Author Topic: Easy-JTAG PLUS Update  (Read 35 times)

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Easy-JTAG PLUS Update
« on: July 08, 2018, 11:17:43 AM »
EasyJtag Release version 3.0. NAND SUPPORT ADDED


Added:

- OTP Functions Scan Lock Unlock *
- iConfig Read/Write iDevices parameters
- eMMC Chip Name Detection
- ONFI NAND Universal Protocol
- EDEC NAND Universal Protocol
- NAND Bad Blocks handlers
- NAND ECC Options


Changes:

- Updated EasyJTAG firmware 2.29
- Improved ISP Connection Stability
- Improved detection of some eMMC 5.1 devices
- eMMC Firmware Dump Procedure is improved
- Classic NAND Detection is improved
- Lot of NAND bugs is fixed
- Fixed GUI bug on some multi display configs


Added Samsung MoviNAND FFU Packs - thanks to Layder_by


Updated*fw versions:

- KLM8G1WE4A-A001 Rev.0xA Updated
- KLM8G2FE3B-B001 Rev.0xE - Confirmed Work
- KLMAG2GE4A-A001 Rev.0x12 - Confirmed Work
- KLMAG2GE4A-A002 Rev.0x07 - Confirmed Work
- KLMAG4FE4B-B002 Rev.0xF7 *Updated
- KLMBG4GE4A-A001 Rev.0x6 *Updated
- KMK7U000VM-B309 Rev.0xA (before 0x8) - Confirmed Work
- KMNJS000ZM-B205 Rev.0x7 (before 0x3) Updated


New firmwares:

- KLMBG4GE2A-A001 Rev. 0x6
- KLMAG4FEJA-A001 Rev.0x9
- KLMAG4FEJA-A002 Rev.0x12
- KLMBG4WE4A-A001 Rev.0x7
- KLMBG8FE4B-B001 Rev.0xF6 - Confirmed
- KMI2U000MA-B800 Rev.0x17 - Confirmed
- KMI8U000MA-B605 Rev.0x4 - Confirmed
- KMKZS000VM-BA04 Rev.0x8
- KML7U000HM-B505 Rev.0x8


Fixes CID (same firmware):

- KMJ5U000WA-B409 Rev.0x8 (0x2)
- KMJ5U000WM-B409 Rev.0xA (0x2)
- KMK5U000VM-B309 Rev.0xA (0x2)
- KMN5U000ZM-B203 Rev.0xA (0x2)


Added new phones:

- ALCATEL OT-5098O (Read/Write/Dump/ISP eMMC Pinout)
- AMAZON KINDLE FIRE 5TH SV98LN (Read/Write/Dump/ISP eMMC Pinout)
- ASUS ME302KL (Read/Write/Dump/ISP eMMC Pinout)
- COOLPAD CATALYST 3622A (Read/Write/Dump/ISP eMMC Pinout)
- HAIER W716 (Read/Write/Dump/ISP eMMC Pinout)
- LG D722V (Read/Write/Dump/ISP eMMC Pinout)
- LG H901 (Read/Write/Dump/ISP eMMC Pinout)
- LG K350K (ISP eMMC Pinout)
- LG K550 (Read/Write/Dump/ISP eMMC Pinout)
- LG LM-X210MA (Read/Write/Dump/ISP eMMC Pinout)
- LG LS775 (Read/Write/Dump/ISP eMMC Pinout)
- LG M700TV (Read/Write/Dump/ISP eMMC Pinout)
- LG MS210 (Read/Write/Dump/ISP eMMC Pinout)
- LG VS990 (Read/Write/Dump/ISP eMMC Pinout)
- MICROMAX Q415 (Read/Write/Dump/ISP eMMC Pinout)
- MOTOROLA XT1562 (Read/Write/Dump/ISP eMMC Pinout)
- MOTOROLA XT1642 (Read/Write/Dump/ISP eMMC Pinout)
- MOTOROLA XT1676 (Read/Write/Dump/ISP eMMC Pinout)
- OPPO A37FW (Read/Write/Dump/ISP eMMC Pinout)
- OPPO CPH1701 (Read/Write/Dump/ISP eMMC Pinout)
- OPPO R7G (Read/Write/Dump/ISP eMMC Pinout)
- PRESTIGIO PSP3504 DUO (Read/Write/Dump/ISP eMMC Pinout)
- PRESTIGIO PSP3509 DUO (ISP eMMC Pinout)
- SAMSUNG GT-P8110 (ISP eMMC Pinout)
- SAMSUNG SM-A520F (Read/Write/Dump/ISP eMMC Pinout)
- SAMSUNG SM-G531H rev0.3 (Read/Write/Dump/ISP eMMC Pinout)
- SAMSUNG SM-G532M (Read/Write/Dump/ISP eMMC Pinout)
- SAMSUNG SM-T805 (Read/Write/Dump/ISP eMMC Pinout)
- SAMSUNG SM-T815 (Read/Write/Dump/ISP eMMC Pinout)
- SONY C6602 (Read/Write/Dump/ISP eMMC Pinout)
- SONY E6683 (ISP eMMC Pinout)
- SONY F3111 (Read/Write/Dump/ISP eMMC Pinout)
- SONY F3112 (Read/Write/Dump/ISP eMMC Pinout)
- SONY G3221 (Read/Write/Dump/ISP eMMC Pinout)
- SONY TABLET SGPT111AU_S (ISP eMMC Pinout)
- TOSHIBA TV 39L4353RB (ISP eMMC Pinout)
- VIVO Y33 (ISP eMMC Pinout)
- XIAOMI REDMI 4A (ISP eMMC Pinout)
- ZTE L5 Plus (Read/Write/Dump/ISP eMMC Pinout)
- ZTE N9560 (Read/Write/Dump/ISP eMMC Pinout)
- ZTE Z836BL (Read/Write/Dump/ISP eMMC Pinout)
- ZTE Z982 (Read/Write/Dump/ISP eMMC Pinout)


