F5F Stay Refreshed Power Users Overclocking Which frequency is better depends on your specific needs. Consider both options carefully.

Which frequency is better depends on your specific needs. Consider both options carefully.

Which frequency is better depends on your specific needs. Consider both options carefully.

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lvincent516
Member
74
02-20-2017, 09:43 AM
#1
I'm using an asus maximus 8 hero board with an i5 7600k, 32gb ddr4 corsair vengeance rgb 3000mhz ram. The system is overclocked to 4.8ghz at 1.25 volts, and temperatures are stable at 30c idle and 55c load. With a corsair h60 cooler, should I aim for 4.9ghz or 5.0ghz? Is this a safe setting?
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lvincent516
02-20-2017, 09:43 AM #1

I'm using an asus maximus 8 hero board with an i5 7600k, 32gb ddr4 corsair vengeance rgb 3000mhz ram. The system is overclocked to 4.8ghz at 1.25 volts, and temperatures are stable at 30c idle and 55c load. With a corsair h60 cooler, should I aim for 4.9ghz or 5.0ghz? Is this a safe setting?

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acromo
Member
167
02-20-2017, 10:22 AM
#2
The temperatures on your load are quite low, which means it's safe to proceed. Just avoid pushing the voltage too high. If the readings stay near 85°C, you should be okay for continuous operation.
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acromo
02-20-2017, 10:22 AM #2

The temperatures on your load are quite low, which means it's safe to proceed. Just avoid pushing the voltage too high. If the readings stay near 85°C, you should be okay for continuous operation.

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ToxicOPM
Member
62
02-20-2017, 04:41 PM
#3
Your load temperatures are quite low, so proceed with confidence. Just ensure you don’t increase the voltage excessively. Temperatures near 85°C should be acceptable for continuous operation.
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ToxicOPM
02-20-2017, 04:41 PM #3

Your load temperatures are quite low, so proceed with confidence. Just ensure you don’t increase the voltage excessively. Temperatures near 85°C should be acceptable for continuous operation.

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herobrine3959
Senior Member
443
02-21-2017, 05:59 AM
#4
Packersfan036 :
Countgreen :
Your load temperatures are quite low, so I recommend proceeding. It's safe as long as you don't exceed the voltage limits. As long as the readings are around 85C, you should be okay for continuous operation. Will increasing the multiplier more damage the CPU?
Yes and no. But it should work fine if you aim for a 5GHz clock speed.
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herobrine3959
02-21-2017, 05:59 AM #4

Packersfan036 :
Countgreen :
Your load temperatures are quite low, so I recommend proceeding. It's safe as long as you don't exceed the voltage limits. As long as the readings are around 85C, you should be okay for continuous operation. Will increasing the multiplier more damage the CPU?
Yes and no. But it should work fine if you aim for a 5GHz clock speed.

J
Just_Kian
Junior Member
4
02-28-2017, 07:49 AM
#5
The response explains that the temperatures are acceptable and suggests proceeding, but warns about pushing voltage too high. The question asks what "yes and no" means in this context.
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Just_Kian
02-28-2017, 07:49 AM #5

The response explains that the temperatures are acceptable and suggests proceeding, but warns about pushing voltage too high. The question asks what "yes and no" means in this context.

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MikeBenj
Member
209
02-28-2017, 01:29 PM
#6
packersfan036 :
Countgreen :
packersfan036 :
Countgreen :
Your load temps are pretty low so I say go for it. It is safe as long as you don't push the voltage too far. As long as the temps say around 85C you should be fine for a 24/7 OC.
will raising the multiplier more hurt the cpu?
Yes and no. But it will be fine if you go for 5ghz
what does yes and no mean?
Yes means it will shorten the life span of the processor slightly; a few months or even less than that but it is a k processor so it should be fine. It is running out of spec (stock clocks) so there is a risk of damage but if you keep it adequately cooled and not too much voltage it will be fine.
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MikeBenj
02-28-2017, 01:29 PM #6

packersfan036 :
Countgreen :
packersfan036 :
Countgreen :
Your load temps are pretty low so I say go for it. It is safe as long as you don't push the voltage too far. As long as the temps say around 85C you should be fine for a 24/7 OC.
will raising the multiplier more hurt the cpu?
Yes and no. But it will be fine if you go for 5ghz
what does yes and no mean?
Yes means it will shorten the life span of the processor slightly; a few months or even less than that but it is a k processor so it should be fine. It is running out of spec (stock clocks) so there is a risk of damage but if you keep it adequately cooled and not too much voltage it will be fine.

