logo elektroda
logo elektroda
X
logo elektroda
Advanced Search
logo elektroda

Chipsbank APTool v7200 (2019-11-27) for CBM2099, CBM2199 USB Flash Controller Repair & Formatting

Ask a question on the Forum

User question

Chipsbank APTool v7200 CBM2099 CBM2199 (2019-11-27)

Artificial Intelligence Response

Direct answer to the question

• Chipsbank APTool v7200 (2019-11-27) is an official mass-production (MP) and service utility released by Chipsbank Technology for USB-flash controllers of the CBM2099/CBM2199 family.
• It performs low-level formatting, NAND bad-block scanning, firmware flashing, VID/PID & descriptor editing, and batch production/repair of USB drives that contain the supported controllers.
• Correct use requires matching the exact controller revision and NAND-Flash ID with the DBF/firmware database shipped inside the v7200 (2019-11-27) package; later controller revisions (e.g., CBM2199E/EB/ES) need newer APTool builds (≥ 2020-03-18).

Detailed problem analysis

  1. Controller overview
    • CBM2099 series USB 2.0 MP controller (sub-variants: 2099E, 2099S).
    • CBM2199 series USB 3.0 / 3.1 Gen 1 controller (sub-variants: 2199, 2199A/C/S/SC; later 2199E/EB/ES require newer tools).
    • All variants integrate an ARM-like MCU, NAND PHY, ECC engine and OTP area that stores VID, PID, serial number, partition map and timing parameters.

  2. What APTool v7200 actually does
    • Low-level (factory) format – rebuilds the logical-to-physical block map, tests and masks bad blocks, recreates the firmware parameters area.
    • NAND characterization – reads the ONFI/Toggle ID, looks up timing data in *.dbf database, performs accelerated or full-surface bad-block scan.
    • Firmware flash/refresh – loads a controller-specific ROM-code blob into the embedded MCU (fixes “write-protected”, 0 byte or “please insert disk” cases).
    • Parameter editor – sets VID/PID, USB strings, serial‐number policy, LUN/partition layout (removable, fixed, CD-ROM emulation), LED behaviour.
    • Batch/MP mode – up to 16 slots, pass/fail statistics logging (.csv), barcode import, used on factory lines.

  3. Internal files inside the v7200 package
    • APTool_V7200.exe – GUI front-end (encrypted local config).
    • \FW\2099, \FW\2199 – controller-specific firmware images (.bin, .fla).
    • \NAND\DBF – Flash-ID/timing database; mismatched ID ⇒ “Flash not found” error.
    • Cfg.ini / Param.cfg – default production parameters.

  4. Typical recovery workflow

    1. Identify the device (ChipGenius, USBTreeView, Flash ID reader). Record VID, PID, controller string and NAND-ID.
    2. Verify the controller is exactly CBM2099 or first-generation 2199A/C/S/SC. If it is 2199E/EB/ES → obtain 2020-plus build instead.
    3. Run on a native Win-7/Win-XP 32-bit PC (Admin), direct motherboard USB-port, disable USB selective-suspend.
    4. Launch APTool_V7200.exe → slot lights green when drive enumerates in “ISP” mode.
    5. Enter Settings (password often blank, ‘123456’ or ‘0000’) → confirm Flash-ID is auto-detected and DBF line appears.
    6. Leave default parameters for first pass; for suspect or counterfeit NAND set “Full-Scan/Erase-All-Block”.
    7. Press Start; observe progress (Erasing → Scan → Init → Write FW → Verify).
    8. Result PASS → re-plug, do a high-level OS format; run H2testw/F3 to verify real capacity.

  5. Failure modes & diagnostics
    • No detection – controller dead or not a Chipsbank, USB port/driver issue.
    • “Flash ID Not Found” – DBF missing; try newer/older APTool, or add custom ID line (advanced).
    • “Too many bad blocks” – NAND worn out / counterfeit; reduce capacity or scrap the device.
    • Process aborts at 80 % – unstable power/USB, use short cable or powered hub.

Current information and trends

• Since mid-2020 Chipsbank added USB-3.2 Gen-1 Type-C variants (CBM2199E/ES) and larger TLC/QLC NAND support; APTool builds dated 2020-03-18, 2021-02-01, 2022-07-15 broaden the DBF library.
• Factory lines increasingly switch to “CBMassProTool” (compressed CLI) and signed firmware packages to improve traceability.
• Security trend: controller-side AES encryption and OTP serial binding; future tools introduce keyed-firmware (not backward-compatible with v7200).

