F5F Stay Refreshed Power Users Overclocking ryzen 1700 oc help plz

ryzen 1700 oc help plz

ryzen 1700 oc help plz

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BubbleGum_15
Junior Member
15
06-10-2017, 08:11 PM
#1
I built my PC a few months ago with a B350 tomahawk, updated the BIOS and installed a Ryzen 1700. I'm struggling to reach 3.2ghz without it restarting and resetting the CMOS. Do you have any suggestions?
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BubbleGum_15
06-10-2017, 08:11 PM #1

I built my PC a few months ago with a B350 tomahawk, updated the BIOS and installed a Ryzen 1700. I'm struggling to reach 3.2ghz without it restarting and resetting the CMOS. Do you have any suggestions?

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blue10x
Member
74
06-17-2017, 04:01 PM
#2
did you raise the VCore voltage as well? If not, proceed gradually. For example, starting at 3.0G @ 1.2v, try 1.25v for 3.2G. Use AIDA64/real bench stress test to check stability. If 1.25v doesn't work, increase slowly, keeping it below 1.45v and ensuring the CPU stays under 85°C during load.
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blue10x
06-17-2017, 04:01 PM #2

did you raise the VCore voltage as well? If not, proceed gradually. For example, starting at 3.0G @ 1.2v, try 1.25v for 3.2G. Use AIDA64/real bench stress test to check stability. If 1.25v doesn't work, increase slowly, keeping it below 1.45v and ensuring the CPU stays under 85°C during load.

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CocaCola15
Senior Member
603
06-17-2017, 09:40 PM
#3
did you raise the VCore voltage as well? If not, proceed gradually. For example, starting at 3.0G @ 1.2v, try 1.25v for 3.2G. Use AIDA64/real bench stress test to check stability. If 1.25v doesn't work, increase slowly, keeping it below 1.45v and ensuring the CPU stays under 85°C during load.
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CocaCola15
06-17-2017, 09:40 PM #3

did you raise the VCore voltage as well? If not, proceed gradually. For example, starting at 3.0G @ 1.2v, try 1.25v for 3.2G. Use AIDA64/real bench stress test to check stability. If 1.25v doesn't work, increase slowly, keeping it below 1.45v and ensuring the CPU stays under 85°C during load.

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SSGSS_54
Member
85
06-18-2017, 08:34 AM
#4
Did you raise the VCore voltage as well? If not, increase it gradually. For example, starting at 3.0G @ 1.2v, try 1.25v for 3.2G. Perform an AIDA64/real bench stress test to check stability. If 1.25v doesn't work, go slower, keeping it below 1.45v and ensuring the CPU stays under 85°C during load. I was hoping I wouldn't need to change the voltage from something like 3.0 to 3.1, as the auto would handle it.
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SSGSS_54
06-18-2017, 08:34 AM #4

Did you raise the VCore voltage as well? If not, increase it gradually. For example, starting at 3.0G @ 1.2v, try 1.25v for 3.2G. Perform an AIDA64/real bench stress test to check stability. If 1.25v doesn't work, go slower, keeping it below 1.45v and ensuring the CPU stays under 85°C during load. I was hoping I wouldn't need to change the voltage from something like 3.0 to 3.1, as the auto would handle it.

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SkyInsane
Senior Member
718
06-18-2017, 09:05 AM
#5
The auto setting can overshadow your CPU and isn't ideal for lasting use. Carefully adjusting the voltage is the safest approach to maintain stability and protect the parts.
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SkyInsane
06-18-2017, 09:05 AM #5

The auto setting can overshadow your CPU and isn't ideal for lasting use. Carefully adjusting the voltage is the safest approach to maintain stability and protect the parts.

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gvn12345678
Member
242
06-19-2017, 05:47 PM
#6
Auto may cause your CPU to work too much and isn't ideal in the long term. Carefully adjusting the voltage is the safest approach to maintain stability.
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gvn12345678
06-19-2017, 05:47 PM #6

Auto may cause your CPU to work too much and isn't ideal in the long term. Carefully adjusting the voltage is the safest approach to maintain stability.