Heya, it's me (surprise) with another little question.
If you order an overclocked CPU from PCS, how long do they stress test it when they're working out how far they can overclock it? My relatively new understanding of overclocking leads me to believe that you increase the speed by an amount, then test it to see if it crashes. If you're good to go you can increase it further. Repeat until you crash and you'll know your limits.
If this is in fact the correct way to overclock, how long do PCS test each increment of overclocking? My concern is that an overclocked cpu and speed X.4 may seem like it's stable but after 14 hours (for example) it might fail. If that's the case then I would prefer it clocked at X.3 if that meant that it could endure a stress test indefinitely or something.
The thought process being here that the longer something can go before failing (or if it can pretty much keep going forever), the less likely it is to fail on you randomly.
Thoughts?
Also, do they overclock manually or automatically? If anyone knows.
If you order an overclocked CPU from PCS, how long do they stress test it when they're working out how far they can overclock it? My relatively new understanding of overclocking leads me to believe that you increase the speed by an amount, then test it to see if it crashes. If you're good to go you can increase it further. Repeat until you crash and you'll know your limits.
If this is in fact the correct way to overclock, how long do PCS test each increment of overclocking? My concern is that an overclocked cpu and speed X.4 may seem like it's stable but after 14 hours (for example) it might fail. If that's the case then I would prefer it clocked at X.3 if that meant that it could endure a stress test indefinitely or something.
The thought process being here that the longer something can go before failing (or if it can pretty much keep going forever), the less likely it is to fail on you randomly.
Thoughts?
Also, do they overclock manually or automatically? If anyone knows.
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