Mythical tech Posted August 10, 2019 Posted August 10, 2019 I am looking to see if people are willing to share their binning data on a few cpu's, the i7 920, e2180, e2200, and any other cpu/gpu binning data people are willing to share. 1 Quote
Noxinite Posted August 10, 2019 Posted August 10, 2019 (edited) Well I can tell you that Allendale chips (E2140/E2160/E2180/E2200) are a crap shoot and can have both CPU core and FSB walls. And I don't think the batches are consistent either (for FSB). However, I can tell you that any G0 Allendales you find are soldered. Edited August 10, 2019 by Noxinite Quote
ground Posted August 10, 2019 Posted August 10, 2019 (edited) i7 920 common data: - batches 3845A to 3849A are the typically binned chips. Best chips I've seen so far of these batches can do 4.5/1.24V 32M on air or water, 230-240 BCLK air and scale to 5.4 (though thats really rare) -batch sorry enough people are buying this batch now so I’m removing all data I can is a more exotic batch that I recently stumbled over; as far as I could tell by limited data nobody besides me seriously binned this range. I've so far found a W3520 and an i7 920 that are both doing 4.5/1.2-1.21V on air for 32M; the W3520 scaled to 5.53 32M 1.45V easy on Cascade and is probably not at its limit. The 920 I tried testing on LN2 but it was, at least for me, far too hungry to be controllable at all. 5.45 1M at 1.45V was the max I managed with about 15L of LN2 in maybe 1 1/2 hours (chip is insanely leaky - heats up the pot by 20° with an F1 pot during 1M). Gonna test that chip on a strong cascade when I get around to it again. So far had about 4 chips in this range and all did 5.2+ and seemed to scale to ~1.55-1.61V depending on the temperature (the lower the less voltage scaling). The W3520 also does 5.3 GHz uncore at 1.55V VTT on Cascade which seems quite nice. With 45nm there seem to be a lot of chips that don't seem to scale with voltage at all (even with the good batches), some not even scaling beyond 1.5V on LN2. Have seen a couple chips that did 4.5/1.3V air and could barely do or couldn't even manage 5GHz on LN2. Much later chips can sometimes be quite nice but those you would need to bin a lot of. Of my 12 W3530s (all 3040-3150 batches) I had one chip validate >5.3 and scale with a ton of voltage (saw scaling up to 1.8V during post and 1.75V booting up). Edited November 9, 2019 by ground1556 Quote
Mythical tech Posted August 15, 2019 Author Posted August 15, 2019 Thank you both for sharing. @Noxinite when you bin cpus do you buy single cpus or lots of them. I just got a lot of 300 775 cpus for 80$ off ebay and was wondering if it is a bad idea or not. Quote
ObscureParadox Posted August 15, 2019 Posted August 15, 2019 I'll happily send over my binning excel sheets to you when I can find my laptop with them on. (do not let your siblings borrow your expensive shit).... 1 Quote
Noxinite Posted August 15, 2019 Posted August 15, 2019 1 hour ago, Mythical tech said: Thank you both for sharing. @Noxinite when you bin cpus do you buy single cpus or lots of them. I just got a lot of 300 775 cpus for 80$ off ebay and was wondering if it is a bad idea or not. Lots of 775 as then it's much cheaper overall. Or buy other people's binning rejects, bin those chips and sell any spares. Quote
ObscureParadox Posted August 15, 2019 Posted August 15, 2019 12 minutes ago, Noxinite said: Lots of 775 as then it's much cheaper overall. Or buy other people's binning rejects, bin those chips and sell any spares. As above, I have many spares which would be good enough for top 2 or 3s of some CPUs but would obviously want to keep the very best for myself. So it depends what you're after really. 1st places or just a good points haul. Quote
Mythical tech Posted August 15, 2019 Author Posted August 15, 2019 Thank you everyone for contributing. I will try to add my binning data to this thread once I finish going through the 2180's. The best I have gotten so far is about 3.55 ghz at 1.5 volts under water so nothing amazing but I still have over 150 to go through so it is going to take a while. Quote
Noxinite Posted August 15, 2019 Posted August 15, 2019 Here's my spreadsheet from when I was binning 775: 775 CPU Binning V2.2.xlsx Quote
ObscureParadox Posted August 15, 2019 Posted August 15, 2019 to make things quicker with E2180s you can bin for FSB also. You're going to want to make sure they boot at least 450FSB if you plan on taking them on LN2 at any time. So if you set a profile for 450fsb boot and you don't power down on the wall, you can keep switching CPUs quickly to find those that boot at that FSB and those that don't, then do the slower volts/Core clock testing afterwards on those that passed the initial test. Quote
Mythical tech Posted August 22, 2019 Author Posted August 22, 2019 So I just went through 70 out of hundreds of my 2180's and I got about 23 that could do 450- fsb. Out of those only one could do above 460 and it hit 463. Does this fsb wall raise under cold or am I missing some important setting? If the latter I will keep tinkering. Any help is appreciated. Quote
