F5F Stay Refreshed Power Users Overclocking FX 6300 4.0GHz OC Questions

FX 6300 4.0GHz OC Questions

FX 6300 4.0GHz OC Questions

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OceanBear
Member
103
11-13-2024, 10:34 PM
#1
I investigated overclocking via BIOS and discovered the voltage options I have. I can't just input a value; I must adjust it using the + or - controls. I set it to 1.41V, configured the multiplier for 4.0GHz, turned turbo off, and left LLC at normal. After loading, I ran 10 minutes of small FFTs in P95 without issues, with a peak temperature of 48°C. I have a few observations to share.
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OceanBear
11-13-2024, 10:34 PM #1

I investigated overclocking via BIOS and discovered the voltage options I have. I can't just input a value; I must adjust it using the + or - controls. I set it to 1.41V, configured the multiplier for 4.0GHz, turned turbo off, and left LLC at normal. After loading, I ran 10 minutes of small FFTs in P95 without issues, with a peak temperature of 48°C. I have a few observations to share.

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trayman03
Member
51
11-13-2024, 10:34 PM
#2
1.44V is unusually high for a 4.2 GHz overclock. Consider using a higher clock speed with the same voltage and monitor it with HWmonitor or CPU-Z to see if voltage drops occur under load. At this level, the chip might reach 4.3-4.4+ GHz. With that H60 model, you could likely raise the voltage to 1.5V and achieve around 4.8 GHz. The FX 9590 operates at 4.7 GHz with a 120mm cooler as well. Source: My FX 4350. Previously stable at 5 GHz @1.632V, now degraded. Avoid exceeding 1.50-1.55V. EDIT: Fluctuations in your voltage might be causing the need for higher voltages. Increase the LLC to Medium and test with 1.475V for 4.5-4.6.
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trayman03
11-13-2024, 10:34 PM #2

1.44V is unusually high for a 4.2 GHz overclock. Consider using a higher clock speed with the same voltage and monitor it with HWmonitor or CPU-Z to see if voltage drops occur under load. At this level, the chip might reach 4.3-4.4+ GHz. With that H60 model, you could likely raise the voltage to 1.5V and achieve around 4.8 GHz. The FX 9590 operates at 4.7 GHz with a 120mm cooler as well. Source: My FX 4350. Previously stable at 5 GHz @1.632V, now degraded. Avoid exceeding 1.50-1.55V. EDIT: Fluctuations in your voltage might be causing the need for higher voltages. Increase the LLC to Medium and test with 1.475V for 4.5-4.6.

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supercube49
Member
172
11-13-2024, 10:34 PM
#3
Specs?
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supercube49
11-13-2024, 10:34 PM #3

Specs?

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JebThePleb
Posting Freak
898
11-13-2024, 10:34 PM
#4
Additional information you might want to consider includes.
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JebThePleb
11-13-2024, 10:34 PM #4

Additional information you might want to consider includes.

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Phunthime
Junior Member
18
11-13-2024, 10:34 PM
#5
I increased the frequency to 4.2GHz, adjusted the voltage to 1.44, and performed 45 minutes of small FFTs without any problems. I'm satisfied with the results.
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Phunthime
11-13-2024, 10:34 PM #5

I increased the frequency to 4.2GHz, adjusted the voltage to 1.44, and performed 45 minutes of small FFTs without any problems. I'm satisfied with the results.

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pedro_tkf
Senior Member
643
11-13-2024, 10:34 PM
#6
1.44V is unusually high for a 4.2 GHz overclock. Consider using a higher clock speed with the same voltage and monitor voltage changes with HWmonitor or CPU-Z under load. At this level, the chip might reach 4.3 to 4.4+ GHz. With that H60 model, you could likely raise the voltage to 1.5V and achieve around 4.8 GHz. The FX 9590 operates at 4.7 GHz with a 120mm cooler as well. Source: My FX 4350. Previously stable at 5 GHz @1.632V, now degraded. Avoid exceeding 1.50-1.55V. EDIT: Fluctuations in your voltage might be causing the need for higher voltages. Increase the LLC to Medium and test with 1.475V for 4.5-4.6.
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pedro_tkf
11-13-2024, 10:34 PM #6

1.44V is unusually high for a 4.2 GHz overclock. Consider using a higher clock speed with the same voltage and monitor voltage changes with HWmonitor or CPU-Z under load. At this level, the chip might reach 4.3 to 4.4+ GHz. With that H60 model, you could likely raise the voltage to 1.5V and achieve around 4.8 GHz. The FX 9590 operates at 4.7 GHz with a 120mm cooler as well. Source: My FX 4350. Previously stable at 5 GHz @1.632V, now degraded. Avoid exceeding 1.50-1.55V. EDIT: Fluctuations in your voltage might be causing the need for higher voltages. Increase the LLC to Medium and test with 1.475V for 4.5-4.6.