FirstChip FC1178BC USB2DISK NAND USB Recovery: MPTool Versions, Flash ID 322CC30832EA

User question

Description: [D:]Dispositivo de almacenamiento USB(NAND USB2DISK)
Device Type: Mass Storage Device

Protocal Version: USB 2.00
Current Speed: High Speed
Max Current: 100mA

USB Device ID: VID = FFFF PID = 1201

Device Revision: 0000

Manufacturer: NAND
Product Model: USB2DISK
Product Revision: 0.00

Controller Vendor: FirstChip
Controller Part-Number: FC1178BC
Flash ID code: 322CC30832EA - 1CE/Single Channel [SLC]

Tools on web: http://dl.mydigit.net/search/?type=all&q=FC1178BC

Artificial Intelligence Response

Direct answer to the question

Yes — your USB stick is recoverable only if the NAND itself is still readable. From the information you posted, the device is a FirstChip FC1178BC-based flash drive that is no longer booting its normal firmware and is exposing the generic NAND USB2DISK / VID=FFFF PID=1201 identity. In practice, that means you need a FirstChip MPTool (mass-production tool), not a normal formatter or partition tool.

My recommendation:

• Start with an FC1178BC-specific MPTool, especially the 2018 FC1178BC branch.
• If that does not recognize the flash or crashes, then try the later FC1178/FC1179 combined MPTool builds.
• Do not assume the exact flash vendor or real capacity from the sample answers; those answers conflict with each other, so flashing based on those guesses would be unsafe.
• Expect full data loss and be prepared for the stick to come back with a smaller true capacity than what was printed on the label. USBDev currently lists FC1178BC-specific tools up to V1.0.2.10 (2018-04-13) and many combined FC1178/FC1179 releases through V1.0.5.2 (2022-06-01). FlashBoot also hosts a 2024-02-21 FirstChip tool, but that page describes it mainly for FC1179xx / FC2279xx, so I would treat that one as a fallback for your FC1178BC, not the first choice. (usbdev.ru)

Best first tools to try, in order:

1. FirstChip FC1178BC MpTools V1.0.2.10 (2018-04-13)
2. Nearby FC1178BC-specific 2018 builds, such as 2018-01-03 or 2018-03-05
3. FirstChip FC1178/FC1179 MpTools V1.0.4.2 (2020-04-08)
4. V1.0.4.5 (2020-08-25)
5. V1.0.4.7 (2021-10-24)
6. V1.0.5.2 (2022-06-01)
   These versions are explicitly listed in the USBDev archives. (usbdev.ru)

Detailed problem analysis

Your dump shows a very typical “controller alive, user firmware not healthy” condition:

• Controller: FirstChip FC1178BC
• USB identity: VID=FFFF PID=1201
• Strings: generic NAND / USB2DISK
• Topology: 1CE / Single Channel
• Flash ID: 322CC30832EA

From an engineering standpoint, the important points are:

1. The controller is being detected, so the USB PHY and at least part of the controller are still working.
2. The device is not enumerating as a normal finished product, which is why ordinary Windows formatting tools are not the correct repair path.
3. The recovery path is therefore controller-level reinitialization:
   • identify NAND,
   • load a compatible NAND algorithm,
   • scan and mark bad blocks,
   • rebuild the flash translation layer,
   • then expose the usable logical capacity again.

That is exactly what the FirstChip MPTools family is designed to do. USBDev’s FC1178BC page describes the FC1178BC MpTools as the factory recovery utility for FC1178AB / FC1178BC / FC1178E / FC1178S, and the combined FC1178/FC1179 page lists a wide range of later tool builds. (usbdev.ru)

What I would not trust from the sample answers

The supplied sample answers disagree materially on the NAND:

• one says Micron 1 Gbit / 128 MB,
• another implies SanDisk / ~64 GB.

Those cannot both be true. For that reason, I would not hard-code any vendor, geometry, ECC assumption, or final capacity from those answers alone. The safe approach is:

• let the correct MPTool read the NAND ID,
• use the matching flash database inside the tool,
• and accept whatever verified capacity the scan produces.

