F5F Stay Refreshed Hardware Desktop Long idle times can affect performance.

Long idle times can affect performance.

Long idle times can affect performance.

M
maisymoon
Member
223
09-13-2020, 01:13 PM
#1
Running at 45-55°C during idle with the 5900x, and 82°C under full-core stress with a 360mm AIO and auto OC—this is within normal ranges. Your Cinebench scores and temperatures should be typical for that setup. Let me know if you need more details!
M
maisymoon
09-13-2020, 01:13 PM #1

Running at 45-55°C during idle with the 5900x, and 82°C under full-core stress with a 360mm AIO and auto OC—this is within normal ranges. Your Cinebench scores and temperatures should be typical for that setup. Let me know if you need more details!

X
xXSNOWXxBEAST
Junior Member
5
09-19-2020, 04:45 PM
#2
It varies based on your specific setup. With a 360 mm AIO, it might be too high for your preference. The CPU temperature usually stays within normal ranges, but anything over 80°C in water raises concerns for the long run.
X
xXSNOWXxBEAST
09-19-2020, 04:45 PM #2

It varies based on your specific setup. With a 360 mm AIO, it might be too high for your preference. The CPU temperature usually stays within normal ranges, but anything over 80°C in water raises concerns for the long run.

D
Dorito977
Member
177
10-01-2020, 12:45 AM
#3
The idle temperature looks normal, though the load temperature appears elevated. It’s generally safe to say the higher-than-expected temperature is forcing the CPU more heavily, as there’s still some thermal margin left.
D
Dorito977
10-01-2020, 12:45 AM #3

The idle temperature looks normal, though the load temperature appears elevated. It’s generally safe to say the higher-than-expected temperature is forcing the CPU more heavily, as there’s still some thermal margin left.

S
StreetHobo
Senior Member
568
10-20-2020, 02:57 PM
#4
Auto oc not activated and I'm seeing maximum temperatures of 72 degrees Celsius!
S
StreetHobo
10-20-2020, 02:57 PM #4

Auto oc not activated and I'm seeing maximum temperatures of 72 degrees Celsius!

J
jerrydog01
Senior Member
703
10-20-2020, 06:37 PM
#5
It boosts the voltage and frequency until adjustments are limited. Appears to function correctly, particularly with stock settings delivering 72c.
J
jerrydog01
10-20-2020, 06:37 PM #5

It boosts the voltage and frequency until adjustments are limited. Appears to function correctly, particularly with stock settings delivering 72c.

X
xanderzone317
Posting Freak
957
10-27-2020, 01:48 AM
#6
You shared a screenshot of all the monitoring tools while Cinebench R23 was executing on multiple cores.
X
xanderzone317
10-27-2020, 01:48 AM #6

You shared a screenshot of all the monitoring tools while Cinebench R23 was executing on multiple cores.

K
kulan3
Member
174
10-27-2020, 04:16 AM
#7
Seems typical for you, a 4.4 rating at 81°C is great.
K
kulan3
10-27-2020, 04:16 AM #7

Seems typical for you, a 4.4 rating at 81°C is great.

L
LarsMatena
Senior Member
602
10-27-2020, 07:33 AM
#8
It seems the setup works well with a 1.4V supply, as confirmed by the readings in your monitoring tool.
L
LarsMatena
10-27-2020, 07:33 AM #8

It seems the setup works well with a 1.4V supply, as confirmed by the readings in your monitoring tool.

R
RG48
Posting Freak
778
10-28-2020, 01:36 PM
#9
The tracking program seems to be capturing the heat levels of specific processors, with Ryzen Master showing a 10-degree variation. The CPU is currently running at 40% utilization.
R
RG48
10-28-2020, 01:36 PM #9

The tracking program seems to be capturing the heat levels of specific processors, with Ryzen Master showing a 10-degree variation. The CPU is currently running at 40% utilization.

G
Germaindu51
Member
52
10-28-2020, 09:00 PM
#10
You should also think about the heat output when using just a few processors in a tight space, as this tends to cause more heat buildup compared to systems with more cores or wider spreads.
G
Germaindu51
10-28-2020, 09:00 PM #10

You should also think about the heat output when using just a few processors in a tight space, as this tends to cause more heat buildup compared to systems with more cores or wider spreads.