I'm in awe every time I see a TR motherboard like that ready to rock, what a beast of a platform.
I can't even begin to think how ridiculous this platform will get once AMD upgrades TR to 7nm Ryzen 2, lots more clock speed, some more IPC and probably more cores on top of it. I can easily see this platform lasting more than 5 years if not more with these upgrades (why not Ryzen 3 based TR too around 2020 too), and still be ridiculously overpowered for almost anything you can throw at it!
Enjoy!
-----------------------------------------------------------------
Meanwhile I'm working on this. Turns out my memory kit, being lower grade B-die, just needs more voltage than 3200C14/3466C15/3600C16 kits to do their magic. 1.45v is the magic number. 1.43v set in BIOS results in 1.45v measured at the board with a DMM.
This is 3200 14-14-14-28 1T no GD + tight subtimings (Stilt "safe" 3200 timings), it passed 6hs of google's stressapptest
and this is 3466 15-15-15-35 1T no GD + tight subtimings (another of The Stilt's timings)
It passed around half an hour of P95 blend using 14GB of memory, looking good. I'll leave it stress testing overnight.
Now that's more like it! I've been looking around and it seems B-die doesn't have a problem running at those voltages for 24/7 use, especially when the memory has lots of airflow around. It is the case here, these memories have on board temp sensors, they don't read more than 35-36°C under load for hours, idling at 25-27°C.
I can't even begin to think how ridiculous this platform will get once AMD upgrades TR to 7nm Ryzen 2, lots more clock speed, some more IPC and probably more cores on top of it. I can easily see this platform lasting more than 5 years if not more with these upgrades (why not Ryzen 3 based TR too around 2020 too), and still be ridiculously overpowered for almost anything you can throw at it!
Enjoy!
-----------------------------------------------------------------
Meanwhile I'm working on this. Turns out my memory kit, being lower grade B-die, just needs more voltage than 3200C14/3466C15/3600C16 kits to do their magic. 1.45v is the magic number. 1.43v set in BIOS results in 1.45v measured at the board with a DMM.
This is 3200 14-14-14-28 1T no GD + tight subtimings (Stilt "safe" 3200 timings), it passed 6hs of google's stressapptest
and this is 3466 15-15-15-35 1T no GD + tight subtimings (another of The Stilt's timings)
It passed around half an hour of P95 blend using 14GB of memory, looking good. I'll leave it stress testing overnight.
Now that's more like it! I've been looking around and it seems B-die doesn't have a problem running at those voltages for 24/7 use, especially when the memory has lots of airflow around. It is the case here, these memories have on board temp sensors, they don't read more than 35-36°C under load for hours, idling at 25-27°C.