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Stable i7-7700k temps @4.7Ghz?

Stable i7-7700k temps @4.7Ghz?

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patch_late
Junior Member
19
03-10-2017, 08:32 AM
#1
I don't often overclock and I'm not particularly strict about voltage quality. It's running at 4.7Ghz with a peak of 1.344V under load. I was wondering if 71 is acceptable when it's running at that level (playing playerunknown battlegrounds). Since I just applied new paste, I think it should stabilize, but I'm not very confident about temperatures—usually around 30-35 idle and maybe up to 40.
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patch_late
03-10-2017, 08:32 AM #1

I don't often overclock and I'm not particularly strict about voltage quality. It's running at 4.7Ghz with a peak of 1.344V under load. I was wondering if 71 is acceptable when it's running at that level (playing playerunknown battlegrounds). Since I just applied new paste, I think it should stabilize, but I'm not very confident about temperatures—usually around 30-35 idle and maybe up to 40.

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flarbi
Member
199
03-10-2017, 11:33 AM
#2
CPUs will handle that. When all power-saving options are enabled, you should notice the voltage dropping to around 0.7 volts or less under idle conditions, without any load. To reach 4.7Ghz, the voltage will rise accordingly. Each transistor directing to ground will raise the current usage, which in turn affects temperature; therefore, the more it works, the more heat is generated. You can view each transistor as a small resistor, dissipating a bit of heat at its junction during operation.
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flarbi
03-10-2017, 11:33 AM #2

CPUs will handle that. When all power-saving options are enabled, you should notice the voltage dropping to around 0.7 volts or less under idle conditions, without any load. To reach 4.7Ghz, the voltage will rise accordingly. Each transistor directing to ground will raise the current usage, which in turn affects temperature; therefore, the more it works, the more heat is generated. You can view each transistor as a small resistor, dissipating a bit of heat at its junction during operation.

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Saricck
Member
103
03-10-2017, 06:24 PM
#3
The CPU can run efficiently at temperatures up to 100°C, and values below 80°C are fine for regular tasks. I find it a bit odd that only 200Mhz is needed, but the maximum should be about 1.4.
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Saricck
03-10-2017, 06:24 PM #3

The CPU can run efficiently at temperatures up to 100°C, and values below 80°C are fine for regular tasks. I find it a bit odd that only 200Mhz is needed, but the maximum should be about 1.4.

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Ward12
Posting Freak
895
03-15-2017, 02:29 PM
#4
Eximo:
The CPU will function up to around 100C, anything below 80C is fine for regular use.
I'm a bit puzzled about the voltage needed to add only 200Mhz, but it's safe to say the maximum should be near 1.4.
I might need to re-seat it to improve stability. It's been quite unstable lately—temperature stays between 30-40, but it suddenly jumped to 71 and then dropped again.
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Ward12
03-15-2017, 02:29 PM #4

Eximo:
The CPU will function up to around 100C, anything below 80C is fine for regular use.
I'm a bit puzzled about the voltage needed to add only 200Mhz, but it's safe to say the maximum should be near 1.4.
I might need to re-seat it to improve stability. It's been quite unstable lately—temperature stays between 30-40, but it suddenly jumped to 71 and then dropped again.

Y
yoyoposay
Member
115
03-17-2017, 03:58 AM
#5
CPUs will handle that. When all power-saving options are enabled, you should notice the voltage dropping to around 0.7 volts or less under idle conditions, without any load. To reach 4.7Ghz, the voltage will rise accordingly. Each transistor directing to ground will raise the current usage, which in turn affects temperature; thus, the more it works, the more heat is generated. You can view each transistor as a small resistor, dissipating a bit of heat at its junction during operation.
Y
yoyoposay
03-17-2017, 03:58 AM #5

CPUs will handle that. When all power-saving options are enabled, you should notice the voltage dropping to around 0.7 volts or less under idle conditions, without any load. To reach 4.7Ghz, the voltage will rise accordingly. Each transistor directing to ground will raise the current usage, which in turn affects temperature; thus, the more it works, the more heat is generated. You can view each transistor as a small resistor, dissipating a bit of heat at its junction during operation.

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Hirroshii
Junior Member
19
03-24-2017, 08:25 AM
#6
That's a nice one. I lowered it to 4.6 since I'm always super focused on high temps, but thanks for the help!
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Hirroshii
03-24-2017, 08:25 AM #6

That's a nice one. I lowered it to 4.6 since I'm always super focused on high temps, but thanks for the help!