F5F Stay Refreshed Hardware Desktop Standard safe core voltage for 3950x is typically around 12V DC.

Standard safe core voltage for 3950x is typically around 12V DC.

Standard safe core voltage for 3950x is typically around 12V DC.

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pocio77
Posting Freak
783
08-19-2019, 06:44 AM
#1
Hi there, your setup looks solid for long sessions. The voltage you're using (1.325 Vcore) and the temperature readings suggest good thermal management. Running Cinebench R20 at max load with stable temps around 70°C indicates your hardware handles stress well. Since you're monitoring CPU temps below 60°C and have multiple runs, it seems safe for daily use. Just keep an eye on trends over time to catch any gradual changes. No immediate need to cut voltage unless you notice signs of wear.
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pocio77
08-19-2019, 06:44 AM #1

Hi there, your setup looks solid for long sessions. The voltage you're using (1.325 Vcore) and the temperature readings suggest good thermal management. Running Cinebench R20 at max load with stable temps around 70°C indicates your hardware handles stress well. Since you're monitoring CPU temps below 60°C and have multiple runs, it seems safe for daily use. Just keep an eye on trends over time to catch any gradual changes. No immediate need to cut voltage unless you notice signs of wear.

B
Blureux
Posting Freak
797
08-19-2019, 09:16 AM
#2
yes
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Blureux
08-19-2019, 09:16 AM #2

yes

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HellNether
Senior Member
731
08-21-2019, 09:23 PM
#3
From the bios of your MSI MEG Z390 ACE, it seems the lower the number, the smaller the voltage drop will be. However, this could vary based on the motherboard manufacturer.
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HellNether
08-21-2019, 09:23 PM #3

From the bios of your MSI MEG Z390 ACE, it seems the lower the number, the smaller the voltage drop will be. However, this could vary based on the motherboard manufacturer.

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Zed_Zip_
Member
69
08-21-2019, 09:42 PM
#4
I couldn't locate details about the various LLC tiers, so I assumed a higher number indicates fewer reductions.
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Zed_Zip_
08-21-2019, 09:42 PM #4

I couldn't locate details about the various LLC tiers, so I assumed a higher number indicates fewer reductions.

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naityan4422
Junior Member
15
08-25-2019, 12:01 AM
#5
I tested it at 4.35 GHz with a voltage of 1.275V and used an LLC level 5 setup (higher numbers mean better stability). The few cinebench tests ran smoothly, so I’m okay with it being stable.
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naityan4422
08-25-2019, 12:01 AM #5

I tested it at 4.35 GHz with a voltage of 1.275V and used an LLC level 5 setup (higher numbers mean better stability). The few cinebench tests ran smoothly, so I’m okay with it being stable.

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Rounyx
Posting Freak
838
09-15-2019, 07:20 AM
#6
I recently tested 4.4 GHz and observed the VCore holding steady at 1.248V during the AIDA64 CPU Stress Test. Peak temperatures reached 64 °C using a Noctua NH-D15 SE-AM4, otherwise in idle conditions it was around 35 °C (room temperature 25°C). The board is an ASUS Strix X570-E Gaming with BIOS v2204. The RAM was overclocked from 3200MHz to 3600MHz (Corsair Vengeance LPX 2x16GB). I tracked the data via CPUID HWMonitor, AIDA64 and HWiNFO64.
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Rounyx
09-15-2019, 07:20 AM #6

I recently tested 4.4 GHz and observed the VCore holding steady at 1.248V during the AIDA64 CPU Stress Test. Peak temperatures reached 64 °C using a Noctua NH-D15 SE-AM4, otherwise in idle conditions it was around 35 °C (room temperature 25°C). The board is an ASUS Strix X570-E Gaming with BIOS v2204. The RAM was overclocked from 3200MHz to 3600MHz (Corsair Vengeance LPX 2x16GB). I tracked the data via CPUID HWMonitor, AIDA64 and HWiNFO64.

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sanik77
Junior Member
4
09-16-2019, 03:04 PM
#7
Following the buildzoids video on LLC and VDroop, I adjusted my LLC to level 4 and raised the vcore to 1.31V, which reduced to 1.28 during heavy usage. It appears to be functioning properly.
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sanik77
09-16-2019, 03:04 PM #7

Following the buildzoids video on LLC and VDroop, I adjusted my LLC to level 4 and raised the vcore to 1.31V, which reduced to 1.28 during heavy usage. It appears to be functioning properly.

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JEL2112
Member
102
09-16-2019, 08:45 PM
#8
Hi @B4Quattro, I’m excited about the 3950x trend. I’m using NHD15 (black) and Strix X570 E as recommended. I’m also concerned about potential CPU wear mentioned in some videos. There are mixed opinions online—some say static OC hurts performance, others warn PBO is equally problematic. With so many conflicting tips, it’s hard to decide. My goal is to maximize longevity, so I’m leaning toward running at stock settings. But I’ve heard some claims that default voltages might push the CPU too high, which could affect its lifespan. Based on what I’ve seen, would you think sticking to the factory settings would be the safest choice?
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JEL2112
09-16-2019, 08:45 PM #8

Hi @B4Quattro, I’m excited about the 3950x trend. I’m using NHD15 (black) and Strix X570 E as recommended. I’m also concerned about potential CPU wear mentioned in some videos. There are mixed opinions online—some say static OC hurts performance, others warn PBO is equally problematic. With so many conflicting tips, it’s hard to decide. My goal is to maximize longevity, so I’m leaning toward running at stock settings. But I’ve heard some claims that default voltages might push the CPU too high, which could affect its lifespan. Based on what I’ve seen, would you think sticking to the factory settings would be the safest choice?

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TheBigET
Junior Member
32
09-16-2019, 09:15 PM
#9
1.325 represents the highest safe voltage level for Zen 2. That’s acceptable.
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TheBigET
09-16-2019, 09:15 PM #9

1.325 represents the highest safe voltage level for Zen 2. That’s acceptable.