Navigate to Sensor Preferences and update graph settings.Ĭheckmark the Active desktop notifications to get notified. To update preference, navigate to the top menu, and click on Psensor. You will see the graph and statistics of the CPU in the Psensor temperature monitor window. You will find the installed Psensor application in it. Navigate to the Menu bar of the Linux system, and search for Psensor. After a while, Psensor will be installed and ready to be used. Just wanna share what I experienced with this processor.It may ask to affirm your action by typing Y or y in the command terminal. I know it's not very cool, but it's not bad imo, considering the hot ambient temp. With those above, my cpu temp (Tctl) is at 36-40C at idle (not completely idle, but like browsing around or watching youtube), 70-74C (with occasional 1 second spikes to 80C) stress testing with AIDA64, 65C running cinebench R20, and under 60 in an old FPS game. But I have to say, those 5 intake fans are easily overpowered by the exhaust delta fan at around 50-60% power. The intake fans are just blasting full power (no controls). It's easy to setup (there's a guide by the author in youtube), and can connect to a lot of temp sensors. To control the delta fans, I use "fan control". Only above 60C would they start to ramp up and audible, but at that time most probably I'm playing games with my headphone on, so it doesn't bother me. I use fan curve to control them, so at low temp, they're barely audible, compared to my room's AC. These delta fans are awesome, but yeah, noisy as a jet engine. The delta fans I'm using are not the super fans series, only rated below 1A, and I plugged them directly to the fan headers (both are 4 pins). I'm using a 90mm delta fan for the air cooler, a 120mm delta fan for back exhaust, and 5 cheap and standard fans as intakes. On stock settings, the core voltage could go up to above 1.3V, even at idle. ![]() My current setting is multiplier 43x (4.3Ghz) all cores (but it never hit 4.3Ghz, only 4.27Ghz max, looking at task manager), core voltage 1.280V, CPB off. Stock settings actually yielded higher temp for me, compared to my current tweaked settings. Not much, but very valuable for me in tropical area. What do you know, the temp dropped around 5-6C from previous one. I was curious, and I still got TIM from my install (arctic MX-4), so I tried that method. 4 pipes = 4 lines, 6 pipes = 6 lines, etc. In the video, they suggest that with direct heat pipes contact type of cooler, apply directly to the pipes, not the IHS. Recently I found an old instructional video by Arctic (the brand), about methods of applying TIM. I know a lot of people is against the spreading method, but I actually got better temp than the drop at the middle. So I went with 5 drops, or even spread it out. With Ryzen, I found I had temp problems with the same method of applying TIM. Even if it just covers a circle in the middle of IHS, it'd work, because that's where the die is. ![]() What I'm getting at is, with older processors, usually just a little drop of TIM on the middle is enough. I think it's to the bottom of the IHS for 3600x (cmiiw). Ryzen is different than Intel's, or even other previous AMD processors, in that the die is not at dead center of the IHS. Twin tower type with direct heat pipes contact, 6 pipes, 92mm fan x1. I'm using an off brand chinese air cooler. My room's average temperature, even with AC on is around 26-28C.Īfter scouring the net around, and experimenting with stuffs, here's what I found: To make it worse, I live in a tropical country, literally on equator line. Dunno if the OP still having the same problem or not, but I too went through similar thing as OP. My underinformed guess is that I see minimal gains from 2nd rad but there plenty of space to fit rad in there. Only think hold me back is I just get pc setup and tweaking/enjoying it too much to take it apart to add another rad. PPCS has spooky days sale and they have rad I like in stock. I would like to know what my loop temp is especially since I want to add another 360 rad. Like you mention about adding temp sensor but how do you base fan speed on that. And it seems to me that once cpu starts to get some load from a game or program that the heat rises much more linear so fans aren't ramping up and down either. So cpu can be at 38 then jump to 48 at idle my fan speeds dont change at all. Changing fan curve to cover the entire range that the cpu likes to idle/jump around so the fans would no longer go faster and slower but just maintain a more ideal speed worked out so well. Fans curve going right thru the temp range that the cpu likes to jump around so fans were going up and down too. Been using the ICue for fan control and fans defaulted to a quiet profile with fans spinning far too fast with much sound. Click to expand.Sounds like the good idea.
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