Patriot Ignite 240 Gb Data Recovery
The Patriot Ignite 240GB P-1524 SSD is a high-performance storage solution, but like any electronic device, it is susceptible to firmware corruption. Zero Alpha Data Recovery specialises in recovering data from the Patriot Ignite SSDs. One of the manifestations of the issue of this drive was entering SAFE-MODE right after POWER-ON. Users may notice incomplete Passport ID and a significantly reduced capacity, often displaying values like 20MB or 2MB.
This SAFE-MODE state is a protective mechanism implemented by the SSD firmware to prevent further damage and data loss. It can be triggered by various factors, with firmware corruption being a common culprit. When in SAFE-MODE, the drive may be recognized by the system but remains inaccessible, posing a significant challenge for users seeking to retrieve their data.
How Zero Alpha Data Recovery Can Help:
Zero Alpha Data Recovery specializes in addressing complex data recovery challenges, including those associated with SSDs. The expert team at Zero Alpha employs advanced techniques and tools to recover data from Patriot Ignite 240GB P-1524 SSDs affected by the SAFE-MODE problem.
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Firmware Repair: Zero Alpha's technicians have extensive experience in dealing with firmware issues. They can repair corrupted firmware, restoring the SSD to a functional state and allowing for data access.
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Capacity Restoration: By addressing the firmware corruption, Zero Alpha can recover the original capacity of the SSD. This process involves meticulously reconstructing the data structures that define the drive's capacity.
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Data Extraction: Once the SSD is restored to a stable state, Zero Alpha employs specialized methods to extract data. This includes the recovery of files, documents, photos, and other valuable information that may have been inaccessible during the SAFE-MODE state.
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Quality Assurance: Zero Alpha Data Recovery follows strict quality assurance protocols to ensure the integrity of the recovered data. This includes thorough testing to verify the completeness and accuracy of the retrieved information.
Phison controller ps3110-s10c
Conclusion:
The SAFE-MODE problem in Patriot Ignite 240GB P-1524 SSDs due to firmware corruption can be a daunting challenge for users seeking to recover their data. Zero Alpha Data Recovery, with its expertise in SSD data recovery, offers a comprehensive solution to address this issue. By combining advanced techniques with a commitment to quality, Zero Alpha ensures that clients can regain access to their valuable data, even in the face of challenging circumstances. If you find yourself grappling with a Patriot Ignite SSD in SAFE-MODE, Zero Alpha Data Recovery is the partner you can trust to navigate the complexities of data recovery successfully.
Boot Rom Loader Mode
Use shorting points FBC1 in the middle of the pcb. Typically gold circle shorting points.
Patriot Ignite Data Recovery Case Log
24Nov23: This ssd is bricked and undetected. The customer was in the middle of transferring data when it went offline.
Model : Patriot Ignite
Serial : DE3F075605C601849893
Firmware : SAFM01.7
Capacity : 2 MB (4 032)
Selected family......................... : Patriot Blast
Controller.............................. : PS3110
SSD status:
SSD is in ready state................... : Yes
Firmware mode........................... : ISP
SSD is locked........................... : No
SSD is in Safe Mode..................... : No
Logical access is possible.............. : Possibly
Physical access is possible............. : Possibly
Read System Info........................ : Ok
Read Chips Info......................... : Ok
USER password........................... : No
System Info:
Chips id................................ : 983A94937651
Vendor.................................. : Kioxia(Toshiba)
Type.................................... : 15nm MLC 16k
Chip capacity........................... : 16 848 Mb
Channels................................ : 4
Chips (Total)........................... : 0x10
LUNs per chip........................... : 1
Blocks per chip......................... : 0x1074
Pages per block......................... : 0x100
Sectors per page........................ : 0x20
RAM size................................ : 256 Mb
Build time.............................. : 16.11.2015
Interleaved blocks...................... : Type 3
Techno mode lock supported.............. : No
SBF1 and 3v3 and the shorting points
Selected family......................... : Patriot Blast
Controller.............................. : PS3110
SSD status:
SSD is in ready state................... : No
Firmware mode........................... : Unknown
SSD is locked........................... : Unknown
Techno mode is locked................... : Unknown
SSD is in Safe Mode..................... : Unknown
Logical access is possible.............. : No
Physical access is possible............. : No
