F5F Stay Refreshed Power Users Overclocking 4.7ghz 1.33v i7 6700k

4.7ghz 1.33v i7 6700k

4.7ghz 1.33v i7 6700k

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N
NORFFF
Member
199
09-04-2016, 11:11 AM
#11
Not too much, right?
Why bother going to 1.55v?
Just try 1.4v at 4.7GHz and accept the simplicity, especially for a newcomer.
N
NORFFF
09-04-2016, 11:11 AM #11

Not too much, right?
Why bother going to 1.55v?
Just try 1.4v at 4.7GHz and accept the simplicity, especially for a newcomer.

W
WhiteLimon
Junior Member
38
09-06-2016, 05:17 AM
#12
How about checking the exact duration? For testing, it's a reasonable length.
W
WhiteLimon
09-06-2016, 05:17 AM #12

How about checking the exact duration? For testing, it's a reasonable length.

J
JosPay12
Member
183
09-16-2016, 12:57 PM
#13
So you understand those kind of toasters with temperature controls? A good overclock at around 4.8GHz would mean raising the temperature from 4 to 5. What you're referring to is adjusting the kob to 11 and labeling bread as a food item. If you look at what I mentioned earlier, you'll see where this stands in relation to what's considered normal voltage.
J
JosPay12
09-16-2016, 12:57 PM #13

So you understand those kind of toasters with temperature controls? A good overclock at around 4.8GHz would mean raising the temperature from 4 to 5. What you're referring to is adjusting the kob to 11 and labeling bread as a food item. If you look at what I mentioned earlier, you'll see where this stands in relation to what's considered normal voltage.

K
kaaskotskikker
Posting Freak
795
09-16-2016, 02:55 PM
#14
The setup of 4.8ghz at 1.42 appears stable based on the Aida64 and x264 stress tests, though the reported range is 1.39-1.408. The temperatures stay under 75c (maybe a bit high, but not too much). I'll test 4.9 at 1.49v next.
K
kaaskotskikker
09-16-2016, 02:55 PM #14

The setup of 4.8ghz at 1.42 appears stable based on the Aida64 and x264 stress tests, though the reported range is 1.39-1.408. The temperatures stay under 75c (maybe a bit high, but not too much). I'll test 4.9 at 1.49v next.

F
213
09-17-2016, 07:55 AM
#15
Sounds good.
Avoid trying 4.9GHz—it's too high for your cooler.
There will be almost no improvement at all.
You're just starting with OC, and what you have is already quite high.
1.49v is excessively high.
Halt where you are now.
F
FrankieNicolas
09-17-2016, 07:55 AM #15

Sounds good.
Avoid trying 4.9GHz—it's too high for your cooler.
There will be almost no improvement at all.
You're just starting with OC, and what you have is already quite high.
1.49v is excessively high.
Halt where you are now.

L
lucasbazookas
Junior Member
34
09-17-2016, 08:44 AM
#16
It seems 4.8 is the maximum I can reach. I was aiming for 4.9 but didn't quite get there.
L
lucasbazookas
09-17-2016, 08:44 AM #16

It seems 4.8 is the maximum I can reach. I was aiming for 4.9 but didn't quite get there.

S
SmeltingJews
Junior Member
34
09-17-2016, 12:27 PM
#17
Yes, keeping a steady 4.9 is a bad plan due to the small improvements and possible heat problems. Stay put and let it be.
S
SmeltingJews
09-17-2016, 12:27 PM #17

Yes, keeping a steady 4.9 is a bad plan due to the small improvements and possible heat problems. Stay put and let it be.

T
Tstyle312
Junior Member
25
09-19-2016, 10:08 PM
#18
Sure, we could try a different chip. It's unclear if the change is worthwhile given the lottery situation. Additionally, perhaps I'll consider upgrading my cooler to an H115i or another 280mm model.
T
Tstyle312
09-19-2016, 10:08 PM #18

Sure, we could try a different chip. It's unclear if the change is worthwhile given the lottery situation. Additionally, perhaps I'll consider upgrading my cooler to an H115i or another 280mm model.

S
ShadyKoalla
Member
57
09-20-2016, 05:14 AM
#19
The voltage changes with load because of how the system behaves under different conditions. When there is no load, the voltage tends to rise, while under load it drops. This is typical for your LLC setup.
S
ShadyKoalla
09-20-2016, 05:14 AM #19

The voltage changes with load because of how the system behaves under different conditions. When there is no load, the voltage tends to rise, while under load it drops. This is typical for your LLC setup.

E
EpicExplosion
Member
129
09-20-2016, 01:08 PM
#20
Oml, please just listen closely, because you're not paying attention to what I'm saying.
Set the LLC to high.
Don't switch to another chip, most can't even reach 4.8GHz and you should be content with your current setup. If you're facing stability problems, revert to 4.7GHz 1.4v and stick with it.
It seems you're not familiar with overclocking, so I don't suggest diving into this without a solid understanding of what you're doing.
E
EpicExplosion
09-20-2016, 01:08 PM #20

Oml, please just listen closely, because you're not paying attention to what I'm saying.
Set the LLC to high.
Don't switch to another chip, most can't even reach 4.8GHz and you should be content with your current setup. If you're facing stability problems, revert to 4.7GHz 1.4v and stick with it.
It seems you're not familiar with overclocking, so I don't suggest diving into this without a solid understanding of what you're doing.

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