-
CPU cooler : Noctua NH-D15
-
3 x Arctic PWM PST 140mm (daisy-chained) as Front intake
-
1 x Arctic PWM PST 140mm as Back exhaust
-
1 x Arctic PWM PST 140mm as Top (back) exhaust
-
Case : NZXT H5 Flow
-
CPU : Ryzen 7800x3D
This works like a charm. As you can see, idling in Windows the fans barely spin and the CPU sits at a cool 40°C. No noise!
I set the curves so that the case fans ramp up to max 60%, and the CPU fans to 100%. It does get a little bit more noisy then but still very bearable. CPU temp doesn't go beyond 80°C even when running things like Cinebench, OCCT, etc.
I love this build and I love Fan Control!
So Im new to the whole Fan Control app and I was wondering your guys suggestions on how to set the fans? Right now I have them paired to the CPUs sensor ( case fans and Ram fan ). Fan Control was recently able to control AMD GPUs ( 7900xtx ) and I was wondering how you guys control that.
These are the fans that I have installed.
-
Rear exhaust fan
-
Two front intake fans
-
Ram Fan
-
Do I need to set multiple points on the graph? Or will it ride the graph upward along that path set by those two points?
-
Should I have the case fans ramp up based off of another sensor/ the Hot Spot on the GPU? Maybe have the case fans tied directly to the Hot Spot since thats the most internal heat created?
-
Any other suggestions?
Videos
First time building my own PC - I'm going to run 3 x intake and 1 x exhaust (140mm G2's), as well as a D15 G2 CPU cooler.
Any tips on where to connect all the PWM fans, and how to control the 3 x intake and 1 x exhaust fans?
I'm thinking:
-
3 x intake = control these under it's own curve (CHA_FAN1, CHA_FAN2, CHA_FAN3)
-
1 x exhaust = control under it's own curve (CHA_FAN4)
-
D15 G2 fans (2) = control under it's own curve (CPU_FAN, CPU_OPT)
Run with Fan Control program? (Not sure which is best in 2025).
Here's what I'm working with:
2 x NF-A14x25 G2 PWM SX2-PP
1 x NH-D15 G2
1 x Fractal Define 7 XL Case (comes with Nexus+ 2 Fan Hub = 3 x PWM fan hubs, 6 x 3-pin fan hubs)
1 x Asus ProArt X870E Creator Wifi Motherboard (8 x PWM fan hubs)
1 x Gigabyte GeForce 5060 Ti 16GB Gaming
1 x SeaSonic GX-1000 PSU
Goals:
-
Quietest performance at idle / low loads
-
I'm OK with it being louder under higher loads (video editing / AI tasks / etc)
Thank you in advance for any help
So Im new to the whole Fan Control app and I was wondering your guys suggestions on how to set the fans? Right now I have them paired to the CPUs sensor ( case fans and Ram fan ). Fan Control was recently able to control AMD GPUs ( 7900xtx ) and I was wondering how you guys control that.
These are the fans that I have installed.
-
Rear exhaust fan
-
Two front intake fans
-
Ram Fan
-
Do I need to set multiple points on the graph? Or will it ride the graph upward along that path set by those two points?
-
Should I have the case fans ramp up based off of another sensor/ the Hot Spot on the GPU? Maybe have the case fans tied directly to the Hot Spot since thats the most internal heat created?
-
Any other suggestions?
So i want to create a fancurve for my cpu. My cpu cooler and case fans are too loud and it annoys me. I have a ryzen 7 5700x3d and a Thermalright Phantom Spirit 120 SE ARGB cooler.
First off, i don''t know what speeds i should put at what temperatures. I want my cpu to be cool but not that the fans are so hot. Also, what do case fans use as the temperature source? Should i just use my cpu temps as a reference? Lastly, what do these two features in the picture do and what is the best settings for therm? Thank you in advance!
I'm having a hard time understanding how to optimize the fan curves in fan control, any recommendations? Noise is secondary but i dont want jet fans either lol.
I have a lian li 217 case with 5 built-in fans and a thermalright PS 120 Evo. Also with the current build, all case fans are controlled together through the case fan hub, i should probably divide the connectors if i want more individual control if that's more optimal.
My build: https://ca.pcpartpicker.com/list/jLC8RV
I've spent some time tweaking my curves and setup but would love to hear input. I generally prefer to err on the side of quiet. My PC has a 5080 and 9800X3D in a Ncase M2 case.
All my life I've only ever built and put together middle of the road computers that are usually two generations behind on their CPU and GPU. As a result I never really needed to worry much about temperatures and never picked up much knowledge in regard to cooling. After a lot of saving and financially responsible decisions, I hit a point where I felt safe going all in on a machine just this once for the fun of it, and so I've just built a new computer with specs that actually mean I want to pay attention to temperatures. I'm affectionately referring to it as my mid-life crisis computer.
So my question is, in regard to the longevity of parts, what's my best bet for fan settings among the following using Fan Control v157? I don't really care about noise since I'm using a decent set of noise cancelling headphones, my entire concern is the long term health of the components.
-
Just flat, 50 or 75% fan speed around the clock
-
Flat plateaus (ex: 33% power between 0 and 45C, 66% power between 46 and 60C, 100% power at 75C and above)
-
A straight line "curve from 0 to 100% with a single minimum and max temp
-
An actual curve.
The computer: I've got a i9-13900k, 4090RTX FE, 64gb of RAM, and 6tb of NVME.2 4th gen. My cooling setup is a 360mm AIO positioned to exhaust out the top, three 140mm intake fans, four 120mm intake fans, and a single 140mm exhaust fan. The case is a Corsair Airflow 7000D.
