| CBM2099EA 89 84 64 3c 1×1 |
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Layout
CBM2098 1096 Xor c32e_512_260_64
Mix
Input
Order 0
Block Pair
Block 0x800000
Page 0x4000
Assembler
Virtual Translator
Block Size 0x1000000
Image Cut 0x11d000
Comments
Serg for forum 10526
Layout
CBM2098 1103 Xor c32e_64
Mix
Input
Order 0
Assembler
Virtual Translator
Block Size 0x400000
Image Cut 0xc6000
Comments
by Arvika
Layout
CBM2098 1144 Xor cf7e_64
Mix
Input
Order 0
Assembler
Virtual Translator
Block Size 0x300000
Image Cut 0x2000
Comments
Serg for forum 12432
Layout
CBM2098 1096 Xor c32e_512_64
Mix
Input
Order 0
Software Bad Bytes
Block 512
Group 2
Block Pair
Block 0x200000
Page 0x2000
Assembler
Virtual Translator
Block Size 0x400000
Image Cut 0x7e000
Comments
Serg for forum 12376
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Layout
CBM2098 1144 Xor c32e_64
Mix
Input
Order 0
Assembler
Virtual Translator
Block Size 0x600000
Image Cut 0x357000
Comments
by Arvika
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Layout
CBM2199 1152 Xor cf7e_64
Mix
Input
Order 0
Assembler
Virtual Translator
Block Size 0xd80000
Image Cut 0xb4c000
Comments
Serg for forum 11795
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Layout
CBM2098 1127 Xor c32e_64
Mix
Input
Order 0
Block Pair
Block 0x400000
Page 0x4000
Assembler
Virtual Translator
Block Size 0x400000
Image Cut 0xc6000
Comments
Serg for forum 10255
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| CBM2099E ad de 14 a7 1×1 v2 |
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Layout
CBM2098 1127 Xor c32e_64
Mix
Input
Order 0
Software Bad Bytes
Block 256
Group 2
Assembler
Virtual Translator
Block Size 0x400000
Image Cut 0x102000
Comments
Use Auto FF for SBB
Case use diffrent RR for ODD and EVEN Blocks - Hynix v2
by Bolo
Layout
CBM2099 1040 Xor c32e_64
Mix
Input
Order 0/1
Join by Dump
Parts 2
Assembler
Virtual Translator
Block Size 0x200000
Image Cut 0xfd000
Comments
Serg for forum 10895
Layout
CBM2093 1080 T16 Xor c32e_64
Mix
Input
Order 0
Assembler
Translator Table
Block Size 0x200000
Image Cut 0x102000
Actions
Scan
Find Banks Table
Comments
Serg for forum 12325
Layout
CBM2099 1138 Xor 7421_512
Mix
Input
Order 0
Assembler
Virtual Translator
Block Size 0x800000
Image Cut 0x102000
Comments
Serg for forum 11655
May be Image Cut not need
常见问题解答
CBM2099EA和CBM2099E的ID有什么区别？
根据文章内容，CBM2099EA的ID为89 84 64 3c，而CBM2099E的ID为45 3a a4 93或45 4c 98 a3。这些ID用于识别不同的芯片版本和配置，在数据恢复时需要根据具体ID选择正确的算法和参数。
CBM2099芯片的Xor值对数据恢复有什么影响？
文章中提到CBM2099EA使用Xor c32e_512_260_64，而CBM2099E使用Xor c32e_64或cf7e_64。Xor值是数据恢复中用于解码闪存原始数据的关键参数，不同的Xor值对应不同的数据排列方式，必须正确匹配才能有效恢复数据。
如何根据CBM2099的Layout和Block Size进行数据恢复？
CBM2099EA的Layout为CBM2098 1096，Block Pair为0x800000，Page为0x4000；CBM2099E的Layout为CBM2098 1103或1144，Block Size为0x400000。这些参数决定了虚拟块和物理块的映射关系，恢复时需要依据这些参数配置工具，才能正确重建数据。