April
21, 2021

The new PC-3000 Flash Software Ver. 7.5.11 is available!

The PC-3000 Flash is a top-notch solution to recover data from most of existing NAND Flash devices. It is acknowledged worldwide as the most comprehensive tool for the easiest and smartest NAND Flash data recovery. 

For you to recover most cases ever possible, developers continuously add new features to the PC-3000 Flash. Enhanced translator algorithms and solutions for SanDisk data recovery, BUS pinout detection for the Spider Board adapter, the support of new microschemes, a specialized method for data analysis and image building for the FAT32 based file systems – all this and much more is now available with the latest English, Japanese, Korean and Chinese software update:

  • PC-3000 Flash software Ver. 7.5.11

All authorized PC-3000 Flash technical support users will get the latest PC-3000 Flash software version in the Personal Update Boxes. If you have any questions, feel free to address them to our Technical Support.

Please contact us to learn more on how to become an authorized technical support user and receive all of the recent PC-3000 Software Updates:

RENEW YOUR TECHNICAL
SUPPORT CONTRACT



A SHORT LIST OF THE MAIN ENHANCEMENTS

 ENHANCED  SanDisk 8Sec translator for TLC memory algorithm
 ADDED  SanDisk 8Sec translator for MLC memory
 ADDED  assembly translator algorithm for SM3268 / SM3269 based drives
 ENHANCED  SM2704 Translator Algorithm
 ENHANCED  SSS6677 Translator Algorithm. Now the assembling algorithm can search the damaged copies of translator tables and reconstruct a working copy from the partially working tables
 ENHANCED  PS8210 Translator Algorithm
 ADDED  support for NAND QLC Intel / Micron N18 chips
 ADDED  a specialized method for data analysis and image building for FAT32-based file systems: “Image based on analysis (FAT32)”
 ADDED  BUS pinout detection for the Spider Board adapter.

A DETAILED LIST OF ENHANCEMENTS:

 ENHANCED  SanDisk 8Sec translator for TLC memory algorithm:
  • support of new types of firmware and new types of internal structures
  • checking procedure of ECC structures inside the translator tables
  • detailed information about image building procedure now display in log
  • added support of COLB1S5211C1e30r firmware modification
  • added support of COLB1S5211C0t30m firmware modification
 ENHANCED  SanDisk TLC translator to work with drives that have offsets in the SLC block
 ADDED  SanDisk 8Sec translator for MLC memory:
  • both UFD and SD / MSD drives are supported for image assembling
  • added support for 00ACP01X firmware modification
  • added support for COLB1S5211C1b30o firmware modification
 ADDED  the ability to detect the shift of the ROOT folder in the expected place for Sandisk MLC / TLC image building algorithms. Information about the possible shift will be displayed in the log
 ENHANCED  image assembling digitalization of the log in Sandisk MLC and TLC translators
 ADDED  assembling translator algorithm for SM3268 / SM3269 based drives
 ENHANCED  SM2704 Translator Algorithm
 ENHANCED  SSS6677 Translator Algorithm. Now the assembling algorithm can search the damaged copies of translator tables and reconstruct a working copy from the partially working tables
 ENHANCED  PS8210 Translator Algorithm
 ADDED  support for NAND QLC Intel / Micron N18 chips:
  • Intel 29F512G08EBHAF [89D40C32 AA]
  • Micron MT29F1T08GBCAG [2CD40C32 AA]
 ADDED  the new feature of voltage control in the ID reading mode . Now it is possible to read the ID with 1.8V and 3.3V for VCC and VCCq circuits. It helps to read the new 1.8V NAND chips by default without the necessity to change the power parameters in the PC-3000 Flash Power Control Adapter settings
 ADDED  a new algorithm of marker parameters detection for image building by Block Number Type 1 [0000]. It helps to detect the correct mask parameters for different cases
 ADDED  a specialized method for data analysis and image building for FAT32-based file systems: “Image based on analysis (FAT32)”

This method, based on deep analysis of FAT structures, in some cases allows you to get a high-quality logical image. The method turns out to be irreplaceable in tasks where there is no translator algorithm for image building or there is no marker in SA area (FC1178/79, SSS6696, SSS6697, SSS6698, TC58NC6623, CBM2199a and other noname controllers). You can learn more about this method in our article