Power Off
Power On
Ready state waiting..................... : Ok
Safe mode............................... : Ok
SSD status:
SSD is in ready state................... : Yes
Firmware mode........................... : ROM
SSD is locked........................... : No
SSD is in Safe Mode..................... : Yes
Logical access is possible.............. : No
Physical access is possible............. : No
Chips id................................ : 983A94937651
Vendor.................................. : Kioxia(Toshiba)
Type.................................... : 15nm MLC 16k
Loader uploading
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Code name............................... : Burner_PS3110_02.3.bin
Write PRAM.............................. : Ok
Calling executable code................. : Ok
Write HDD microcode .................... : Ok
SSD status:
SSD is in ready state................... : Yes
Firmware mode........................... : LDR
SSD is locked........................... : No
SSD is in Safe Mode..................... : No
Logical access is possible.............. : No
Physical access is possible............. : Possibly
****************************************
Read System Info........................ : Ok
Read Chips Info......................... : Ok
USER password........................... : No
System Info:
Chips id................................ : 983A94937651
Vendor.................................. : Kioxia(Toshiba)
Type.................................... : 15nm MLC 16k
Chip capacity........................... : 16 848 Mb
Channels................................ : 4
Chips (Total)........................... : 0x10
LUNs per chip........................... : 1
Blocks per chip......................... : 0x1074
Pages per block......................... : 0x100
Sectors per page........................ : 0x20
RAM size................................ : 256 Mb
Build time.............................. : 22.06.2016
Interleaved blocks...................... : Type 3
Techno mode lock supported.............. : No
SSD configuration reading............... : Ok
Model................................... : Patriot Ignite
Serial number........................... : DE3F075605C601849893
Firmware................................ : SAFM01.4
Translator initialization
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Creating translator
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Read System Info........................ : Ok
Read Chips Info......................... : Ok
Reassigned block table loading.......... : Ok
SSD
****************************************
Service area scanning
****************************************
block: 0x0000........................... : 7202 (RB tbl)
block: 0x0001........................... : 7104 (CFG)
block: 0x0004........................... : 7070 (ISP Id)
block: 0x0034........................... : 86FF (Tbl_86)
block: 0x0142........................... : 8DFF (Tbl_8D)
block: 0x0165........................... : 89FF (L2P)
block: 0x0176........................... : 89FF (L2P)
block: 0x01AC........................... : 89FF (L2P)
block: 0x01C7........................... : 89FF (L2P)
block: 0x0253........................... : 89FF (L2P)
block: 0x02C6........................... : 89FF (L2P)
block: 0x0333........................... : 89FF (L2P)
block: 0x0378........................... : 87FF (Tbl_87)
block: 0x038F........................... : 89FF (L2P)
block: 0x0485........................... : 89FF (L2P)
block: 0x04D2........................... : 88FF (PU info)
block: 0x0506........................... : 89FF (L2P)
block: 0x0554........................... : 89FF (L2P)
block: 0x05AF........................... : 89FF (L2P)
block: 0x05B6........................... : 89FF (L2P)
block: 0x05F5........................... : 89FF (L2P)
block: 0x0792........................... : 8CFF (Srv)
block: 0x0802........................... : 89FF (L2P)
****************************************
Completed
Table of pointers loading
Completed
Table 86 loading (block: 0x0034)
Completed
Table 87 loading (block: 0x0378)
Completed
Table of filled blocks loading (block: 0x04D2)
Completed
Service blocks scanning
Completed
Apply filters
Chunks of translator (Found)............ : 0x33C47
Filter 0...
Chunks of translator (Deleted).......... : 0x8CD7
Filter 1...
Chunks of translator (Deleted).......... : 0x1CFDD
Filter 2...
Chunks of translator (Deleted).......... : 0x0000
Filter 3...
Chunks of translator (Deleted).......... : 0x0000
Filter 4...
Chunks of translator (Deleted).......... : 0x0000
Completed
Analysis of obtained data
Estimated SSD capacity.................. : 468 869 120 (0x1BF26000) LBA
Available to user....................... : 468 862 128 (0x1BF244B0) LBA
User blocks count....................... : 0x037E4C00
Chunks of translator:
SSD..................................... : Used: 0xDF93; Found: 0xDF93; Min.: 0x0000; Max.: 0xDF92
L2P:
Records count........................... : 0x0400
Completed
Translator build
Completed
****************************************
Completed
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Test completed