F5F Stay Refreshed Power Users Overclocking Can I maintain my CPU's overclocking for extended periods?

Can I maintain my CPU's overclocking for extended periods?

Can I maintain my CPU's overclocking for extended periods?

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58
09-26-2023, 11:23 PM
#1
can you maintain your cpu at 1.350 volts without noticing any issues soon? i keep it running at 4.1ghz and 1.350v and everything seems stable, so is this safe? can the vrms on my motherboard handle it for the long term? my ram is overclocked by msi memory—trying to go from 2400mhz to 2667 is all I have to confirm it’s secure for extended use. please let me know if i’m doing anything wrong and whether this boost is necessary, especially since it helped improve my fps in rainbow six, which was my main game.
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TheKrazyKookie
09-26-2023, 11:23 PM #1

can you maintain your cpu at 1.350 volts without noticing any issues soon? i keep it running at 4.1ghz and 1.350v and everything seems stable, so is this safe? can the vrms on my motherboard handle it for the long term? my ram is overclocked by msi memory—trying to go from 2400mhz to 2667 is all I have to confirm it’s secure for extended use. please let me know if i’m doing anything wrong and whether this boost is necessary, especially since it helped improve my fps in rainbow six, which was my main game.

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Sidious86
Junior Member
4
09-27-2023, 12:38 AM
#2
You are only running a single stick of RAM? If that is the case there is a lot more performance to be had at 3200 with dual channel. I haven't seen any hard numbers on the 3rd gen Ryzen products, but on the 1st and 2nd gen there was up to a 20% difference between single and dual channel RAM of the same speed. The boost was pretty substantial. I wouldn't be surprised to see something similar on the 3rd gen.
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Sidious86
09-27-2023, 12:38 AM #2

You are only running a single stick of RAM? If that is the case there is a lot more performance to be had at 3200 with dual channel. I haven't seen any hard numbers on the 3rd gen Ryzen products, but on the 1st and 2nd gen there was up to a 20% difference between single and dual channel RAM of the same speed. The boost was pretty substantial. I wouldn't be surprised to see something similar on the 3rd gen.

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ByEmre
Junior Member
11
10-01-2023, 04:45 PM
#3
and my temperatures were around 75 degrees Celsius, reaching a maximum during the stress test and gaming at 55 degrees Celsius with a peak temperature of 212 degrees under high load
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ByEmre
10-01-2023, 04:45 PM #3

and my temperatures were around 75 degrees Celsius, reaching a maximum during the stress test and gaming at 55 degrees Celsius with a peak temperature of 212 degrees under high load

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Tuetme
Senior Member
418
10-09-2023, 04:23 PM
#4
The RAM operates at 1.35V when running at 75°C under load.
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Tuetme
10-09-2023, 04:23 PM #4

The RAM operates at 1.35V when running at 75°C under load.

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Mr_Floobiful
Posting Freak
890
10-09-2023, 05:48 PM
#5
If you can spend the money upgrading your RAM and running the CPU at a lower speed would be safer. Between memory running at 2667 and 3200 there is some good performance uplift to be had.
That said, 1.35V should be ok for daily use. I remember seeing somewhere that AMD's recommended limit is in the 1.4V range... but don't quote me on that.
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Mr_Floobiful
10-09-2023, 05:48 PM #5

If you can spend the money upgrading your RAM and running the CPU at a lower speed would be safer. Between memory running at 2667 and 3200 there is some good performance uplift to be had.
That said, 1.35V should be ok for daily use. I remember seeing somewhere that AMD's recommended limit is in the 1.4V range... but don't quote me on that.

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ayahnib
Member
213
10-09-2023, 07:42 PM
#6
I've consistently been told that 1.4v serves as a secure maximum for boosting first and second generation Ryzen processors.
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ayahnib
10-09-2023, 07:42 PM #6

I've consistently been told that 1.4v serves as a secure maximum for boosting first and second generation Ryzen processors.

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T4Tomster
Junior Member
6
10-15-2023, 08:26 PM
#7
I don’t want to waste time on anything, so I’m confident this voltage is safe. However, I’m curious—will this voltage and temperature affect how long your CPU can run, like years or months?
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T4Tomster
10-15-2023, 08:26 PM #7

I don’t want to waste time on anything, so I’m confident this voltage is safe. However, I’m curious—will this voltage and temperature affect how long your CPU can run, like years or months?

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Matke04
Posting Freak
825
10-15-2023, 09:21 PM
#8
Well, it's difficult to predict. Parts that break gradually and eventually stop working can take a long time (decades). In terms of temperature, you're not putting too much stress on the silicon, and that's usually what matters most. If nothing goes wrong, it should keep running forever. I own an old AMD Phenom II x3 with 4 cores unlocked, which I've overclocked to 500MHz since launch day. It still works well. On the other hand, I had an Athlon x2 4400 that failed after four years and never got overclocked. So, it's really tough to say.
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Matke04
10-15-2023, 09:21 PM #8

Well, it's difficult to predict. Parts that break gradually and eventually stop working can take a long time (decades). In terms of temperature, you're not putting too much stress on the silicon, and that's usually what matters most. If nothing goes wrong, it should keep running forever. I own an old AMD Phenom II x3 with 4 cores unlocked, which I've overclocked to 500MHz since launch day. It still works well. On the other hand, I had an Athlon x2 4400 that failed after four years and never got overclocked. So, it's really tough to say.

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james26665
Senior Member
537
10-18-2023, 01:00 PM
#9
But is it clear what I did with RAM safe?
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james26665
10-18-2023, 01:00 PM #9

But is it clear what I did with RAM safe?

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AzoTax
Member
209
10-19-2023, 09:47 PM
#10
Yeah, I don't have much concern about the RAM. Overclocking it usually works or it doesn't. As long as you don't increase the voltage, it should be okay.
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AzoTax
10-19-2023, 09:47 PM #10

Yeah, I don't have much concern about the RAM. Overclocking it usually works or it doesn't. As long as you don't increase the voltage, it should be okay.

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