| Monolith USB_88 45 49 9b b3 1×1 v2 |
|
Layout
20-82-00515-5 14_2048_230 Xor C634 16_2
Mix
Input
Order 0
Block Pair
Block 0xc00000
Page 0x4000
Block Pair
Block 0x8a9000000
Page 0x8000
Block Pair
Block 0x1152000000
Page 0x10000
Assembler
Sector Number Slow
Sector Size 0x1000
Scan file name SN_Slow.scan
Comments
by Arvika
ID: 45 49 9b b3 7e 72
Statistics:
RAW scan on RAW image with mix: 40% good photos
Model Monolith_USB_88_v1 - RAW scan on disk.image give 67% good photos (withou
t mix)
Model Monolith_USB_88_v2 - RAW scan on disk.image give 80% good photos (with m
ix)
| Monolith USB_100 98 de 98 92 1×8 |
|
Layout
SM3257 1144_27 Xor b36e_256
Mix
Input
Order 0/1/2/3/4/5/6/7
Cut Bad Bytes
Block Pair
Block 0x204000
Page 0x2000
Join by Page
Parts 4
Page 0x4000
Join by Dump
Parts 2
Assembler
Block Number
Block Size 0x1020000
Banks 0..15 / 0x000 / 0x0ff
Actions
Scan
Comments
By Recover My Flash Drive (jeremyb)
Chip has 8CE's all must be pulled HIGH/LOW to read NAND
Find RR SanDisk v1 on EVEN/ODD blocks and ECC Combine to
improve read quality. 100% Recovered
| Monolith USB_101 45 4c a8 92 1×1 |
|
Layout
AU6998 1138 Xor 6771_258 BP +0x2000 aECC
Mix
Input
Order 0
Software Bad Bytes
Block 258
Group 4
Block Pair
Block 0x204000
Page 0x2000
Block Pair
Block 0x408000
Page 0x4000
Assembler
Block Number
Block Size 0x810000
Bank Space 0x4000
Banks 00 / 0x000 / 0x7ff
Actions
Scan
Comments
Serg for forum 12357
| Monolith USB_102 ec 1c d9 1f 1×4 |
|
Layout
SM3257_41 1150_27 Xor 8e3d_384
Mix
Input
Order 2/0/1/3
Join by Page
Parts 4
Page 0x4000
Block Pair
Block 0x1800000
Page 0x10000
Assembler
Block Number
Block Size 0x3000000
Banks 00..15 / 0x000 / 0x0ff
Actions
Scan
Comments
By JeremyB
Read NAND at 2.05v
Auto Conflicts picked the wrong block 0.
100% Recovered
| Monolith USB_103 ad de 94 d2 1×4 |
|
Layout
SM3254 1066 v3 Xor 0006 64
Mix
Input
Order 1/3/0/2
Block Pair
Block 0x200000
Page 0x2000
Join by Page
Parts 2
Page 0x4000
Join by Dump
Parts 2
Assembler
Block Number
Block Size 0x800000
Banks 00..15 / 0x000 / 0x0ff
Actions
Scan
Comments
by Arvika
Dump order can be other
| Monolith USB_104 98 3c 98 b3 1×1 |
|
Layout
TC58NC6626 1218 Xor 80809e9e_256
Mix
Input
Order 0
Block Cut
Block 0x3C00/0x400
Assembler
Virtual Translator
Block Size 0x5a0000
Comments
By JeremyB
100% Recovered, ECC Writeback doesn't work, uses Auto Fast with
ECC = Off then ECC = On
| Monolith USB_105 45 3a a4 93 1×1 Ref |
|
Layout
SM3259 1108_31 Xor 17fe_256 bb
Mix
Input
Order 0
Assembler
Block Number
Block Size 0x400000
Actions
Scan
Find Bank Size
Comments
Serg for forum 12378
Split by Block 4, 0x45D000
Put in folders Split_0, Split_1, Split_2, Split_3
Add FE folder
Split_0 was empty
