F5F Stay Refreshed Hardware Desktop Unintentionally introduced a small current of two volts to your laptop's processor, concerned about potential damage

Unintentionally introduced a small current of two volts to your laptop's processor, concerned about potential damage

Unintentionally introduced a small current of two volts to your laptop's processor, concerned about potential damage

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H
54
10-29-2025, 05:39 AM
#11
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hana_heather13
10-29-2025, 05:39 AM #11

I
irvinIRS
Member
64
11-15-2025, 09:48 AM
#12
It seems it succeeded, finishing the whole picture with a score of 1320 points.
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irvinIRS
11-15-2025, 09:48 AM #12

It seems it succeeded, finishing the whole picture with a score of 1320 points.

C
CrazyXD
Member
70
11-15-2025, 10:43 AM
#13
It's possible he could have damaged the silicon, but this effect wouldn't be obvious right away
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CrazyXD
11-15-2025, 10:43 AM #13

It's possible he could have damaged the silicon, but this effect wouldn't be obvious right away

I
ItsTimeBomb
Member
119
11-15-2025, 11:27 AM
#14
sounds fine to me probably nothing wrong
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ItsTimeBomb
11-15-2025, 11:27 AM #14

sounds fine to me probably nothing wrong

F
frenchtaco12
Junior Member
46
11-15-2025, 01:25 PM
#15
It won't damage the device right away, particularly during low usage when minimal power flows through the processor.
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frenchtaco12
11-15-2025, 01:25 PM #15

It won't damage the device right away, particularly during low usage when minimal power flows through the processor.

E
EvaGos
Junior Member
49
11-20-2025, 12:51 AM
#16
Manufacturers typically cap performance at 1.5V and 1.7V for Skylake CPUs built on 14nm processes. Pushing beyond 1.7V requires altering the board’s pin layout, which isn’t recommended. Going above 1.7V might cause faster degradation, though it won’t immediately destroy the CPU—just a gradual decline. It appears Intel advised against exceeding 1.5V, but some boards could still be restricted to that level.
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EvaGos
11-20-2025, 12:51 AM #16

Manufacturers typically cap performance at 1.5V and 1.7V for Skylake CPUs built on 14nm processes. Pushing beyond 1.7V requires altering the board’s pin layout, which isn’t recommended. Going above 1.7V might cause faster degradation, though it won’t immediately destroy the CPU—just a gradual decline. It appears Intel advised against exceeding 1.5V, but some boards could still be restricted to that level.

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rollingdolphin
Junior Member
8
11-20-2025, 02:43 AM
#17
It operated at maximum capacity then.
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rollingdolphin
11-20-2025, 02:43 AM #17

It operated at maximum capacity then.

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FlorinVladut
Member
82
11-20-2025, 03:32 AM
#18
The score for your multi-core processor on CR20 is 1523, while yours was 1320. Does this mean CR20 is designed to utilize all your available GHz? Since it wasn’t exceeding more than 3 GHz beyond your maximum turbo speed of 4.90 GHz, it seems it’s optimized for your full capacity.
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FlorinVladut
11-20-2025, 03:32 AM #18

The score for your multi-core processor on CR20 is 1523, while yours was 1320. Does this mean CR20 is designed to utilize all your available GHz? Since it wasn’t exceeding more than 3 GHz beyond your maximum turbo speed of 4.90 GHz, it seems it’s optimized for your full capacity.

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RookStars
Junior Member
15
11-24-2025, 02:11 PM
#19
it's fine, you probably have other things running, so the scores are slightly lower this is normal
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RookStars
11-24-2025, 02:11 PM #19

it's fine, you probably have other things running, so the scores are slightly lower this is normal

Z
Zacherino5900
Member
120
11-25-2025, 02:33 PM
#20
Sure, go ahead and try it.
Z
Zacherino5900
11-25-2025, 02:33 PM #20

Sure, go ahead and try it.

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