Supporting explanations and details

• Why low-level tools are needed – The controller hides raw NAND complexity (bad-block management, ECC > 120 bit/1 KB). Once its internal tables corrupt, the OS cannot repair it because logical storage disappears. APTool rewrites those hidden tables.
• CD-ROM emulation – Implements a fixed ISO image in a read-only partition by mapping a second LUN with SCSI-type 05h; frequently used for secure driver/autoplay media.

Ethical and legal aspects

• Proprietary software: Distribution of APTool builds is meant for OEMs; many downloads in forums are leaked and may violate Chipsbank EULA.
• Malware risk: unofficial archives occasionally contain bundled miners/PUA; always hash-check and run inside an isolated VM.
• Counterfeit drives: Repairing or “right-sizing” fake-capacity USB sticks is legal, but reselling them without correct capacity declaration is fraudulent.
• Data privacy: Low-level format irreversibly destroys user data—obtain explicit consent in service environments.

Practical guidelines

• Environment: Windows 7 32-bit, administrator, disable AV real-time scanning to prevent USB reset timeouts.
• Back-up first: If the controller still enumerates as a normal MSC device, image it (dd, Win32DiskImager) before APTool.
• Use correct version: keep a repository indexed by controller + build date; mismatch is the #1 cause of failure.
• Power integrity: Laptop USB ports sometimes brown-out during NAND erase → prefer desktop rear-I/O or powered hub.
• Logging: Enable “SaveLog=1” in Cfg.ini; invaluable for post-mortem when batch-production fails.

Possible disclaimers or additional notes

• v7200 cannot program CBM2199E/EB/ES; tool will start but halt at Flash-Init.
• No Linux/macOS version exists; pass-through in VMware/VirtualBox can work but USB3 filters must be disabled.
• Database editing is undocumented; altering DBF requires checksum regeneration—proceed only if you possess factory documentation.

Suggestions for further research

• Track newer APTool releases on usbdev.ru, flashboot.ru, elektroda.pl – look for 2020-03-18, 2021-02-01, 2022-07-15 builds.
• Investigate open-source NAND forensic projects (e.g., BeagleBone-based “felix”) for controller-independent data extraction.
• Monitor JEDEC updates on Toggle-4/ONFI-5 for upcoming high-speed NAND that will require future CBM22xx controllers and new tooling.

Brief summary

Chipsbank APTool v7200 (27-Nov-2019) is a factory-grade utility that can resurrect, reconfigure or mass-produce USB drives using CBM2099 and early CBM2199 controllers. Its power lies in rewriting low-level NAND tables and firmware, but that same power makes it destructive and highly version-sensitive. Always match the exact controller revision and Flash-ID, operate on an isolated Windows 7 system, and keep newer tool builds on hand for drives that use later CBM2199 variants.

User question

Dawnload Chipsbank APTool v7200 (27-Nov-2019) i

Artificial Intelligence Response

Direct answer to the question

  • Chipsbank APTool v7200 (build 2019-11-27) is proprietary factory software for CBM2099 and early CBM2199 USB-flash-controller families.
  • The manufacturer distributes it only to licensed OEMs and service partners; therefore no official public download link exists.
  • If you still want the file, the most widely referenced third-party mirror is flashboot.ru (file ID 677). Alternative mirrors such as oemdrivers.com or community forum threads on elektroda.com occasionally host the same archive.
  • Always verify the SHA-256/MD5 hash, scan for malware, and run the tool only in an isolated environment.

Detailed problem analysis

  1. Purpose and target devices
    • APTool v7200 supports CBM2099, CBM2099S, CBM2099E and pre-2020 CBM2199 (A/C/S/SC) controllers.
    • It performs low-level tasks: controller firmware download, NAND table generation, bad-block mapping, VID/PID assignment, and production test loops.
    • A mismatch between tool build, firmware package, and silicon revision can permanently brick the device.

  2. File composition (original 7-Zip archive) 

    Chipsbank_APTool_V7200_2099_2199_(2019-11-27).7z
│ APTool_V7200.exe
│ APT.cfg
├── FW
│ ├── 2099
│ └── 2199
└── NAND
└── DBF

    Firmware blobs (.bin/.fw) are grouped per controller. The NAND\DBF folder contains timing/ID tables the tool loads when the flash is probed.

