F5F Stay Refreshed Power Users Overclocking Can you increase the speed of your CPU on an FX 8370?

Can you increase the speed of your CPU on an FX 8370?

Can you increase the speed of your CPU on an FX 8370?

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doglover4421
Member
112
02-24-2025, 07:03 PM
#11
Hi, I want to know why a high temperature might harm my PC even if the temperature is okay. What is the ideal maximum voltage and power consumption?
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doglover4421
02-24-2025, 07:03 PM #11

Hi, I want to know why a high temperature might harm my PC even if the temperature is okay. What is the ideal maximum voltage and power consumption?

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Xyphosteams
Junior Member
9
03-01-2025, 04:56 PM
#12
Because ultimately, the quality of the board is just as crucial, if not more so, than CPU temperatures and cooling solutions. A modest gigabyte running a decent CPU reaches its limits when paired with a 125w 8-core processor. Underneath the CPU lies a dark grey/silver heatsink, with five black chokes positioned to control and supply voltage. Only four of these are actually utilized for the CPU. Exceeding the recommended voltage—especially in a 4-phase VRM configuration—raises temperatures and reduces efficiency, creating a cycle where higher voltage leads to more heating, and so on. This process inevitably results in instability, which is certain.

I’ve personally tested this setup with multiple boards, including several 78lmt units, and the components perform reliably, often maintaining temperatures in the high 60s without major issues. However, I wouldn’t recommend pushing them constantly. The fact you have a Wraith cooler is a plus, offering solid VRM performance as well. Still, I’d suggest resetting your voltage and multiplier to factory settings and turning off turbocore for better stability. Running a 4GHz 8-core CPU on a budget board is impressive, but it’s not something you should be doing regularly. If you had purchased a comparable model from ASRock or MSI, you wouldn’t be experiencing these problems at all.
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Xyphosteams
03-01-2025, 04:56 PM #12

Because ultimately, the quality of the board is just as crucial, if not more so, than CPU temperatures and cooling solutions. A modest gigabyte running a decent CPU reaches its limits when paired with a 125w 8-core processor. Underneath the CPU lies a dark grey/silver heatsink, with five black chokes positioned to control and supply voltage. Only four of these are actually utilized for the CPU. Exceeding the recommended voltage—especially in a 4-phase VRM configuration—raises temperatures and reduces efficiency, creating a cycle where higher voltage leads to more heating, and so on. This process inevitably results in instability, which is certain.

I’ve personally tested this setup with multiple boards, including several 78lmt units, and the components perform reliably, often maintaining temperatures in the high 60s without major issues. However, I wouldn’t recommend pushing them constantly. The fact you have a Wraith cooler is a plus, offering solid VRM performance as well. Still, I’d suggest resetting your voltage and multiplier to factory settings and turning off turbocore for better stability. Running a 4GHz 8-core CPU on a budget board is impressive, but it’s not something you should be doing regularly. If you had purchased a comparable model from ASRock or MSI, you wouldn’t be experiencing these problems at all.

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