F5F Stay Refreshed Hardware Desktop Started up on a 3950x, fans kicked in unexpectedly causing some noise (no OC).

Started up on a 3950x, fans kicked in unexpectedly causing some noise (no OC).

Started up on a 3950x, fans kicked in unexpectedly causing some noise (no OC).

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dennisv
Junior Member
9
07-22-2019, 02:13 AM
#11
Adjust the cooler to a lower setting if the fans increase for lighter work. I’m running at 3900x, though it’s similar to other settings. Keeping the fans at 58°C helps maintain quiet operation during lighter tasks.
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dennisv
07-22-2019, 02:13 AM #11

Adjust the cooler to a lower setting if the fans increase for lighter work. I’m running at 3900x, though it’s similar to other settings. Keeping the fans at 58°C helps maintain quiet operation during lighter tasks.

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Benny_Boy679
Member
217
07-22-2019, 04:01 AM
#12
I'm using a 3950x with some fan ramping up, but it's not as loud as expected. Even when it does increase speed, it remains very quiet. I'm not familiar with your BIOS, but I remember in my MSI setup I had to switch fans to PWM mode, which made them even quieter. They never reached a high volume, but they did follow up with the problem you're facing. Since I use case fans for my Noctua, that might explain why they stay so quiet. I'd follow Alyen's advice and raise the low end temperatures.
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Benny_Boy679
07-22-2019, 04:01 AM #12

I'm using a 3950x with some fan ramping up, but it's not as loud as expected. Even when it does increase speed, it remains very quiet. I'm not familiar with your BIOS, but I remember in my MSI setup I had to switch fans to PWM mode, which made them even quieter. They never reached a high volume, but they did follow up with the problem you're facing. Since I use case fans for my Noctua, that might explain why they stay so quiet. I'd follow Alyen's advice and raise the low end temperatures.

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wiw
Member
223
07-30-2019, 02:14 AM
#13
You can use Speedfan to control any fan on your system when no dedicated software is available. However, running at 60°C on that CPU is fine, and even 80°C is acceptable.
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wiw
07-30-2019, 02:14 AM #13

You can use Speedfan to control any fan on your system when no dedicated software is available. However, running at 60°C on that CPU is fine, and even 80°C is acceptable.

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YAS_PLAYS_MC
Member
58
07-30-2019, 04:54 AM
#14
But I've tweaked a curve in UEFI that keeps at 50% unless it reaches 60°C, then it begins to increase. I set it at 80°C and now it feels fairly quiet, though not quite nighttime so sounds aren’t as noticeable. I’m planning to switch all fans to PWM mode as @madaaron recommended since they’re already auto. What temperature ranges do you typically use? Also, I recall someone created a custom power management profile that helped—anyone have any idea?
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YAS_PLAYS_MC
07-30-2019, 04:54 AM #14

But I've tweaked a curve in UEFI that keeps at 50% unless it reaches 60°C, then it begins to increase. I set it at 80°C and now it feels fairly quiet, though not quite nighttime so sounds aren’t as noticeable. I’m planning to switch all fans to PWM mode as @madaaron recommended since they’re already auto. What temperature ranges do you typically use? Also, I recall someone created a custom power management profile that helped—anyone have any idea?

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Grimzagh
Member
57
08-18-2019, 09:29 AM
#15
You can obtain R20 from Maxon straight away instead of using prime95. They've simplified the process for those who are okay with having their activity monitored.
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Grimzagh
08-18-2019, 09:29 AM #15

You can obtain R20 from Maxon straight away instead of using prime95. They've simplified the process for those who are okay with having their activity monitored.

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PERKSIE
Junior Member
48
08-18-2019, 01:24 PM
#16
I've noticed these programs often don't function as expected (like not applying automatically at startup). Back then, fan speed to temperature graphs didn't exist, and the level system was quite simplistic—it kept fans running too hard. You can adjust the target temperature to influence when it starts, but that's about it. 1usmus's power plan?
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PERKSIE
08-18-2019, 01:24 PM #16

I've noticed these programs often don't function as expected (like not applying automatically at startup). Back then, fan speed to temperature graphs didn't exist, and the level system was quite simplistic—it kept fans running too hard. You can adjust the target temperature to influence when it starts, but that's about it. 1usmus's power plan?