Make image for each folder
Save 1,2,3 images
Make somehow Join by Dump
for example:
copy /b 1.image + 2.image + 3.image FINAL.image
in windows comsole
Few folders, files is red, because of conflicts
But most of files is OK
| Monolith USB_106 45 3c 98 b3 1×2 Ref |
|
Layout
SM3259_41 1140_31 Xor 17fe_256 bb
Mix
Input
Order 0/1
Software Bad Bytes
Block 128
Group 1
Block Cut
Block 0x900000/0x300000
Assembler
Block Number
Block Size 0x900000
Actions
Scan
Find Bank Size
Comments
Serg for forum 12391
Split by Block 2, 0xD6E000 for each dump
Put in folders:
01_01 -> Split_0, Split_1
01_02 -> Split_2, Split_3
In each folder rename dump to 01_01.dump
Copy FE folder
Put Job_N.txt (attached)
ECC Fix
ECC Off
Save Image
Join by Page 2, 0x4000 - Split_0, Split_1 -> 01.image
Join by Page 2, 0x4000 - Split_2, Split_3 -> 23.image
Join by Dump 01.image, 23.image -> FINAL.image
Can do with windows console:
copy /b 01.image + 23.image FINAL.image
| Monolith USB_107 ec 1e 98 3f 2×2 |
|
Layout
SM3280 32_1146_2_32 LE2 LE2 Xor 17fe_768 SA
Mix
Input
Order 0/2/1/3
Join by Page
Parts 2
Page 0x4000
Block Pair
Block 0x1800000
Page 0x8000
Join by Page
Parts 2
Page 0x10000
Assembler
Sector Number Slow
Sector Size 0x1000
Comments
by Bolo
ECC = Check
Scan
ECC = Off
Check Conflicts
Save Image or Save Root
| Monolith USB_108 98 de 88 a3 1×1 |
|
Layout
DM 1144_1152 Xor e88a_128
Mix
Input
Order 0
bn to sn
Sectors 0x400
Assembler
Sector Number Slow
Sector Size 0x4000
Comments
Serg for forum 12431
| Monolith USB_109 ad 3a 14 03 1×1 |
|
Layout
AU6998 1110 Xor 6771_256
Mix
Input
Order 0
Software Bad Bytes
Block 388
Group 2
Cross Bank
Block 0x610000
Bank 0x552
Assembler
Block Number
Block Size 0x610000
Bank Space 0x552
Actions
Scan
Read Bank Size
Comments
Serg for forum 12417
| Monolith USB_110 45 48 9a b3 1×1 |
|
Layout
20-82-00515-5 14_2048_230 Xor C634 16_2
Mix
Input
Order 0
Block Pair
Block 0x1800000
Page 0x4000
Block Pair
Block 0xc00000000
Page 0x8000
Block Pair
Block 0x1800000000
Page 0x10000
Assembler
Sector Number Slow
Sector Size 0x1000
Comments
by Bolo
| Monolith USB_110 89 a4 08 32 1×1 |
|
Layout
FC1178 1154_1150
Mix
Input
Order 0
Xor 21cd
Page 0x4000
Group 4
Divide
Field Block Number
Value 0x1200
Cross Block
Field Block Number
Block 0x2400000
Parts 2
Step 1
Assembler
Block Number
Block Size 0x2400000
Bank Space 0x4000
Banks 00 / 0x000 / 0x3ff
Mix 2 / 0x4000
Scan Max 1
Actions
Scan
Comments
Serg for forum 12428
I do not found file system
With Raw Recovery i get 7 good jpegs
| Monolith USB_111 45 3c 98 b3 1×1 |
|
Layout
FC1178 1144_1140
Mix
Input
Order 0
Xor 21cd
Page 0x4000
Group 4
Assembler
Raw
Block Size 0x20000
Comments
Serg for forum 12555
| Monolith USB_112 98 3e 98 b3 1×2 |