Side note in case it matters: I've power limited the CPU to 200 watts so it maxes out at 77C under load (it was shooting up to 100c instantly under load tests at stock settings, hot tamale). The GPU is running stock settings since the FE seems pretty well optimized out the box and I'm not doing anything other than gaming with it.
I see so many people asking about what fan curve is good or what temperatures are acceptable. I sturggled with this for a while and just expirmented myself for awhile with little help from online sources,
The first thing you have to understand is there is NO one size fits all fix to what your temps should be or how your fan curves should be set up, but hereare a few big pointers. Please note that this is a GAMING-FOCUSED guide.
no one-size-fits-all
Temperatures for pc parts are always in Celsius. Temps of 20-45 can be considered good "idle temps" depending on the CPU model and the cooler. Temps up to 80 degrees are completely fine for all core temps, and generally, 70-75 is a good place being on the "safe side". Generally, CPUs don't thermal 95 degrees, meaning they won't slow down until they hit 95. GPUS, have about the same tolerances, but keep in mind, with the larger DIE size of gpus, they have a hotspot temp as well as the general.
In regard to fan curves, it depends on your setup, CPU, ambient temperature and cooling solution. Usually the reason to use a fan curve is to make your setup as quiet as possible while still maintaining safe and high performing temperatures. You also want to make sure that your fans arn't speeding up and slowing rapidly and often. That will lead to more annoyance than having the fans at a higher speed, as well as damage to the fans.
The best way to control your fan curves depends on how convenient of a program you'd like. You can always control fan speeds within the bios, howver this can prove anbnoying to edit curves on the fly. I rewcomend using the open-source program "Fan Control." This is increadibly light on system components and increadibly easy to use.
The ideal way, in my opinion, to set up a fan curve is to use the highest fan speed that is not noticeable while gaming. Please note that this comes from the perspective of someone with the following parts:
King 95pro, Liquid Freezer III 360mm, 9800x3d, 2070s(soon to be upgraded)
If your parts run hot already in games(75+ degrees), please ignore this guide and continue to use default curves or make the fan speed higher. The easiest way to do this is to set the fan speeds manually to set speeds(%) and listen and choose the highest that is not noticeable. Do this for every different brand/model of fan in your system. Non audible is generally 800 rpm or lower depending on the fan
I would set that unoticable speed to the speed from 0 degrees up until 75 degrees. Then increase the speed from there until the fans are absolutely be maxed out at 85-90 degrees. The goal is to keep the fan speeds in the “non-audible range” while gaming, unless massive temp spikes happen. The same can be done for the AIO pump if applicable. I would recommend leaving the GPU alone or setting up a different curve for it.
The next step should be to test the fan curves. Use MSI Afterburner to monitor CPU/GPU temps while gaming. And just enjoy some games while keeping an eye out for high temps and an ear out for rapid changes in fan speed.
Here's an example of my fan curve for my case fans and AIO fans
https://imgur.com/a/Hb5uknA
*note: my cpu hits 50-60 in most games(cyberpunk, indiana, etc). with this and 65-70 in Warzone(cpu demanding)
If your cpu is hitting the higher temps where the fans change speed(75+ according to this guide), the curves should be changed. This kind of rapid changing of fan curves should not be happening. If this is the case, increase the length of the increase to spread out the increase in fan speed (make the slope smaller and increase the length). Additionally confirm the GPU is under 80ish degrees.
Please note that the fan curves can be highly dependant on your setup, and should be taken with a grain of salt. Note that this is coming from someone with a relatively cool CPU and a good cooler. Lower tier coolers may require a very different fan curve, likely with higher speeds and a longer ramp-up.
I hope that this helps some newer builders. Please let me know if you have any quistions or concerns.
I just got done watching the jayztwocents video, and tweaking my software. These are my pc temps on idle and the fans are fairly loud. I'm assuming if I was playing cs2, it would sound like a jet engine. Usually I keep the fans on a low rpm graph that depends on the system motherboard temp. I just figured out what the mix setting does. I'm kinda confused with all this stuff, and thought I'd post it here for advice. Thank you.
Looking for the ideal curve for sound, coolness and wear and tear on components. So what's everyone working with?
I have Thermalright PS120, 7600, and the Corsair 5000x case. People keep telling me to look up a tutorial and do it myself, but my CPU fan always starts sounding like a jet engine in games. Can someone tell me some good cpu fan curves? (MSI bios)
I just finished my Lian Li build with inf fans and the Galahad II LCD, my first AIO, and with the standard rpm settings, the fans go up and down all over the place, sometimes even when in idle on desktop, causing spikes up to 50+ degrees celsius out of nowhere, causing the fans go up a lot.
So I'm wondering if you guys have any favorite custom curves to share? I have a 7800x3d and I dunno if this is normal or not but it's getting on my nerves.
So far I have played some Counter-Strike 2 and the temps go up to just under 70 degrees for the cpu so I assume my thermal paste is not the problem?
I have a 4090, Ryzen™ 9 7950X3D, etc... I would like to import a config is I do not really understand how it works and it is complicated for me.
Just got fan control, but I do not know how to make a good fan curve. I’m looking for something that will run quiet while doing homework, but will kick in once I’m gaming. I have 1 exhaust fan in the back, 1 intake on the top and 2 intakes in the front.
I just got an M2 pro for video editing and photo editing, and I'm noticing that my CPU gets rather hot when rendering things, but the fans don't turn on (I have an app that monitors CPU temperature, it quite often goes higher than 180° f when rendering, but still the fans don't turn on)
I decided to download macs fan control to see if I can Force the fans on, but I will admit I don't know enough about computer science to know what settings are best without potentially damaging or decreasing the lifespan of my computer
Any input would be appreciated