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Wait, so you want someone to make a list on what voltages and what frequencies works for that or every CPU? Impossible, all CPU's (and GPU's) are different from each other, due to the process of making them not being 100% controlable. Meaning all CPU's might be able to reach (or not reach) a certain frequency

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Wait, so you want someone to make a list on what voltages and what frequencies works for that or every CPU? Impossible, all CPU's (and GPU's) are different from each other, due to the process of making them not being 100% controlable. Meaning all CPU's might be able to reach (or not reach) a certain frequency

only cpu and for the g3258

 

Want something i can test and if it works i slightly advance but if it dosent work i slightly put up the voltage until i reach best stable peformance i can get

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Main rules are (for haswell in general at least):

1. Don't go over 1.35V

2. Try to keep it under 80oC

 

the G3258 is a bit of a special case as it will, under most circumstances, hit that voltage recommendation well before hitting the temp one. this may explain the 1.4V you've been hearing. (It's also a relatively dirt cheap chip, so it's somewhat expendable)

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only cpu and for the g3258

 

Want something i can test and if it works i slightly advance but if it dosent work i slightly put up the voltage until i reach best stable peformance i can get

 

Every CPU is different due to silicon lottery and how the sand is refined into the wafers to reflect light differently.

 

Just find what you're happy with and dont go over 1.35v for 24/7 or 1.4v for heavy use. You're more than welcome to, but at the (slight) disadvantage of more core voltage = more heat = lower lifespan.

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Main rules are (for haswell in general at least):

1. Don't go over 1.35V

2. Try to keep it under 80oC

 

the G3258 is a bit of a special case as it will, under most circumstances, hit that voltage recommendation well before hitting the temp one. this may explain the 1.4V you've been hearing. (It's also a relatively dirt cheap chip, so it's somewhat expendable)

Most definitely, with a H110 It takes around 1.46V To hit 1.35V On lowest fan speed.

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Just slap it a fixed 1.35V and see what max multiplier is stable and be done with it.

wow xD

 

seems legit

 

THANK U SO VERY MUCH SIR!!

 

how long should i stress test for? what software do i use. is furmark good? it works for cpu's but u can change the threads

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wow xD

 

seems legit

 

THANK U SO VERY MUCH SIR!!

 

how long should i stress test for? what software do i use. is furmark good? it works for cpu's but u can change the threads

Don't believe the trolls. There is no one voltage that's safe for every CPU. Definitely no algorithms. CPUs are individuals and act differently from each other. Not talking about differences between models or even production batches, I mean between individual units. You really should start from stock and bump settings up incrementally to find safe and stable settings for your CPU. If you got the money to spare, by all means, go to high voltage off the bat and see what happens but it's luck of the draw that way.

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Don't believe the trolls. There is no one voltage that's safe for every CPU. Definitely no algorithms. CPUs are individuals and act differently from each other. Not talking about differences between models or even production batches, I mean between individual units. You really should start from stock and bump settings up incrementally to find safe and stable settings for your CPU. If you got the money to spare, by all means, go to high voltage off the bat and see what happens but it's luck of the draw that way.

1.35 is safe though

 

 

im running a hyper 212x

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Yes if you can keep it cool.

I have a b85 pro4 motherboard hyper212x cooler with very good airflow

 

what OC range should i get

 

I tried 1.3v at 4.8 and it wasent stable at all

 

gonna try 1.35 @ 4.8

 

whats with the voltage offset and cache OC. Is that something i need to do as well..

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I have a b85 pro4 motherboard hyper212x cooler with very good airflow

 

what OC range should i get

 

I tried 1.3v at 4.8 and it wasent stable at all

 

gonna try 1.35 @ 4.8

 

whats with the voltage offset and cache OC. Is that something i need to do as well..

 

4.8 is probs too high, g3258s usually can oc to around 4.5 4.6 also no need to bother with voltage offeset and cache oc for now. although messing around with vrin and llc might help a bit

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