got these xms3 2000 3x4gb v5.11 rated 9.10.9.27 1.65v that can do 2400 with 1.60v 11.12.11.33. i think its hynix based double sided. they refuses to boot @2666 :rolleyes:
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got these xms3 2000 3x4gb v5.11 rated 9.10.9.27 1.65v that can do 2400 with 1.60v 11.12.11.33. i think its hynix based double sided. they refuses to boot @2666 :rolleyes:
Hynix BFR to be exact, not surprised they have issues above 2600. Can they tighten down to 9-11-10 at 2400?
they refuse to boot @ 9.11.10 with any volts
needs 1.85v for 9.12.11 to boot fine in windows. havent test them fo stability though. they dont like tighter timings.
in aida @ 2400
cl 9.12.11=54 latency 1.90v
cl 11.12.11=57 latency 1.60v
edit
125 they booted up to 2666 with 1.85v and vccsa to 1.25v from stock volts. but not stable
need more vdimm and cooling ;)
Got in new old stock of ADATA 2200C9 2x2GB from eBay today. With those specs (9-9-9) I expected BBSE. This is what was under the hood:
http://www.overclock.net/content/type/61/id/2125386/
Clearly B-die, but no white stripes makes them BBBG. So I now have four sticks of Elpida 1Gbit BBBG which seems to be as rare as a non-crazy beautiful virginal 20-something woman.
tell us how they clock then :D
Thanks! :up:
E917A8B09402
Rated 9-9-9-24 1.65
Old Team extreem kit. BBSE??
This is the best picture i could take of the ic, they have no white text,its hard to read.
http://i.imgur.com/dzOWqiF.jpg
http://i.imgur.com/QnjfV6i.jpg
http://i.imgur.com/rhAqauh.jpg
The label E917A8B09402 (#27), white stripes on the chips and the specification 1000 MHz 9-9-9 @ 1.65V indicate they're indeed BBSE chips.
Thanks Don, I read that page, but I clearly missed that info, my bad...
Thanks for all this memory info, you guys do a greate job updating and giving all this info..
cheers
You're welcome, I'm glad I could help! :)
Hi guys, what chips do you think the new vengeance pro 2133 9-11-11 have?
http://www.corsair.com/en-us/vengean...y8gx3m2b2133c9
They are cheap in Sweden, might pick some up for fun if they are not single sided.
From the pic showing in your link they certainly look to be single-sided. Note the nearly solid row of SMCSMC just above the gold contacts & compare that to any double-sided modules that you have on hand and you'll clearly see the difference. As for chips, I'd say probably Samsung but of course could also be Hynix.
Lots of options. Most likely are Micron D9QBJ or Samsung 4Gbit B-rev, but they can also be Hynix/Samsung 2Gbit or (extremely unlikely) Hynix 4Gbit MFR.
EDIT: added Micron D9QBJ information to OP.
Thanks reefa, sam and don_dan :) Doesn't seem like anything worth trying then... maybe I should just stick with my Corsair 2666 C10s lol
BTW I had several Team kits rated as 2000 9-9-9 1.65(1.6v) all 2010 year of production were PSC-X, one 2009 was BBSE, so does anybody have more info about Team and their chips on such kits? Maybe there're some regularieties, like Sam's figured out with Kingston or G.Skill?
I got a better shot of the ADATA 2200C9 Elpida BBBG chips:
http://i947.photobucket.com/albums/a...psd0af89d3.jpg
Thanks! :)
new Hynix DDR3 ICs are out: 4Gbit BFR
http://abload.de/img/potatoa3kgo.jpg
some results
800MHz / 7-9-9-24 / 1.50V
900MHz / 7-9-10-24 / 1.76V
900MHz / 8-10-10-24 / 1.49V
1000MHz / 8-10-11-24 / 1.71V
1000MHz / 9-11-11-24 / 1.48V
1100MHz / 9-11-12-24 / 1.67V
1100MHz / 10-12-13-27 / 1.47V
1200MHz / 10-12-13-27 / 1.64V
1200MHz / 11-13-14-30 / 1.47V
1300MHz / 11-13-14-30 / 1.64V
1400MHz / 11-14-15-30 / 1.79V
1300MHz / 12-14-15-30 / 1.45V
1400MHz / 12-14-16-30 / 1.58V
1500MHz / 12-15-16-30 / 1.76V
1400MHz / 13-14-16-30 / 1.53V
1500MHz / 13-15-17-30 / 1.64V
Results with the generic Samsung 2Gbit Q-die:
http://i947.photobucket.com/albums/a...pscc49cad8.jpg
http://i947.photobucket.com/albums/a...psfdc23466.jpg
2400C10 loose subs
http://i947.photobucket.com/albums/a...ps836ff7c9.png
http://i947.photobucket.com/albums/a...ps40445fa0.png
http://i947.photobucket.com/albums/a...ps638ec93d.png
2600C10 loose subs
http://i947.photobucket.com/albums/a...ps6f2341d7.png
2666C10 could boot into Windows but was not stable enough to run benchmarks even up to 1.90v.