31.6.22 Flash ECC Fault Pointer REGISTER

Table 31-53. Register Bit Attribute Legend
SymbolDescriptionSymbolDescriptionSymbolDescription
RReadable bitHCCleared by Hardware(Grey cell)Unimplemented
WWritable bitHSSet by HardwareXBit is unknown at Reset
KWrite to clearSSoftware settable bit
Name: FFLTPTR
Offset: 0x54
Reset: 0x00000000
Property: R/W

Bit 3130292827262524 
        FLTPTR2[8] 
Access R/W 
Reset 0 
Bit 2322212019181716 
 FLTPTR2[7:0] 
Access R/WR/WR/WR/WR/WR/WR/WR/W 
Reset 00000000 
Bit 15141312111098 
        FLTPTR1[8] 
Access R/W 
Reset 0 
Bit 76543210 
 FLTPTR1[7:0] 
Access R/WR/WR/WR/WR/WR/WR/WR/W 
Reset 00000000 

Bits 0:8, 16:24 – FLTPTR If Fault Injection Mode, this is the pointer to the bit in the parity calculation vector on which to generate a fault. Condition: {PFM_DATA_MSB==63} 111111111 ... 001001000 = Don't Use - UNDEFINED RESULT (above max bit) 001000111 = Inject fault on Bit 71 (max bit for 128-bit data + 8-bit Parity) ... 000000001 = Inject fault on Bit 1 000000000 = Inject fault on Bit 0 Note: See TableHardSpace2-4 for calculation vector bit order vs data bit order vs control bit order. Condition: {PFM_DATA_MSB==127} 111111111 ... 010001001 = Don't Use - UNDEFINED RESULT (above max bit) 010001000 = Inject fault on Bit 136 (max bit for 128-bit data + 9-bit Parity) ... 000000001 = Inject fault on Bit 1 000000000 = Inject fault on Bit 0 Note: See TableHardSpace2-4 for calculation vector bit order vs data bit order vs control bit order. Condition: {PFM_DATA_MSB==255} 111111111 ... 100001010 = Don't Use - UNDEFINED RESULT (above max bit) 100001001 = Inject fault on Bit 265 (max bit for 256-bit data + 10-bit Parity) ... 000000001 = Inject fault on Bit 1 000000000 = Inject fault on Bit 0 Note: See TableHardSpace2-4 for calculation vector bit order vs data bit order vs control bit order.