IT1168芯片的b1Tflash提取器怎么用？
|
|
| IT1168TE-64C 2c 88 04 4b 4x1 |
Layout
IT1167 1086_1078
Mix
Input
Order 1/2/3/0
Block Pair
Block 0x200000
Page 0x2000
Join by Page
Parts 4
Page 0x400000
Divide
Field Block Number
Value 0x80
Cross Block
Field Block Number
Block 0x400000
Parts 4
Assembler
Block Number
Block Size 0x400000
Bank Space 0x40000
Image Cut 0xcc000
Banks 00 / 0x000 / 0x1fff
Mix 2 / 0x200
2 / 0x8000
Actions
Scan
Comments
Serg for forum 6431
|
| |||
|
|
| IT1168TE-64C ad d5 94 25 4x1 |
Layout
IT1168 546_538
Mix
Input
Order 1/2/3/0
Block Pair
Block 0x80000
Page 0x1000
Join by Page
Parts 4
Page 0x100000
Divide
Field Block Number
Value 0x20
Cross Block
Field Block Number
Block 0x100000
Parts 4
Assembler
Block Number
Block Size 0x100000
Bank Space 0x2000
Image Cut 0xdf000
Banks 00 / 0x000 / 0x1fff
Mix 2/0x200
2/0x4000
Actions
Scan
Comments
Serg for forum 7281
|
|
| IT1168TE-640 2c 88 04 4b 2x1 |
Layout
IT1167 1086_1078
Mix
Input
Order 0/1
Block Pair
Block 0x200000
Page 0x2000
Divide
Field Block Number
Value 0x40
Join by Page
Parts 2
Page 0x400000
Cross Block
Field Block Number
Block 0x400000
Parts 2
Assembler
Block Number
Block Size 0x400000
Bank Space 0x1000
Image Cut 0xce000
Banks 00 / 0x000 / 0xfff
Mix 2/0x200
Actions
Scan
Comments
Serg for forum 5817
| IT1168 2c 88 04 4b 4x1 |
Layout
IT1167 1086_1078
Mix
Input
Order 3/0/1/2
Block Pair
Block 0x200000
Page 0x2000
Join by Page
Parts 4
Page 0x400000
Divide
Field Block Number
Value 128
Cross Block
Field Block Number
Block 0x400000
Parts 4
Assembler
Block Number
Block Size 0x400000
Bank Space 0x40000
Banks 00 / 0x000 / 0x1fff
Mix 2 / 0x200
2 / 0x8000
Actions
Scan
Comments
Serg
MBR & FAT was absent in dumps
| IT1168 89 68 04 46 2x4 |
Layout
IT1168 546_538
Mix
Input
Order 4/0/5/1/6/2/7/3
Block Pair
Block 0x100000
Page 0x1000
Join by Page
Parts 8
Page 0x200000
Divide
Field Block Number
Value 0x80
Cross Block
Field Block Number
Block 0x200000
Parts 8
Assembler
Block Number
Block Size 0x200000
Bank Space 0x10000
Image Cut 0xec000
Mix
2 / 0x200
4 / 0x4000
Actions
Scan
Find Bank Size
Comments
by Vlad 05.05.2011 for Zenin A.
Perfect Recovery
| IT1168 89 68 04 46 4x2 |
Layout
IT1168 546_538
Mix
Input
Order 4/6/0/2/5/7/1/3
Block Pair
Block 0x100000
Page 0x1000
Join by Page
Parts 8
Page 0x200000
Divide
Field Block Number
Value 128
Cross Block
Field Block Number
Block 0x200000
Parts 8
Assembler
Block Number
Block Size 0x200000
Bank Space 0x4000
Image Cut 0x754000
Mix
4 / 0x200
2 / 0x8000
Actions
Scan
Find Bank Size
|
|
| IT1168 89 68 04 46 4x4 v2 |
Layout
IT1168 546_538
Mix
Input
Order 0/4/12/8/1/5/13/9/2/6/14/10/3/7/15/11
Block Pair
Block 0x100000
Page 0x1000
Divide
Field Block Number
Value 0x100
Cross Dump
Field Block Number
Parts 16
Step 1
Assembler
Block Number
Block Size 0x200000
Bank Space 0x40000
Banks 00 / 0x000 / 0x7fff
Mix 4 / 0x200
4 / 0x8000
Actions
Scan
Comments
Serg for forum 10271
| IT1168 89 88 24 4b 2x2 |
Layout
IT1167 1086_1078 Xor 6771_512_BN
Mix
Input
Order 0/2/1/3
Block Pair
Block 0x200000
Page 0x2000
Join by Page
Parts 4
Page 0x400000
Divide
Field Block Number
Value 128
