F5F Stay Refreshed Hardware Desktop Assist with optimizing FX 6300 FX settings

Assist with optimizing FX 6300 FX settings

Assist with optimizing FX 6300 FX settings

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XxPandaxX_74
Member
179
02-15-2025, 01:05 AM
#1
Hello, Your system details are noted: FX 6300 with stock cooler, M5A78L-M/USB3, 2x4GB 1600Mhz RAM, GTX 750 GPU. Temperatures stayed stable during stress tests (62C and 64C after 30 mins) with idle temps around 21.4C and 37C. The VCore reached up to 1.42V at 4.12GHz turbo. BIOS only lets you raise voltage, not lower it. You can either keep auto-voltage and turn off turbo boost, or try overclocking with voltages below 1.375V. Any advice would be appreciated.
X
XxPandaxX_74
02-15-2025, 01:05 AM #1

Hello, Your system details are noted: FX 6300 with stock cooler, M5A78L-M/USB3, 2x4GB 1600Mhz RAM, GTX 750 GPU. Temperatures stayed stable during stress tests (62C and 64C after 30 mins) with idle temps around 21.4C and 37C. The VCore reached up to 1.42V at 4.12GHz turbo. BIOS only lets you raise voltage, not lower it. You can either keep auto-voltage and turn off turbo boost, or try overclocking with voltages below 1.375V. Any advice would be appreciated.

E
Elise101
Member
142
02-15-2025, 02:36 AM
#2
Many BIOS systems include a setting for a VCORE offset. You can adjust it to values like -something.
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Elise101
02-15-2025, 02:36 AM #2

Many BIOS systems include a setting for a VCORE offset. You can adjust it to values like -something.

L
166
02-16-2025, 08:36 AM
#3
The BIOS doesn't offer offset settings. I can only view CPU, HT, and Memory Over Voltage with 0.01V steps.
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LifelessShadow
02-16-2025, 08:36 AM #3

The BIOS doesn't offer offset settings. I can only view CPU, HT, and Memory Over Voltage with 0.01V steps.

K
55
02-18-2025, 09:33 AM
#4
Have you considered adjusting the LLC configuration? A reduced LLC might prevent voltage spikes. I’m not very experienced with older boards.
K
KawaiiDinoStar
02-18-2025, 09:33 AM #4

Have you considered adjusting the LLC configuration? A reduced LLC might prevent voltage spikes. I’m not very experienced with older boards.

C
CrippyDippy
Member
133
02-18-2025, 09:06 PM
#5
I can locate LLC that is configured to auto and offers choices ranging from 0.20 to 100% in the menu.
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CrippyDippy
02-18-2025, 09:06 PM #5

I can locate LLC that is configured to auto and offers choices ranging from 0.20 to 100% in the menu.

B
biscuitnator
Junior Member
42
02-19-2025, 03:09 PM
#6
This setup is quite different from the LLC configurations I'm familiar with. Typically they range from 1 to 6, so it's unclear which will provide more VDroop to keep voltage lower under load. If you're confident, you might want to experiment with the options. Otherwise, consulting the manual could be a safer choice.
B
biscuitnator
02-19-2025, 03:09 PM #6

This setup is quite different from the LLC configurations I'm familiar with. Typically they range from 1 to 6, so it's unclear which will provide more VDroop to keep voltage lower under load. If you're confident, you might want to experiment with the options. Otherwise, consulting the manual could be a safer choice.

D
Draconblade
Member
54
02-20-2025, 10:28 AM
#7
The system uses legacy BIOS settings, making it difficult to retrieve detailed information. I asked for clarification on what adjustments would be helpful.
D
Draconblade
02-20-2025, 10:28 AM #7

The system uses legacy BIOS settings, making it difficult to retrieve detailed information. I asked for clarification on what adjustments would be helpful.

_
_LeaDaUnicorn
Member
141
02-20-2025, 11:14 AM
#8
The LLC configurations help adjust the VDroop during CPU stress. In recent BIOS versions, a smaller number results in less voltage drop. Sometimes even higher voltage is applied when under load. I found information suggesting 0% LLC causes the biggest drop, while 100% may not reduce voltage at all. Since I’m unfamiliar with my system, I can’t confirm this definitively. Testing a 50% setting might provide a balanced and safe outcome for your configuration.
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_LeaDaUnicorn
02-20-2025, 11:14 AM #8

The LLC configurations help adjust the VDroop during CPU stress. In recent BIOS versions, a smaller number results in less voltage drop. Sometimes even higher voltage is applied when under load. I found information suggesting 0% LLC causes the biggest drop, while 100% may not reduce voltage at all. Since I’m unfamiliar with my system, I can’t confirm this definitively. Testing a 50% setting might provide a balanced and safe outcome for your configuration.

X
XavegX367
Member
60
02-27-2025, 03:50 AM
#9
Check for any performance changes and stability after the adjustment. Leave AMD Turbo Boost enabled unless your BIOS recommends otherwise.
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XavegX367
02-27-2025, 03:50 AM #9

Check for any performance changes and stability after the adjustment. Leave AMD Turbo Boost enabled unless your BIOS recommends otherwise.

I
Irrjr81_gamer
Member
222
02-27-2025, 04:41 AM
#10
Keep the turbo boost active. Check if voltages vary when under load and whether the system remains stable if they decrease.
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Irrjr81_gamer
02-27-2025, 04:41 AM #10

Keep the turbo boost active. Check if voltages vary when under load and whether the system remains stable if they decrease.

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