- Feb 19, 2001
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I received this processor over a week ago and didn't have a chance to extensively stability test it until Friday/Saturday.
Here are my results with my new 3332 Costa Rica SL6Z3 M0 steppping.
3300 mhz @ 1.525 volts
3400 mhz @ 1.575 volts
3450 mhz @ 1.600 volts
I'm pretty satisfied with these results so far.
My L317 Malaysia SL6WF D1 stepping was capable of:
3300 mhz @ 1.550 volts
3400 mhz @ 1.575 volts
3500 mhz @ 1.650 volts
So they both seem to be on par with each other. I was hoping to get a mad crazy overclock with the M0 stepping but... oh well... overclocking is always a gamble....
The L317 was tested for stability by running 2 x prime95 for 6+ hours
The 3332 was tested for stability by running TMPGenc for 4.5 hours + seti@home
**NOTE**
This is on an ABIT IC7 (NON G) that seems to undervolt the vcore (of course this can't be verified unless i can directly measure the vcore with a voltmeter) according to MBM and winbond hardware doc at 100% load by approximately .05 volts. So 1.525 volts is actually around 1.47 volts but like I said.. this can't be verified without a voltmeter and measuring on the board directly.
PJ will have my 2.4C SL6WF by Monday/Tuesday to test it out on an Asus P4C800-E Deluxe. I'm hoping that the 300 mhz fsb mark is being limited by my board!!!
btw... one of these two processors are going to go on sale!
Here are my results with my new 3332 Costa Rica SL6Z3 M0 steppping.
3300 mhz @ 1.525 volts
3400 mhz @ 1.575 volts
3450 mhz @ 1.600 volts
I'm pretty satisfied with these results so far.
My L317 Malaysia SL6WF D1 stepping was capable of:
3300 mhz @ 1.550 volts
3400 mhz @ 1.575 volts
3500 mhz @ 1.650 volts
So they both seem to be on par with each other. I was hoping to get a mad crazy overclock with the M0 stepping but... oh well... overclocking is always a gamble....
The L317 was tested for stability by running 2 x prime95 for 6+ hours
The 3332 was tested for stability by running TMPGenc for 4.5 hours + seti@home
**NOTE**
This is on an ABIT IC7 (NON G) that seems to undervolt the vcore (of course this can't be verified unless i can directly measure the vcore with a voltmeter) according to MBM and winbond hardware doc at 100% load by approximately .05 volts. So 1.525 volts is actually around 1.47 volts but like I said.. this can't be verified without a voltmeter and measuring on the board directly.
PJ will have my 2.4C SL6WF by Monday/Tuesday to test it out on an Asus P4C800-E Deluxe. I'm hoping that the 300 mhz fsb mark is being limited by my board!!!
btw... one of these two processors are going to go on sale!