F5F Stay Refreshed Power Users Overclocking AMD FX6300 stable?

AMD FX6300 stable?

AMD FX6300 stable?

C
ClassicoHD
Junior Member
40
07-12-2016, 08:05 PM
#1
Hi, I'm searching for a stable AMD FX 6300 overclock. I've tried reaching 4.5 ghz but it wasn't very stable and caused BSODs. I was curious.
I have a Gigabyte GA 78GB USB3 rev.6 motherboard,
and also a Cooler Master Hyper Evo LED cooling solution, which means no issues there.
If anyone can assist, that would be really helpful!
C
ClassicoHD
07-12-2016, 08:05 PM #1

Hi, I'm searching for a stable AMD FX 6300 overclock. I've tried reaching 4.5 ghz but it wasn't very stable and caused BSODs. I was curious.
I have a Gigabyte GA 78GB USB3 rev.6 motherboard,
and also a Cooler Master Hyper Evo LED cooling solution, which means no issues there.
If anyone can assist, that would be really helpful!

O
96
07-12-2016, 11:21 PM
#2
Experiment with the settings to fine-tune performance. Each chip manages overclocking and voltage changes differently (check silicon lottery). For top frequency, adjust voltage and clock speeds yourself. If you encounter BSOD at 4.5, lower the voltage until stability returns, or increase it slightly (usually not above 1.475V) but expect stronger cooling needs afterward until functionality resumes. On the standard setting, the chip should handle 4.4-4.5 depending on the model.
O
OurSaviorJesus
07-12-2016, 11:21 PM #2

Experiment with the settings to fine-tune performance. Each chip manages overclocking and voltage changes differently (check silicon lottery). For top frequency, adjust voltage and clock speeds yourself. If you encounter BSOD at 4.5, lower the voltage until stability returns, or increase it slightly (usually not above 1.475V) but expect stronger cooling needs afterward until functionality resumes. On the standard setting, the chip should handle 4.4-4.5 depending on the model.

F
fadgemd
Member
190
07-25-2016, 12:25 AM
#3
Experiment with the settings to fine-tune performance. Each chip manages overclocking and voltage changes differently (check silicon lottery). For top frequency, adjust voltage and clock speeds yourself. If you encounter BSOD at 4.5, lower the voltage until stability returns, or increase it slightly (usually not above 1.475V) but expect strong cooling needs afterward. The stock voltage should allow 4.4-4.5 for most chips.
F
fadgemd
07-25-2016, 12:25 AM #3

Experiment with the settings to fine-tune performance. Each chip manages overclocking and voltage changes differently (check silicon lottery). For top frequency, adjust voltage and clock speeds yourself. If you encounter BSOD at 4.5, lower the voltage until stability returns, or increase it slightly (usually not above 1.475V) but expect strong cooling needs afterward. The stock voltage should allow 4.4-4.5 for most chips.

F
Friend_Dude
Junior Member
2
07-25-2016, 09:55 PM
#4
Do you have any suitable stress test benchmarking tools available? Thanks again.
F
Friend_Dude
07-25-2016, 09:55 PM #4

Do you have any suitable stress test benchmarking tools available? Thanks again.

G
Grammy_Award
Junior Member
48
07-27-2016, 10:30 PM
#5
begin by identifying your maximum overclock using the stock voltage. raise the multiplier until the system shows instability, either immediately or during testing. after reaching that point, gradually adjust the CPU voltage in small steps until stability is achieved. it usually takes about 4.5ghz with the current cooling setup to reach a stable setting. your performance will depend on temperature limits, so increase the voltage only slightly. on this hardware, I would test using OCCT.
G
Grammy_Award
07-27-2016, 10:30 PM #5

begin by identifying your maximum overclock using the stock voltage. raise the multiplier until the system shows instability, either immediately or during testing. after reaching that point, gradually adjust the CPU voltage in small steps until stability is achieved. it usually takes about 4.5ghz with the current cooling setup to reach a stable setting. your performance will depend on temperature limits, so increase the voltage only slightly. on this hardware, I would test using OCCT.