F5F Stay Refreshed Power Users Overclocking The Amd fx pile driver 6300 works with the MSI 970A-G43.

The Amd fx pile driver 6300 works with the MSI 970A-G43.

The Amd fx pile driver 6300 works with the MSI 970A-G43.

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bengalwatcher
Posting Freak
801
12-01-2016, 12:57 PM
#1
Hi everyone
I'm using an MSi 970A-G43 with a FX piledriver 6300 CPU, watercooled via Corsair H60. I'm wondering if you could assist me with safe overclocking settings and the process. I'm on furlough and can't afford to upgrade right now. Thanks in advance!
Further hardware
- Ram: 32gb
- GTX: 1060 graphics card
- dave
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bengalwatcher
12-01-2016, 12:57 PM #1

Hi everyone
I'm using an MSi 970A-G43 with a FX piledriver 6300 CPU, watercooled via Corsair H60. I'm wondering if you could assist me with safe overclocking settings and the process. I'm on furlough and can't afford to upgrade right now. Thanks in advance!
Further hardware
- Ram: 32gb
- GTX: 1060 graphics card
- dave

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cmoney_1
Junior Member
19
12-01-2016, 02:25 PM
#2
Not focusing on CPU cooling, you're all right. The issue is with the VRM on the motherboard, which would struggle to supply sufficient power for a higher CPU without overheating. Switching to a water cooler instead of a standard air cooler that blows air on the VRM only makes things worse.
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cmoney_1
12-01-2016, 02:25 PM #2

Not focusing on CPU cooling, you're all right. The issue is with the VRM on the motherboard, which would struggle to supply sufficient power for a higher CPU without overheating. Switching to a water cooler instead of a standard air cooler that blows air on the VRM only makes things worse.

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Cierian55
Member
61
12-05-2016, 10:39 AM
#3
It's risky to overclock on MBs without a cooler for VRM, and I'd limit it to under 3.8GHz there.
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Cierian55
12-05-2016, 10:39 AM #3

It's risky to overclock on MBs without a cooler for VRM, and I'd limit it to under 3.8GHz there.

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Fretti0_YTB
Member
196
12-12-2016, 01:43 AM
#4
Sorry, I don't have much knowledge on this topic. I assumed watercooling would be superior to heat sink-based coolers, but I might have been influenced by marketing. I've done some research and now I think my motherboard isn't doing well.
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Fretti0_YTB
12-12-2016, 01:43 AM #4

Sorry, I don't have much knowledge on this topic. I assumed watercooling would be superior to heat sink-based coolers, but I might have been influenced by marketing. I've done some research and now I think my motherboard isn't doing well.

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Strescipe
Member
145
12-30-2016, 10:09 PM
#5
Not focusing on CPU cooling, you're all right. The issue is with the VRM on the motherboard, which would struggle to supply sufficient power for a higher CPU without overheating. Switching to a water cooler instead of a standard air cooler that blows air on the VRM only makes things worse.
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Strescipe
12-30-2016, 10:09 PM #5

Not focusing on CPU cooling, you're all right. The issue is with the VRM on the motherboard, which would struggle to supply sufficient power for a higher CPU without overheating. Switching to a water cooler instead of a standard air cooler that blows air on the VRM only makes things worse.

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CaptainTr0ll
Member
99
12-31-2016, 01:45 AM
#6
I appreciate your guidance. Could you point me toward a guide on how to safely increase its overclocking potential?
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CaptainTr0ll
12-31-2016, 01:45 AM #6

I appreciate your guidance. Could you point me toward a guide on how to safely increase its overclocking potential?

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DonMcOne
Member
188
01-02-2017, 10:14 PM
#7
OC is quite accommodating for those processors. Just unlock them and adjust the multiplier slightly while checking stability and temperature. If everything stays within bounds and it works, increase the notch incrementally until instability appears, then add a bit more voltage until the temperature climbs too much. I can't provide exact numbers since each setup is unique. Keep an eye on VRM heat, as CPUs handle heat well but require significant power, which can cause the VRM to overheat.
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DonMcOne
01-02-2017, 10:14 PM #7

OC is quite accommodating for those processors. Just unlock them and adjust the multiplier slightly while checking stability and temperature. If everything stays within bounds and it works, increase the notch incrementally until instability appears, then add a bit more voltage until the temperature climbs too much. I can't provide exact numbers since each setup is unique. Keep an eye on VRM heat, as CPUs handle heat well but require significant power, which can cause the VRM to overheat.