January 25, 201312 yr Interested in hearing about your DDR2 binning notes Congrats on being so close to having a "clean sweep"..... keep pushing it!!
January 25, 201312 yr Hope jcool doesn't have any backups, I already sent the setup back If he does, it's a good time for everyone to put some FBDIMM for sale on ebay
January 25, 201312 yr Author If he does, it's a good time for everyone to put some FBDIMM for sale on ebay Working on buying each and every single Micron D9 that ebay has to offer first
January 26, 201312 yr Working on buying each and every single Micron D9 that ebay has to offer first Chances are all were used and degraded
January 28, 201312 yr Crew On the way to Switzerland, take care of it ! Tracker nr in the mail Ceeeeeeee ! Edited January 29, 201312 yr by Leeghoofd
January 30, 201312 yr Hell yeah man! Gl on binning DDR2, you will def take some time to find a 900Mhz module.
March 14, 201312 yr Author First series: Test Setup: CPU: Intel Core2Duo E8400 @ (x9 for stab. test, x6 for suicide) with a stupid low profile cooler MB: Gigabyte GA-EP45-UD3R Memory: check list PSU: Seasonic Platinum 1000 Watts OS: Windows XP Fan: Noctua fan on the memory module Cooling: Air Highest valid on air so far: http://valid.canardpc.com/show_oc.php?id=2686886 1.- Stability test at 4-4-4-12-2T-Auto w/ 2.2Vmem: Boot at 250 MHz FSB (Divider: 266MHz & 4.00A aka 1:2strap266) => 500 MHz mem Then increase FSB using SetFSB by 10 MHz, run SuperPi32M (takes about 20 mins to finish) => repeat till SuperPi32 Crash Write down stable freq (highest freq memory module was able to compute SPi32M) 2.- Stability test at 5-5-5-15-2T-Auto w/ 2.2Vmem: Boot at 300 MHz FSB (Divider: 333Hz & 4.00B aka 1:2strap333) => 600 MHz mem Then increase FSB using SetFSB by 10 MHz, run SuperPi32M (takes about 20 mins to finish) => repeat till SuperPi32 Crash Write down stable freq (highest freq memory module was able to compute SPi32M) 2.- Suicide CPU-Z Screen w/ 2.6Vmem 5-5-5-15-2T-Auto: Boot at 350 MHz FSB (Divider: 333Hz & 4.00B aka 1:2strap333) => 700 MHz Then increase FSB using SetFSB 10 MHz by 10 MHz till Windows XP freeze Write down Crash freq - 10 MHz. Results: Pics of setup: Red: either dead (DOA) or I need to solder something back on the PCB. Edited March 15, 201312 yr by Christian Ney
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