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Update 10th September 2017
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Here is new update of my setup.
As I shared with several topics, I was trying to make a full watercooling setup (both cpu and gpu) in Cerberus-X. My main issue was related to temperature, rpm and noise from my MSI GTX 1080ti Gaming X used :
- Aircooling setup#1 (Noctua C14S as Intake, 1x140 fan on front, 1x140 on bottom)
- CPU watercooled (exhasut of cpu radiator is GPU intake)
Thus I dismantled the full case...and only motherboard and top fan remained in position.
I confirmed that it's perfectly possible to use dual 240mm radiators in Cerberus-X. One in front using 15mm fan outside the frame (using screws of 3/4" or 20mm), and second in bottom. However, due to tight size of Cerberus-X, tubing became major issue.
In my personal case, it would be difficult to use Apogee Drive II while using rear mounted PSU, even SFX/SFX-L...indeed it was too complicated in my allocated time and ressources.
Thus I decided to put back my Noctua C14S, but this time, in
EXHAUST mode. Target of this new, rather simple, setup was to optimize at its maximum case airflow : intake at bottom (with no filter, infinite vents are enough there), Intake from rear (like WC setup), exhaust on side & top.
Final result is simple and straight forward.
This top & exhaust fan is one the keys..
What I didn't expect was cooling/temperature results...it simply impressed me.
Of course, i'm forced to get back to 3.9Ghz (even, there is only 5°C on cpu load between Noctua C14S and my customer loop...however customer wc is quieter on load...but louder on idle, even with its very quiet pump). However gaming performance was not harmed, especially @UHD/4K..
Compared to watercooled cpu, issue was related to GPU intake air was CPU hot exhaust air...This setup was great for cpu cooling, but really harmful on GPU side.
Globally, this setup is the best one I've produced.
Let's me prove my statement with 2 videos of Mass Effect Andromeda, in an area where GPU power usage is 300W+
- Video I've posted while using cpu watercooled : GPU @85°C, fan RPM @2500-2600rpm (pretty hot and noisy)...but have also a look at VRM (59°C), SSD 950 Pro (54°C), Flare-X (55,5°C)
- New video with new setup (optimized case airflow) : GPU @76-77°C, fan RPM @1700-1900rpm (fan noise is completely acceptable at this range)...and VRM (42°C), SSD 950 Pro (41°C), Flare-X (46,3°C)
I let you make the maths between before and after...
Results are cristal clear.
Let's focus now on CPU cooling.
Here are intel burn test results with new aircooling setup
- Ryzen R7 1700X OC 4000Mhz @1.525v and Flare-X @3600Mhz : failure, black screen reboot with bios warning that max temperature reached. However T° die is reaching somehow 77°C during benchmark...that illustrates that Ryzen max temperature (when speaking of T° die) is 70°C. As a comparison with my watercooling setup, test was successful (double pass) and max temperature was 68-69°C with dual typhon spinning @1600rpm (still quiet)
- Ryzen R7 1700X OC 3900Mhz @1.4375v and Flare-X @3600Mhz : Intel Burn Test is successful, and max temperature reached is 68°C on peak, time for fans to speed up. Average temperature during testingh was 61-62°C with Noctua 140 fans spinning @1500rpm on average (noticeable). By comparison, on my watercooling setup, R7 1700X was reaching 60°C, just because fan started to spin faster @60°C..Gentle Typhoon fans were spinning @1000rpm (really Quiet)
Clearly watercooling setup was far better for cpu cooling, however, as a global cooling solution, aircooling is better..
Thus as a conclusion, to all Cerberus owner, forget CPU watercooling (except you are planning a workstation), and focus mainly to have the best airflow inside Cerberus-X.
I must admit that I'm still amazed by those temperatures and efficiency!
Also please note that I'm a lucky guy (ok I'm a rare Cerberus-X owener) but also I found this cooling setup by "chance" as I was planning to make a full watercooling loop..
Here is Imgur Album :