F5F Stay Refreshed Hardware Desktop Increasing the clock speed without boosting the voltage usually causes the temperature to rise.

Increasing the clock speed without boosting the voltage usually causes the temperature to rise.

Increasing the clock speed without boosting the voltage usually causes the temperature to rise.

W
wizebana
Member
141
01-21-2016, 05:41 PM
#1
I wasn't sure if increasing the voltage would affect the heat output, but I want to be certain.
W
wizebana
01-21-2016, 05:41 PM #1

I wasn't sure if increasing the voltage would affect the heat output, but I want to be certain.

H
Heeyong2003
Junior Member
10
01-21-2016, 07:20 PM
#2
Without a rise in voltage, current must still flow. A minor boost in clock speeds means greater power consumption even when voltage remains constant.
H
Heeyong2003
01-21-2016, 07:20 PM #2

Without a rise in voltage, current must still flow. A minor boost in clock speeds means greater power consumption even when voltage remains constant.

K
KENUEL662
Junior Member
36
01-21-2016, 07:35 PM
#3
When you keep the voltage at auto mode, it rises with higher clock speeds, which is correct. Setting the voltage fixed (like 1.35V) means temperature changes mainly due to minimal impact, staying close to expected values.
K
KENUEL662
01-21-2016, 07:35 PM #3

When you keep the voltage at auto mode, it rises with higher clock speeds, which is correct. Setting the voltage fixed (like 1.35V) means temperature changes mainly due to minimal impact, staying close to expected values.