F5F Stay Refreshed Hardware Desktop This processor tends to get very hot during heavy use.

This processor tends to get very hot during heavy use.

This processor tends to get very hot during heavy use.

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MichaelFW
Member
171
06-13-2019, 10:43 AM
#11
Wait for it to settle before inspecting. I suggest adjusting the CPU voltage and memory speed yourself, as Asus boards often default to higher voltages. For stable performance, follow these steps:
- Use Asus’s EZ-Tuning Utility at ‘Normal’ settings.
- In Extreme Tweaker, keep CPU settings in Auto mode.
- Set RAM to its specified rate (e.g., 3200MHz).

Adjust voltages as follows:
- CPU Core Voltage – Manual – 1.2500V (use offset if needed)
- CPU SOC Voltage – Manual – VDDSOC 1.1000V
- DRAM Voltage – 1.3500V
- PLL Voltage – 1.8000V
- SB Voltage – 1.0500V

Some of these were initially set to very high levels at stock, which might be why Asus does this. For reliable stock builds, stick to these values.

3rd gen Ryzen works best when cool, so lowering the voltage to 1.2500V helps stability and longevity. This improved my system’s reliability and boosted performance without overheating.

For more on voltage concerns with new Ryzen CPUs, see:
https://www.reddit.com/r/overclocking/co...for_zen_2/

This advice comes from extensive research and testing after noticing high-voltage problems with 3rd gen Ryzen.

Also confirm your CPU cooler is functioning properly and apply quality thermal paste if needed.
M
MichaelFW
06-13-2019, 10:43 AM #11

Wait for it to settle before inspecting. I suggest adjusting the CPU voltage and memory speed yourself, as Asus boards often default to higher voltages. For stable performance, follow these steps:
- Use Asus’s EZ-Tuning Utility at ‘Normal’ settings.
- In Extreme Tweaker, keep CPU settings in Auto mode.
- Set RAM to its specified rate (e.g., 3200MHz).

Adjust voltages as follows:
- CPU Core Voltage – Manual – 1.2500V (use offset if needed)
- CPU SOC Voltage – Manual – VDDSOC 1.1000V
- DRAM Voltage – 1.3500V
- PLL Voltage – 1.8000V
- SB Voltage – 1.0500V

Some of these were initially set to very high levels at stock, which might be why Asus does this. For reliable stock builds, stick to these values.

3rd gen Ryzen works best when cool, so lowering the voltage to 1.2500V helps stability and longevity. This improved my system’s reliability and boosted performance without overheating.

For more on voltage concerns with new Ryzen CPUs, see:
https://www.reddit.com/r/overclocking/co...for_zen_2/

This advice comes from extensive research and testing after noticing high-voltage problems with 3rd gen Ryzen.

Also confirm your CPU cooler is functioning properly and apply quality thermal paste if needed.

J
jak8544
Junior Member
42
06-15-2019, 07:12 AM
#12
Installed a fan after adjusting airflow; temperatures dropped to 70°C with the H100i. Experiencing issues with pump functionality and seating. Seems manageable at idle if properly seated. Do you have Ryzen Master set up? It appears to function similarly to HWINFO.
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jak8544
06-15-2019, 07:12 AM #12

Installed a fan after adjusting airflow; temperatures dropped to 70°C with the H100i. Experiencing issues with pump functionality and seating. Seems manageable at idle if properly seated. Do you have Ryzen Master set up? It appears to function similarly to HWINFO.

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Leopoldfun
Member
82
06-26-2019, 09:34 AM
#13
My base voltage was configured at 1.45v but it remained fixed even after switching to manual mode. The only adjustments possible were flipping the sign from positive to negative, without a way to specify an exact change. In Ryzen Master I observed Core Voltage - Peak and Average now logged at 1.0999v. Noticing in Ryzen Master, PPT showed 100% of 142w while it previously displayed full 356w. I’m unsure what caused this shift—it wasn’t my input. The TDC and EDC both seem to have updated to 255A as well. Keep in mind these numbers are unclear to me. Temperatures stayed stable at 24 cores under full load.
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Leopoldfun
06-26-2019, 09:34 AM #13

My base voltage was configured at 1.45v but it remained fixed even after switching to manual mode. The only adjustments possible were flipping the sign from positive to negative, without a way to specify an exact change. In Ryzen Master I observed Core Voltage - Peak and Average now logged at 1.0999v. Noticing in Ryzen Master, PPT showed 100% of 142w while it previously displayed full 356w. I’m unsure what caused this shift—it wasn’t my input. The TDC and EDC both seem to have updated to 255A as well. Keep in mind these numbers are unclear to me. Temperatures stayed stable at 24 cores under full load.

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N015iA
Member
209
06-27-2019, 08:57 PM
#14
I've now set up the standard prism cooler in theory, but the temperatures are still fine. It's back to 54°C. I think I'll need to find a different cooler soon since I don't want to keep running it for too long. It will work for now. Thanks for all your suggestions and support. Appreciate it!
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N015iA
06-27-2019, 08:57 PM #14

I've now set up the standard prism cooler in theory, but the temperatures are still fine. It's back to 54°C. I think I'll need to find a different cooler soon since I don't want to keep running it for too long. It will work for now. Thanks for all your suggestions and support. Appreciate it!

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noxl12345
Junior Member
45
06-29-2019, 11:03 AM
#15
It’s probably the AIO that failed, especially if you’ve been using it since your first build and upgraded from it. The Noctua NH-D15 or the Dark Rock Pro 4 work best for top-tier or high-heat processors.
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noxl12345
06-29-2019, 11:03 AM #15

It’s probably the AIO that failed, especially if you’ve been using it since your first build and upgraded from it. The Noctua NH-D15 or the Dark Rock Pro 4 work best for top-tier or high-heat processors.

K
Komodo88
Senior Member
749
06-29-2019, 02:31 PM
#16
If you find my message about voltage shifts, simply enter the value you're interested in. The original instructions required clicking a box, which wasn't possible, but typing directly should adjust the voltage accordingly.
K
Komodo88
06-29-2019, 02:31 PM #16

If you find my message about voltage shifts, simply enter the value you're interested in. The original instructions required clicking a box, which wasn't possible, but typing directly should adjust the voltage accordingly.

H
HotRaisin
Junior Member
13
07-05-2019, 10:10 PM
#17
You can also utilize the + and - keys on the keyboard.
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HotRaisin
07-05-2019, 10:10 PM #17

You can also utilize the + and - keys on the keyboard.

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Light_S
Junior Member
14
07-05-2019, 10:34 PM
#18
I attempted it, but it didn't help me. Maybe I was in the wrong spot at the time.
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Light_S
07-05-2019, 10:34 PM #18

I attempted it, but it didn't help me. Maybe I was in the wrong spot at the time.

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