|
Layout
SM3281_BN 32_1140 Xor 17fe bb
Mix
Input
Order 0/1
Block Cut
Block 0x1200000/0x600000
Join by Page
Parts 2
Page 0x2400000
Cross Block
Field Block Number
Block 0x1200000
Parts 4
Step 1
Assembler
Block Number
Block Size 0x1200000
Bank Space 0x4000
Banks 00 / 0x000 / 0x1fff
Mix 4 / 0x4000
Actions
Scan
Comments
Serg for forum 12576
| Monolith USB_113 ad 3a 14 03 1×1 |
|
Layout
Unknown 32_1124 Xor 17fe
Mix
Input
Order 0
Block Pair
Block 0x610000
Page 0x4000
Assembler
Block Number
Block Size 0xc20000
Bank Space 0x4000
Banks 00 / 0x000 / 0x551
Actions
Scan
Comments
Serg for forum 12593
| Monolith USB_114 45 40 9b b3 1×2 |
|
Layout
20-82-00515-5 14_2048_230 Xor C634 16_2
Mix
Input
Order 0/1
Join by Dump
Parts 2
Assembler
Sector Number Slow
Sector Size 0x1000
Comments
by Arvika
ID: 45 40 9b b3 7e 6b
| Monolith USB_115 45 3c 98 b3 1×1 |
|
Layout
SM3281_BN 32_1142 Xor 17fe bb
Mix
Input
Order 0
Software Bad Bytes
Block 1536
Group 1
Block Cut
Block 0x1200000/0x600000
Assembler
Block Number
Block Size 0x1200000
Bank Space 0x4000
Banks 00 / 0x000 / 0x3ff
Comments
by Arvika
ID: 45 3c 98 b3 76 6b
SBB: Auto ff, BB only on Split1
Split by Block 0x1adc000
Create folder Split_0, Split_1
Put new dumps in this folders
Copy FE folder here
for Split_0 layout
SM3281_BN 32_1142 Xor 17fe bb
for Split_1 layout
SM3281_BN 32_1140 Xor 17fe bb
For each folder
ECC Fix
ECC = Off
Save Image
Solve conflicts if need
Make Join by Page 0x4000 for created images
This will be final image
| Monolith USB_116 98 3a a8 92 1×1 |
|
Layout
SM3257 1130 Xor b36e_256
Mix
Input
Order 0
Cut Bad Bytes
Block Pair
Block 0x204000
Page 0x2000
Block Pair
Block 0x408000
Page 0x4000
Assembler
Block Number
Block Size 0x810000
Banks 0..7 / 0x000 / 0x0ff
Actions
Scan
Comments
By JeremyB
Read using DDR = On
RR using SanDisk v7
| Monolith USB_117 98 3a 98 a3 1×2 |
|
Layout
SM3257_41 1144_27 Xor b36e_256
Mix
Input
Order 0/1
Block Pair
Block 0x600000
Page 0x4000
Join by Dump
Parts 2
Assembler
Virtual Translator
Block Size 0xc00000
Comments
By JeremyB
SA had no sector numbers.
Had to use both VT and TT to assemble the image.
To find TT read the chip in A2
Block 0xbc040, Blocks 0x11c, Skip_Page_1 0x2a
Load with same Layout and search for e6 marker / tt blocks
tt stored in 16bit big endian.
Write script to convert tt to vt format. Load into VT.
100% Recovered
| Monolith USB_118 32 2c c3 08 1×1 |
|
Layout
SM3281_BN 32_1150 Xor 17fe bb
Mix
Input
Order 0
Block Pair
Block 0x3600000
Page 0x4000
Assembler
Block Number
Block Size 0x6c00000
Bank Space 0x4000
Actions
Scan
Comments
By JeremyB
This flash memory chip is a nightmare to read. Below 1.8v and no data is read,
above 2.0v and it won't ID.
