Honestly after a day or so i probably got conditioned to seeing 1067 = 8x, 1333 = 10x, 1600 = 12, 1866 = 14x, 2133 = 16 so didn't think of it as a problem. And as per my notes at http://i4memory.com/102537-post3.html
thanks for the info didn't check on 12/31 but it was fine on 12/18 hehDFI UT X58-T3EH8 bios automatically scales UNCORE frequency in bios by a ratio of 2:1 as you increase your DRAM memory frequency in bios. For example, set DRAM memory frequency at DDR3-1067Mhz and bios automatically moves UNCORE frequency to DDR3-2133Mhz. You can move the DRAM frequency down again and it will keep UNCORE frequency as previously set if you want to try UNCORE frequency greater than 2:1 ratio t DRAM memory frequency.
temps too high considering prime95 at 4ghz 1.328v is around in 73-83C regions. I think rock stable 24/7 for me will be around 3.8ghz 1.232v air cooled.
up and down but for desk top horizontal bench rig would look strange hehe
haven't tested as i don't have that many modules as 4 of my 6 gskill hz are d9jnm and 2 are samsung hcf0. Until I have more memory samples from ram manufacturers I won't be able to test such configs heh
not much use for it yet and asking the wrong person for audio know-how. I still use $10 head phones and $20 speakers with my pcs (all with onboard sound) and couldn't tell difference between quality sound and normal haha
Next up on the tables
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The 2:10 ratio (1333) is borked on the 12/31 BIOS. Oskar is working on it, you have to nuke the voltages to get stability with it at this point.

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