How to overclock intel core 2 duo e6750 to 3.0ghz

[areszues92]

using asus p5k-se mobo,kingston 2 gig ddr2 667
i want to overclock the cpu but i know nothing about overclocking.Not planning to use other cpu cooler,just the stock. Can someone pls teach me step by step.TQ

 

[Fumz]

... Not planning to use other cpu cooler,just the stock.

Overclocking generates a lot of extra heat; heat which must be dissipated not only for the life of the cpu, but also for the stability of the overclock.

If you're already set on not doing things properly, then I doubt anyone's going to waste their time helping you ruin a perfectly good machine.

 

[areszues92]

ok ill try to buy one but 1st teach me step by step how to overclock

 

[areszues92]

... Not planning to use other cpu cooler,just the stock.

Overclocking generates a lot of extra heat; heat which must be dissipated not only for the life of the cpu, but also for the stability of the overclock.

If you're already set on not doing things properly, then I doubt anyone's going to waste their time helping you ruin a perfectly good machine.

but im just overclocking from 2.66 to 3.0 ghz the extra heat wont be much right?

 

[areszues92]

pls anyone?

 

[josef613]

Overclocking is a series of trials and errors. No one can tell you exact settings, as each system is different.
Basically all you do is increase the front side bus speed gradually. You don't want to do sudden increases, or you may damage your CPU.
You also need to increase voltages gradually as well, although this is where the trial and error comes into play. What you need to do is leave voltage at stock and gradually increase your fsb until your system either is not stable or won't boot. Then you add a little more voltage, just in little parts.
You also need to watch your ram ratio. Make it set so that your ram is close to it's rated speed. (example: 2x1 gb sticks rated at 400 MHz each should stay at or very close to 800 MHz.)
You should invest in better cooling, but the stock fan might get you to that clock, but be sure to test stability and monitor temperatures as you overclock.

 

[josef613]

And when you increase your fsb and voltage, increase it in small increments. (example: 5mhz at a time and .5 volts at a time

 

[Wishmaster]

You will likely need a better cooling solution than stock, if your using the stock Intel HS.
They are just barely adequate for stock speeds.
The stock Heatsinks do not disipate heat very well.
And, YES, Overclocking the CPU does and will make a HUGE difference if you can not get rid of the extra heat effeciently.

Overclocking on a stock heat sink is asking for trouble

Having said that, you may not be able to reach your goal.
It depends what FSB -> DRAM straps you have available.

If the lowest you can set the RAM is 667 (Strap of 333/667 for example) ...
you may not be able to reach 3.0.

This is why:

Your CPU shows as a 1333FSB with x8 Multiplier.
This means 333x8 = 2664mhz (or 2.66Ghz)

To Reach 3.0: (Just for example. Do not plug these values in straight away and hope for the best)

You need to set the FSB to 375 (effective 1500mhz from default 1333)
Cpu speed will then be 375*8= 3.0 ghz
**Keep in mind this is a Raw value for example. Other things must be considered such extra voltage may be needed to run stable here**

-->The problem will be RAM.
At a 1:1 ratio (FSB->DRAM strap 333/667) --
this setting puts your RAM at 750mhz.


Its best to keep the RAM at or below rated speed when Overclocking, or very small OCs at most.
Your RAM itself may simply not be able to handle that kind of speed increase.
Keep in mind, RAM is the easiest piece of hardware to fry.

Also, if you are determined to try anyway, go in small steps.
Do NOT just set it for 3.0 and hope for the best.
Go slow .. Take your time and test for stability at each stage. Also ensure your tempratures are acceptable.

You do not want the CPU above 65C under full Prime load.

 

[chev65]

I have my old "still working" E6750 to 3.5GHz on air using the stock cooler. I also had it stable at 3.8GHz using a better heatsink. The good thing about the older 65nm cpu's is that they can really take the voltage, up to 1.5 volts Vcore and 72C is considered safe. You should also pay attention to the memory dividers, they can make or break your overclock.

Step by step instructions aren't possible for this, especially when you don't fill out your system specs.....:sarc:

 

[kurahk7]

And when you increase your fsb and voltage, increase it in small increments. (example: 5mhz at a time and .5 volts at a time

No, not increments of .5v at a time, that's way too much, that will probably kill your processor instantly; Increments of .025v should be the max.

 

[Fumz]

And when you increase your fsb and voltage, increase it in small increments. (example: 5mhz at a time and .5 volts at a time

No, not increments of .5v at a time, that's way too much, that will probably kill your processor instantly; Increments of .025v should be the max.

+1

This perfectly illustrates how guys who have no idea what they're doing can easily fry their rigs by following (bad) advice willy-nilly.

 

[josef613]

sorry, i forgot a zero you are right, but i meant .05

 

[Dave76]

That is much better...

 

[Solarstarshines]

lol generally oc a system is nice but if you have a decent running rig i wouldnt ruin it or better yet why bother to overclock just get a faster cpu saves alot of trail and error and if your not a oc specialist then i would say to you..........

Invest in a better cooling heatsink such as coolermaster or other brands i mentioned coolermaster cause i use thier dual fan heatsink other then this better you're off buying a faster cpu and updating the bios etc then to fiddle with voltages espcecially if you dont have money to rebuild

it is a easy way out to avoid damages due to misjudgement in voltages and fsb speed increases

Just because everyone is doing it doesn't mean it is ment for everyone and from a small increase you are talking about 2.6 bumped to a 3.0 really isn't much just 400mhz increase which would still seems like a 2.6 so im just saying i think it is no big bump in performance and i would leave it alone other wise if upgradeing to a faster cpu

 

[thefabe]

Instead of going through much of what has already been stated. If your dead set on getting into the ART of overclocking, their are plenty of guides for beginners. overclocking for begginers - Google Search Also join one or more of the forums dedicated to overclocking.
Research and do somemore. After market cooling is a must, small increases, lots of patience. learn your bios and some Ram manufacturers have sites to help you with your timings and voltages.
You'll need certian software like cpu-z, gpu-z, Prime95 for stress testing and stability as well as a program to keep track of your temps almost forgot benchmarking programs.
Overclocking was originaly something started because you could buy lesss expensive CPU's and get them to run at the speed of a more expensive one. Good luck and best wishes. Fabe

 

[Dark Nova Gamer]

I'm surprised I never noticed this thread. I'm just going to through in my two cents here.

Overclocking can be dangerous but as long as you through some common sense into the mixture it should go smoothly. I got my E6750 OC'd to 4.0GHz (stable, but way to hot. Dropped to 3.8). You should have no problems with getting it to 3.0GHz, or even 3.2GHz. I'm not on a stock cooler though so your mileage may vary when it comes to heat.

 

[MUff1N]

I started overclocking 4 years ago & this is my advise to you...
Most of what you will learn an apply will be learned ALL ON YOUR OWN.
NO ONE can really help you with this as every single system is different, even if the exact same hardware is used!
So do a LOT of Research & reading...
I repeat! Do a LOT of Research & READING!!!
You will learn more this way than any other way when it comes to overclocking your system & the "How To" of how to go about it & where to start.
More importantly you'll learn what not to do!
Nothing will make your heart sink faster than knowing "YOU" killed your system by doing something stupid...

One last point...
Certain hardware part (mobo, cpu, ram, PSU, etc) will work together better than others when it comes to getting a stable overclock.
This will make the diff between a system that fights with you every step of the way, or a system that will overclock effortlessly...

My older system (Badaxe 2 with a E6700) fought with me to get any good speed (3.4GHz & up) out of it!

 

[areszues92]

Thanks anyways guys