GtiJason

I updated the post above so if you took notes they should be changed for better understanding To clear things up a bit . . . On some boards, tWR in the UEFI does nothing and instead needs to be controlled through tWRPRE (ASUS). Dropping tWRPRE by 1 will drop tWR by 1, following the rule tWR = tWRPRE - tCWL - 4 On Intel, tWTR_S/_L should be left on auto at first and controlled with tWRRD_dg/_sg respectively. Dropping tWRRD_dg by 1 will drop tWTR_S by 1 and Dropping tWRRD_sg by 1 will drop tWTR_L by 1. Changing tCWL will affect tWRRD_dg/sg and thus tWTR_S/L. If you lower tCWL by 1 you need to lower tWRRD_dg/sg by 1 to keep the same tWTR values. This (lowering tCWL) might also affect tWR as mentioned above

On ASRock OCF or APEX XIII ? If it's OCF make sure to enable XMP in bios And if the dual rank kit is 2 x 16gb B-Die every kit and cpu I've tried can POST 3866 with 1.410v SA and 1.360v IO Memory or less For the Special (not so) Secret Sauce try playing with ODT resistances. Try ODT WR (A1) 120 ODT WR (B1) 120 ODT NOM (A1) 34 ODT NOM (B1) 34 ODT PARK (A1) 48 ODT PARK (B1) 48 You say you have problems with the third timings well look at this image I posted above and copy it. Try leaving tWRRD_sg and tWRRD_dg on AUTO to start as they are tied to other timings such as WTR_L, WTR_S, WR, CWL maybe Frequency, CAS Latency (CL) and Command Rate (CR) Could even try to leave things like WTR_L and WTR_S on AUTO and maybe even WR because bios does not show tWRPRE or tCCD and WR = WRPRE - ( CWL + CCD ) . CCD is usually 4 btw Example WRPRE 28 - ( CWL 9 + CCD 4 ) 28 - 13 = 15 so in this case tWR is 15 Last thing is some memory dividers just won't boot or are way harder. So just try a lower or higher divider with BCLK to get desired frequency EDIT: Just want to clarify things a step further To clear things up a bit . . . On some boards, tWR in the UEFI does nothing and instead needs to be controlled through tWRPRE (ASUS). Dropping tWRPRE by 1 will drop tWR by 1, following the rule tWR = tWRPRE - tCWL - 4 On Intel, tWTR_S/_L should be left on auto at first and controlled with tWRRD_dg/_sg respectively. Dropping tWRRD_dg by 1 will drop tWTR_S by 1 and Dropping tWRRD_sg by 1 will drop tWTR_L by 1. Changing tCWL will affect tWRRD_dg/sg and thus tWTR_S/L. If you lower tCWL by 1 you need to lower tWRRD_dg/sg by 1 to keep the same tWTR values. This (lowering tCWL) might also affect tWR as mentioned above. Further Simplified using the Food Chain template haha! CWL If you lower this by 1 WRRD_sg/dg these lower by 1 WTR_L/S and that makes these lower by 1 WR which raises this 1 by relation of the rule tWR = tWRPRE - tCWL - 4

Oh no no no, all mine lol

Lovin' it !

I'll just go ahead and leave this here. BTW the YT comments are amazing !

Nice. Geek 3 really only cares about memory bandwidth but real life workloads or Super Pi 32m would love 4066c12 DR at 1:1 for sure. You can even raise several timings reducing latency to maybe gain more bandwidth and GB3 score will probably still go up. I'm betting you can easily do 5000+ c15 at similar voltage as 4800c14 and improve score even more

Great job, too bad GB3 doesn't realize the mem score should be more like 13k

I think what Safedisk is trying to say is this . . . First change PLL Term to 1.05v and CPU Standby to 1.05v while in normal mode Save and Exit, re-enter the bios then power down Move LN2 jumper from pins 1-2 to pins 2-3 to change to LN2 mode Power back on and enter bios to check if LN2 mode is active

Could be. I've had to use 1.600v IOM to get 32m pass 3866+ in Gear 1 using 1T But I can usually pass 32gb Dual Rank 3866 1T Gear 1 at 1.350v IOM 1.4000v SA. Also SA sometimes needed to be up to 1.7v 2 x 8gb Single Rank dimms are really hit or miss on Gear 1, they either work or do not work. Gear 2 5000+c15 etc seems to be where they shine I don't recommend these settings but I've used them a few times on ambient and so far no problems Keep in mind, you will fail a Lot !