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HiperEg
Member
152
08-18-2019, 04:06 PM
#17
16 cores are essential to remember. This setup demands significant cooling capacity. Many overlook it. Even operating at 80°C under load is within acceptable limits.
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HiperEg
08-18-2019, 04:06 PM #17

16 cores are essential to remember. This setup demands significant cooling capacity. Many overlook it. Even operating at 80°C under load is within acceptable limits.

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Ashfaith
Junior Member
10
08-18-2019, 04:38 PM
#18
I plan to keep UEFI as the main reference for fan curves. The "System Information Viewer" interface is appealing, but I want everything to work smoothly without conflicts. I’m trying to figure out the sensor positions—there’s one on the lower left labeled “System 1” and another on the lower right called “System 2.” Both appear to be the same spot (the red dot) and are near the front fans. Should I base my frontal fan settings there? Right now, CPU temperature is being used as a reference, which might cause spikes. The R6 fan hub connects to CPU_OPT, and this board lets you use other sensors besides just the CPU. In the CPU_OPT dropdown, you can select different sensors. Here are the sensor readings: I’m still confused about their exact locations. From the SIV software, the red dot seems to represent a single sensor, but it doesn’t show matching temperatures there. There’s no “System 4” listed. If you need to choose a reference for the front fans, should I pick the one near the three fans as shown in “System 4,” or stick with what’s visible? You mentioned you could move the fan hub out of CPU_OPT and use another sensor for System 2, but I’m not sure where those sensors are located.
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Ashfaith
08-18-2019, 04:38 PM #18

I plan to keep UEFI as the main reference for fan curves. The "System Information Viewer" interface is appealing, but I want everything to work smoothly without conflicts. I’m trying to figure out the sensor positions—there’s one on the lower left labeled “System 1” and another on the lower right called “System 2.” Both appear to be the same spot (the red dot) and are near the front fans. Should I base my frontal fan settings there? Right now, CPU temperature is being used as a reference, which might cause spikes. The R6 fan hub connects to CPU_OPT, and this board lets you use other sensors besides just the CPU. In the CPU_OPT dropdown, you can select different sensors. Here are the sensor readings: I’m still confused about their exact locations. From the SIV software, the red dot seems to represent a single sensor, but it doesn’t show matching temperatures there. There’s no “System 4” listed. If you need to choose a reference for the front fans, should I pick the one near the three fans as shown in “System 4,” or stick with what’s visible? You mentioned you could move the fan hub out of CPU_OPT and use another sensor for System 2, but I’m not sure where those sensors are located.

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Llabros
Senior Member
740
08-18-2019, 05:56 PM
#19
I don’t mind the noise when I’m in use, but there’s no reason to keep a quiet system while handling ordinary tasks—there should be an optimal balance. On Windows, CPU activity usually stays between 1 and 2% consistently.
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Llabros
08-18-2019, 05:56 PM #19

I don’t mind the noise when I’m in use, but there’s no reason to keep a quiet system while handling ordinary tasks—there should be an optimal balance. On Windows, CPU activity usually stays between 1 and 2% consistently.

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Epictiger157
Member
152
08-26-2019, 11:20 AM
#20
The lower left area appears to reference various fan headers, not the sensor itself. These seem to be related to the sensors. The CPU likely indicates maximum core temperature or socket temperature. EC_Temp1 is a measurement from a probe you can connect to the board. The PCIe x16 port is for a sensor on the top PCIe slot, probably for an M.2 SSD. VRM MOS monitors the VRM temperature.
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Epictiger157
08-26-2019, 11:20 AM #20

The lower left area appears to reference various fan headers, not the sensor itself. These seem to be related to the sensors. The CPU likely indicates maximum core temperature or socket temperature. EC_Temp1 is a measurement from a probe you can connect to the board. The PCIe x16 port is for a sensor on the top PCIe slot, probably for an M.2 SSD. VRM MOS monitors the VRM temperature.

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