sdx50m 1.0 0x000a0000

0x000a04b0

BLOW OEM Secure Boot FEC Enable Blow to enable FEC for OEM Secure Boot region. Ensure that complete region is provisioned before FEC is enabled. QTI 0x0 11 PK Hash FEC Enable QTI 0x0 13

0x000a0150

BLOW Prevents WDOG_DISABLE GPIO from disabling WDOG. Frees up the GPIO and prevents potential for abuse by attacker. QTI 0x0 12 This index is used to configure the number of root certificates hashed into OEM_PK_HASH when multiple roots are present. QTI 0x0 19:18 Blow this bit for secure solution. Disables the APPS global invasive (JTAG and monitor mode) debug capabilities. Can be overridden by OVERRIDE registers. QTI 0x0 42 Blow this bit for secure solution. Disables the APPS global non-invasive (trace and performance monitoring) debug capabilities. Can be overriden with OVERRIDE registers. QTI 0x0 43

0x000a0158

BLOW OEM HW ID QTI 0x0000 15:0 OEM Product ID QTI 0x0000 31:16 ROW 62, 63, 64, 65, 66, 67, 68

0x000a01f0

BLOW PK Hash[55:0]: Hash of the Public Key QTI 0x00000000000000 55:0 FEC autocalculated based on 56 bits in the row QTI 0x00 62:56

0x000a01f8

BLOW PK Hash[111:56]: Hash of the Public Key QTI 0x00000000000000 55:0 FEC autocalculated based on 56 bits in the row QTI 0x00 62:56

0x000a0200

BLOW PK Hash[167:112]: Hash of the Public Key QTI 0x00000000000000 55:0 FEC autocalculated based on 56 bits in the row QTI 0x00 62:56

0x000a0208

BLOW PK Hash[223:168]: Hash of the Public Key QTI 0x00000000000000 55:0 FEC autocalculated based on 56 bits in the row QTI 0x00 62:56

0x000a0210

BLOW PK Hash[279:224]: Hash of the Public Key QTI 0x00000000000000 55:0 FEC autocalculated based on 56 bits in the row QTI 0x00 62:56

0x000a0218

BLOW PK Hash[335:280]: Hash of the Public Key QTI 0x00000000000000 55:0 FEC autocalculated based on 56 bits in the row QTI 0x00 62:56

0x000a0220

BLOW PK Hash[383:336]: Hash of the Public Key QTI 0x00000000000000 47:0 FEC autocalculated based on 56 bits in the row QTI 0x00 62:56 ROW 60

0x000a01e0

BLOW OEM_SECURE_BOOT1_ROM_PK_HASH_IDX[3:0] If PK_HASH_IN_FUSE = '0'; this value selects which root certificate hash to use from the ROM table. QTI 0x0 3:0 OEM_SECURE_BOOT1_PK_HASH_IN_FUSE For boot configuration 1 (Apps): If this bit is '0' use the internal ROM hash index and OEM_SECURE_BOOT1_ROM_PK_HASH_IDX[3:0] for the root certificate hash. If this bit is '1' use the value stored in OEM_PK_HASH for the root certificate hash. QTI 0x0 4 OEM_SECURE_BOOT1_USE_SERIAL_NUM If this bit is '1' then the unique device serial number is required in the authentication of code for boot configuration 1. QTI 0x0 6 OEM_SECURE_BOOT2_ROM_PK_HASH_IDX[3:0] If PK_HASH_IN_FUSE = '0'; this value selects which root certificate hash to use from the ROM table. QTI 0x0 11:8 OEM_SECURE_BOOT2_PK_HASH_IN_FUSE For boot configuration 2 (MBA):If this bit is '0' use the internal ROM hash index and OEM_SECURE_BOOT2_ROM_PK_HASH_IDX[3:0] for the root certificate hash. If this bit is '1' use the value stored in OEM_PK_HASH for the root certificate hash. QTI 0x0 12 OEM_SECURE_BOOT2_USE_SERIAL_NUM If this bit is '1' then the unique device serial number is required in the authentication of code for boot configuration 2. QTI 0x0 14 OEM_SECURE_BOOT3_ROM_PK_HASH_IDX[3:0] If PK_HASH_IN_FUSE = '0'; this value selects which root certificate hash to use from the ROM table. QTI 0x0 19:16 OEM_SECURE_BOOT2_PK_HASH_IN_FUSE For boot configuration 3 (Modem): If this bit is '0' use the internal ROM hash index and OEM_SECURE_BOOT3_ROM_PK_HASH_IDX[3:0] for the root certificate hash. If this bit is '1' use the value stored in OEM_PK_HASH for the root certificate hash. QTI 0x0 20 OEM_SECURE_BOOT3_USE_SERIAL_NUM If this bit is '1' then the unique device serial number is required in the authentication of code for boot configuration 3. QTI 0x0 22 0x00 62:56