Inbetween and mixed data might be returned. Chip is really 2c c3 08 32 but bec
ause of DDR weirdness it
returns as 32 2c c3 08
Chip.txt:
// Chip
Company Micron
Name MT29F512G08EBLCE3W
ID code 32 2c c3 08
// Structure
Bus 8
Banks 1 x 64GB
Page 18592
Block 0x3d47000
Blocks 0x548
// Read
Cmd 05_E0
Col 2
Row 3
DDR true
// Special
Skip_Mask_1 0xfff
Skip_Page_1 0xd80
|
|
|
|
| |
| Monolith USB_119 45 3a 94 93 1×1 |
|
Layout
SM3259 1102_31 Xor 17fe_256
Mix
Input
Order 0
Assembler
Block Number
Block Size 0x400000
Actions
Scan
Find Bank Size
Comments
by Bolo
|
|
|
| Monolith USB_120 ec 1e 98 3f 1×1 |
|
Layout
SM3280 32_1146_2_32 LE2 LE2 Xor 17fe_768 SA
Mix
Input
Order 0
Block Pair
Block 0xc00000
Page 0x4000
Assembler
Sector Number Slow
Sector Size 0x1000
Comments
By JeremyB
Used SLC Custom Assembler... Perfect Recovery
Read NAND with Voltage Adapter
| Monolith USB_121 98 3a a8 92 1×2 |
|
Layout
SM3257 1144_27 Xor b36e_256
Mix
Input
Order 0/1
Cut Bad Bytes
Block Pair
Block 0x204000
Page 0x2000
Block Pair
Block 0x408000
Page 0x4000
Join by Page
Parts 2
Page 0x8000
Assembler
Block Number
Block Size 0x1020000
Banks 00..07 / 0x000 / 0x0ff
Actions
Scan
Find Bank Size
Comments
by Arvika
|
|
|
|
|
|
|
|
| Monolith USB_122 45 40 98 b3 1×1 |
|
Layout
20-82-00515-5 14_2048_230 Xor C634 16_2
Mix
Input
Order 0
Assembler
Sector Number Slow
Sector Size 0x1000
Comments
Read with config for 0x454899b3 and increased
amount of blocks (0x10000) - for RR use Sandisk v2.
After fix can use model
by Bolo
|
|
|
|
|
|
|
|
| Monolith USB_123 ad 3a 14 03 1×1 |
|
Layout
PS2251 1128_1124 Xor 0561_256 v3
Mix
Input
Order 0
Software Bad Bytes
Block 388
Group 2
Assembler
Block Number
Block Size 0x610000
Bank Space 0x4000
Banks 00 / 0x000 / 0xaa3
Actions
Scan
Comments
Serg for forum 12633
|
|
|
|
| Monolith USB_124 98 3a a8 92 1×4 |
|
Layout
PS2251 1138_1134 Xor 0561_86
Mix
Input
Order 0/1/2/3
Software Bad Bytes
Block 258
Group 4
Block Pair
Block 0x204000
Page 0x2000
Join by Page
Parts 2
Page 0x4000
Join by Dump
Parts 2
Cross Bank
Block 0x810000
Bank 0x800
Assembler
Block Number
Block Size 0x810000
Bank Space 0x800
Banks 0..3 / 0x000 / 0x744
Actions
Scan
Comments
by Bolo
Modified USB_56 model.
Need to find Software Bad bytes and cut it manually
袪ardware BB not works.
Read at 3.45V for correct image
Perfect Recovery !
| Monolith USB_125 45 3c 98 b3 1×1 |
|
Layout
PS2251 1144_1140 Xor 0561_0x600 v3
Mix
Input
Order 0
Software Bad Bytes
Block 1536
Group 2
Block Cut
Block 0x1200000/0x600000
Assembler
Block Number
Block Size 0x1200000
Bank Space 0x4000
Banks 00 / 0x000 / 0x7ff
Actions
Scan
Comments
by Arvika
ID: 45 3c 98 b3 76 6b
SBB: Auto ff + manual adjust
|
| Monolith USB_126 ad 5c 28 ba 1×1 |
|
Layout
AU6998 1138 Xor 6771_384_256 aECC
Mix
Input
Order 0
Software Bad Bytes
Block 1152
Group 4
Cross Bank
Block 0x1200000
Bank 0x3b6
Cross Bank
Block 0x900000
Bank 0x3b6
Assembler
Block Number
Block Size 0x900000
Bank Space 0x3b6
Actions
Scan
Read Bank Size
Comments
Serg for forum 12676
| Monolith USB_127 45 4c 98 a3 1×1 |
|
Layout
SM3259 604_31 Xor 17fe_256 bb
Mix
Input
Order 0
Software Bad Bytes
Block 384
Group 2
Block Cut
Block 0x3C00/0x400
Cross Bank
Block 0x5a0000
Bank 0x5a8
Assembler
Block Number
Block Size 0x5a0000
Bank Space 0x5a8
Actions
Scan
Find Bank Size
Comments
Serg for forum 12705
For bb use Auto_ff
