I know it was not my smartest move, but I bought a OEM Slot1 P3 933EB (133) Coppermine to replace my OEM P3 700 (100) with it. Both are SEEC2 (second generation SLOT1). The fan swap was easy. I run a Dual fan on the SLOT1 CPU with each fan separately connected to the three pins on the MB to report temp and fan speed.
and yes, I did reset the MB to the new CPU and FSB.
When I started it up, fan two ran slow for several minutes, but as the temp warmed up, things got back to normal and maybe a bit faster than the previous fan speed.
It looks like the fans have settled in about 5000 RPM vs 4400 RPM on the P3 700.
Can you guys and gals recommend a reasonable temp range for this processor and for the warning alarm and separately the auto shutdown temp setting? Assuming the MB is anywhere in the ballpark of correct in it's reports.
It looks like the P3 933EB is settling in at about 175 degrees compared to about 156 degrees for the P3 700 in the same MB. MB is an ABIT not overclocked with the latest BIOS flash 70.
Also does the Coppermine have 256 or 512 L2 Cashe. INTEL's processor SPEED check software is indicating this chip is 256K Level 2 Cashe plus 16K Level one plus 16 k instructional Cashe.
Cpu stepping is 3 on Intel's processor identifier. Strange -- it appears that this CPU was delivered with the num turned off.
I replaced my ECC PC100 memory with PC133 which I do not know if it is also ECC, but it has the buffer chip on the end, so I assume it is ECC too.
I don't notice much processing improvement compared to my P3 700 (100). I would have thought the 100 FSB increase to 133 would have shown me something. The increase from 700 to 933 is about the same ratio of CPU speed increase. Certainly, the Coppermine changes to the cashe compared to the original Slot 1/SEEC2 P3 should help the improvement.
Any recommendations for a good diagnostic to burn this chip in and be sure, it understands all the instruction set?
Comments are requested to any and all the above. Is my thinking that far out in the bleachers?
Every working computer must be improved .... or replaced ...
and yes, I did reset the MB to the new CPU and FSB.
When I started it up, fan two ran slow for several minutes, but as the temp warmed up, things got back to normal and maybe a bit faster than the previous fan speed.
It looks like the fans have settled in about 5000 RPM vs 4400 RPM on the P3 700.
Can you guys and gals recommend a reasonable temp range for this processor and for the warning alarm and separately the auto shutdown temp setting? Assuming the MB is anywhere in the ballpark of correct in it's reports.
It looks like the P3 933EB is settling in at about 175 degrees compared to about 156 degrees for the P3 700 in the same MB. MB is an ABIT not overclocked with the latest BIOS flash 70.
Also does the Coppermine have 256 or 512 L2 Cashe. INTEL's processor SPEED check software is indicating this chip is 256K Level 2 Cashe plus 16K Level one plus 16 k instructional Cashe.
Cpu stepping is 3 on Intel's processor identifier. Strange -- it appears that this CPU was delivered with the num turned off.
I replaced my ECC PC100 memory with PC133 which I do not know if it is also ECC, but it has the buffer chip on the end, so I assume it is ECC too.
I don't notice much processing improvement compared to my P3 700 (100). I would have thought the 100 FSB increase to 133 would have shown me something. The increase from 700 to 933 is about the same ratio of CPU speed increase. Certainly, the Coppermine changes to the cashe compared to the original Slot 1/SEEC2 P3 should help the improvement.
Any recommendations for a good diagnostic to burn this chip in and be sure, it understands all the instruction set?
Comments are requested to any and all the above. Is my thinking that far out in the bleachers?
Every working computer must be improved .... or replaced ...