 ADDED  BUS pinout detection for the Spider Board adapter. This new feature allows to detect the pins of I/O data lines in case if those pins were unknown. You can read more about this in our article
 ENHANCED  the “Visual cutting of sectors in a block” tool. Added auto-detection of clipping formula and group clipping of selected pages by pressing the [Space] key
 ADDED  support for basic read commands with a 4-byte block address. This allows you to read large-capacity chips where the block addressing goes beyond 3 bytes
 ADDED  the ability to enter values ​​in the hexadecimal form to the dialog for editing the channel synchronization table. A flag that allows you to apply the entered value immediately after entering has been added as well
 ADDED  an additional “XOR Next 2 Byte” flag in the mode of deleting Bad Bytes by BitMap. It is useful when working with dumps of AlcorMicro controllers
 ADDED  the ability to show on the screen the voltage control dialog of the supply circuits simultaneously with Reading the ID of NAND chips. That allows you to control the supply voltage directly in the process of reading the identifier
 ADDED  output to the protocol in the reread mode based on external files. That allows you to evaluate which file is applied for each range
 ADDED  a flag to the dialog for editing the protocol time parameters. That allows to save the specified values ​​not only for the current task, but also as initial values ​​for all subsequent tasks
 ADDED  Resources:
  • Static XORs

    • SM3268 BLK=256 PG=17664 (1102x16+27) E8018F
    • SD_NN BLK=256 PG=17664 (1102x15+1114) 61059C
    • SM3257 BLK=128 PG=8640 (1066x16+31)
    • SM3267 BLK=64 PG=17664 (512x32+32) REQ EZ_NAND
    • AS MSD BLK=256 PG=18432 (1146x16)_AF9E02
    • PS2251-09 PG=18432 BLK=576 (1152+1144x15) 9A9EF0
    • IS917 BLK=128 PG=18048 (1122x16+32)
    • PS2251-09 BLK=2304 PG=18592 (1158+15x1150)
    • PS2251-09 BLK=256 PG=17664 (1106+15x1100)
    • PS2251-09 BLK=768 PG=18432 (1152-15x1144)
    • AU8910 BLK=5184 PG=18656 (1152x16) ECC
    • AU8910 BLK=5184 PG=18656 (1152x16) DATA
    • AU699X BLK=792 PG=17920 (1104X16) ECC
    • AU699X BLK=792 PG=17920 (1104X16) DATA
    • CBM2199 BLK=1024 PG=18592 (1152x16) CF7ED4
    • AU89102 BLK=256 PG=18592 (1150x16) ECC
    • AU89102 BLK=256 PG=18592 (1150x16) DATA
    • SM3267 BLK=258 PG=9216 (1136x8+27) D7AF47
    • AS MSD BLK=576 PG=17664 (1104x16)_AF9E02
    • SM2236 BLK=64 PG=4320 (1074*4+18) v2
    • SM3268 BLK=266 PG=8944 (1112x8+27) E8018F
    • PS2251-09 BLK=256 PG=18272 (1138+15x1130) FA9E80
    • AU89102 BLK=256 PG=18592 (1150x16) ECC
    • AU89102 BLK=256 PG=18592 (1150x16) DATA
    • ITE1181 BLK=256 PG=8944 (556+15x548) 988EE1
    • SM3257 BLK=32 PG=8832 (1094x8+26) F33F63
    • AS MSD BLK=256 PG=18592 (1152x16)_AF9E02
    • PS2251-67 BLK=256 PG=17664 (1158+11x152)
    • CBM2199 BLK=64 PG=18592 (1152x16) CF7ED4 SA
    • PS2251-70 BLK=1152 PG=18432 (1142+15x1148) FA9E80
    • PS3016 PG=17664 BLK=128 (1102+15x1096)_FA9E80
    • SM2704 BLK=1024 PG=18592 (1150x16+31)
    • AU699x BLK=256 PG=8944 (1104x8) ECC
    • AU699x BLK=256 PG=8944 (1104x8) DATA
    • SM2702 BLK=128 PG=9216 (1148x8+31) F60034 SA
    • IS903 BLK=256 PG=8944 (1100x8+30)
    • ITE 11xx BLK=768 PG=18432 (1144x16)
    • SM2236 BLK=256 PG=17664 (1102x16+18)_77183F REF
    • PS2251-70 BLK=768 PG=18432 (1144+15x1140) FA9E80
    • AU699x BLK=512 PG=17600 (1096x16) FOR ECC
    • AU699x BLK=512 PG=17600 (1096x16) FOR DATA
    • SM2236 BLK=512 PG=18592 (1150x16+18) ECC
    • SM2236 BLK=256 PG=18592 (1150x16+18) DATA
    • FC1179 BLK=4608 PG=18592 (1154+1150x7)x2 21CDD8 v1
    • FC1179 BLK=2304 PG=18592 (1154+15x1150) 21CDD8 v1
    • ASMedia BLK=384 PG=18432 (1152x16) AF9E02
    • AS MSD BLK=128 PG=18336 (1146x16)_AF9E02
    • IS902 BLK=256 PG=4320 (1072x4+24) 3E3C0B
    • SM2236 V4 BLK=128 PG=8640 (1076x8+18)
    • PS2251-09 BLK=256 PG=17600 (1104+15x1096) FA9E80
    • PS2251-70 BLK=256 PG=18542 (1152+15x1144) FA9E80
    • ITE11xx BLK=384 PG=18592 (1150x16)
    • SM3268 BLK=256 PG=18592 (1150x16+27)
    • IS817 BLK=512 PG=17600 (1094x16+32) C35811
    • SM3268 BLK=256 PG=17600 (1098x16+27) E8018F
    • DM SD BLK=256 PG=18432 (40+1130x16) ECC
    • DM SD BLK=256 PG=18432 (40+1130x16) DATA (additional mask)
    • SM3281 BLK=1152 PG=18432 (32+1140x16+32) SA REQ
    • ITE_NN BLK=768 PG=18432 (610x30) REQ
    • IS917 BLK=128 PG=17664 (1094x16+32)
    • CBM2199 BLK=2304 PG=18592 (1152x16) EEBB0C
    • SM3281 BLK=1152 PG=18592 (32+1150x16+32) PL0 E8018F
    • SM3281 BLK=1152 PG=18592 (32+1150x16+32) PL1 7AE4E1
    • SM3281 BLK=1152 PG=18592 (32+1150x16+32) PL2 368D48
    • SM3281 BLK=1152 PG=18592 (32+1150x16+32) PL3 492E49
    • EMMC BLK=128 PG=8832 (1076+7x1072) 3A0920
    • EMMC BLK=4096 PG=8832 (32+1094x8) CE0 FOR ECC
    • EMMC BLK=4096 PG=8832 (32+1094x8) CE1 FOR ECC
    • EMMC BLK=4096 PG=8832 (32+1094x8) CE0 DATA
    • EMMC BLK=4096 PG=8832 (32+1094x8) CE1 DATA
    • AS MSD BLK=256 PG=17664 (1100x16)_AF9E02
    • SM3281 BLK=1536 PG=18432 (32+1140x16+32) E8018F
    • SM SDNN BLK=1152 PG=18432 (1142x16+32+32) E8018F
    • SD SSS BLK=384 PG=18336 (1140x16) 7F6163
    • ATJ3315 PG=8944 BLK=256 (8192+74x8)_63FD56
    • SM3281 BLK=576 PG=18656 (32+1150x16+32) PL0
    • SM3281 BLK=576 PG=18656 (32+1150x16+32) PL1
    • SM3281 BLK=576 PG=18656 (32+1150x16+32) PL2
    • SM3281 BLK=576 PG=18656 (32+1150x16+32) PL3
    • CBM2199 BLK=512 PG=18592 (1152x16) CF7ED4
    • SM3281 BLK=256 PG=8944 (1094x16+27) 096C3E
    • IS918 BLK=1152 PG=18432 (1144+15x1136) SA ECC A500B1
    • PS2251-09 BLK=384 PG=18432 (1154+15x1144)
    • ITE1167 BLK=256 PG=8640 (1078+7x1070)
    • IS917 BLK=512 PG=18272 (1122x16+32) 3C5811
    • ITE BLK=256 PG=17664 (1104x16) REQ
    • SM3280 BLK=2304 PG=18592 (32+1150x16+32)
  • New Memory Сhip IDs

