easy to do a continuity check with a meter to see if it has no resistance.
easy to do a continuity check with a meter to see if it has no resistance.
BIOSTAR TPOWER I45 UNOFFICIAL THREAD
BIOSTAR TPOWER BOLT MOD FOR HEATPIPE AND HEATSINK
BIOSTAR TPOWER I45 BIOS FLASHING PROCEDURE
ABIT IP35 PRO HEATPIPE MOD
ABIT IP35 PRO BIOS FLASHING PROCEDURE
IP35 Pro: 9650@4000Mhz, par overclocker; Freezone Elite; 4Gb GSkill DDR-800@DDR-1068 (2 x 2gb); XFX 8800 GTS; Areca 8X PCIe in Raid 0 working at 4x speed; 4-250 Gb (single platter) 7200.10 drives; Giga 3DAurora case with side window.
do you know how to unlock the extra 2mb on Alandale ? or the multiplyer ? witch ar the pins ? or maybe a 400 mhz fsb(i'm just asking.... i think it's posible... but don't know how.)
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It's impossible.
Docendo discimus (lat.)
Is it possible to go from L to H by isolating the pad? Or is it the other way arround?
It would be much easier to transform a Dacia into a Bentley.
At least you won't need to fuse back micron-size blown logic gates or to add extra 2MBs of L2 cache (newer cores are no longer cache-crippled Conroes).
Nevertheless, you're free to dream about it, it's in your rights.
Web-browsing machine: Q6600@3.6GHz/1.4V | Andy Samurai/AC AF12025 | MSI P35 Neo2-FR | 4x1GB Hynix DDR667@500 MHz 12-4-4-4 | Sapphire HD3870 | Audigy2 ZS | DeLUX 600W PSU| Toshiba 37WL67ZG TrueHD 1080i
What are the stepping codes or box numbers to look for in a good overclocker for the E6300 or E6600 if I was to go out today and get one? I here a lot of people talking about new revisions not OC'n as high. Will this pin mod do anything for that as well?
Also for overclocking on ASUS I have the older P5W-DH w/ 4pin ATX +12v but wondered if the P5B Deluxe w/ 8 pin EATX +12v is any more stable for high FSB OC of Core 2's.
Any input please!!!
Main rig: Asus P5K Vanilla 0603 | Intel Core2Quad L727A Q6600@3.5ghz FSB500x7@1.375V w Thermaltake Bigwater 745 | G.Skill GBHZ 6400DDR2 1GB*2 500mhz 4-4-4-9@2.4V w OCZ XTC Cooler | XFX 7900GT@560mhz/1.8ghz DDR3 256MB w Zalman VF900-Cu LED | WD Raptor 150GB Sata + Seagate 320GB Sata2 | Pioneer DVRA11 + Samsung SH-S182D | Coolermaster Centurion 5 | Coolermaster Real 450W | Dell 1707FP
Inputs: Saitek Eclipse II Illuminated Keyboard | Razer Deathadder
Backup: HP TX1005au Tablet Pc | AMD Turion 64 X2 TL-56(1.8GHz/1MB) | Kingston DDR2 1GB*2 5-5-5-12 | Geforce GO 6150 334MB | HDD Sata 120GB | LightScribe Super Multi 8X DVD+/-RW w/Double Layer | 12.1" WXGA BrightView w/Integrated Touch-screen | OS:Windows Vista Home Premium (32-bit)
If you are using graphite instead of conductive paint, that may be the problem. Conductive paint is a short and graphite would be a resistance.
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RIP JimmyMoonDog
2,147,222 F@H Points - My F@H Statistics:
http://fah-web.stanford.edu/cgi-bin/...e=Conman%5F530
Also a repair kit for heated rear windows in a car, its called a defogger repair kit where I come from.
Main rig: Asus P5K Vanilla 0603 | Intel Core2Quad L727A Q6600@3.5ghz FSB500x7@1.375V w Thermaltake Bigwater 745 | G.Skill GBHZ 6400DDR2 1GB*2 500mhz 4-4-4-9@2.4V w OCZ XTC Cooler | XFX 7900GT@560mhz/1.8ghz DDR3 256MB w Zalman VF900-Cu LED | WD Raptor 150GB Sata + Seagate 320GB Sata2 | Pioneer DVRA11 + Samsung SH-S182D | Coolermaster Centurion 5 | Coolermaster Real 450W | Dell 1707FP
Inputs: Saitek Eclipse II Illuminated Keyboard | Razer Deathadder
Backup: HP TX1005au Tablet Pc | AMD Turion 64 X2 TL-56(1.8GHz/1MB) | Kingston DDR2 1GB*2 5-5-5-12 | Geforce GO 6150 334MB | HDD Sata 120GB | LightScribe Super Multi 8X DVD+/-RW w/Double Layer | 12.1" WXGA BrightView w/Integrated Touch-screen | OS:Windows Vista Home Premium (32-bit)
do test for continuity once applied as well guys![]()
Buildin
BIOSTAR TPOWER I45 UNOFFICIAL THREAD
BIOSTAR TPOWER BOLT MOD FOR HEATPIPE AND HEATSINK
BIOSTAR TPOWER I45 BIOS FLASHING PROCEDURE
ABIT IP35 PRO HEATPIPE MOD
ABIT IP35 PRO BIOS FLASHING PROCEDURE
IP35 Pro: 9650@4000Mhz, par overclocker; Freezone Elite; 4Gb GSkill DDR-800@DDR-1068 (2 x 2gb); XFX 8800 GTS; Areca 8X PCIe in Raid 0 working at 4x speed; 4-250 Gb (single platter) 7200.10 drives; Giga 3DAurora case with side window.
