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Biblioteca Modelos

Biblioteca – Soluciones de Modelos

La biblioteca también contendrá soluciones para Visual Nand Reconstructor y PC3000 Flash. A veces, para resolver un caso es necesario utilizar las tres herramientas juntas.

/biblioteca/SM/SM3281/SM3281N-AB  45 48 9a b3  2x2
Layout
  SM3281_BN 32_1140 Xor 17fe bb
Mix
  Input
    Order  0
  Software Bad Bytes
    Block  768
    Group  1
Assembler
  Block Number
    Block Size   0xc00000
    Bank Space   0x4000
    Banks        00 / 0x000 / 0x578
  Actions
    Scan
Comments
  by Arvika
  Core v5: Split by dump, Parts 4, Save dumps as:
  01_01-> 01_01 + 01_02 + 01_03 + 01_04
  01_02-> 02_01 + 02_02 + 02_03 + 02_04
  02_01-> 03_01 + 03_02 + 03_03 + 03_04
  02_02-> 04_01 + 04_02 + 04_03 + 04_04
  On each 16 new dumps use Split by block 0xd6e000, parts 2
  Each 32 new dumps save as 01_01.dump at separate folder with number 1...32 
  Put FE/chip.txt there
  This case use software bad bytes
  Use model on each folder
  SBB: auto ff + manual correction
  This flash use many different sectors size:
  32_1140, 32_1138, 32_1142, 32_1126
  So need use differen layout for different dirs 1...32
  Assembly and save each image at Join directory as:
  Dir 1 -> 01_01.dump
  Dir 2 -> 01_02.dump
  Dir 3 -> 01_03.dump
  Dir 4 -> 01_04.dump
  Dir 5 -> 01_05.dump
  Dir 6 -> 01_06.dump
  Dir 7 -> 01_07.dump
  Dir 8 -> 01_08.dump
  Dir 9 -> 02_01.dump
  Dir 10 -> 02_02.dump
  Dir 11 -> 02_03.dump
  Dir 12 -> 02_04.dump
  Dir 13 -> 02_05.dump
  and so on... till 04_08.dump
  Put there folder FE/chip.txt with page size 512 bytes
  Next step is save 8 parts after join. Use model:
  Layout
    Image 512
  Mix
    Input
      Order  0/16/8/24/1/17/9/25/2/18/10/26/3/19/11/27/4/20/12/28/5/21/13/29/6/2
2/14/30/7/23/15/31
    Join by Page
      Parts  4
      Page   0x4000
  Assembler
    Raw
      Block Size  0x3000000
  And save as Disk1.image, Disk2.image...Disk8.image
  Last step is join by dump but images have different quantity of blocks
  There was HFS file system so problem with checkpoints to align shifts beetwen 
parts
  Disk1.image give good structure and data from this part
  To get rest of data need align shifts or extract data by scan method
  To correct ECC with different layouts you need use proper RAW cut step
  To solve this case you need ~6TB space on drive