F5F Stay Refreshed Power Users Overclocking i7 7700k OC'd on AIR RESULTS

i7 7700k OC'd on AIR RESULTS

i7 7700k OC'd on AIR RESULTS

Y
yDropped
Junior Member
10
08-20-2017, 01:53 PM
#1
I recently upgraded my i7 7700k to 4.8GHz at 1.235v on a Cryorig h7, with a max temp of 90C and an average around 78C. I understand these temperatures are high, but I'm curious—will it really affect my PC?
Y
yDropped
08-20-2017, 01:53 PM #1

I recently upgraded my i7 7700k to 4.8GHz at 1.235v on a Cryorig h7, with a max temp of 90C and an average around 78C. I understand these temperatures are high, but I'm curious—will it really affect my PC?

T
ThatMiningGuy
Senior Member
704
08-20-2017, 06:19 PM
#2
The temperatures are slightly above what is usually advised for continuous overclocking. If measured with a stress test tool like Prime95, they might be inflated, so real-world results could differ. Such high readings might shorten the CPU's lifespan, though the exact impact is uncertain. I’d lower the overclock to keep the average temperature at 70°C or below, just to maintain some thermal margin for higher ambient conditions or dust buildup.
T
ThatMiningGuy
08-20-2017, 06:19 PM #2

The temperatures are slightly above what is usually advised for continuous overclocking. If measured with a stress test tool like Prime95, they might be inflated, so real-world results could differ. Such high readings might shorten the CPU's lifespan, though the exact impact is uncertain. I’d lower the overclock to keep the average temperature at 70°C or below, just to maintain some thermal margin for higher ambient conditions or dust buildup.

S
SergioPW
Member
206
08-24-2017, 11:09 PM
#3
The temperatures are slightly above what is usually advised for continuous overclocking. If measured with a stress test tool like Prime95, they might be inflated, so real-world results could differ. Such high readings might shorten the CPU's lifespan, though the exact impact is uncertain. I’d lower the overclock to keep the average temperature at 70°C or below, just to maintain some thermal margin for higher ambient conditions or dust buildup.
S
SergioPW
08-24-2017, 11:09 PM #3

The temperatures are slightly above what is usually advised for continuous overclocking. If measured with a stress test tool like Prime95, they might be inflated, so real-world results could differ. Such high readings might shorten the CPU's lifespan, though the exact impact is uncertain. I’d lower the overclock to keep the average temperature at 70°C or below, just to maintain some thermal margin for higher ambient conditions or dust buildup.

Z
Ziegelcraft
Member
58
08-25-2017, 07:53 AM
#4
Avoid exceeding 80 degs C on the CPU at all times. Slightly reduce the voltage until issues arise, then fine-tune again. It looks like the vcore might be too high right now.
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Ziegelcraft
08-25-2017, 07:53 AM #4

Avoid exceeding 80 degs C on the CPU at all times. Slightly reduce the voltage until issues arise, then fine-tune again. It looks like the vcore might be too high right now.

K
KADAVR04
Junior Member
42
08-25-2017, 03:35 PM
#5
Clients:
You shouldn't exceed 80 degrees Celsius on the CPU at all. You can slightly reduce the voltage until you hit lockups, then tweak it a bit back. It looks like the vcore is a bit too high right now. I've chosen to downclock to 4.7 since my max temperature in RealBench is 84C.
K
KADAVR04
08-25-2017, 03:35 PM #5

Clients:
You shouldn't exceed 80 degrees Celsius on the CPU at all. You can slightly reduce the voltage until you hit lockups, then tweak it a bit back. It looks like the vcore is a bit too high right now. I've chosen to downclock to 4.7 since my max temperature in RealBench is 84C.