Incorrect Model identification.

[dd86k]

From the AMD manual:

The processor Family identifies one or more processors as belonging to a group that possesses some common definition for software or hardware purposes. The Model specifies one instance of a
processor family. The Stepping identifies a particular version of a specific model. Therefore, Family, Model and Stepping, when taken together, form a unique identification or signature for a processor.

The Family is an 8-bit value and is defined as: Family[7:0] = ({0000b,BaseFamily[3:0]} +
ExtFamily[7:0]). For example, if BaseFamily[3:0] = Fh and ExtFamily[7:0] = 01h, then Family[7:0] = 10h. If BaseFamily[3:0] is less than Fh, then ExtFamily is reserved and Family is equal to
BaseFamily[3:0].

Model is an 8-bit value and is defined as: Model[7:0] = {ExtModel[3:0],BaseModel[3:0]}. For
example, if ExtModel[3:0] = Eh and BaseModel[3:0] = 8h, then Model[7:0] = E8h. If BaseFamily[3:0]
is less than 0Fh, then ExtModel is reserved and Model is equal to BaseModel[3:0].

From the Intel manual:

The Extended Family ID needs to be examined only when the Family ID is 0FH. Integrate the fields into a display using the following rule:
IF Family_ID  ≠ 0FH
  THEN DisplayFamily = Family_ID;
ELSE DisplayFamily = Extended_Family_ID + Family_ID;
(* Right justify and zero-extend 4-bit field. *)
FI;

The Extended Model ID needs to be examined only when the Family ID is 06H or 0FH. Integrate the field into a display using the following rule:

IF (Family_ID = 06H or Family_ID = 0FH)
  THEN DisplayModel = (Extended_Model_ID « 4) + Model_ID;
(* Right justify and zero-extend 4-bit field; display Model_ID as HEX field.*)
ELSE DisplayModel = Model_ID;
FI;

[dd86k]

echo %processor_identifier% :

Intel Core i7-3770 : Intel64 Family 6 Model 58 Stepping 9, GenuineIntel AMD FX-6300 : AMD64 Family 21 Model 2 Stepping 0, AuthenticAMD

[dd86k]

AMD issues once again.

[dd86k]

My friend, who has 2 AMD CPUs, reported that the new algorithms work.