That is the key correction I would make versus the weaker sample answers.

Why tool version matters

FirstChip repair is often version-sensitive because each MPTool build carries:

• a different flash-ID database,
• slightly different scan logic,
• different NAND timing support,
• and sometimes different UI/runtime behavior.

That is why one build may show:

• device not detected,
• unknown flash,
• settings crash, while another build on the same hardware succeeds.

USBDev’s archive history strongly supports that approach: there is an older FC1178BC-only branch and then a larger FC1178/FC1179 branch with many releases from 2020 to 2022. (usbdev.ru)

Recommended recovery workflow

I would proceed as follows:

Phase 1 — Preparation

• Use a Windows PC.
• Plug the drive into a direct motherboard USB 2.0 port.
• Avoid hubs, front-panel extensions, and USB docks.
• Close other storage utilities.
• Run the MPTool as Administrator.

Phase 2 — Start with FC1178BC-specific software

• First try FC1178BC MpTools V1.0.2.10 (2018-04-13).
• If that build detects the device, stay with it.
• If it does not detect the device, or if the flash ID is unsupported, then move to the later FC1178/FC1179 builds.

Phase 3 — Scan strategy There is no single universal scan mode for FirstChip. Community experience on USBDev shows:

• some drives recover only after changing from Standard/Stand Scan to Factory Scan,
• while others recover with Stand Scan and fail with Factory Scan. (usbdev.ru)

So the practical order I recommend is:

1. Auto-detect first
2. Try Stand Scan
3. If it hangs, immediately fails, or leaves the device unusable, try Factory Scan
4. If available, try a Clear + Factory Scan variant only after the simpler modes fail

Do not manually force a fantasy capacity.

Capacity handling

For counterfeit or damaged sticks, the controller firmware can advertise a fake capacity that the NAND cannot actually store. After a proper MPTool rebuild, the device may come back as:

• much smaller than advertised, or
• still unusable if the flash is too damaged.

That is normal behavior for this class of repair and is one reason you should never type in a guessed size unless you are working from verified NAND geometry.

Current information and trends

As of the currently indexed repair archives:

• USBDev lists the dedicated FC1178BC MpTools page with versions from 2016 through 2018, including V1.0.2.10 (2018-04-13) and a downloadable FirstChip MpTool User Manual. (usbdev.ru)
• USBDev also lists many later FC1178/FC1179 combined releases, including:
  • V1.0.4.2 (2020-04-08)
  • V1.0.4.5 (2020-08-25)
  • V1.0.4.7 (2021-10-24)
  • V1.0.5.2 (2022-06-01) (usbdev.ru)
• FlashBoot hosts a newer FirstChip MpTools 20240221 package, but the page describes it mainly as a service tool for FC1179xx and FC2279xx families. That makes it a plausible experimental fallback, but not the most defensible first choice for a confirmed FC1178BC. (flashboot.ru)

A useful practical trend from these archives is that UI behavior is not always stable:

• USBDev notes that older versions may not work fully in English,
• one admin response explicitly says to switch to Chinese if the settings page crashes,
• and at least one later report says recovery succeeded only after changing from English UI to Chinese UI. (usbdev.ru)

That sounds trivial, but in practice it can be the difference between a working and non-working session.

Supporting explanations and details

What the MPTool is actually doing

A FirstChip MPTool is not merely formatting a partition. It is operating closer to controller provisioning:

• talks directly to the USB flash controller,
• identifies the raw NAND,
• selects a flash algorithm,
• scans for bad blocks,
• builds or rebuilds the mapping layer,
• writes controller parameters,
• then exposes a block device to the OS.

Think of it as rebuilding the controller’s NAND management metadata, not just creating a filesystem.

Why your Flash ID should be treated cautiously

Your reported ID string is 322CC30832EA. Without the matching MPTool database or a known-good flash-ID table for that exact controller generation, it is unsafe to convert that string into a confident statement like:

• “this is definitely Micron,”
• “this is definitely 128 MB,”
• “this is definitely 64 GB.”

