I experiance the same thing. I can go to 2950 MHz @ 1,376 V, but at 3100 MHz it needs 1,55 V to get stable, but at that v-core my vapochill SE just can't handle det heat output and the temps go crazy :(Quote:
Originally Posted by stone_cold_Jimi
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I experiance the same thing. I can go to 2950 MHz @ 1,376 V, but at 3100 MHz it needs 1,55 V to get stable, but at that v-core my vapochill SE just can't handle det heat output and the temps go crazy :(Quote:
Originally Posted by stone_cold_Jimi
Well my LDBHE 0601 UPMW can do 3.1ghz 1m stable, under water. I haven't really played with it a massive amount, but i was easily able to run 3dmark last night at 2900mhz on 1.55v, and it was solid as a rock.
Overall, very happy with this, beats the hell out of my old CCBWE 0535.
Just need to get some decent RAM now...this teamgroup stuff rocks out at 265mhz, with 3.6v.
Time to sell, and try some better stuff...
http://valid.x86-secret.com/show_oc?id=79891
1.63v for 320x10. Stability? Daren't even look yet. Idling at -27C core, -45C evap.
Edit: With 1.65v it's SPi 1M stable, craps out (core 0) during 8M. DS/DDS is critical, it likes 7/1 best so far, 8/1 not good, 5/1 worse than 7/1, 3/1 BSOD. It's all about memory and controller really. Still, idling -30C core /-50C vap, Spi load about -10C, everything to play for. :)
Edit edit: Went 133 on the divider and 3-3-3-7, dropped to 1.6v and it was still the same. Back to 300x10 and dual SP2004, that's ok. I'll have a play with 310x10 later. For a 3800, can't complain really.
Jimi what is the coldest you can run the cpu at? Trying to get a baseline of temps for BF revision memory controller. We do know that BG revision does bug at a certain temp and that BH revision almost doesn't bug at all. Really need to have someone DI one of those for max cold.
Using a browser and not doing much else at say 3 GHz, -34C is the lowest I've seen. I fear that this chip is going on a long journey... but I've grown quite attached to it lol. Lemme think it over. :)Quote:
Originally Posted by chew*
this is under a stock TT Big Typhoon @ 1.39v :D
LBDHE 0601TPEW
AMD64 TCaseMax - v1.18
----------------------
CPU Information (CPU #1):
Standard CPUID: Family: F, Model: B, Stepping: 1
Extended CPUID: Family: F, Model: 2B, Stepping: 1
CPUID String: 20FB1
Processor APIC: 0
Processor: AMD Athlon 64 X2 3800+ (Manchester)
CPU Speed: 2900.11 (290.01 x 10.0)
Revision: BH9-E4
Platform: Socket 939
Startup VCore: 1.350v
Maximum Case Temperature = 71C
TDP: 89.0 Watts
http://simon.webideal.ca/Temp/w00t.JPG
WOW
Nice chip, you got there.
Looking good man.
how would I go about finding one of these new 3800's?
And i see all these endings, like UPMW and TPEW, so which one would be the best oc'er?
I'm glad i was able to guide you towards the right stepping :) Are you going to have any Phase results?
soon...look @ sig (end) :DQuote:
Originally Posted by chew*
Sweet looking forward towards your results.
2.9ghz 1.376v prime95 priority 9 :)
http://simon.webideal.ca/Temp/X2%203....9%20prime.JPG
Niiice chip m8! I love low volts / high clocks.
I'm gonna muster a guess and say that your in an N chip supertimor? If not you may wanna bump volts a tad if you want to keep that baby for while;)
i got a 4200+ X2
http://brokenwall.net/pics/4200_X2.jpg
shes doing good
11x235= 2585Mhz on only 1.35v
Where are you guys buying these new processors from?
N chip ;)Quote:
Originally Posted by chew*
supplier named "EPROM"Quote:
Originally Posted by gotfrag?
Hmm so your saying that my theory may very well correct :) Ok well keep pushing it with very fine voltage increments. If you hit a wall with voltage stop there if you want to keep it for along time.Quote:
Originally Posted by Supertim0r
Your theory is good imo. I'll try to burn in the cpu and reach 3ghz (hopefully under 1.45v) I'll put a Panaflo U1A on the TT BT tomorow :DQuote:
Originally Posted by chew*
Yes, that is a good theory. It didn't really apply to my E6 3800 in use, but then that died at 1.5v on stock HSF, so it did apply after all! :(Quote:
Originally Posted by Supertim0r
sorry to hear about your cpu loss jimi :(
chew*: Is your theory in regards to the volts that the N and T chips prefer? And furthermore do the N's like low volts so much that running them above a certain voltage leads to early death?