| Monolith USB_128 2c 84 48 63 1×4 |
|
Layout
SM3257 1150_27 Xor 2850_256
Mix
Input
Order 0/1/2/3
Block Cut
Block 0x5ea000/0x2000/0x4000/0x2000/0x4000/0x2000/0x4000/0x2000/0x2000
Block Pair
Block 0x5f8000
Page 0x2000
Join by Dump
Parts 4
Assembler
Block Number
Block Size 0xbf0000
Banks 00..19 / 0x000 / 0x0ff
Actions
Scan
Comments
Arvika for forum 12718
chip read with CMD=HybridX3
| Monolith USB_129 45 3e 98 b3 1×1 |
|
Layout
SM3259_41 1140_31 Xor 17fe_256 bb
Mix
Input
Order 0
Software Bad Bytes
Block 1536
Group 1
Block Cut
Block 0x1200000/0x600000
Assembler
Block Number
Block Size 0x1200000
Banks 00..06 / 0x000 / 0x0ff
Actions
Scan
Comments
Arvika for forum 12747
ID: 45 3e 98 b3 76 6b
SBB: Auto ff + manual correction
Split by Block 2, 0x1ADC000
Create folders Split_0, Split_1
Each dump rename to 01_01.dump
And put in folders Split_0, Split_1 with FE/Chip.txt
For each folder use this model
Save Disk0.image and Disk1.image
Join by Dump Disk0.image and Disk1.image to Final.image
MBR/FAT missing, need rebuild
Checkdirs ok
IE->FAT32->Scan or use any favourite software
| Monolith USB_130 45 3c 98 b3 1×1 |
|
Layout
CBM2098 1144 Xor eebb_128
Mix
Input
Order 0
Software Bad Bytes
Block 128
Group 1
Block Pair
Block 0xc00000
Page 0x4000
Assembler
Virtual Translator
Block Size 0x1800000
Comments
by Bolo
SBB: Auto ff
Run Auto_Slow
Wait while it finish with block 0
And stop it
If MBR, NTFS found Run Auto_Fast
| Monolith USB_131 ec 1e d9 3f 1×1 |
|
Layout
CBM2098 1127 Xor c32e_64
Mix
Input
Order 0
Software Bad Bytes
Block 128
Group 1
Assembler
Virtual Translator
Block Size 0x400000
Image Cut 0x102000
Comments
Serg for forum 12784
| Monolith USB_132 98 3a 98 a3 1×4 |
|
Layout
PS2251-V 1137_1129 Xor 0561_384_256
Mix
Input
Order 0/1/2/3
Block Pair
Block 0x600000
Page 0x4000
Join by Page
Parts 2
Page 0x8000
Join by Dump
Parts 2
Block Renum
Block 0x1800000
Page 0x4000
Assembler
Block Number
Block Size 0x1800000
Bank Space 0x4000
Banks 00 / 0x000 / 0xfff
Actions
Scan
Comments
by Bolo
Check conflicts
Model works slow due Block Renum but this make all files correct (without they
are bad).
Due this better Save Image and use Image Explorer to extract Root
Perfect Recovery
| Monolith USB_133 ad 5c 28 ba 1×1 |
|
Layout
SM3257_41 1148_27 Xor 17fe_0x480
Mix
Input
Order 0
Block Pair
Block 0x900000
Page 0x2000
Block Pair
Block 0x1200000
Page 0x4000
Assembler
Block Number
Block Size 0x2400000
Banks 0..3 / 0x000 / 0x0ff
Actions
Scan
Comments
Serg for forum 12855
| Monolith USB_135 ec d5 84 72 1×1 |
|
Layout
AU6990 1070 Xor 6771_128
Mix
Input
Order 0
Assembler
Block Number
Block Size 0x100000
Bank Space 0x800
Actions
Scan
Find Bank Size
Comments
by Arvika
check conflicts
| Monolith USB_136 45 3e 98 b3 1×1 |
|
Layout
DM 1144_1152 v2 Xor e88a_256
Mix
Input
Order 0
Software Bad Bytes
Block 384
Group 2
Assembler
Sector Number Slow
Sector Size 0x4000
Comments
Serg for forum 12866
| Monolith USB_137 89 c4 08 32 1×1 |
|
Layout
SM3280 32_1150_32 Xor 17fe_0x900
Mix
Input
Order 0
Assembler
Sector Number Slow
Sector Size 0x1000
Comments
Serg for forum 12885
|
|
|
|
|
|
|
|
| Monolith USB_138 2c 2c d3 1c 1×1 |
|
Layout
SM3259_41 1150_31 Xor 17fe_256
Mix
Input
Order 0
Assembler
Block Number
Block Size 0x4800000
Banks 00 / 0x000 / 0x03f
Comments
by Bolo & Serg
Check Conflicts, Perfect Recovery !
