Download links are directly from our mirrors or publisher's website,Ĭpuid torrent files or shared files from free file sharing and free upload services, Using warez version, crack, warez passwords, patches, serial numbers, registration codes, key generator, pirate key, keymaker or keygen forĬpuid license key is illegal. That's quite a few things changing.Top 4 Download periodically updates software information of cpuid full versions from the publishers,īut some information may be slightly out-of-date. Setting RTT_NOM to RZQ/7(34) which I've never set before (always off).24/20/20/24 aka ClkDrvStr back to 24 (from 40) and CsOdtDrvStr to 20 (never tried this, always been at 24).procODT looser to 53.3 (that's a huge jump back).tighter SCLs (to 3, which was there in the other preset but I stayed at 4 based on testing).I'll test tRDWR/tWRRD at 6/3 (update: can't post with these), in case that's a looser timing from 7/1. I really want to know what tiny little difference is making Test 2 fail. Charts don't expose subtimings which I'd like so I can more easily deduce what I need to find stability. And his tRC was loosened significantly to 46 and tRFC to 416. Only one (Reous) did 14 at primary timings - but still not flat.

Look up the DRAM OC leaderboard for rare's result, about what the minimum is for 3rd genĪlthough his vSOC is high ~ likely his CCX OC needed it, and he used 50mV instead of 75mV scalingĬlick to expand.The bottom of this spreadsheet has me looking at only three results at 32 combined. Less remains more, on every voltage and resistance you apply :handlebar * maximum frequency 3800MT/s hittable only < 36.9Ω procODT, rarely 40Ω ** both use 8 core for TDP bump comparisonģrd gen is pretty much identical in scaling * maximum frequency 3734MT/s hittable only <48Ω procODT * maximum frequency 3467MT/s hittable only 1.15vSOCĪnything above 1.125 had negative scaling, 50mV = 35-40W TDP bump We shouldn't compare 14nm zen IMC voltage scaling, with 12nm zen+ & so also 3rd gen voltage scalingĪnything above 1.1 had negative scalling, 20mV vSOC = 25-30W TDP bump I guess a combination of voltage, RTT and CAD_BUS is your issue Try to get that to work, before you dive too deep into the debugging rabbit hole and try to find out of 20 settings something that works Well i'd be worried already if you can't even run the harsh 3467 ones

If even that one fails, i would be worried that something clearly is messed up

For mac download HWMonitor Pro 1.53