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Lyonnyc
Junior Member
11
03-04-2017, 02:33 AM
#7
Countgreen :
packersfan036 :
Countgreen :
packersfan036 :
Countgreen :
Your load temps are pretty low so I say go for it. It is safe as long as you don't push the voltage too far. As long as the temps say around 85C you should be fine for a 24/7 OC.
will raising the multiplier more hurt the cpu?
Yes and no. But it will be fine if you go for 5ghz
what does yes and no mean?
Yes means it will shorten the life span of the processor slightly; a few months or even less than that but it is a k processor so it should be fine. It is running out of spec (stock clocks) so there is a risk of damage but if you keep it adequately cooled and not too much voltage it will be fine.
ok ill go for 4.9 first then 5.0
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Lyonnyc
03-04-2017, 02:33 AM #7

Countgreen :
packersfan036 :
Countgreen :
packersfan036 :
Countgreen :
Your load temps are pretty low so I say go for it. It is safe as long as you don't push the voltage too far. As long as the temps say around 85C you should be fine for a 24/7 OC.
will raising the multiplier more hurt the cpu?
Yes and no. But it will be fine if you go for 5ghz
what does yes and no mean?
Yes means it will shorten the life span of the processor slightly; a few months or even less than that but it is a k processor so it should be fine. It is running out of spec (stock clocks) so there is a risk of damage but if you keep it adequately cooled and not too much voltage it will be fine.
ok ill go for 4.9 first then 5.0

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mccoop03
Posting Freak
910
03-04-2017, 05:35 AM
#8
Attempt it, but don't overdo it unless possible. A 4% variation is negligible in practical scenarios.
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mccoop03
03-04-2017, 05:35 AM #8

Attempt it, but don't overdo it unless possible. A 4% variation is negligible in practical scenarios.

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Some_Dunkus
Member
190
03-25-2017, 05:49 PM
#9
Sizzling:
Try it but don’t overdo it, if you manage with just a bit more voltage or heat then it’s fine, otherwise no stress. A 4% difference is about 4.8 to 5.0, so you won’t notice it in real life.
We should probably be able to reach 5ghz without needing much extra voltage. We’ll keep you posted.
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Some_Dunkus
03-25-2017, 05:49 PM #9

Sizzling:
Try it but don’t overdo it, if you manage with just a bit more voltage or heat then it’s fine, otherwise no stress. A 4% difference is about 4.8 to 5.0, so you won’t notice it in real life.
We should probably be able to reach 5ghz without needing much extra voltage. We’ll keep you posted.

D
DeathBeastDB
Senior Member
337
03-25-2017, 09:13 PM
#10
Sizzling:
Try it but don’t overdo it, if you manage with a bit more voltage or heat it’s fine, otherwise no stress. A 4.8 to 5.0 range is just a 4% variation, so you probably won’t notice in real life.
I’m seeing 4.9ghz stable at 1.26 volts with a 30c idle and 55c load—I think I’ve cracked the silicon lottery.
D
DeathBeastDB
03-25-2017, 09:13 PM #10

Sizzling:
Try it but don’t overdo it, if you manage with a bit more voltage or heat it’s fine, otherwise no stress. A 4.8 to 5.0 range is just a 4% variation, so you probably won’t notice in real life.
I’m seeing 4.9ghz stable at 1.26 volts with a 30c idle and 55c load—I think I’ve cracked the silicon lottery.

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