Well since you were the author of this thread I though you might know the ~odds of getting a less then 1.25 VID Q9650, from best I can tell is the VID range for these chips is 1.10-1.25 with 1.25 appearing to be the most common by about a 2-1 advantage over anything lower then 1.25. Making the odds of getting a max VID Q9650 ~66%. From the clocks I have seen by people with lower then 1.25 VID's they are able to run 4.2ghz-4.4ghz on less then 1.36 vcore. Those with 1.25 VID's are having trouble getting at 4.2ghz+ with <1.36vcore. The reason I bring this up is that I have pretty decent air cooling (see sig) and would love to get 4.2ghz stable and cool under ~60C full load without exceeding 1.3625 vcore.
Last edited by PortCitySlim; 02-01-2009 at 05:12 PM.
Q9650@4.25ghz 500x8.5 1.37v
Gigabyte GA-EP45-UD3P - F9B
Gskill PI PC2-8800 4gb 1000mhz 55ns 1.92v
WD Caviar Black 640gb/Kingston HyperX 8gb 0.7ms Access Storage
Patriot XporterXt 32gb 0.8ms Access Storage
Sapphire HD 3870 512mb
Zalman 750watt PSU
NZXT Tempest with 5x120mm+2x140mm
Sunbeam "Core Contact"/Scythe "Slipstream" 110cfm/
IC Diamond
UnderstoodI think you are correct for low voltage clocking you definitely want to seek a low VID chip.
Mine is a 1.25 and I have seen validation up to 4.5ghz so far, but I need a new bios on this board badly... the ram dividers dont work right and I can reach 485 boot stable and the divider craps out on meits definitely a ram issue because It freezes post on the memory check :\
Sucks about your RAM, wish I could help but all I know is ASUS P5Q-D and my DDR2(which I love both). I am just contemplating doing a return if my first Q9650(should be arriving tomorrow) is max VID. I have done this before on Q6700's but the ethics gods bit me and I got another max VID chip in return. I am sick of struggling with poor overclocking chips and would love for once to get a decent clocking chip that runs cool on lower volts. 4.2ghz is my goal on air and if I get something better then I will be very happy.
Q9650@4.25ghz 500x8.5 1.37v
Gigabyte GA-EP45-UD3P - F9B
Gskill PI PC2-8800 4gb 1000mhz 55ns 1.92v
WD Caviar Black 640gb/Kingston HyperX 8gb 0.7ms Access Storage
Patriot XporterXt 32gb 0.8ms Access Storage
Sapphire HD 3870 512mb
Zalman 750watt PSU
NZXT Tempest with 5x120mm+2x140mm
Sunbeam "Core Contact"/Scythe "Slipstream" 110cfm/
IC Diamond
Low Vid means less voltage for lower OC's = Less resistance to heat (Higher temps).
High Vid means more voltage for lower OC's = More resistence to heat (runs cooler).
Low Vid and High Vid all come together when they are near the OC limit = Same OC results when comes down to top end clocks (4500-5000Mhz).
So your choice is between a low OC with less volts or a high OC with lower temps![]()
Great results Zucker I hope you understand when I ask these results, when people come here and spread false hope for some board users it's really a pain and a lot of frustration for other forum members.
I think you are ready to move on to 9 multi now
Not hot at all considering the volts his using.
It will last NB volts for X48 platform is nothing. They can sustain 2.0vnb 24/7 (if that did more good then bad actually).
He is using a lot of volts for everything because he is in the old x48 platform that plays nasty with Quad's power.
port city slim my vid is 1.25. heres my latest.couldnt stop.but i will stop for now.for real.![]()
Last edited by radaja; 02-01-2009 at 07:20 PM.
_________________________________________________
............................ImAcOmPuTeRsPoNgE............................
[SIGPIC][/SIGPIC]
MY HEATWARE 76-0-0
WOW! Are those temps (45C) real for full load at 1.37vcore(CPUZ) on air? From looking at your screenshot it appears that you are running 8.5x510-1.37vcore after 4h20min Prime95 small fft's and your temp reading is 45C under load. I would consider this awesome for air cooling.
Q9650@4.25ghz 500x8.5 1.37v
Gigabyte GA-EP45-UD3P - F9B
Gskill PI PC2-8800 4gb 1000mhz 55ns 1.92v
WD Caviar Black 640gb/Kingston HyperX 8gb 0.7ms Access Storage
Patriot XporterXt 32gb 0.8ms Access Storage
Sapphire HD 3870 512mb
Zalman 750watt PSU
NZXT Tempest with 5x120mm+2x140mm
Sunbeam "Core Contact"/Scythe "Slipstream" 110cfm/
IC Diamond
Q9650@4.25ghz 500x8.5 1.37v
Gigabyte GA-EP45-UD3P - F9B
Gskill PI PC2-8800 4gb 1000mhz 55ns 1.92v
WD Caviar Black 640gb/Kingston HyperX 8gb 0.7ms Access Storage
Patriot XporterXt 32gb 0.8ms Access Storage
Sapphire HD 3870 512mb
Zalman 750watt PSU
NZXT Tempest with 5x120mm+2x140mm
Sunbeam "Core Contact"/Scythe "Slipstream" 110cfm/
IC Diamond
Tired of tweaking, so I decided to do some fun runs....
9x506 fsb
9x511 fsb
Cheers,
Richard.
Im actually switching to a UD3P, got one coming tuesday. My dlx seems to be tapping out early with this chip since no matter what settings or voltage I give it I cant get past 483 stably. I was able to get higher stable fsb with my 9550 but I guess the 9x multi is just to much for it.Hopefully the UD3P wont disappoint cause this chip seems to have alot left in it. Either way if you need help with the dlx, ask.
By the way what rev. is your chipset, A2, A3 ?
Q9650@4.25ghz 500x8.5 1.37v
Gigabyte GA-EP45-UD3P - F9B
Gskill PI PC2-8800 4gb 1000mhz 55ns 1.92v
WD Caviar Black 640gb/Kingston HyperX 8gb 0.7ms Access Storage
Patriot XporterXt 32gb 0.8ms Access Storage
Sapphire HD 3870 512mb
Zalman 750watt PSU
NZXT Tempest with 5x120mm+2x140mm
Sunbeam "Core Contact"/Scythe "Slipstream" 110cfm/
IC Diamond
OliverM84 and zucker2k,awesome clocks,thats just amazing what you guys are doing with these chips.
_________________________________________________
............................ImAcOmPuTeRsPoNgE............................
[SIGPIC][/SIGPIC]
MY HEATWARE 76-0-0
Good results Richard, thanks for sharing.
Would you please post your BIOS settings?
I got one of these CPUs (just a few hours before
First run:
Q9650@4.1 GHz
BlackOps X48
Kingston Hyperx 1800
EVGA 9800GX2 SC
High Power 1000W
Valid: 4109 MHz (4 GHz boot)
http://valid.canardpc.com/show_oc.php?id=498525
PiFast: 4045 MHz/22.77 Sn.
2K6: 3.7 GHz/20.987
Aqua: 3.7 GHz/237.415
![]()
is that voltage right? if so you are using WAY too much voltage
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