How Does One Overclock?

[TJR357]

How does one overclock in Windows 7? Are there programmes built in/ out there that help tune your PCs into their maximum potential?

 

[ignatzatsonic]

You do it the same way you did it in Vista.

It's generally done with a combination of changing bios settings and purchasing newer/fancier hardware--typically RAM, and beefing up your cooling capabilities to fight the resultant heat output.

Some processors have a "turbo" capability built in, which can give you a boost.

 

[OpSysWiz]

How does one overclock in Windows 7? Are there programmes built in/ out there that help tune your PCs into their maximum potential?

We need your system specs to help you.

 

[Antman]

In general, you overclock in BIOS, not the OS. Some boards (Asus, for example) can be OC'd with mfgr provided apps, but this is the 'bad' way of doing it.

 

[Frostmourne]

Make sure your hardware is built for overclocking and you have enough cooling, including an aftermarket cpu cooler.

 

[najaboy]

How does one overclock in Windows 7? Are there programmes built in/ out there that help tune your PCs into their maximum potential?

It's just one of those things, unfortunately, that if you have to ask- you probably shouldn't be doing it. Yes, we all have to start somewhere, so I'm not saying never do it- merely that you need to research it thoroughly before you try.

Overclocking does bring a performance boost, but it also comes with a chance of doing irreparable damage to your hardware if you get too eager or simply do not know what you're doing. Even when you do know what you're doing, there can be a significant amount of tweaking in order to have a stable system and the potential for damage is still there.

The method in which you'd overclock depends very much upon what hardware you have. For example, I have a Core i7 975. This processor can overclock differently than a Core i7 920, for instance. Likewise, the Core i7 branch is significantly different than the Core 2 Duo. Not knowing your hardware specs, it would be rather pointless guessing which method you would need to use. It may even be a moot point if you're using a built to order PC, as many retail models have the applicable settings locked in the BIOS.

It also bears mentioning that good aftermarket cooling is generally considered to be a prerequisite to overclocking.

 

[thefabe]

How does one overclock in Windows 7? Are there programmes built in/ out there that help tune your PCs into their maximum potential?

It's just one of those things, unfortunately, that if you have to ask- you probably shouldn't be doing it. Yes, we all have to start somewhere, so I'm not saying never do it- merely that you need to research it thoroughly before you try.

Overclocking does bring a performance boost, but it also comes with a chance of doing irreparable damage to your hardware if you get too eager or simply do not know what you're doing. Even when you do know what you're doing, there can be a significant amount of tweaking in order to have a stable system and the potential for damage is still there.

The method in which you'd overclock depends very much upon what hardware you have. For example, I have a Core i7 975. This processor can overclock differently than a Core i7 920, for instance. Likewise, the Core i7 branch is significantly different than the Core 2 Duo. Not knowing your hardware specs, it would be rather pointless guessing which method you would need to use. It may even be a moot point if you're using a built to order PC, as many retail models have the applicable settings locked in the BIOS.

It also bears mentioning that good aftermarket cooling is generally considered to be a prerequisite to overclocking.

With all this beiing said. I would also like to add, that every MB manufacturer has different settings in the bios that can or can't be adjusted, so overclocking is very specific to your MB>CPU>voltages and ram settings that either can or can't be accessed by your bios. The graphics cards are a little different and an overclock can be achieved thru CCC if ATI or Evga precision tool from Evga works on Nvidia. But the most widely used graphic overclock program is Riva tuner. I'd suggest doing A LOT of research before even trying to Overclock. Also your Ram settings can usualy be found thru the manufacturers forum and site. 2 other programs essintial are cpu-z and gpu-z. also being redundant superior after market cooling is essential.It takes full knowledge of your bios,understanding of voltage and how it affects your hardware,patience, and trial and error. It is not something that can be easily explained. Advanced knowledge required.

 

[Xander]

Overclocking, many many people have said to me that my computer will run this fast afterwards and I should look at this that and the other. I think I've tried overclocking like dozens of times. Every single time I find that some instability has crept in to the system. Something or other will develop a "personality" (read many intermittent faults none of which are singularly terminal) and I'll try to fix the software for ages before trying removing the overclock and in most situations it's the overclock causing the problem.

Now I never experience heat problems, I think my graphics card runs at about 45c under load but that'll wig out if it's overclocked so it's not like you can monitor the heat to find a stable temperature.

