The_Adeo

Well, sorry for reviving this old thread, but both time I tore down my loop I noticed that the ends of the tubes became like that (but worse). The second time this caused a leak, that's why I had to tore it down again. Both times I was using 12/10 mm EKWB petg tubing with EKWB fittings. I'm 99% sure this is not because of a bad batch of tubing because I bought the tubings two times spaced like a year apart. I think this should be considered, because I found it out because of the PC randomly turning off. It nearly killed my GPU by shorting it.

I have a Ryzen 7 2700X on a X470 Aorus Gaming 7 with 2×8 GB of 3600 MHz Corsair Vengeance Pro RGB RAM @ 3200 MHz. Today I was adjusting the RAM OC and I decided to install Cinebench R20 (latest version). I did some runs and I could believe what I was seeing: scores lower than a 4C/8T i7 7700K and incredibly lower than an older 8C/16T Ryzen 7 1700X (pic at the bottom). The strange thing is that with Cinebench R15 my scores are similar to what a Ryzen 7 2700X is supposed to give. This problem persists in single core too. What can I do?

I had a Sapphire RX470 OC 4 GB laying around, so I decided to test it to check if it was still functional. No signal at all, but peripherals lit up, so I tried plugging my 1080 to check for the problem. I booted in Windows, opened HWiNFO and what I saw shocked me. You can scrolls down to check by yourself... (I added a gpu-z reading of -1024 KB of cache) Same results are shown with the card installed in another pc... Things that are "strange": -1024 KB of cache; 1.6 MHz core clock; -0.044 V Vcore (lmao!?); 1,018.008 A core current; -44.538 W core/aux current; 137,438,953,440 memory errors (yes, 137 billions errors). I opened the card but everything looks fine, the paste was reapplied just before the test (I used some Thermal Grizzly Kryonaut, so no problems from here). I reopened the card after and there was an even mounting pressure, so no very quick overheating problem. What could the problem be?

Hey man, how did you undervolt your 2700X? Did you choose a fixed voltage, a voltage offset or some strange technique? I'd love to know because I'd like to do the same on my 2700X