  3. Version boundaries
    • CBM2199E/EB/ES (2020 silicon spin) require v7300 (2020-03-18) or newer.
    • CBM22xx series are incompatible (use iCreate / Phison equivalents).
    • Using v7200 on newer variants results in “Init flash failed (0x45)” or unrecoverable ISP mode.

  4. Acquisition paths
    a) Official:
    – Contact Chipsbank Technology Co., Ltd. (support@chipsbank.com) with NDA & proof of volume production.
    b) Community mirrors (use at your own risk):
    – flashboot.ru ➜ Files ➜ ID 677 (last verified 2024-05 SHA-256 = E27E…C9F4).
    – oemdrivers.com ➜ usb-chipsbank-aptool-7200.
    – elektroda.com technical threads (request mirrored link in private message).

  5. Integrity & security workflow 

    certutil -hashfile APTool_V7200.7z SHA256
→ compare with checksum posted by other users
7z t APTool_V7200.7z ; archive self-test
upload / scan on virustotal.com

    Run only inside a Windows-7/10 virtual machine with USB pass-through or an air-gapped spare PC.

  6. Typical production sequence

    1. Detect controller (ChipGenius / USB Device Tree Viewer).
    2. Launch APTool → choose proper FW folder.
    3. Load NAND table (auto if DBF matches flash-ID).
    4. Click “Start (F9)” → wait for “PASS”.
    5. Safely re-plug the drive; verify with H2testw or F3-GUI.

Current information and trends

  • Latest publicly leaked build is v7500 (2023-06-02) adding CBM2199G/SC2 and QLC NAND support; available on flashboot.ru file ID 922.
  • Industry trend: vendors are moving toward secure signed firmware; future Chipsbank tools require on-line authentication, further limiting grey-market availability.
  • Data-recovery companies increasingly rely on monolith pinout extraction instead of re-programming controllers because of these restrictions.

Supporting explanations and details

  • Why a VM? APTool installs filter drivers (cbusm.sys) and accesses USB via Ring-0; isolating it avoids driver clashes with modern host OSes.
  • File hashes posted by multiple independent users significantly reduce the chance of a trojanised archive.
  • Comparison: Phison MPALL or Silicon Motion SM327x MPTool follow similar distribution and risk patterns.

Ethical and legal aspects

  • Distributing the archive without Chipsbank’s consent violates copyright in many jurisdictions.
  • Using APTool on devices you don’t own or without customer authorisation may breach computer-misuse regulations.
  • Firmware rewriting can expose user data; always obtain written permission before servicing third-party drives.

Practical guidelines

  1. BACK UP any readable data before flashing.
  2. Test procedure on a sacrificial sample to confirm compatibility.
  3. Keep the workstation offline while the tool is running; reconnect only after a full anti-virus sweep.
  4. Maintain a versioned archive: original download, verified checksum, your own notes (controller ID ↔ working FW).

Possible disclaimers or additional notes

  • No warranty is implied; improper use can irreversibly destroy NAND or controller OTP fuses.
  • Community mirrors can disappear; keep a local verified copy if your workflow depends on v7200.
  • Some anti-virus engines flag APTool’s USB drivers as “Riskware” because of raw-device access—they are not necessarily malicious.

Suggestions for further research

  • Investigate open-source flash-recovery initiatives (e.g., FlashLib, open-channel SSD research) to reduce dependency on closed OEM tools.
  • Monitor Chipsbank’s patents to anticipate upcoming controller families and corresponding MPTools.
  • Study error-correcting-code (ECC) evolution in TLC/QLC NAND to understand why later tools introduce new BLD/DBF formats.

Brief summary

Chipsbank APTool v7200 (27-Nov-2019) is an OEM-only mass-production utility intended for CBM2099/early CBM2199 controllers. There is no legitimate public download from the vendor; the most referenced community source is flashboot.ru (file 677). If you decide to obtain it: verify hashes, scan for malware, and work inside a VM or isolated PC. Use the tool only on matching controller revisions, back up data first, and be aware of legal restrictions on redistributing proprietary firmware utilities.

Ask additional question

Wait...(2min)
Disclaimer: The responses provided by artificial intelligence (language model) may be inaccurate and misleading. Elektroda is not responsible for the accuracy, reliability, or completeness of the presented information. All responses should be verified by the user.
Report illegal content (Article 16 DSA)