Added/ confirmed support of following NAND 64bit Chips :


H2JTDG8UD1CMR,H2JTDG8UD1BMS,THGBX2G7B2JLA01,THGBX2 G7B2JLA01,
H2JTEG8VD3MBR,SDMBLBBB2_016G,THGBX3G7D2KLF0C,THGBX 3G6D1KLA0C,
THGBX2G6D1JLA01,THGBX2G6D1JLA01,THGBX3G6D1KLA0C,H2 JTDG8UD3MBR,
THGBX2G7D2JLA01,SDMFLBCB2_016G,H2JTFG8YD1BMS,H2JTE G8VD1BMR,
H2JTEG8VD1CMS,THGBX3G9D8KLA,H2DTDG8VD1MYR",H2DTEG8 VD1MYR,
THGVX1G7D2GLA08,THGVX1G9D8GLA08,THGVX1G7D2GLA08,TH GVX1G7D2GLA08,
THGBX4G7D2LLDYC,SDMFLBCB4_032G,H2DTFG8YD1MYR,H2DTF G8YD1MYR, H2DTDG8UD1MYR,H2DTDG8UD1MYR,H2DTDG8UD1MYR,THGBX2G8 B4JLA01,
THGBX3G8D4KLA0C,SDMALBB4_032G,H2JTFG8YD3MBR,KLEAG2 GW1A,
KLEBG4GWCA,KLEBG4GW1A,KLECG8GW1A,THGBX2G9D8JLA01,T HGBX3T0DBKLA0B,
THGBX2T0BBJLA03,SDMALBB8_064G,THGBX2G8D4JLA01,H2JT FG8YD1MBR,
THGVX1G6D2HLA01,THGBX2G9B8JLA01,H2JTCG8T22MBR,


Added/ confirmed support of following NAND 32bit Chips :

H2JTFG8YD3MBR,THGBX4T0T8KLF0E,H2JT1T8QD1MMR,SDMILB CF8_128G,
SDMJLBDF8_128G,SDMILBCF4_064G,SDMBLBCF4_064G,SDMFL BCB8_064G,
SDMILBDF4_064G,SDMALBB8_064G,SDMALBB8_064G,SDMBLBB B2_016G,
SDMFLBCB2_016G,SDMFLBCB2_016G,SDMFLBCB4_032G,SDMAL BB4_032G,
SDMALBB4_032G,H2JTDG8UD3MBR,THGBX4G9T4KLF0C,THGBX4 G9T4KLF0C,
THGBX2G8D4JLA01,THGBX3G7D2KLF0C,THGBX3G7D2KLF0C,TH GBX2G7D2JLA01,
THGBX3G9D8KLA, H2JTFG8PD1MMR,THGBX3T0DBKLA0B, THGBX2T0BBJLA03,


Added/ confirmed non PPN NAND Chips :

