F5F Stay Refreshed Power Users Overclocking AMD FX 8320e Overclocking Help

AMD FX 8320e Overclocking Help

AMD FX 8320e Overclocking Help

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L
Lama_Rsupilami
Junior Member
35
11-29-2016, 05:55 PM
#1
Hey there,
I'm trying to overclock my AMD FX 8320e. Most online info is limited for the 8230e, which makes it a bit tricky to get exact settings. I have a few questions:
- Is the chip capable of reaching 4.0 GHz? If yes, what values should I aim for?
- If not, what speed would be recommended?
It's also my first overclock attempt, so I'm a bit unsure.
Thanks!
L
Lama_Rsupilami
11-29-2016, 05:55 PM #1

Hey there,
I'm trying to overclock my AMD FX 8320e. Most online info is limited for the 8230e, which makes it a bit tricky to get exact settings. I have a few questions:
- Is the chip capable of reaching 4.0 GHz? If yes, what values should I aim for?
- If not, what speed would be recommended?
It's also my first overclock attempt, so I'm a bit unsure.
Thanks!

U
Ungenuine
Member
214
12-01-2016, 12:13 PM
#2
Enter BIOS, turn off Turbo Mode, and adjust the CPU clock multiplier gradually. Restart and perform a stress test using pgm similar to Intel Burn Test, running it ten times. Check for stability. If issues arise, slightly increase the CPU VID (vcore) to regain stability. Monitor core temperatures throughout the process. Each chip will respond differently.
U
Ungenuine
12-01-2016, 12:13 PM #2

Enter BIOS, turn off Turbo Mode, and adjust the CPU clock multiplier gradually. Restart and perform a stress test using pgm similar to Intel Burn Test, running it ten times. Check for stability. If issues arise, slightly increase the CPU VID (vcore) to regain stability. Monitor core temperatures throughout the process. Each chip will respond differently.

T
tkgarland3
Junior Member
48
12-01-2016, 08:44 PM
#3
Enter BIOS, turn off Turbo Mode, and adjust the CPU clock multiplier gradually. Restart and perform a stress test using pgm similar to Intel Burn Test, running it ten times. Check for stability. If issues arise, slightly increase the CPU VID (vcore) to regain stability. Monitor core temperatures throughout the process. Each chip will respond differently.
T
tkgarland3
12-01-2016, 08:44 PM #3

Enter BIOS, turn off Turbo Mode, and adjust the CPU clock multiplier gradually. Restart and perform a stress test using pgm similar to Intel Burn Test, running it ten times. Check for stability. If issues arise, slightly increase the CPU VID (vcore) to regain stability. Monitor core temperatures throughout the process. Each chip will respond differently.

M
Miltonmatt
Member
57
12-04-2016, 08:26 PM
#4
When trying to push overclocking, it's wise to ensure a solid motherboard and proper cooling system are in place.
M
Miltonmatt
12-04-2016, 08:26 PM #4

When trying to push overclocking, it's wise to ensure a solid motherboard and proper cooling system are in place.

Z
Zologa19
Member
65
12-04-2016, 09:35 PM
#5
AMD Feature manager
Disable nothing initially. Proceed with the program
It will gradually adjust the multiplier and perform stress tests to verify temperatures remain stable. After completion, you can configure the CPU speed to its highest safe setting
Z
Zologa19
12-04-2016, 09:35 PM #5

AMD Feature manager
Disable nothing initially. Proceed with the program
It will gradually adjust the multiplier and perform stress tests to verify temperatures remain stable. After completion, you can configure the CPU speed to its highest safe setting

I
iSurvive
Member
180
12-05-2016, 07:44 AM
#6
I recently increased the processor speed over the weekend using a GA-990FXA-UD3. Achieved 4.2 with a multiplier of 21.0. Voltage was set to 1.3125, but the system remained stable at 3.6 GHz with stock voltage. Operating temperature peaked at 56°C, but I'm running on air cooling.
I
iSurvive
12-05-2016, 07:44 AM #6

I recently increased the processor speed over the weekend using a GA-990FXA-UD3. Achieved 4.2 with a multiplier of 21.0. Voltage was set to 1.3125, but the system remained stable at 3.6 GHz with stock voltage. Operating temperature peaked at 56°C, but I'm running on air cooling.

E
228
12-05-2016, 08:40 AM
#7
I recently increased the processor speed on a GA-990FXA-UD3 using overclocking. Achieved 4.2 with a multiplier of 21.0. Voltage was set to 1.3125, but stability was confirmed at 18.0 (3.6 GHz) with standard voltage. Maximum temperature reached 56°C under load, but I'm running at air cooling. Sounds successful. Previously, getting the FX-8350 to 4.6 GHz was challenging—reached 4.7 but it was unstable, so I stopped raising the voltage further.
E
EliteChicagoan
12-05-2016, 08:40 AM #7

I recently increased the processor speed on a GA-990FXA-UD3 using overclocking. Achieved 4.2 with a multiplier of 21.0. Voltage was set to 1.3125, but stability was confirmed at 18.0 (3.6 GHz) with standard voltage. Maximum temperature reached 56°C under load, but I'm running at air cooling. Sounds successful. Previously, getting the FX-8350 to 4.6 GHz was challenging—reached 4.7 but it was unstable, so I stopped raising the voltage further.

S
SlieFie333
Junior Member
49
12-05-2016, 10:36 AM
#8
My FX 8320 reaches its thermal threshold at 4.3 ghz. 4.4 ghz is simply excessive. Under load, I see around 1.35v and 1.275 vid. Hyper 212 evo.
S
SlieFie333
12-05-2016, 10:36 AM #8

My FX 8320 reaches its thermal threshold at 4.3 ghz. 4.4 ghz is simply excessive. Under load, I see around 1.35v and 1.275 vid. Hyper 212 evo.

K
KARLEISHAK
Member
197
12-05-2016, 12:28 PM
#9
The thermal limit is quite typical. The FX-8xxx chip behaves like a furnace. I experienced throttling at 4.6 GHz after making some BIOS adjustments. Multiple "cores" would revert to 14xx MHz. I wish I had kept records so I could replicate this if it occurs again.
K
KARLEISHAK
12-05-2016, 12:28 PM #9

The thermal limit is quite typical. The FX-8xxx chip behaves like a furnace. I experienced throttling at 4.6 GHz after making some BIOS adjustments. Multiple "cores" would revert to 14xx MHz. I wish I had kept records so I could replicate this if it occurs again.

S
SlyMan9898
Member
55
12-07-2016, 05:21 AM
#10
Yeah, no issues at 4.3 ghz. It reduces to 1.4 ghz when not under load and hits .825v. Temperatures are stable at 4.3, I'm satisfied with performance and power use.
S
SlyMan9898
12-07-2016, 05:21 AM #10

Yeah, no issues at 4.3 ghz. It reduces to 1.4 ghz when not under load and hits .825v. Temperatures are stable at 4.3, I'm satisfied with performance and power use.

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