F5F Stay Refreshed Hardware Desktop Voltage levels on the OC CPU

Voltage levels on the OC CPU

Voltage levels on the OC CPU

T
themoneytree
Junior Member
16
10-24-2024, 06:48 AM
#1
The voltages on your CPU can be increased without bound if your system stays cool, but there are practical limits based on hardware design and power constraints.
T
themoneytree
10-24-2024, 06:48 AM #1

The voltages on your CPU can be increased without bound if your system stays cool, but there are practical limits based on hardware design and power constraints.

M
MincraftLucas
Member
64
10-24-2024, 08:31 AM
#2
No.
M
MincraftLucas
10-24-2024, 08:31 AM #2

No.

A
ApaGames_
Member
130
10-25-2024, 07:23 PM
#3
Voltage reflects the energy stored in motion at the smallest scale. There’s a moment when temperature becomes irrelevant. You can chill a wall completely, yet an impact from a car will still penetrate it. The flow of electrons between atomic layers works similarly.
A
ApaGames_
10-25-2024, 07:23 PM #3

Voltage reflects the energy stored in motion at the smallest scale. There’s a moment when temperature becomes irrelevant. You can chill a wall completely, yet an impact from a car will still penetrate it. The flow of electrons between atomic layers works similarly.

C
Corndogcraft95
Junior Member
20
10-27-2024, 04:05 PM
#4
The area below where temperature isn't a factor is actually lower than commonly assumed. For Intel, it's approximately 1.4V for Zen 2 and possibly even lower. Between 1.7 to 1.8V marks the point where the chip begins to fail.
C
Corndogcraft95
10-27-2024, 04:05 PM #4

The area below where temperature isn't a factor is actually lower than commonly assumed. For Intel, it's approximately 1.4V for Zen 2 and possibly even lower. Between 1.7 to 1.8V marks the point where the chip begins to fail.

R
RainbowFish5
Member
122
11-10-2024, 03:36 AM
#5
The input voltage needs to stay fixed at a specific level. Even with extreme cooling using liquid nitrogen, there will come a limit where "infinite voltage" could damage the chip.
R
RainbowFish5
11-10-2024, 03:36 AM #5

The input voltage needs to stay fixed at a specific level. Even with extreme cooling using liquid nitrogen, there will come a limit where "infinite voltage" could damage the chip.

C
CalculatorD
Member
217
11-20-2024, 01:50 PM
#6
there is a limit that gets hit pretty quick.
C
CalculatorD
11-20-2024, 01:50 PM #6

there is a limit that gets hit pretty quick.

K
KickinPotatoes
Junior Member
24
11-20-2024, 07:37 PM
#7
Using LN2 removes restrictions on cooling power, allowing higher voltages. The motherboard BIOS will have reduced capabilities. If you can boost the BIOS limits through advanced modifications, you reach the hardware's maximum.
K
KickinPotatoes
11-20-2024, 07:37 PM #7

Using LN2 removes restrictions on cooling power, allowing higher voltages. The motherboard BIOS will have reduced capabilities. If you can boost the BIOS limits through advanced modifications, you reach the hardware's maximum.