TC58NVG0D3BTG,TC58NVG1S3BFT,TC58DVG14B1FT00,
TC58NVG1D4BTG00,TC58NVG2D4BFT00,TH58NVG2S3BFT,TC58 NVG3D1DTG00,
TC58NVG3D4CTGI0,TH58NVG3D4BTG00,TC58NVG4D1DTG00,TH 58NVG4D4CTG00,
TH58NVG4D4DTG00,TC58NVG5D1DTG00,TC58DVG1,TH58DVG2, TC58128(A)FT,
TC58256(A)FT/TC58DVM82A1FT00,TC58512(A)FT/TC58DVM92A1FT,TC58DVG02A1FT,
TC58NVG0S3BFT,TC58NVG4D2ETG,FG64G08UCT1-19,TH58NVG6T2ETA2A,
TH58NVG5T2ETA20,TH58NVG8D2ELA893276,TH58NVG8D2FLA8 9,NAND128W3A2A,
NAND128W3B,NAND256W3B,NAND256W3ABN,NAND256W3A0AN6, NAND512W3A2C,
NAND512W3B,NAND01GW3A,NAND01GW3B2A,NAND01GW3B2B,NA ND02GW,
NAND02GW3B2C,NAND04GW3B2B,NAND04GW3C2A,NAND08GW3C2 A,NAND08G2M,
NAND08GW3B2A,FNMM29ABNQAHWG,FNMM29ABNRAHWG,FNMM29A BNTAHWG,
FNMM29B2GK3WG,FBNL20MNAK3WG,FBNL52AHGK3WG,FTJL41BH GK3W4,
SDTHGEHE0-1024,SDTNMMAHEM-002G,SANDISK 04148-004G,SDTNLLBHSM-4096,
K9F2808U0C,K9F2808U0C,K9F2808U0B,K9F5608U0B,K9F561 6U0C,K9F1208U0M(A),
K9F1G16U0x,K9K(T)1G08U0M(A),K9F1G08U0B,K9F1G08U0B, K9F1G08U0M(A)/(B),
K9F(K)2G08U0M(A),K9F2G08U0A,K9F2G16U0x,K9K4G08U0M, K9F4G08U0M,
K9W4G08U1M,K9G4G08U0M,K9K4G16U0x,K9G8G08U0A,K9G8G0 8U0M,
K9L8G08U0A/M,K9K8G08U0M,K9GAG08U0M,K9LAG08U0M,K9LAG08U0A,
K9LBG08U0M,K9K2G16,K9K2G08,K9WAG08U0M,K9F8G08,K9HC G08U1D,
K9BCG08U1A,K9GAG08U0A,K9F6408U0C,K9PDG08U2E,PF79A( B)L1208BS,
HN29V51211/HN29V51291BT-30,HN29V1G91T-30,HN29V25691BT-30,R1FV04G13RSA-3,
MT29F2G08AAC,MT29F2G08AAA,MT29F2G16AAB,MT29F2G08X, MT29F2G08AAB
,MT29F16G08TAA,MT29F16G08FAA,MT29F32G08TAA,MT29F64 G08CFAA
JS29F64G08CAMD2,HYF31DS512,HYF33DS512804BTC,HYF33D S512804BTC,
HYF33DS512804_31B2,HYF33DS512804_3172,HYF33DS51280 4_5166,HYF33DS1G800CT1,
HYF33DS1G800,HYF33DS512800ATC,HY27US08281A/B,HY27US08561M,HY27US16562A,
HY27US08121B,HY27US08121M,HY27UF081G2A,HY27UF081G2 M,HY27UA081G1M,
HY27UB081G1M,HY27UB081G1M,HY27UF082G2A,HY27UF(G)08 2G2M,HY27UU(T)084G2M,
HY27UT084G2A,HY27UF084G2MW,HY27UG(H)084G2A,HY27UF( G)084G2M,
HY27UH088G2M,HY27UG088G2M,HY27UT088G2M,HY27UV088G5 ,
HY27UU08AG2M,HY27UA08T2MTR,H27UCG8V5MTR,D27UCG8UDM YR


NAND KIT Started will be available in our reseller in 1 week time.
You can make preorder now from your reseller.



Easy-NAND support Iphone 4 4S 5 5S 6, IPAD, read write Boot. WiFi SN.


Write Protection April 1, 2016 *eMMC offers write protection to prevent data corruption at power-on and malicious write or read-only coverage over a selectable area *Write protection can be enabled on a small area of a partition or over the entire device with three different types: *Permanent - Does not allow host to disable the write protection on the selected area once set *Temporary - Area protected can be unprotected by various methods *Power-on - Protected area selected can be unprotected by power cycle or hardware reset (Rst_N) • It is suggested that any write protect disable bits be set if no WP is to take place to avoid malicious or accidental setting of write protection

https://www.jedec.org/sites/default/files/Victo_Tsai(1).pdf
http://103.242.13.50/files/209100000044A026/zedboard.org/sites/default/files/documentations/EBU%20eMMC%20Security%20rev1.1%20-%20Non%20Confidential.pdf