMART attributes for reallocated and pending sectors grow—if these values are rising, it is an indicator that the drive is starting to fail and it is time to back up your data while you still can.
• Very slow responses on aging drives—the drive reacts extremely slowly, read speed drops to kilobytes per second, the system freezes. Often a combination of degrading heads and incipient service-data instability.

Logical faults

• Accidentally deleted files—if you stopped writing to the drive after the deletion, the files can usually be reconstructed. With every further write the chances drop, because the free space where the data still lay is gradually overwritten. If the drive held valuable data, stop using it and contact us.
• A reformatted drive—a quick format only overwrites the file-system tables and the data is mostly still on the platters. A full format writes zeros to the drive and recovery is significantly harder. On Toshiba drives with SMR (the laptop MQ04 and L200, the 3.5" P300 4 TB and 6 TB), even a quick format can trigger internal operations that further degrade the mapping—so it is important not to connect such a drive again after an accidental format, and to contact us as soon as possible.
• A lost or damaged partition—the drive shows up as unallocated or RAW. This is usually solvable by rebuilding the GPT or MBR and searching by file-system signatures.
• A corrupted file system (NTFS, exFAT, HFS+, APFS, EXT4)—typically after an external drive was disconnected incorrectly, a write was interrupted by a power loss, or someone edited the structures by hand. Recovery proceeds by bypassing the damaged structure and reading the raw sectors directly.
• Partially overwritten data—some file types (photos, videos) can be salvaged even in a partially damaged state. Others (executables, databases, encrypted archives) typically cannot—though even there we can often reconstruct a substantial part of the content.
• Ransomware or malware—if the data was encrypted by ransomware, the chance of recovery depends on the specific variant of the attack. In some cases the original unencrypted files are still available in the drive's free space, where they were moved before being encrypted.

External drives—Canvio and drives in other brands' enclosures

• External-drive faults are essentially the same across brands—what matters is what is inside the enclosure. The drive stops being recognized after a drop or surge: sometimes only the enclosure electronics or the USB connector are faulty and the drive inside is fine; other times the problem is on the drive's own electronics, or even inside the drive (for example, stuck read heads). Externally it looks the same, and what exactly failed is shown only by diagnostics.
• Toshiba drives are not only in Canvio—many brands that do not make drives themselves fit a drive from one of the three remaining makers into their external enclosures. We therefore see Toshiba 2.5" drives inside external drives from ADATA and other brands (Verbatim, Intenso, Silicon Power and the like). What is in a given enclosure varies by model and production batch—we determine it only after opening it. On these drives (Canvio and most other-brand enclosures), the USB bridge also does not encrypt the data in hardware by default, so an enclosure failure usually avoids the complication of unlocking encryption (see the technical section).
• A 12 V power adapter has stopped working (on older 3.5" desktop models such as Canvio Desk)—on its own this does not mean a drive problem, but it presents much like a PCB failure. In the lab we tell the two apart unambiguously.

NAS, surveillance and enterprise Toshiba drives

• N300 in a NAS—N300 drives are widely used in Synology, QNAP and other NAS devices. When one of the drives in a RAID array fails, or the NAS file system is damaged, recovery proceeds by removing the drives and rebuilding the array outside the NAS hardware.
• Enterprise MG in servers and disk arrays—the MG-series drives (MG09, MG10, MG11) are used in servers and capacity storage, often in RAID 5 or RAID 6 configurations. We handle individual failed drives as well as full-array rebuilds.
• S300 in camera systems—S300 surveillance drives in DVR and NVR recorders. Recovery depends on the recorder's file system, which is often proprietary.

→ More on this: Data recovery from NAS and data recovery from RAID arrays.

Toshiba lines and models we work with

Toshiba today offers a fairly clear portfolio—from consumer desktop and laptop drives, through NAS-tier and surveillance lines, to the enterprise MG series on the FC-MAMR platform. Most of the patients in our lab come from the laptop and external segment (2.5" drives and Canvio), but we routinely handle desktop, NAS and enterprise drives as well.

