dimi33

It all looks more and more that this is actually a C-die as you guys said (or value B-die if they can be named like that). Haven't removed the HS to check the dimms but based on the tests i did yesterday, and the day before, it looks like they are prolly C-die since using voltages between 1.325 and 1.365 actually worked to hit 3733 and 3800 with loose timings but had to make adjustments to procodt/SoC and Cadbus. Raising the voltage past 1.38-1.39 at these frequencies immediately made things unstable. Also,It seems higher proCodt has to be set with higher SoC and vice-versa(lower proCodt allows for lower SoC). Atm i am testing frequency stability for 3800mhz with below settings and then gonna try how low timings can go: vDimm:1.345v SoC: 1.0937v CAS: 20-20-20-22 procOdt: 68.6 CadBus: 30-20-20-20 Rtt_Nom: disabled Everything else set on auto for now

Well that was my thought as well since from what i have gathered around it seems these results are comparable to c-die and not to b-die, yet, the sotware reports it as b-die(even the module part number corresponds to b-die[K4A8G085WB BCPB].Bear in mind though that this is a B1 PCB (dual rank) and i think these overclock way worse than A1/A0. And you are right about higher voltages. 3533mhz was giving errors at 1.42v, yet it was stable at 1.385/1.395.Could this really be a C-die being reported as B-die in software?

Hello all, I'm trying to see how much i can overclock this ram kit i have which to be honest it probably didnt have much potential from the start since it is a 3200C16 - 32GB. Dram calculator(only used it to check bin quality - not using its output for setting the timings) shows a 81% bin quality so im not sure if i am to take this with a grain of salt.I just think this is one of the low end b-dies. However, in order to see if i can hit 3600, i set docp to manual, set all timings to auto and put 1.45v on dram and soc at 1.15v. That would result in no boot. However, changing main timings to 22-22-22-25 and at 1.46v it booted but then crashed at windows. This didnt change with either 1.47v/1.48v/1.49v so i decided to stop there since i guess i would have to overkill it with voltage just to do 3600 with ridiculously high timings.3533mhz is achievable with quite high timings and stable results at windows so i went further down to 3466 and this is where i am now trying to tighten timings. Dram voltage is at 1.3950 and SoC at 1.125. Changing down trdrdscl and twrwrscl to 3(instead of current 4) results in either crash/reboot or bluescreen/freeze. changing trtp down to 8 from 10 system hangs and have to clear cmos. For TRFC ive only tried 512(current value 560) but pc doesnt boot and have to clear cmos so i;m guessing i must be quite close to its limit if not already there. Trp can go down to 18(current is 19) but i get errors on stress test(same voltages). Tras lower than 62 crashes/reboots pc(same voltages) I'm not sure if theres any point trying for tighter timings. Any advice/recommendations would be much appreciated