TerraRaptor Posted August 22, 2019 Posted August 22, 2019 34 minutes ago, Mythical tech said: Does this fsb wall raise under cold or am I missing some important setting? If the latter I will keep tinkering. Any help is appreciated. Yes, cold helps with fsb wall. I would expect an average of +5% FSB when moving from air to SS. High vpll may also help but it is dangerous (some of my binned CPUs degraded very quickly - i.e. they were binned for 450 air, then I was able to hit 480 with ss + vpll >2.5v but after 1.5-2 hours of benchmarking they won't be stable higher than 460-465 mhz - see my Cel430 as an example). Oh the other side, I was using vpll of 2.7-3.0v with my C2D E6400 for days with no notable negative effect to it. I want actually study how high vpll affects the life span of C2D as I have many useless rejects, to be on a safe side with this voltage in future. Quote
Noxinite Posted August 22, 2019 Posted August 22, 2019 11 hours ago, Mythical tech said: So I just went through 70 out of hundreds of my 2180's and I got about 23 that could do 450- fsb. Out of those only one could do above 460 and it hit 463. Does this fsb wall raise under cold or am I missing some important setting? If the latter I will keep tinkering. Any help is appreciated. For Allendales they scale upto about 2.2V PLL maximum for me on phase for Valid FSB, and you gain about 20MHz going from ambient to phase. However, I have heard that FSB doesn't really scale much below phase temperatures, hence why I think owning a phase is mandatory for binning 775. Quote
Mythical tech Posted August 23, 2019 Author Posted August 23, 2019 This is the best I have gotten at 2.08v PPL on my second best chip I have found so far. Is that too high of PLL for air? I do not want to use a high PLL on the better chip but if it scales the same way I expect it to hit 485 or higher. 480_fsb.bmp Quote
TAGG Posted August 23, 2019 Posted August 23, 2019 Above 470ish FSB air you should bin them for core IMO, getting allendales to 5,2+GHz is not that easy, so you'll need a good core as well Quote
Mythical tech Posted August 29, 2019 Author Posted August 29, 2019 @Noxinite what voltage and what test did to use for your core frequency test. I was using linx and am seeing how they compare. Either my chips are bad or I am using a lower voltage/different test. Quote
TerraRaptor Posted August 30, 2019 Posted August 30, 2019 Spi 8m should be good enough to bin for core frequency. Quote
Noxinite Posted August 30, 2019 Posted August 30, 2019 6 hours ago, Mythical tech said: @Noxinite what voltage and what test did to use for your core frequency test. I was using linx and am seeing how they compare. Either my chips are bad or I am using a lower voltage/different test. Only 1.45V and valid freq, so no load. This seemed to work well enough for most chips, as a lot of the Conroes/Allendales are limited by FSB (so fsb is more important). For E8#00 recently I was binning them for R15 stable in 50MHz increments @1.45V as core is more important than fsb. Quote
Mythical tech Posted October 30, 2019 Author Posted October 30, 2019 (edited) I just finished binning my first group of 2160's and only one out of about 60 was able to do above 450 fsb on air at 1.8 vtt. Is this normal or am I just unlucky? Edited October 30, 2019 by Mythical tech Quote
ObscureParadox Posted October 30, 2019 Posted October 30, 2019 wait VTT or VPLL? Because 1.8v VTT is kinda crazy....... You're running a Rampage extreme right? So you'll only need like 1.25v VTT max, more VTT has a negative effect. Quote
Mythical tech Posted October 30, 2019 Author Posted October 30, 2019 Just now, ObscureParadox said: wait VTT or VPLL? Because 1.8v VTT is kinda crazy....... You're running a Rampage extreme right? So you'll only need like 1.25v VTT max, more VTT has a negative effect. I meant pll not vtt Quote
ObscureParadox Posted October 30, 2019 Posted October 30, 2019 (edited) 1 minute ago, Mythical tech said: I meant pll not vtt Thank baby jebus Back to the point in hand though I suppose it depends on how many CPUs you've binned? From memory I think about 1 in 12 or so M0's should do 450 at least. Edited October 30, 2019 by ObscureParadox Quote
Mythical tech Posted October 30, 2019 Author Posted October 30, 2019 (edited) 3 minutes ago, ObscureParadox said: Thank baby jebus I was running 1.22 vtt. I have binned 60 so far and only one could hit 450 on air and it did 461 fsb Edited October 30, 2019 by Mythical tech Quote
ObscureParadox Posted October 30, 2019 Posted October 30, 2019 I think you just seem to have the same sort of luck I have with E2140s then. I've binned literally over 1000 of the fuckers and only found 3 that were ever worth taking on LN2. Quote
Mythical tech Posted November 3, 2019 Author Posted November 3, 2019 On 10/30/2019 at 6:02 PM, ObscureParadox said: I think you just seem to have the same sort of luck I have with E2140s then. I've binned literally over 1000 of the fuckers and only found 3 that were ever worth taking on LN2. My luck with my i7 920 was shit. 4.65 in 32m. I have three more coming but the first two were awful. Quote
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