Pepsi
11-01-01, 10:09 AM
Hello everyone,
I have recently purchased a new AMD processor a 1200 Thunderbird. The first thing I checked was to see if the L1 bridges were cut on the processor. They were not. I have the processor on a Biostar MB MKV7. The front buss speed is set to 133 and the multiplier set so the TBird runs at 1200. The details on the processor are as goes, AMD Athlon, A 1200 AMS3C , AXIA 0128CPFW, 96419660414, 1999 AMD. This is exactly what is on the top of the chip. My question is looking at the chip (Olympus microscope) I see that L3, L4, L6, L7 all have cuts in them. Other pics of AMD’s up close look the same but the cuts are in different places. Besides blowing things up is there any benefit to closing any of the other bridges besides L1 ? What purpose do the other bridges serve? And lastly why on to very similar processors are the cuts different? Thanks.
pepsi
I have recently purchased a new AMD processor a 1200 Thunderbird. The first thing I checked was to see if the L1 bridges were cut on the processor. They were not. I have the processor on a Biostar MB MKV7. The front buss speed is set to 133 and the multiplier set so the TBird runs at 1200. The details on the processor are as goes, AMD Athlon, A 1200 AMS3C , AXIA 0128CPFW, 96419660414, 1999 AMD. This is exactly what is on the top of the chip. My question is looking at the chip (Olympus microscope) I see that L3, L4, L6, L7 all have cuts in them. Other pics of AMD’s up close look the same but the cuts are in different places. Besides blowing things up is there any benefit to closing any of the other bridges besides L1 ? What purpose do the other bridges serve? And lastly why on to very similar processors are the cuts different? Thanks.
pepsi