Line 127:
Line 127:
| [[#FUSE_FA|FUSE_FA]]
| [[#FUSE_FA|FUSE_FA]]
| 0x7000F948
| 0x7000F948
+
|-
+
| [[#FUSE_PUBLIC_KEY|FUSE_PUBLIC_KEY0]]
+
| 0x7000F964
+
|-
+
| [[#FUSE_PUBLIC_KEY|FUSE_PUBLIC_KEY1]]
+
| 0x7000F968
+
|-
+
| [[#FUSE_PUBLIC_KEY|FUSE_PUBLIC_KEY2]]
+
| 0x7000F96C
+
|-
+
| [[#FUSE_PUBLIC_KEY|FUSE_PUBLIC_KEY3]]
+
| 0x7000F970
+
|-
+
| [[#FUSE_PUBLIC_KEY|FUSE_PUBLIC_KEY4]]
+
| 0x7000F974
+
|-
+
| [[#FUSE_PUBLIC_KEY|FUSE_PUBLIC_KEY5]]
+
| 0x7000F978
+
|-
+
| [[#FUSE_PUBLIC_KEY|FUSE_PUBLIC_KEY6]]
+
| 0x7000F97C
+
|-
+
| [[#FUSE_PUBLIC_KEY|FUSE_PUBLIC_KEY7]]
+
| 0x7000F980
|-
|-
| FUSE_TSENSOR_1
| FUSE_TSENSOR_1
Line 392:
Line 416:
This stores the 160-bit private key (128 bit SBK + 32-bit device key).
This stores the 160-bit private key (128 bit SBK + 32-bit device key).
Reads to these registers after the SBK is locked out produce all-FF output.
Reads to these registers after the SBK is locked out produce all-FF output.
+
+
==== FUSE_PUBLIC_KEY ====
+
This stores the SHA256 hash of the 2048-bit RSA key expected at BCT+0x210.
+
== eFuses ==
== eFuses ==