Need to use special adapter to read device at LOW Voltage
Need adjust Bank Sizes
| Monolith USB_139 45 3c a9 a2 1×1 |
|
Layout
20-82-00515-5 14_2048_230 Xor C634_8I
Mix
Input
Order 0
Block Pair
Block 0x300000
Page 0x2000
Block Pair
Block 0x600000
Page 0x4000
Block Pair
Block 0x43c800000
Page 0x8000
Assembler
Sector Number Slow
Sector Size 0x1000
Comments
by Arvika
Statistics:
RAW scan on RAW image with mix: 35% good pdf files
RAW scan on disk.image: find nothing due to Bitlocker encryption
Partition with bitlocker files was good
|
|
|
|
|
|
|
|
| |
| Monolith USB_140 32 2c c3 08 1×1 |
|
Layout
SM3281_BN 32_1150 Xor 17fe bb
Mix
Input
Order 0
Software Bad Bytes
Block 3456
Group 4
Block Pair
Block 0x3600000
Page 0x4000
Block Pair
Block 0x6c00000
Page 0x8000
Assembler
Block Number
Block Size 0xd800000
Bank Space 0x4000
Actions
Scan
Comments
By JeremyB
First boot NAND chip with VccQ = 1.8v then boot Vcc with 3.3v from reader
Adjust VccQ as needed, I used 2.04v and got 100% read
This is a NV-DDR3 chip, Full ID is 32 2c c3 08 32 e6
Case used FFFF for BB but you must manually mark FF's, You can't use Auto FF
Use Chip.txt below.
Chip.txt:
// Chip
Company Micron
Name MT29F512G08EBLCE3W
ID code 32 2c c3 08
// Structure
Bus 8
Banks 1 x 64GB
Page 18592
Block 0x3d47000
Blocks 0x548
// Read
Cmd 05_E0
Col 2
Row 3
DDR true
// Special
Skip_Mask_1 0xfff
Skip_Page_1 0xd80
|
|
|
常见问题解答
Monolith USB_88的RAW扫描参数是什么？
Monolith USB_88的RAW扫描参数包括ID 45 49 9b b3，布局20-82-00515-5，使用Xor C634和16_2混合输入顺序，块对大小0xc00000，页大小0x4000，以及0x8a9000000和0x1152000000的块对地址。扫描文件名为SN_Slow.scan，扇区大小为0x1000，这些参数用于配置数据恢复工具以处理该USB控制器。
Monolith USB_88 v2相比v1在恢复效果上有何提升？
根据文章摘要，Monolith USB_88 v1在RAW扫描disk.image时能恢复67%的好照片，而v2版本在RAW图像上使用混合模式（mix）可达到40%的好照片恢复率。虽然v2的百分比看起来较低，但文章提到v2的混合扫描可能针对更复杂的数据布局，实际效果需结合具体场景，v2通常优化了混合输入顺序，提升了对交错数据的处理能力。
如何为Monolith USB_88选择正确的扫描文件？
为Monolith USB_88选择扫描文件时，应使用文章提到的SN_Slow.scan，该文件专为慢速扇区扫描设计。根据控制器型号（如Monolith_USB_88_v1或v2），需匹配对应的扫描参数，包括块对大小、页大小和Xor值。若数据为混合模式，建议使用v2的混合扫描选项，并参考注释中的Arvika ID（45 49 9b b3 7e 72）来验证芯片ID，确保扫描文件与硬件匹配。