Internal 3.5" drives—P300, X300, N300, S300, MG

• P300—the consumer desktop line. Note an important difference by capacity: the 1 TB, 2 TB and 3 TB variants (on the DT01 platform, 7200 RPM) use conventional CMR recording, while the 4 TB and 6 TB variants (on the DT02 platform, 5400 RPM) use device-managed SMR. Toshiba officially disclosed this difference in 2020 after public pressure. For data recovery this means that the 4 TB and 6 TB models call for the same caution as other SMR drives.
• X300 and X300 Pro—the high-performance desktop line, 7200 RPM, conventional CMR recording, capacities up to roughly 20 TB (X300 Pro up to 22 TB). The higher capacities use a multi-platter helium-filled design with FC-MAMR technology (nine platters in the 18 TB class, ten in higher capacities)—as on the enterprise MG line.
• N300 and N300 Pro—NAS-tier drives for continuous operation in multi-drive configurations. Conventional CMR recording—Toshiba does not use SMR on the N300 and explicitly contrasts this with competitors that have put SMR into some of their NAS drives. The higher capacities are helium-filled.
• S300 / S300 Pro—surveillance drives optimized for 24/7 video recording from multiple cameras. The lower capacities of some surveillance variants (on the DT02-V platform) use SMR, while the higher capacities use conventional recording—the specific drive type is something we verify in the lab.
• MG (enterprise)—capacity drives for data centers and servers. The current generations—MG09 (up to 18 TB), MG10 (up to 20 TB) and MG11 (14–24 TB)—use conventional CMR recording with FC-MAMR technology (Flux Control Microwave Assisted Magnetic Recording); capacities from 12 TB up are helium-filled in a laser-welded enclosure. They are available in both SATA and SAS variants, with optional self-encryption (SED) and a Sanitize Instant Erase function. We also see the older enterprise MG07 and MG08 lines.

3× photo: internal 3.5" Toshiba P300 + N300 + MG enterprise drives

Laptop 2.5" drives—MQ01, MQ04, L200

Laptop 2.5" drives are the most common group of Toshiba patients in our lab. Toshiba has long been one of the largest suppliers of 2.5" drives to laptop makers, so a large share of the drives in laptops from Dell, HP, Lenovo, ASUS, Acer and others is in fact made by Toshiba. The same drives are used inside external portable Canvio drives.

• MQ04ABF / MQ04ABD—the current generation, 5400 RPM, 128 MB cache, SATA 6 Gbit/s. Capacities of 1 TB (7 mm) and 2 TB (9.5 mm). The entire MQ04 line uses device-managed SMR. It is among the most common patients of all 2.5" drives, because it is mass-produced and used both in laptops and inside external Canvio drives.
• L200—the marketing name of a laptop line. The current L200 (1 TB and 2 TB) is built on the MQ04 platform and uses SMR; the older L200 from 2015–2017 was based on the MQ01 generation and used conventional CMR recording. We encounter both in the lab.
• MQ01ABD—the older generation (2012–2016), 5400 RPM, 8 MB cache, SATA 3 Gbit/s, capacities up to 1 TB. Conventional CMR recording. Unlike the current SMR models, recovery on these is usually more straightforward, because they have no internal SMR mapping layer.
• The older MK series and drives from the Fujitsu era—Toshiba’s own older 2.5" MK line (for example MK2565GSX, MK5076GSX) and drives from the Fujitsu→Toshiba transition: the last all-Fujitsu mobile series (MHW, MHY, MHZ) and the transitional MJA2-BH series (sold under both the Fujitsu and Toshiba brands). We still occasionally see them as patients from laptops of the 2008–2013 period.
• Hybrid SSHD—Toshiba also offered hybrid 2.5" drives (SSHD) that add a small NAND flash cache to conventional platters. For data recovery this is a specific case, because the data is split between the two layers and the operating system sees the drive as a single device.

These drives show up in our lab both from laptops (the internal 2.5" drive was replaced by an SSD, or it failed after the laptop was dropped) and after being removed from external Canvio enclosures. The inner drive in a Canvio Basics, Advance, Slim and similar is most often one of the current MQ04 models.

2× photo: 2.5" Toshiba laptop drives (MQ04ABF / L200)

External portable Canvio drives

Canvio is the marketing name for Toshiba's external drives. The vast majority are 2.5" portable drives powered directly from the USB interface. The current and recent lines:

• Canvio Basics—the cheapest entry line, with no bundled software.
• Canvio Advance and Canvio Advance Plus—a more premium line with a glossy textured design. Optional password protection in software is available (see the technical section).
• Canvio Flex—a line formatted to work on both Windows and macOS without reformatting; it includes both a USB-C and a USB-A cable in the box.
• Canvio Ready—an entry line, the successor to the older Canvio Basic generations.
• Canvio Gaming—a line aimed at game consoles (PlayStation, Xbox).
• Canvio Slim—a thinner metal design.
• Canvio Desk—the older 3.5" desktop line with its own 12 V power supply (now legacy).

