ground

The second case also helps identify dead chipsets on modern platforms. If they burn your fingers after trying to turn the system on a couple times they are likely dead.

Woah, that chip is really nice! Almost 6GHz on Dice oO

Long been reported. Probably gonna take some time to get fixed, but to me it doesn't really matter anymore. I've gotten used to being Rusty_JS

I wonder what would happen if someone actually created those accounts and commented with them...

Sounds more like cooling limited to me tbh... thats really strong for Single Stage.

Wonder how long this one will remain up

I was going off that message, sounds like they work well, looking forward to see more of these

Looking forward to cold benchable settings Memory on fullpot hasn't been around for a couple years!

And on 8th gen! Wonder how this will go on Edit: How does it do with timings once cold?

Jup. Stuck a wire through the corner hole and hung it in. Though I tried it again recently and it won’t post anymore in my rampage 2 (we tried it in an Msi board, so maybe that was the reason it posted at all), but if @TheQuentincc is still interested I’ll take the 11€ offer for the dead stick + 15 ICs + pcb if I can find it

How is that board at ambient btw?

Pretty sure its not the only board dreaming of cold Hypers

What ram are you using btw? Looks like bbse or psc on first glance

What the fuck is that memory clock for 775 oO

I have an dead (no boot, instant memtest errors) Kingston 2000c8 stick without heatspreader and sticker + 15 loose ICs from a stick that didn't even get to memtest that haven't been cleaned (not ripped pads though). I need 3,70€ shipping + a decent offer for the dead parts. Might have the PCB from the stick I harvested somewhere too, but I think I lost the 16th IC. Said stick failed boot all the time. Both sticks were MGH-e from different kits. The dead stick was completely dead at some point (not even posting), but after spending a day in a dewar it at least posted, but threw tons of memtest errors. Didn't test it beyond that since I have a decent amount of working sticks (no more rejects left though)

I know there are way too few kits available for purchase for larger scale binning, but I would still like to know what observations others made about binning Hypers around here. I‘ve collected about a dozen sticks of 2000c8s from Corsair/Kingston over the past half year (and talked to some others who also picked up a couple), and noticed a couple things: (testing done on x58) - most 2000c8 could manage 2000 7-7-6 32m at <1.7V - 2200 7-7-6 seems to be close to impossible on non Corsair sticks. Not sure if they binned differently or if its the pcb. Triple kits seemed to do better - the bin is usually fairly consistant for voltage at 2000 7-7-6 (1.64-1.68V for the sticks that did alright) - one kit of Dom gt performed particularly bad; pretty sure it was degraded badly by its previous owner. The best stick barely managed posting 2100 7-7-6 at 1.9V, couldn‘t do spec at 1.65V. - 6-7-5 and 7-8-6 max MHz were fairly consistant (except for the kit mentioned above) across all sticks, anywhere from 2060-2080/2280-2340 - no noticable voltage requirement difference between 7-7-6/7-7-7 or 6-6-5/6-6-6 or 6-7-5/6-7-6 Can anyone see anything that appears weird / did anyone notice similar stuff / completely different behavior? Anything interesting to add? And before anyone asks, I‘ve already sold the kits I don‘t want to keep, nothing for sale.

Pretty sure you can usually expect slightly worse memory clocks on x58 just due to the layout of the platform which is quite suboptimal. The decision to keep most boards 6 dimms over 3 also doesn‘t help this, at least thats how it should be in theory. I personally prefer binning ram on the platform its most likely to be used on (thus binning hyper on Haswell makes close to no sense at all to me). Regarding other Hyper (Kingston, Supertalent etc) - I‘m not sure if its just my small sample size, but I‘m pretty sure the others seem to be much weaker at tRCD on average. All 2000c8 dom Gts I‘ve had in my hands (except for one particularly garbage kit which couldn‘t even do spec) could do 2200+ 7-7-6 tight at some voltage), while others seemed to run into a wall at significantly lower clocks with same trcd. Once testing 6-7-5/7-8-6 they performed way closer to the Dom GTs. So, not to derail the whole thread (time to move this to the general hyper discussion?): Can you test the 920 on SS? You know my criteria Taking the W3680, I want a new cpu for memory testing

Post them!

Broke the threads? 2 of my 2000c8s have those too Don‘t screw them on too tight.

Good to see my former Dom GT kit getting some use :D

Go for it Shouldn't exactly be hard with your chip

I'm guessing this is said 3600+ gdie validation? https://hwbot.org/submission/3832580_noxinite_memory_frequency_ddr3_sdram_1841.2_mhz I've finally gotten around to pick up a haswell system so I'll test my sticks pretty soon edit: brainfart, 4gb won't be sr gdie

Awesome!

Okay, anyone who runs into the ~118-122 boot limit on asus try different GPUs. I had thought my 8600 gt couldn’t be the cause since it posts 126 on msi, 136 on gigabyte x58 and 155 on gigabyte AM3. Turns out it was the limiting factor, posting 138 consistantly with an HD 5450 now. That should be enough for 306 BCLK post Edit: Nevermind, it only applies to 45nm CPUs. Apparently those can boot higher PCIe clocks for 45nm. Just confirmed with my 8600 GT

Keeping ram means having less budget available for either the next time he bins more ram or the next time he quits memory binning. GL with sale web!