Basically overclocking is a very long winded process of trial and error and unless you just want to do it as a hobby in and of itself then it's pretty much a waste of time as I found myself spending so much time tweaking my computer would have to work at the speed of light for 3 years to recoup all the time I'd spent on it trying to make it faster!

 

[TJR357]

Ok, i'm going to research it further.
I don't think have enough cooling at this point to warrant such an experiment; essentially, everything is stock.

 

[skunksmash]

Ok, i'm going to research it further.
I don't think have enough cooling at this point to warrant such an experiment; essentially, everything is stock.

fill out your system specs & we'll have a better picture of how well it may clock.

when thinking of OCing, forget the OS...... any app that's designed to alter BIOS settings from the desktop is absolute crap IMO.

 

[satchmo]

Like many testified, overclocking is not for practical speed gains--it's a hobby.

Like knitting, it takes a lot of time, and you don't have much to show for at the end of the day.

 

[skunksmash]

Like knitting, it takes a lot of time, and you don't have much to show for at the end of the day.

i wouldnt say that mate.....

i used to have an E2180 OCed to 3.2ghz, bought it for £50 shipped & back then it was out benching stock Quads & ''EE'' C2Ds, which cost 5x as much.

500% profit (performance wise)

& i now have a Q9450 OCed to 3.6ghz, bought it for £80 shipped & it out benches stock i7, which costs £200.

so all in all...... if i OC, i get top of the line performance for entry level prices

 

[ratePV]

I have a question: A Core 2 Duo E8400 3.0 GHz to 3.6 GHz at what voltage?

 

[satchmo]

I think you are either very skilled or very fortunate.

Most people who attempt at overclocking don't get that sort of performance gains.

 

[skunksmash]

I have a question: A Core 2 Duo E8400 3.0 GHz to 3.6 GHz at what voltage?

you should be able to pull that on stock volts....

I think you are either very skilled or very fortunate.

people who attempt overclocking with AMD don't get that sort of performance gain.

i altered your quote to suit...

 

[ratePV]

I have a question: A Core 2 Duo E8400 3.0 GHz to 3.6 GHz at what voltage?

you should be able to pull that on stock volts....

That's why i asked on what voltage should i push it...

Actually there are some people that did it without any stability issues whatsoever!:shock:

I'm planning to get a Cooler Master 600W to replace my current one.

Thanks on the info!

 

[ratePV]

I have a question: A Core 2 Duo E8400 3.0 GHz to 3.6 GHz at what voltage?

you should be able to pull that on stock volts....

That's why i asked on what voltage should i push it...

Actually there are some people that did it without any stability issues whatsoever!:shock:

I'm planning to get a Cooler Master 600W to replace my current one.

Thanks on the info!

Sry i read: you shouldn't

Thanks on the info!

 

[skunksmash]

you should be able to pull that on stock volts....

That's why i asked on what voltage should i push it...

Actually there are some people that did it without any stability issues whatsoever!:shock:

I'm planning to get a Cooler Master 600W to replace my current one.

Thanks on the info!

Sry i read: you shouldn't

Thanks on the info!

45nm C2Ds are good for 1.4v 24/7 (with good cooling), the early ones were dying when you passed 1.35v but those days are gone....

 

[ratePV]

That's why i asked on what voltage should i push it...

Actually there are some people that did it without any stability issues whatsoever!:shock:

I'm planning to get a Cooler Master 600W to replace my current one.

Thanks on the info!

Sry i read: you shouldn't

Thanks on the info!

45nm C2Ds are good for 1.4v 24/7 (with good cooling), the early ones were dying when you passed 1.35v but those days are gone....

A good 1.22 V would be good on my CPU.
The FSB is double-pumped so FSB:RAM should be 1:2
or in my case 400:800
And 400 x multiplier(9) equals 3.6 GHZ exact

The cooler is box but its surrounded by 2x12cm Fans witch gives me a
45-50 C so there shouldn't be any problems with that i think:sarc:

What do you think?

 

[skunksmash]

Sry i read: you shouldn't

Thanks on the info!

45nm C2Ds are good for 1.4v 24/7 (with good cooling), the early ones were dying when you passed 1.35v but those days are gone....

A good 1.22 V would be good on my CPU.
The FSB is double-pumped so FSB:RAM should be 1:2
or in my case 400:800
And 400 x multiplier(9) equals 3.6 GHZ exact

The cooler is box but its surrounded by 2x12cm Fans witch gives me a
45-50 C so there shouldn't be any problems with that i think:sarc:

What do you think?

i hope that (45-50c) is your load temp..?? not idle..??