The inner drive is in the vast majority of cases one of the current 2.5" Toshiba models (see the laptop-drive section). The USB bridge in Canvio drives is a generic chip that does not encrypt the data in hardware by default. This means that if the bridge or the USB connector fails, the drive can usually be connected directly over SATA once it is removed from the enclosure—but the recovery itself then depends on the specific fault of the drive.

2× photo: external Toshiba Canvio Advance + Basics / Slim drives

History and brands under Toshiba

Toshiba has a long history in storage and several key acquisitions whose products still show up in the lab:

• The Fujitsu HDD division—acquired in 2009 (forming Toshiba Storage Device Corporation). Fujitsu was strong above all in 2.5" and enterprise drives, and this acquisition made Toshiba one of the main suppliers of 2.5" drives. As a result we still occasionally see older drives from the Fujitsu era—the last all-Fujitsu mobile series (MHW, MHY, MHZ) and the transitional MJA2-BH series—from old laptops.
• OCZ (SSD)—Toshiba acquired the assets of the SSD maker OCZ after its bankruptcy (the bankruptcy came at the end of 2013, the acquisition was completed in January 2014, forming OCZ Storage Solutions). This concerns SSDs—a different category from this pillar on hard drives—and for SSD data recovery we have a separate procedure.
• NAND flash—Toshiba is historically the inventor of NAND flash memory. That part was later spun off into a separate company (now Kioxia), but the hard drives remain within the Toshiba Electronic Devices & Storage Corporation.

What to do when a Toshiba drive fails

If your Toshiba drive shows signs of a fault, follow these principles. They determine the chance of a successful data recovery:

1. Power the drive off and disconnect it. Do not repeatedly connect it to different ports and cables in the hope that it will come up. Every further spin-up of a damaged drive can turn a recoverable situation into an unrecoverable one. On a mechanically damaged drive, each start-up widens the damage to the platters.
2. If the drive clicks, knocks or behaves erratically—do not try to start it again. Mechanical noises are a typical indicator of damaged read heads. Repeated start-ups with damaged heads usually lead to scratched platters and a lower chance of recovery. On 2.5" laptop drives the build is more delicate than on 3.5" drives.
3. If the drive appears empty or returns zeros, do not run chkdsk, fsck or recovery software. On Toshiba drives with SMR (the laptop MQ04 and L200, the 3.5" P300 4 TB and 6 TB) these tools can irreversibly overwrite the internal mapping. Data that would otherwise have been recoverable may be permanently lost after a careless intervention.
4. If the drive does not appear in the BIOS at all, do not attempt “repairs” based on YouTube guides. Intervening in the firmware or electronics requires knowledge of the specific drive generation and specialized equipment. Amateur attempts based on generic guides lead to permanent damage far more often than to a solution.
5. After a drop, flood, or water damage, never try to “take apart and dry out at home” an external drive. Amateur disassembly, without knowledge of the specific generation and without a clean environment, can cause further, now irreversible damage. A drive in that state belongs straight on the diagnostics bench.
6. If you suspect a ransomware infection, disconnect the drive as soon as possible. Some ransomware variants keep encrypting as long as the drive has access to the system. The sooner you disconnect the drive, the larger the share of the original data that can stay unencrypted.
7. Myths with no effect, or outright harmful: putting the drive in the freezer, drying it in rice, repeatedly reconnecting it in the hope that it will come up. These have no real technical basis and in some cases cause damage that would not otherwise have occurred.

→ Further information: HDD repair and data recovery

Toshiba data recovery specifics

Toshiba drives raise several specific considerations from a data-recovery standpoint. The very high share of 2.5" laptop drives means that a large share of jobs involve mechanical damage after a drop; SMR on the laptop and selected desktop models adds a layer of internal mapping that has to be respected during recovery. The following section sums up the most important points.

Firmware, service data and the translator

Toshiba drives use their own firmware architecture, in which the service data is split between the ROM on the electronics (PCB) and the service area directly on the drive's platters. The key module is the translator—the table that maps logical addresses (LBA) to physical positions on the platters. If the translator or another critical service module is damaged, the drive does spin up, but over the standard SATA interface it returns zeros or reports zero capacity—even though the data physically remains on the platters.

SMR recording on Toshiba drives

Toshiba uses device-managed SMR (Shingled Magnetic Recording) on all laptop drives of the MQ04 and L200 lines, on the 3.5" desktop P300 in its 4 TB and 6 TB variants, and on selected surveillance models. The N300 NAS drives, the high-performance X300, and the enterprise MG series, on the other hand, use conventional recording (CMR) and this issue does not concern them.

