extremely high CPU temp 90c
- Thread starter renners
- Start date
Solution
That's great.
I'm running 4.6GHz at 1.45v +/- with a thermal margin of 20C, UNB at 2500MHz-1.25v, with some GSkill 2400MHz Cas10. Occasionally, the margin will drop to 18-19C.
Trinity/Richland chips are "volt-leaky" and love the juice. Even more so with the CUs disabled. If you think you have a temp issue, simply place your finger on the sink. If you pull back a smoking nub, you might have a problem
I'll bet you don't, especially if you are running stock.
The "volts & heat" from the chips come from the on-board graphics engine. The CPU cores only take up 130mm2 or so on a 256mm2 chip and are quite efficient. If the graphics engine on the die is not under load they become even more so.
If LTF is using a discreet card...
I'm running 4.6GHz at 1.45v +/- with a thermal margin of 20C, UNB at 2500MHz-1.25v, with some GSkill 2400MHz Cas10. Occasionally, the margin will drop to 18-19C.
Trinity/Richland chips are "volt-leaky" and love the juice. Even more so with the CUs disabled. If you think you have a temp issue, simply place your finger on the sink. If you pull back a smoking nub, you might have a problem
I'll bet you don't, especially if you are running stock.The "volts & heat" from the chips come from the on-board graphics engine. The CPU cores only take up 130mm2 or so on a 256mm2 chip and are quite efficient. If the graphics engine on the die is not under load they become even more so.
If LTF is using a discreet card...
Wisecracker
Splendid
- Jan 15, 2007
- 8,106
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Did you try a finger test? I'm not using the stock cooler on my Athlon X4 750K -it's an old copper heatpipe cooler from an original Phenom- and I'm flying with a reported thermal margin of 20C at 1.45v. Use OverDrive for your temp readings.
I've seen bigger chipset heatsinks than the stock cooler
I've seen bigger chipset heatsinks than the stock cooler
Wisecracker
Splendid
- Jan 15, 2007
- 8,106
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No difference between the Trinity/Richland CPU cores -- the 750K goes on the E-Blast for $70 every month or so. And, if you are not running 4.5GHz+ without throttling, **You Are Doing It Wrong** :lol:
HWMonitor and other utilities do not give accurate readings -- by using AOD it will report your 'Thermal Margin' under the CPU Status tab.
HWMonitor and other utilities do not give accurate readings -- by using AOD it will report your 'Thermal Margin' under the CPU Status tab.
LucoTF
Splendid
- Sep 6, 2013
- 6,414
- 1
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Well your socket temps seem fine. I don't think you should be worried, speccy does the same thing to me under load (A10-6800k reports 85°) but my socket temps don't go above 54° and amd overdrive margin never drops below 30 so it can't be right.
Wisecracker
Splendid
- Jan 15, 2007
- 8,106
- 17
- 31,965
That's great.
I'm running 4.6GHz at 1.45v +/- with a thermal margin of 20C, UNB at 2500MHz-1.25v, with some GSkill 2400MHz Cas10. Occasionally, the margin will drop to 18-19C.
Trinity/Richland chips are "volt-leaky" and love the juice. Even more so with the CUs disabled. If you think you have a temp issue, simply place your finger on the sink. If you pull back a smoking nub, you might have a problem I'll bet you don't, especially if you are running stock.
The "volts & heat" from the chips come from the on-board graphics engine. The CPU cores only take up 130mm2 or so on a 256mm2 chip and are quite efficient. If the graphics engine on the die is not under load they become even more so.
If LTF is using a discreet card, that's why his thermal margin never drops below 30C because the CUs never max their volt load.
I'm running 4.6GHz at 1.45v +/- with a thermal margin of 20C, UNB at 2500MHz-1.25v, with some GSkill 2400MHz Cas10. Occasionally, the margin will drop to 18-19C.
Trinity/Richland chips are "volt-leaky" and love the juice. Even more so with the CUs disabled. If you think you have a temp issue, simply place your finger on the sink. If you pull back a smoking nub, you might have a problem
I'll bet you don't, especially if you are running stock.The "volts & heat" from the chips come from the on-board graphics engine. The CPU cores only take up 130mm2 or so on a 256mm2 chip and are quite efficient. If the graphics engine on the die is not under load they become even more so.
If LTF is using a discreet card, that's why his thermal margin never drops below 30C because the CUs never max their volt load.
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