    • 453E99B3 SanDisk Noname monilith 64GB
    • ADDA1095 Hynix HY27UF082G2B
    • 453E99B3 SanDisk Noname monilith 64GB
    • 01DC9095 Spectek S34ML04G
    • 2C44403C Micron MT29F32G08ABCDB
    • 2C84C434 Micron Noname
    • 453A98B3 SanDisk noname
    • 983A98B3 SanDisk noname
    • 2CC41832 Micron MT29F512G08EBHBF
    • 45D59432 SanDisk SDTNMMAHSM-002G
    • EC3A94C3 Samsung K9GCGD8U0F
    • 45DE9493 SanDisk SDTNRGAMA_008G 15nm
    • 45DE9493 SanDisk SDTNRGAMA_008G 15nm
    • AD5A14F3 Hynix Noname 16Gb
    • AD5A14F3 Hynix Noname 16Gb
    • 98D79432 Toshiba TC58NVG5D2FTA00
    • 98D79432 Toshiba TC58NVG5D2FTA00
    • 45C59432 SanDisk SDTNNMAHSM-002G
    • 98D79432 Toshiba TC58NVG5D2FTA00
    • 453E9AB3 SanDisk Noname Sandisk
    • 453A9493 SanDisk SDTNSGAMA_016G
    • 983CA992 Toshiba Tx58xxGxT2JTAx0
    • 983CA992 Toshiba Tx58xxGxT2JTAx0
    • 983CA992 Toshiba Tx58xxGxT2JTAx0
    • 983CA992 Toshiba Tx58xxGxT2JTAx0
    • 983CA992 Toshiba Tx58xxGxT2JTAx0
    • 983CA992 Toshiba Tx58xxGxT2JTAx0
    • 983CA992 Toshiba Tx58xxGxT2JTAx0
    • 98DE9432 Toshiba TH58NVG5S2ELAM8
    • ECBC0066 Samsung KA1000015E
    • 2CB3D155 Micron MT29CxGxxMAxBAxx-5_WT,IT
    • 2CB39066 Micron MT29F8G16ABBCA
    • 2C644432 Micron 29F64G08CBCGB
    • 453CA593 SanDisk SDWNRHxRx_xxGUx
    • 45489AB3 SanDisk Monolith 128GB
    • 45489AB3 SanDisk Monolith 128GB
    • 45489AB3 SanDisk Monolith 128GB
    • 98D39026 Toshiba TC58NVG3S0ETA00
    • 45C79882 SanDisk SDTNNRAHER_004G
    • 45C79882 SanDisk SDTNNRAHER_004G
    • 453E98B3 SanDisk SDUNCIAMA-064G
    • 2C646456 Micron MT29FxxG08Cxxxx
    • 89A4E53C Intel xx29FxxG08xxMFx
    • 2C844432 Micron Noname
    • 45CE9AB2 SanDisk Noname Monolith
    • 45489AB3 SanDisk Noneme Monolith 128G
    • 89D40C32 Intel 29F512G08EBHAF
    • 2CD40C32 Micron MT29F1T08GBCAG
    • EC1A882F Samsung K9AFGD8H0A
    • EC1C983F Samsung K9AFGD8H0A
    • ADD794DA Hynix HY27UBG8T2ATR
    • 45489AB3 SanDisk SDTNAIAMA-120G
    • 45499BB3 SanDisk SDTNAIAMA-256GB
    • 2CA809DF Micron MT29F256G08EJAAB
    • 453C98B3 SanDisk Noname 32G
    • EC1E983F Samsung K9AHGD8H0M
    • AD76A500 Hynix HY27US08121M
    • EC1C982F Samsung K9OMGY8S7M
    • 98D798B2 Toshiba TC58NVG5T2FTA00
    • 983A98A3 Toshiba TC58TEG7THLTA00
    • 454C9582 SanDisk SDIN5C2_16G
    • 4576A5C0 SanDisk Sandisk_64MB
  • New ECC formats