nope, I am well beyond the point where alittle ink is gonna do any miracles for me.
currently sitting at 8 x 475 for 3.8 ghz, on air cooling.
hard to imagine this mod would improve that at all, since I am well above what quad cores usually do on air already.
in my case, theres just little to no room for improvement.
thanks for the answer.![]()
BIOSTAR TPOWER I45 UNOFFICIAL THREAD
BIOSTAR TPOWER BOLT MOD FOR HEATPIPE AND HEATSINK
BIOSTAR TPOWER I45 BIOS FLASHING PROCEDURE
ABIT IP35 PRO HEATPIPE MOD
ABIT IP35 PRO BIOS FLASHING PROCEDURE
IP35 Pro: 9650@4000Mhz, par overclocker; Freezone Elite; 4Gb GSkill DDR-800@DDR-1068 (2 x 2gb); XFX 8800 GTS; Areca 8X PCIe in Raid 0 working at 4x speed; 4-250 Gb (single platter) 7200.10 drives; Giga 3DAurora case with side window.
Hello everybody,
That's my first post in this nice forum![]()
Sorry for my bad english
Take a keen interest in BSEL 266MHz mod for my E2140.
My question is what do You think about that picture? Is it true? Is it work on E2140?
Try it and see...
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RIP JimmyMoonDog
2,147,222 F@H Points - My F@H Statistics:
http://fah-web.stanford.edu/cgi-bin/...e=Conman%5F530
Last edited by MuTkO; 07-20-2007 at 12:48 AM.
(24/7) Jetway BI-100::E2160@3240MHz (360x9*1.45V)::Xigmatek HDT-S1283::2х2GB A-DATA 800@1080 5-5-5-15*2.05V::WD 6400AAKS::GALAXY 9600GT@740/1850/2100::ASUS 2014L1T::CX-7765::Fortron 400PNF 1MB SuperPI: 17.078
this wikipedia article http://en.wikipedia.org/wiki/Open_drain and the pentium d spec sheet suggest you guys might be using the wrong voltage for the L -> H modsOriginally Posted by wikipedia
Last edited by hollo; 07-21-2007 at 06:26 AM.
I apologize if this has already been answered. I searched through this thread and wasn't able to find the exact answer I was looking for.
I currently have an E6700 overclocked to 3.5GHz (350MHz X 10 Multi) on 1.4375V (Asus P5W64 Pro)
I know that Asus recently released new bios to allow for the 1333 fsb on this board so I am thinking about attempting this mod. My question, if I go from 1066 to 1333, will I see a performance increase?
I am trying to crunch the numbers and figure with the mod, I will boot up on cleared cmos to around 3.3GHz (on 10 Multi) and may be able to push it from there. I know, every chip is different but what I really want to know is if this mod is allowing people to raise the fsb ceiling or should I expect to get around 3.5GHz Stable again?
Sorry about the thought process going on here. It is late and I just got activated. Been waiting to ask this question for a little while. Also, the price drops around the Intel world are tempting for the Quad's.
Any help with my questions are greatly appreciated.
Nick
it doesn't seem to be all that useful to boards that already overclock quite well ;P
you may or may not see an improvement in your overclock, if you do it'll probably be slight, and you won't see any performance difference at the same clock speed (although i'm not sure if this has been well tested along a range of motherboards... and to be honest.. if there is any performance difference it'll be for a lower performance at the same clock speed after the mod, based on the loose theory that raising the default fsb setting will loosen some internal timings in the chipset. but i can't really confirm if that will happen, or what boards it might happen on.).
but umm, if you try it, would you be willing to try it out using Vtt instead of Vcc to raise BSEL2 to see if it works ;D?
the original mod, red, raises BSEL2 to Vcc. the mod i'm suggesting, in blue, raises it to Vtt. Vcc and Vtt are similar on most motherboards, and Vcc has worked for a lot of people, but the pentium d spec sheet i looked at suggests that Vtt is the 'correct' voltage to use.
Last edited by hollo; 09-19-2007 at 07:41 AM.
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