That uncertainty is exactly why your sample answers diverged so much. The reliable method is empirical:

1. run the correct tool,
2. let it identify the chip,
3. finish a full scan,
4. validate the final capacity with a write/read test.

If the tool shows errors

Typical failure categories are:

• Device not shown in the port list

  • try another tool version,
  • try another USB 2.0 port,
  • unplug/reinsert,
  • reboot between attempts.

• Unknown flash / no flash

  • that build likely lacks support for your NAND ID,
  • move to another MPTool version.

• Settings window crash

  • switch UI language to Chinese,
  • retry with an older or newer build. (usbdev.ru)

• Scan runs but final capacity is tiny

  • that may be the real recoverable capacity,
  • or the NAND is heavily degraded.

Ethical and legal aspects

• Data recovery vs. device recovery: MPTool use is a destructive process. If the data matters, do not proceed with flashing. Seek specialist data recovery first.
• Tool provenance: These tools are circulating through repair archives and communities, not through a polished consumer support channel. From a security standpoint, treat them as untrusted binaries.
• Licensing: MPTools are factory/service utilities; redistribution may not be formally licensed for end users.
• Safety: Avoid unstable USB connections during scan/write operations. A brownout or disconnect during controller initialization can leave the device in a worse state.

My engineering recommendation is to run such tools only on:

• a non-critical Windows machine or VM-compatible spare system,
• preferably offline,
• after malware scanning the archive.

Practical guidelines

Best implementation method

1. Download an FC1178BC-specific MPTool first. (usbdev.ru)
2. If needed, fall back to later FC1178/FC1179 MPTools. (usbdev.ru)
3. Use a rear USB 2.0 port.
4. Run as Administrator.
5. If the UI misbehaves, switch to Chinese. (usbdev.ru)
6. Start with Stand Scan.
7. If unsuccessful, try Factory Scan. (usbdev.ru)
8. After a successful PASS, unplug/reinsert and format in Windows.
9. Validate with a full-capacity test such as H2testw or F3.

Best practices

• Do not edit more parameters than necessary.
• Let the tool auto-detect CE/channel if it can.
• Do not manually set a large capacity because “that is what the label says.”
• Keep notes:
  • tool version,
  • scan mode,
  • error code,
  • final capacity.

Potential challenges

• Missing support for your exact flash ID
• Tool instability on modern Windows builds
• Repaired device still reports 0 bytes after reinsertion
• Recovered capacity much lower than expected
• NAND physically too degraded to finish the scan

Possible disclaimers or additional notes

• Recovery is not guaranteed.
• Even if the controller is reinitialized successfully, the stick may remain unreliable.
• If the device was counterfeit, the “repair” may simply expose the honest smaller capacity.
• If multiple MPTool versions cannot identify the NAND consistently, the problem may be physical rather than firmware-related.

Suggestions for further research

If you want to continue methodically, the next useful items would be:

• the exact advertised capacity printed on the stick,
• a screenshot of the MPTool main window,
• the error code if scan fails,
• whether the tool shows Unknown Flash,
• whether the device disappears/reappears during scan,
• the final reported capacity if any version partially works.

With those details, the scan strategy can be narrowed much more precisely.

Brief summary

Your drive is a FirstChip FC1178BC device stuck in a low-level recovery/boot state. The correct repair path is a FirstChip MPTool, starting with the FC1178BC-specific 2018 branch, then moving to the FC1178/FC1179 combined versions if necessary. Do not rely on the conflicting sample-answer claims about flash vendor or real capacity. Use conservative settings, try Stand Scan first and Factory Scan second, and expect total data loss plus a possibly smaller final capacity. USBDev and FlashBoot currently show the relevant tool families and version history, with the strongest first-line choices for your controller still being the FC1178BC-specific tools. (usbdev.ru)

If you want, I can give you a strict step-by-step recovery sequence for:

• FC1178BC V1.0.2.10 first, and
• a fallback sequence for V1.0.5.2,
  including what to click in the tool and what settings to avoid.