Noice !

I know someone mentioned having problems with this board (R3E) so here are the .FZ files I have Hope they can help RAMPAGE_III_EXTREME_1.04GA.fz RAMPAGE_III_EXTREME_1.04GC.fz

I like it, now get some Industrial PPC or TT Toughfan Turbo's and get that Gold !

Agreed ! Great kindness once again David ! FYI, I'm OUT of the CONTEST

Are you thinking of Allen's custom PSC kit's with 8155KO pcb ? http://www.xtremesystems.org/forums/showthread.php?286435-I-bin-PSC-per-IC-at-Home-!! The kit I was lucky enough to get from Splave was not uber good like some of the others but still better than random bin. I gave them to Noxinite when he was having hardware troubles as a little pick me up, plus I wanted to see what he can do with them since I never pushed them very hard

Finally showing off the epic 2 core, must have binned at least 100 according to my data ? ?

Tuning controller available on it's own ? I assume you got it from Z590 Godlike board but would be a great add on feature for the Unify-X series and looks like at least the Z590 -X has JDASH1 to connect to

Lots of ways to do this, start here (AB 2.2.4) since you have been trying ABX 2.2.3 This was from UnWinder 680 Lightning On 2.2.4 you may edit Lightning hardware profile files (.\Profiles\VEN_10DE&DEV_1180....cfg) and add the following lines there: [Settings] VDDC_Generic_Detection = 0 VDDC_CHL8318_Detection = 46h VDDC_CHL8318_Type = 1 Those lines disable NVIDIA's capped voltage control module, enable voltage control via direct access to CHL8318 and select offset voltage control mode for it. Note: each card profile must be edited for SLI configs. You can add this to the "OEM" file of many/most versions of AB, I know 411 HWBot works here I think I have one saved LN2 BIOSs FOR THE FIRST 5000 LIGHTNING 680s 80.04.09.00.F7 (non-LN2) 80.04.09.00.F8 (unlocked LN2) AFTER THE FIRST 5000, WE'VE SEEN THESE LN2 BIOSs FROM THE FACTORY: 80.04.28.00.3A (unlocked LN2) 80.04.09.00.3A (unlocked LN2) 80.04.47.00.19 (locked LN2) 80.04.29.00.3A (locked LN2) 80.04.28.00.39 (non-LN2) 80.04.47.00.18 (non-LN2) https://www.overclock.net/threads/official-msi-gtx-680-lightning-owners-club.1280007/ EVC should hook up here ! Have fun 893761724_MSIAfterburner2.2.4.zip MSIAfterburner.oem2 80.04.09.00.F8.rom 80.04.28.00.3A.rom

Additionally you should be able to trick Macrium into thinking the date is earlier using "runasdate" runasdate.zip

Interesting, I watched several videos about 11 yesterday and all said the leaked iso does not run on bare metal. VM/UnRaid seemed to be the "best" way

It's here !!!

Flashed to 3601 and same problem now, Can't touch memory timings at all or 0d Stays 0d retry, safe boot, reset, power down and Start again Must clear cmos to get back into bios. Same with 5600x and 5700x Tried SR and DR B die kits from G.Skill and OLOy. Could it be because I used EZ Flash in bios to flash from 3202? to 3601 ? Never know best way to flash with these modern ASUS platforms, recently it's been a coinflip at best the gamble is real. Sure I have ways to flash back or flash another bios but this is getting old fast and it's not just AMD platform Intel has been just as bad, mostly Z490 but 390 and 590 have their issues as well

I updated my board before ever installing 11th gen cpu, The mistake I made was only using bios flashback for every flash I was of the impression since APEX IX that is the way to go to make sure everything gets updated So once I installed the 11600k it went through long bios is updating sequence and longer blackscreen Switching back to 10th gen didn't help, the "damage" was already done and by damage I mean 2nd bios chip not responding to Start button Must use external flasher to repair this via SPI header and bios 1/2 jumper Standard stuff for most of us here. I use Rasp Pi usually but have used EVC2 with some success Problem is I do not have SPI Booster so the Pi is more reliable I think this is the latest bios (2201) posted by SafeDisk at 11th gen cpu thraed at OCN ROG-MAXIMUS-XII-APEX-ASUS-2201.7z

Scootin' along quickly !

? ? Memory Latency 42079 10.3 ns

Nice Job AKM ! and Ironbrillopad that looks a rare Miller Modded Gigabyte G-Power