F5F Stay Refreshed Hardware Desktop Vcore for ryzen 7 3700x?

Vcore for ryzen 7 3700x?

Vcore for ryzen 7 3700x?

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zmanrules987
Member
218
11-04-2019, 07:55 AM
#1
I've just completed assembling my PC and configuring everything. Now I'm reviewing the BIOS and notice the Vcore is nearing 1.4 with auto enabled. What's ideal for maintaining a stable Vcore without overclocking? When adjusting Vcore settings, there are four options: Auto, Override, Offset, and AMD OC manual. You have the B450 Tomahawk Max, DDR4 3200 CL14, and Ryzen 7 3700X.
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zmanrules987
11-04-2019, 07:55 AM #1

I've just completed assembling my PC and configuring everything. Now I'm reviewing the BIOS and notice the Vcore is nearing 1.4 with auto enabled. What's ideal for maintaining a stable Vcore without overclocking? When adjusting Vcore settings, there are four options: Auto, Override, Offset, and AMD OC manual. You have the B450 Tomahawk Max, DDR4 3200 CL14, and Ryzen 7 3700X.

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DankKoala
Junior Member
28
11-04-2019, 08:48 PM
#2
Keep it as is. It's entirely different from what we anticipated, yet this is typical for all CPUs in the 3000 series. A big discussion on Reddit followed complaints, where people clarified the situation.
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DankKoala
11-04-2019, 08:48 PM #2

Keep it as is. It's entirely different from what we anticipated, yet this is typical for all CPUs in the 3000 series. A big discussion on Reddit followed complaints, where people clarified the situation.

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AlexAces
Junior Member
2
11-04-2019, 09:25 PM
#3
At stock voltage, the Ryzen 3000 will reach up to 1.5V during boost and then lower it to 1.2v–1.3V or 1.4V based on load. This behavior is typical for the Zen 2 architecture. Adjusting the offset to -0.05 can improve temperatures but may slightly reduce performance.
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AlexAces
11-04-2019, 09:25 PM #3

At stock voltage, the Ryzen 3000 will reach up to 1.5V during boost and then lower it to 1.2v–1.3V or 1.4V based on load. This behavior is typical for the Zen 2 architecture. Adjusting the offset to -0.05 can improve temperatures but may slightly reduce performance.