F5F Stay Refreshed Hardware Desktop Largest BIOS upgrade ever? The 7800X-3D brings a huge performance jump.

Largest BIOS upgrade ever? The 7800X-3D brings a huge performance jump.

Largest BIOS upgrade ever? The 7800X-3D brings a huge performance jump.

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JuliBr0
Senior Member
495
09-17-2018, 02:02 AM
#11
I thought you already had a negative offset, raising it meant something like -20 to -10, probably related to CPU limits. It seems the system could let boost clocks rise slightly instead of increasing by +200. Maybe just keeping them at 0 would work better. Disabling SMT would allow higher clock speeds due to lower voltage needs, so reducing clocks should let you run faster FCH while keeping SMT enabled. You might need to give up on Gen5 if your board supports it for such high clocks.
J
JuliBr0
09-17-2018, 02:02 AM #11

I thought you already had a negative offset, raising it meant something like -20 to -10, probably related to CPU limits. It seems the system could let boost clocks rise slightly instead of increasing by +200. Maybe just keeping them at 0 would work better. Disabling SMT would allow higher clock speeds due to lower voltage needs, so reducing clocks should let you run faster FCH while keeping SMT enabled. You might need to give up on Gen5 if your board supports it for such high clocks.

0
0sKHD
Member
226
09-17-2018, 02:02 AM
#12
I used 105 with SMT turned off. It performed okay but wasn’t the most reliable. I might retry, though I prefer keeping SMT active. There are many projects that need all 16 threads. I’ll test CPU Core UnderVolt first, but I’m skeptical it will help. I’m considering a very low -10mV and a slight boost to SOC/NB voltage just in case.
0
0sKHD
09-17-2018, 02:02 AM #12

I used 105 with SMT turned off. It performed okay but wasn’t the most reliable. I might retry, though I prefer keeping SMT active. There are many projects that need all 16 threads. I’ll test CPU Core UnderVolt first, but I’m skeptical it will help. I’m considering a very low -10mV and a slight boost to SOC/NB voltage just in case.

L
lofogamer
Member
55
09-17-2018, 02:02 AM
#13
They're using a BCLK clock source, and the CPU multiplier has been adjusted.
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lofogamer
09-17-2018, 02:02 AM #13

They're using a BCLK clock source, and the CPU multiplier has been adjusted.

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