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Adjust voltage for R7 2700 on Asrock board

Adjust voltage for R7 2700 on Asrock board

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IFoskuruR3KT
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05-06-2018, 05:40 AM
#1
Consider adjusting your CPU voltage through Ryzen Master or BIOS settings. You've already tried both and are unsure which works best. The BIOS setting lowered the voltage to 0.96, but Ryzen Master still shows higher than expected levels. After rebooting, it seemed to stabilize at 1+V again. You might want to double-check the BIOS configuration or consult a more detailed guide for further troubleshooting.
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IFoskuruR3KT
05-06-2018, 05:40 AM #1

Consider adjusting your CPU voltage through Ryzen Master or BIOS settings. You've already tried both and are unsure which works best. The BIOS setting lowered the voltage to 0.96, but Ryzen Master still shows higher than expected levels. After rebooting, it seemed to stabilize at 1+V again. You might want to double-check the BIOS configuration or consult a more detailed guide for further troubleshooting.

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randomabby
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476
05-08-2018, 05:32 PM
#2
Adjust the voltage offset in the BIOS instead of fixing a static value.
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randomabby
05-08-2018, 05:32 PM #2

Adjust the voltage offset in the BIOS instead of fixing a static value.

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xJuliaKay
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21
05-09-2018, 02:02 AM
#3
software monitoring is never 100% accurate so I wouldn't worry too much about that. Can I ask why you want to undervolt this cpu out of interest
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xJuliaKay
05-09-2018, 02:02 AM #3

software monitoring is never 100% accurate so I wouldn't worry too much about that. Can I ask why you want to undervolt this cpu out of interest

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raphal6
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05-09-2018, 11:17 AM
#4
You're considering undervolting your Asrock B450 HDV R4.0 motherboard to improve stability and cooling performance. This adjustment could help with turbo frequencies and thermal management before upgrading hardware.
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raphal6
05-09-2018, 11:17 AM #4

You're considering undervolting your Asrock B450 HDV R4.0 motherboard to improve stability and cooling performance. This adjustment could help with turbo frequencies and thermal management before upgrading hardware.

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Hiduok
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65
05-09-2018, 02:29 PM
#5
The 2700 chip runs very efficiently, so you shouldn’t encounter many problems. How does your CPU perform under stress tests at stock? Is its speed decreasing?
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Hiduok
05-09-2018, 02:29 PM #5

The 2700 chip runs very efficiently, so you shouldn’t encounter many problems. How does your CPU perform under stress tests at stock? Is its speed decreasing?

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Siklou
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28
05-09-2018, 03:55 PM
#6
The VRMs on that board match those in the ASRock B450 Pro4. I tested them thoroughly—no problems detected, including 8 cores, 16 threads, and 1.4V cores. Your airflow setup is excellent, which helps keep temperatures low for both CPU and VRM. As for stability, it seems your ambient and internal temperatures aren’t contributing to any issues.
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S
Siklou
05-09-2018, 03:55 PM #6

The VRMs on that board match those in the ASRock B450 Pro4. I tested them thoroughly—no problems detected, including 8 cores, 16 threads, and 1.4V cores. Your airflow setup is excellent, which helps keep temperatures low for both CPU and VRM. As for stability, it seems your ambient and internal temperatures aren’t contributing to any issues.

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andys73
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05-15-2018, 02:05 AM
#7
Everything appears normal enough, but during my first Cinebench R20 test all cores were running at 2.9 GHz instead of the expected 3.2 GHz base clock. In the second run they reached around 3.15 GHz, and Ryzen Master indicates the board-to-CPU current is at its maximum. I’m just looking to tweak things a bit; I’m fine with using the setup as it is right now. 2020.02.07-00.42.mp4
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andys73
05-15-2018, 02:05 AM #7

Everything appears normal enough, but during my first Cinebench R20 test all cores were running at 2.9 GHz instead of the expected 3.2 GHz base clock. In the second run they reached around 3.15 GHz, and Ryzen Master indicates the board-to-CPU current is at its maximum. I’m just looking to tweak things a bit; I’m fine with using the setup as it is right now. 2020.02.07-00.42.mp4

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The_Trap
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223
05-31-2018, 03:03 PM
#8
After clearing the CMOS, add voltage offset in the BIOS. I prefer BIOS over Ryzen Master since it’s more stable and Master can override BIOS settings. It’s not about the VRM on the Pro4—it’s two-thirds of the Pro4 with no heatsink. This setup is ideal for a Zen-based dual-core office machine.
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The_Trap
05-31-2018, 03:03 PM #8

After clearing the CMOS, add voltage offset in the BIOS. I prefer BIOS over Ryzen Master since it’s more stable and Master can override BIOS settings. It’s not about the VRM on the Pro4—it’s two-thirds of the Pro4 with no heatsink. This setup is ideal for a Zen-based dual-core office machine.

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