Cross Block
Field Block Number
Block 0x400000
Parts 4
Assembler
Block Number
Block Size 0x400000
Bank Space 0x40000
Image Cut 0xae0000
Banks 00 / 0x000 / 0x1fff
Mix 2 / 0x200
2 / 0x8000
Actions
Scan
Comments
Serg for forum 4316
Use this model only with ECC = ON
| IT1168 89 88 24 4b 2x4 |
Layout
IT1167 1086_1078 Xor 6771_512_BN
Mix
Input
Order 0/4/1/5/2/6/3/7
Block Pair
Block 0x200000
Page 0x2000
Join by Page
Parts 8
Page 0x400000
Divide
Field Block Number
Value 256
Cross Block
Field Block Number
Block 0x400000
Parts 8
Assembler
Block Number
Block Size 0x400000
Bank Space 0x4000
Image Cut 0x184e000
Mix 2/0x200
4/0x8000
Actions
Scan
Find Bank Size
Comments
by Vlad 29.08.2011 for forum 4420
Perfect Recovery
| IT1168 89 88 24 4b 2x4 v2 |
Layout
IT1167 1086_1078 Xor 6771_512_BN
Mix
Input
Order 0/4/1/5/2/6/3/7
Block Pair
Block 0x200000
Page 0x2000
Join by Page
Parts 8
Page 0x400000
Divide
Field Block Number
Value 0x100
Cross Block
Field Block Number
Block 0x400000
Parts 8
Assembler
Block Number
Block Size 0x400000
Bank Space 0x4000
Image Cut 0x1746200
Banks 00 / 0x000 / 0x3fff
Mix 2/0x200
4/0x8000
Actions
Scan
Comments
Serg for forum 7480
| IT1168 89 d5 94 3e 2x4 |
Layout
IT1168 546_538
Mix
Input
Order 0/4/1/5/2/6/3/7
Block Pair
Block 0x80000
Page 0x1000
Join by Page
Parts 8
Page 0x100000
Divide
Field Block Number
Value 0x40
Cross Block
Field Block Number
Block 0x100000
Parts 8
Assembler
Block Number
Block Size 0x100000
Bank Space 0x10000
Image Cut 0xec000
Mix
2 / 0x200
4 / 0x4000
Actions
Scan
Find Bank Size
| IT1168 89 d5 94 3e 4x4 |
Layout
IT1168 546_538
Mix
Input
Order 8/12/0/4/9/13/1/5/10/14/2/6/11/15/3/7
Block Pair
Block 0x100000
Page 0x1000
Join by Page
Parts 16
Page 0x200000
Divide
Field Block Number
Value 256
Cross Block
Field Block Number
Block 0x200000
Parts 16
Assembler
Block Number
Block Size 0x200000
Bank Space 0x10000
Image Cut 0xfc8000
Mix
4 / 0x200
4 / 0x8000
Actions
Scan
Find Bank Size
|
|
| IT1168 98 d5 94 32 2x2 |
Layout
IT1168 1078_1070
Mix
Input
Order 0/2/1/3
Block Pair
Block 0x100000
Page 0x2000
Join by Page
Page 0x200000
Parts 4
Divide
Field Block Number
Value 64
Cross Block
Field Block Number
Block 0x200000
Parts 4
Assembler
Block Number
Block Size 0x200000
Bank Space 0x20000
Image Cut 0xef000
Mix
2 / 0x200
2 / 0x8000
Actions
Scan
Find Bank Size
Comments
Serg 2011.2.4 from forum 3694
Check files was perfect
But some is broken
I think cause of FAT table problems
|
|
常见问题解答
IT1168TE-64C的b1Tflash提取器支持哪些参数配置？
根据文章内容，IT1168TE-64C的b1Tflash提取器支持多种参数配置，包括芯片ID（如2c 68 04 46）、通道数（4x1）、布局类型（如Layout IT1168 546_538）、输入顺序（1/2/0/3）、块对（Block Pair）、块大小（0x100000）、页大小（0x1000）等。这些参数用于精确匹配不同闪存芯片的物理结构，确保数据提取的准确性。
b1Tflash提取器如何处理跨块和混合输入顺序？
b1Tflash提取器通过设置分块字段（Divide Field）、块号值（Block Number Value 0x40）、页部分（Page Parts 4）和跨块字段（Cross Block Field）来处理复杂闪存布局。对于混合输入顺序（Mix Input Order 1/2/0/3），它会按指定顺序重组数据，并通过块大小（0x200000）、Bank空间（0x4000）和图像切割（Image Cut 0xce000）等参数完成数据装配。
使用b1Tflash提取器时如何设置Bank和图像切割参数？
在b1Tflash提取器中，Bank空间设置为0x4000，图像切割参数为0xce000，Banks范围从00到0x1fff（对应0x000地址）。这些参数决定了提取数据的分区方式和输出范围，用户需根据目标闪存的实际Bank布局和图像大小进行调整，以确保提取结果完整且无冗余数据。