F5F Stay Refreshed Power Users Overclocking Can you increase the clock speed of your AMD Fx 6300 using a standard cooling solution?

Can you increase the clock speed of your AMD Fx 6300 using a standard cooling solution?

Can you increase the clock speed of your AMD Fx 6300 using a standard cooling solution?

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Jackxx5
Junior Member
25
08-14-2017, 05:33 AM
#1
Motherboard: MSI 970a Sli Krait edition
CPU: AMD Fx 6300 (Stock Cooler)
GPU: GTX 750 Ti
RAM: 16 Gbs DDR3 1600 Mhz
PSU: CX550m corsair
Just aiming to boost CPU utilization without an aftermarket cooler to enhance the gaming experience in Black Desert Online.
Thanks! -Esteban
J
Jackxx5
08-14-2017, 05:33 AM #1

Motherboard: MSI 970a Sli Krait edition
CPU: AMD Fx 6300 (Stock Cooler)
GPU: GTX 750 Ti
RAM: 16 Gbs DDR3 1600 Mhz
PSU: CX550m corsair
Just aiming to boost CPU utilization without an aftermarket cooler to enhance the gaming experience in Black Desert Online.
Thanks! -Esteban

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Alemaxzzo
Junior Member
23
08-15-2017, 05:58 PM
#2
Yes, you can likely extend it to around 3900MHz or perhaps 4100MHz. I installed my FX 4300 to 4300MHz sock cooler, but no voltage adjustment should be made. The original cooler isn't designed to handle any increase in voltage. Maintaining core temperatures below 65°C is essential—it's the maximum safe limit.
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Alemaxzzo
08-15-2017, 05:58 PM #2

Yes, you can likely extend it to around 3900MHz or perhaps 4100MHz. I installed my FX 4300 to 4300MHz sock cooler, but no voltage adjustment should be made. The original cooler isn't designed to handle any increase in voltage. Maintaining core temperatures below 65°C is essential—it's the maximum safe limit.

S
Saricck
Member
103
08-16-2017, 06:06 AM
#3
Yes, you can likely extend it to around 3900MHz or perhaps 4100MHz. I installed my FX 4300 to 4300MHz sock cooler, but no voltage adjustment should be made. The original cooler won't work with any higher voltage. Maintaining core temperatures below 65°C is essential—it's the maximum allowed.
S
Saricck
08-16-2017, 06:06 AM #3

Yes, you can likely extend it to around 3900MHz or perhaps 4100MHz. I installed my FX 4300 to 4300MHz sock cooler, but no voltage adjustment should be made. The original cooler won't work with any higher voltage. Maintaining core temperatures below 65°C is essential—it's the maximum allowed.

R
RageGlitch
Posting Freak
771
08-31-2017, 08:02 PM
#4
Ryan_78
Yes, you can likely extend it to 3900MHz or even 4100MHz. I got my FX 4300 to 4300MHz and used a sock cooler. No voltage adjustments should be made; the original cooler won’t handle any increase. Keeping core temps below 65°C is essential—it’s the maximum allowed. Thanks!
R
RageGlitch
08-31-2017, 08:02 PM #4

Ryan_78
Yes, you can likely extend it to 3900MHz or even 4100MHz. I got my FX 4300 to 4300MHz and used a sock cooler. No voltage adjustments should be made; the original cooler won’t handle any increase. Keeping core temps below 65°C is essential—it’s the maximum allowed. Thanks!

S
Superub
Member
241
09-02-2017, 03:30 PM
#5
Esteban_15:
Ryan_78 agrees you can likely adjust to around 3900MHz or even 4100MHz. I’ve set my FX 4300 to 4300MHz with the sock cooler, but no voltage change should be made. The original cooler won’t handle any increase in voltage.
Keep core temperatures below 65°C—it’s the maximum allowed.
Thanks a lot!
Try experimenting with undervolting to cut heat and noise. I’d set it to 4.gzh and turn off turbo and C1E. Slowly lower the vcore until you hit stress testing failure, then raise it back up a few Mv. That should work.
I’ve seen a 6300 run at 4.5 on 1.322 and my current 8350 at 4.5 on 1.368, both below the stock voltage of 1.380
S
Superub
09-02-2017, 03:30 PM #5

Esteban_15:
Ryan_78 agrees you can likely adjust to around 3900MHz or even 4100MHz. I’ve set my FX 4300 to 4300MHz with the sock cooler, but no voltage change should be made. The original cooler won’t handle any increase in voltage.
Keep core temperatures below 65°C—it’s the maximum allowed.
Thanks a lot!
Try experimenting with undervolting to cut heat and noise. I’d set it to 4.gzh and turn off turbo and C1E. Slowly lower the vcore until you hit stress testing failure, then raise it back up a few Mv. That should work.
I’ve seen a 6300 run at 4.5 on 1.322 and my current 8350 at 4.5 on 1.368, both below the stock voltage of 1.380

P
pepper52
Member
66
09-03-2017, 05:43 AM
#6
Esteban_15 suggested possible adjustments to 3900MHz or 4100MHz, noting the FX 4300 reached 4300MHz successfully with a sock cooler, but advising no voltage change and keeping core temps below 65C. Ryan_78 recommended undervolting to lower heat and noise, using settings like 4.gzh, disabling turbo and C1E, gradually reducing the vcore until stress testing fails, then slightly increasing it again. He shared results from a 6300 achieving 4.5 at 1.322 and his 8350 reaching 4.5 at 1.368, both below the stock voltage of 1.380. Ryan also mentioned current performance with 4.6 at 1.39v and expressed satisfaction with the chips, while suggesting a test at 1.41v and 4.8 for further evaluation.
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pepper52
09-03-2017, 05:43 AM #6

Esteban_15 suggested possible adjustments to 3900MHz or 4100MHz, noting the FX 4300 reached 4300MHz successfully with a sock cooler, but advising no voltage change and keeping core temps below 65C. Ryan_78 recommended undervolting to lower heat and noise, using settings like 4.gzh, disabling turbo and C1E, gradually reducing the vcore until stress testing fails, then slightly increasing it again. He shared results from a 6300 achieving 4.5 at 1.322 and his 8350 reaching 4.5 at 1.368, both below the stock voltage of 1.380. Ryan also mentioned current performance with 4.6 at 1.39v and expressed satisfaction with the chips, while suggesting a test at 1.41v and 4.8 for further evaluation.

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xWaseem09
Member
161
09-05-2017, 09:48 PM
#7
Ryan_78 added the information while keeping the original structure and tone.
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xWaseem09
09-05-2017, 09:48 PM #7

Ryan_78 added the information while keeping the original structure and tone.

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Adabelle
Senior Member
724
09-10-2017, 04:52 AM
#8
Yea. Those are similar to 20 phase boards, supplying the required power. And it seems you have an LLC setup. I also have an LLC, which means overvolting to 1.45v. So essentially the same. I'm using an 8 phase board, which explains the variation.
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Adabelle
09-10-2017, 04:52 AM #8

Yea. Those are similar to 20 phase boards, supplying the required power. And it seems you have an LLC setup. I also have an LLC, which means overvolting to 1.45v. So essentially the same. I'm using an 8 phase board, which explains the variation.