    • 17664;15-1102;1114;
    • 2176;180;2-172;180;2-172;180;2-172;180;2-172;
    • 18048;16-1122;32;
    • 18656;16-1152;
    • 18432;1144;15-1140;
    • 17920;16-1104;
    • 18592;16-1150;
    • 18272;1138;15-1130;
    • 8944;8-1112;27;
    • 8944;556;15-548;
    • 18592;1154;7-1150;1154;7-1150;
    • 17664;1158;14-1152;
    • 18432;1142;15-1138;
    • 18432;16-1144;
    • 17600;16-1096;
    • 18592;16-1150;18;
    • 18592;1154;15-1150;
    • 8832;8-1071;
    • 17664;16-1096;31;
    • 17600;1104;15-1096;
    • 17600;16-1094;32;
    • 18592;16-1150;27;
    • 17600;16-1098;27;
    • 8832;16-552;
    • 18432;32;16-1140;32;
    • 18432;40;16-1130;
    • 18432;30-610;
    • 18592;32;16-1150;32;
    • 8832;1076;7-1072;
    • 8832;32;8-1094;
    • 17664;16-1100;
    • 18432;16-1142;2-32;
    • 18336;16-1140;
    • 8960;32;8-1096;32;
    • 8944;8-1098;
    • 18656;32;16-1150;32;
    • 8944;8-1094;27;
    • 18272;16-1122;32;
  • New Dynamic XORs

    • CBM: 256_8944_1115x8_3
    • CBM: 64_8640_1080x8 - 6
    • CBM: 64_17664_1096x16 - 6
    • CBM: 128_9216_1152x8 - 2
    • CBM: 128_18432_1127x16 - 2
    • CBM: 128_17600_1096x16_7
    • CBM: 64_8832_1096x8 - 6
    • CUTBYTES: SM3271 BLK=256 PG=17664 (1094x16+27
    • CUTBYTES: SM3271 BLK=256 PG=17664 (1098x16+27
    • CBM: 32_528_528x1 - 6
    • CUTBYTES: SM3259 BLK=256 PG=17664 (1088x16+31)
    • CUTBYTES: SM3259 BLK=256 PG=17664 (1086x16+31)

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