To understand why SMR Toshiba drives can return zeros or appear empty, it helps to know the principle:

• SMR recording works by overlapping the individual tracks on the platter like shingles on a roof. This achieves higher write density, but with a limitation—individual sectors cannot be rewritten without affecting the neighboring ones.
• To work with ordinary operating systems, the drive uses an internal buffer area with conventional recording (a media cache), where newly written data goes first. The drive's controller then gradually moves it, in the background, into the main SMR data space and reorganizes it into the shingled zones.
• The mapping between the buffer area and the final storage relies on structures in the drive's service area. If this mapping is damaged, the controller loses track of where the data physically lies—and externally this shows up as the drive returning zeros or unreadable sectors, even though the data itself is physically on the platters.

1× illustration: the SMR principle (shingled recording) vs. CMR—comparison diagram

→ Detail: SMR—the hidden feature of some WD, Seagate and Toshiba drives

External Canvio and encryption

From a data-recovery standpoint, external Canvio drives differ from some competing external drives in one essential way: the USB bridge in Canvio drives does not encrypt the data in hardware by default. The drive is connected to the controller in the enclosure over a standard SATA interface. This has a practical effect—if the enclosure electronics or the USB connector fail and the drive inside is fine, the drive can be connected directly over SATA once removed and the data read. That avoids the complication faced by external drives with hardware encryption tied to the enclosure electronics, where an enclosure failure means decryption is required.

Toshiba offers optional software password protection for selected Canvio lines (for example Advance) through the Toshiba Storage Security Software. It creates a secured (software-encrypted) area on the drive that is accessible only after entering a password on a computer with that software installed. This is protection at the software level, not hardware AES encryption in the bridge, and the vast majority of end users never activated it. If a customer did use it, however, and does not have the password available, data recovery from that area is correspondingly harder. We always verify the state of the specific drive during diagnostics. (These descriptions apply to common configurations—details may differ across individual generations and models.)

ROM, PCB and donor drives

Because the service data is split between the ROM on the electronics and the service area on the platters, on most modern Toshiba drives it is not possible to simply swap the electronics (PCB) for one from an identical-looking drive. To recover from a PCB failure it is usually necessary to transfer the original ROM contents from the damaged board onto the donor electronics, and to keep the model, PCB generation and firmware matched. For mechanical damage (damaged read heads, a seized assembly) we then use donor parts from an exactly matching model.

For the reasons above, we strongly advise against experimenting with a PCB swap or a ROM transfer on your own. An operation that looks trivial (swapping two identical-looking boards) can cause irreversible damage. As part of the free diagnostics we determine exactly what type of intervention the drive needs—and only then do you decide whether to proceed with recovery. We keep thousands of donor drives and components in stock, so for common models we have parts immediately available.

1× photo: PC-3000 setup with a connected Toshiba drive

Approximate cost of Toshiba data recovery

The final cost of recovering data from a Toshiba drive depends on the drive type, the nature of the fault, and the extent of the damage. For common internal and external HDDs the price is in a similar range to other brands; for drives with a damaged translator, for the SMR family with damaged mapping, for helium-filled enterprise MG drives, or for RAID-array reconstruction, the complexity may be higher. We always set the specific price only after free diagnostics—you know in advance how much the recovery will cost, and only then do you decide whether to approve it.

Current prices for the individual media types are in the pricing list, and more detailed information about the recovery process is on the individual pillar pages:

• Current data recovery pricing—indicative ranges by fault type and media.
• Data recovery from hard drives (HDD)—complete information for Toshiba internal drives and classic external HDDs.
• Data recovery from NAS—for the Toshiba N300 in Synology, QNAP and other network storage.

Diagnostics are always free and non-binding. If data recovery is not technically possible, or you decide not to approve the quote, you pay nothing for the diagnostics or the recovery—only the return shipping of the drive, if applicable.

Frequently asked questions about Toshiba data recovery

My external Toshiba Canvio is unresponsive. Can the data be recovered?

In most cases the data can be recovered, but there can be more causes than meet the eye. Sometimes only the electronics in the plastic enclosure are faulty (the USB connector, capacitors after a power surge) and the drive inside is fine. But the fault can also be on the drive's own electronics (the PCB), or even inside the drive—for example, stuck or damaged read heads. Externally it looks the same, and ordinarily not even a more experienced user or IT technician can tell the difference.

An advantage of Canvio drives is that the USB bridge does not encrypt the data in hardware by default, so if only the enclosure is faulty, the drive can usually be read directly over SATA once removed. It is better, though, not to take the drive out of the enclosure yourself—on some generations the enclosure is glued, and careless disassembly can damage both the connector and the drive inside. Bring or send the drive in for free diagnostics.

