Quote Originally Posted by KTE View Post
So basically lukija you're after the BIN value of NB HEX C8810F25 and the CPUID register values. Well let me tell ya, the NB value reads 00101b which is NB 9x multipler and that's exactly what I chose in the BIOS.

CPU DID/NB DID:

0x48003806 = 0001 = 1
0x800001BD = 0001 = 1

Here's what you asked for:


The setup was:

4-CPUs: 2200MHz
CPU FID: 06
CPU DID: 1
CPU VID: 28
NB FID: 05
NB DID: 1
NB VID: 36
HT ref.: 200MHz
HT Link: 9x
RAM: 1:2
3-3-3-3-11 1T
Dual/Unganged

Hope it helps.

Thanks man.

So far so good. According to your SS it is OK:

NbFid - 00101 = 5 (D4 register bits 4:0)
NbDid - 0 = 0 (MSR C0010064 , bit 22)
CpuFid - 00000110 = 6 (MSR C0010064, bits 5:0)
CpuDid - 000 = 0 (MSR C0010064, bits 8:6)

Put those values in K10Calc and see what happens

CPU Speed = 100MHz * ( 6 + 16) / ( 2 ^ 0) = 100MHz * 22/1 = 2200MHz

or if you prefer it this way

CPU Speed = 200 MHz * (6 + 16) / [2*(2^0)] = 200MHz * 22/2 = 200MHz * 11 = (reference clock * multi)

NB Speed = 200MHz * (5 + 4) / (2 ^ 0) = 200MHz * 9/1 = 1800MHz

When it comes to FIDs, BIOS i OK, but when it comes to DIDs, BIOS actaully displays 2 ^ Did, it is not wrong, but just the way to present the same thing in other manner.