Shimmishim
Elite Member
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! 🙂