My Toshiba drive clicks, knocks or won't spin up. What should I do?

Power the drive off and do not turn it on again. Knocking or clicking is a typical symptom of damaged read heads, often after a drop or impact. Every further attempt to start it with damaged heads usually leads to scratched platters and lowers the chance of a successful recovery. On 2.5" laptop drives—and Toshiba makes a great many of them—the situation is all the more delicate, because the build has a lower tolerance.

With symptoms like these (clicking, knocking, the drive failing to spin up), send or bring the drive in for free diagnostics at our EXALAB lab. Recovering data from mechanically damaged drives is one of the things we handle routinely.

My Toshiba drive appears empty or writes extremely slowly. What does that mean?

If the drive appears empty (the files are gone but the capacity is correct) or returns zeros, it may be damage to the internal mapping on an SMR drive (the laptop MQ04 and L200, the 3.5" P300 4 TB and 6 TB). The drive is physically functional, but it has lost track of where the data lies on the platters. Extremely slow writing, on the other hand, is often a normal effect of the technology on SMR drives under a larger volume of data, not necessarily a fault—it depends on the specific symptoms.

If the drive has started to appear empty, it is essential not to try chkdsk, format or recovery software—these tools can irreversibly worsen the state on an SMR drive. The data physically remains on the platters as long as nothing was written after the problem arose, so do not connect the drive after this symptom appears and contact us as soon as possible.

I accidentally deleted important files or formatted a Toshiba drive. What now?

Stop using the drive and do not reconnect it to the computer as storage. After deletion or a quick format the data physically remains on the drive until it is overwritten by new data. The chance of a successful recovery drops with every further write.

Be especially careful with Toshiba SMR models (the laptop MQ04 and L200, the 3.5" P300 4 TB and 6 TB): on these, even simply connecting the drive and ordinary operations can trigger internal background processes that may affect the deleted data, and a full format of such a drive significantly reduces the chance of recovery. So after a deletion or format, it is better not to connect the drive at all—disconnect it physically and arrange free diagnostics with us.

My Toshiba N300 NAS drive (or the whole array) has failed. Can the data be retrieved?

In most cases yes. N300 drives are widely used in Synology, QNAP and other NAS devices, often in RAID arrays. Recovery proceeds by removing the drives from the unit and rebuilding the array and the file system (typically Linux EXT4 or Btrfs) in the lab, outside the original device.

N300 drives use conventional recording (CMR), so the SMR-mapping issue does not concern them. If a single drive failed in a redundant array (RAID 1, 5 or 6), it is often possible to reconstruct the data from the other drives; if more drives failed or the array metadata was damaged, we reconstruct the configuration from the residual information on the drives. The same applies to enterprise MG drives in servers.

My 2.5" Toshiba laptop drive has failed. Is recovery possible?

Very often yes. Toshiba is one of the most common suppliers of 2.5" drives for laptops, so we handle a great many of them. The procedure depends on the symptom: if the drive clicks, knocks or won't spin up, it is most often mechanical damage (heads, motor) and the drive must be powered off immediately and not turned on again. If the drive is visible but slow or returns read errors, it is usually head degradation or service-data instability.

Current 2.5" Toshiba drives (the MQ04 line and the newer L200) also use SMR—if the drive has started to appear empty, do not run chkdsk or recovery software on it. In either case, bring or send the drive in for free diagnostics; based on the state we find, we will propose a procedure and a price.

Related information and case studies

For deeper context we recommend several of our pillar pages and articles:

• Data recovery from hard drives (HDD)—a complete guide to recovering data from internal and external HDDs of all brands.
• Data recovery from NAS—for the Toshiba N300 and other drives in Synology, QNAP and other network storage.
• Data recovery from RAID arrays—relevant for the Toshiba N300 and enterprise MG drives in multi-drive configurations and servers.
• HDD repair—procedures and options for repairing hard drives.
• SMR—the hidden feature of some WD, Seagate and Toshiba drives—an explanation of the shingled recording that Toshiba uses on the MQ04, L200 and P300 4/6 TB lines.
• The road to 50 TB drives—HAMR, MAMR or ePMR—context for the FC-MAMR technology that Toshiba uses on the enterprise MG line.
• SSHD drives—a hybrid of HDD and SSD—on hybrid SSHD drives with a NAND flash cache.

Need to recover data from a Toshiba drive?

Send us your drive for free diagnostics—within the Czech Republic we will arrange free pickup as well. After diagnostics you will receive a specific quote, and only then do you decide whether to proceed with recovery. You pay only for successfully recovered data.