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Vivi

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Everything posted by Vivi

  1. my experience with this motherboard! 1 - works easy in the bios. 2 - memory clocking was simple, xmp loaded on 10+ boards we tested. gskill though (2x4gb and 2x8gb kits) 3 - ln2 was easy going, but there is one mod needed to remove some 00 issue. voltage breakdown:
  2. @splave , i tried vista x64, then my score was the same / little inconsistent, then back to win7. pretty sure vista 32 is better, will give it a go next time.
  3. hmm, @DRTANK , i tried before and after and there is definitely improvement. i sand die, softly until mirror finish is gone, with "green part of cleaning sponge" then sand INSIDE part of IHS, not all the way to copper, but just so that all oils is gone and nice and clean. then clean the die perfectly, then clean inside of ihs perfectly, then apply grizzly on die, put hs back on and dont move it. then i mount pot kingpin F1 dark, and tighten screws about half way, moderate tight, not very tight
  4. yeesss i need to try xp but there is a chance that the GPU score weight is taking over with 980ti
  5. i bought 2 cpu's my best cpu i found in this batch. Then i bought 10 more of the same batch, and find close cpus but still not better than my 1st purchase haha. It's better to rely on destiny/luck instead of odds . data: lowest vid wins. scaling is linear. great batch Maximus VIII Gene - 5ghz boot win7 tested. I learned more tricks to get lower Cold bug so all bottom values will go up 12 x L519C192 tested win7 64bit #1 - 1.24 VID 5ghz 1.37 6.50ghz pifast -177 (6.30 cinebench) (6.40 hwbot prime) #2 - 1.26 VID 5ghz 1.40 6.45ghz pifast -172 (6.25 cinebench) (6.35 hwbot prime) #3 - 1.28 VID 5ghz 1.37 6.48ghz pifast -172 (6.27 cinebench) (6.37 hwbot prime) #4 - 1.28 VID 5ghz 1.42 6.40ghz pifast -170 (6.20 cinebench) (6.30 hwbot prime) #5 - 1.28 VID 5ghz 1.42 6.40ghz pifast -170 (6.20 cinebench) (6.30 hwbot prime) #6 - 1.28 VID 5ghz 1.45 yes - not tested #7 - 1.29 VID 5ghz 1.45v no - throw away #8 - 1.31 VID 5ghz 1.45v no - throw away #9 - 1.31 VID 5ghz 1.45v no - throw away #10- 1.31 VID 5ghz 1.45v no - throw away #11- 1.32 VID 5ghz 1.45v no - throw away #12- 1.32 VID 5ghz 1.45v no - throw away
  6. @Leeghoofd you need to tinker some voltages to lift the wall. I had similar issue on most of my cpus, 5.9 cinebench 1.65v wall, then once you find the volt that needs increasing it went to 6.3 cinebench 6.5 pifast
  7. my 4770k lost little bit of mhz every session after i glue it back. i would stick to fresh paste each session, but be gentle guys!!! cpu's super fragile physically. maybe get your wife to delid and mount
  8. both my cpu's seems to be happy with 1.5. in my case: hard wall at 5.9ghz. 1.4pll term. 1.0 standby voltage wall lifts 6.3ghz 1.55pll term 1.35 standby voltage like the guide says the balance seems to be the important part not the height of the volt itself. felt like it didn't do much
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