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RULE

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Everything posted by RULE

  1. RULE

    DDR4 GALAX OC LAB #37

    Sold Thanks for space
  2. C'mon you can buy from a store but you know what are you doing. Really you can't understand we potentially will pay the price some day in the future for this leaks?
  3. Shameless is the disrespect of the people. Every time you talk about xoc Tobias, but you know what's the main xoc issue? Xoc people... Inviato dal mio SM-A300FU utilizzando Tapatalk
  4. Some people here should remember why they have oc motherboard, oc videocard etc... Respect the work done before release.
  5. U are a good dude pilu. I'm sure u can rerun and have a good score Inviato dal mio SM-A300FU utilizzando Tapatalk
  6. Because my mem is much better and 100mhz can't give you 300 points more.
  7. Pretty bugged i guess? What the point on sub a result like this? Where's the etics?
  8. RULE

    DDR4 GALAX OC LAB #37

    Bump. I'm open to offers Inviato dal mio SM-A300FU utilizzando Tapatalk
  9. RULE

    DDR4 GALAX OC LAB #37

    From my test done also on others vendors mem, this kind of ic with huge voltage tolerance is not best choice for spi/waza. Maybe I'm not that good but this kit is not 12-11 spi/waza capable. Max waza voltage is 2.01v on mocf, like 2.09v real or so. edit:Added spi32 info in opening post. Inviato dal mio SM-A300FU utilizzando Tapatalk
  10. Up for sale my Galax OC Lab #37 kit 4320c12-11-11-28-1T-180 MAXXMEM RULE`s MaxxMem Read Bandwidth score: 44230 MByte/sec. with a DDR4 SDRAM 4350c12-12-12-28-1T-180 3DM11 Physics RULE`s 3DMark11 Physics score: 19751 Points with a Core i7 6700K 4140c12-12-12-12-1T-180 SPI32 with rtl 49-50-6-6 @ 2.01v Bios MOCF Full timings here: RULE`s SuperPi - 32M score: 4min 58sec 157ms with a Core i7 6700K Mem no fear of voltage, realy easy to bench with decent imc. Asking what i payed for: 350USD shipped Payment: PAYPAL (as a friend) or BankTransfer Cheers Franco
  11. Hi fellas, some of you may had see i was able to run 4133+ with tight RTL (49-6/50-6) on MOCF. The idea is to give you some tip to squeeze out everything from this amazing board. Since a lot of people was trashing about MOCF could not run tight RTL and tight tcke, and because we are at the end of this generetion of ic/cpu, there's maybe not much interest in what will follow. But still if i can help at least one person, this will make me feel more happy. The main reason behind most of user can retrain tight RTL is not due to a problem or a bad engineering but is the opposite way around, the retrain of this board is too much well engineered, this will cover better later. This task might be not easy for me since English is not my natural lenguage, so please forgive me in advance. INTRO: -Memory overclock is like a boring-fun, if you like that you know what i mean, rush no need, patience and dedication is what we need. For example to be able tu run the MaxxMem Read bandwidth WR i took 3 hours to setup the mem at 4320c12-11 and less than 30 minutes to take the score. -I've tested 3 different MOCF and MB binnig should not be necessary here. The first one is dead too much early to be compared, but the other 2 i'm 100% positive have no difference between them. -Strong IMC is a must have but don't forget to maxout yours. I've 2 6700k with strong IMC both to be maxout need 1,35io/1,45sa, don't be afraid to kill your cpu, is part of the game -SS is cool for testing memory but still not enought to maxout our IMC. Best temp for maxout IMC is bootup close to CBB around -125°c and run benchmark in os at least at -150°c. CB should be around -160°c without any particular setting. RTL/IOL -There's 2 kind of RTL retrain, 1 will end up with 50-51-6-6 one will end up with 50-51-7-7. Why end up? Well andvance user already know that, if you have 58-59-14-14 is the same of 50-51-6-6 since : 58 minus 8=50 / 59 minus 8=51 / 14 minus 8=6 In the firt topic Allen say you can move RTL as you wish, this is true, but i suggest you to move one channel at the time. Leave one channel in auto (RTL+IOL) substract the same value for the RTL and same value for the IOL of the same channel then retrain. If you are in the right volt range motherboard will retrain easy peasy the other channel by itself. (a couple of retrain might be necesary) -The previus phrase: 'If you are in the right volt range' is the key of your success. In order to force our board to be able to run 49-50-6-6 at 4133+ we need to find the right voltage for our mem/imc to run 50-51-6-6 (leaving the bios value in AUTO). When we found that voltage, we need to force our board to retrain with worse RTL 50-51-7-7 in order to do that we need to reduce the voltage a bit on the mem, then retrain. When our board successfully menage to retrain 50-51-7-7 (leaving the bios value in AUTO) is time to come back in beloved voltage range and force the situation putting the value in the bios 49-50-6-6. -If you fail, yeah because you will as i do , you need to come back to one mem multiplayer less (eg. 4133->4000) leaving the RTL/IOL AUTO and try again the step before this maybe changing slightly the beloved voltage. Is recommended this sequence: 1-bootup Nick's 4k tight profile 2-change tRFC to 240 (much easier for 4133) 3-bootup 4133 4-find right voltages who give you auto 50-51-6-6 5-lower a bit that voltage until your MB auto retrain 50-51-7-7 6-put back the step 4 voltage and force value in bios to 49-50-6-6 7-If you fail came back to 4k Nick's profile Why the retrain of this board is too much well engineered? Because as you can see the board keep retrain the most lower but stable RTL possible. Since this work for me in 2 difference board and 3 difference mem brand with different ic and different voltage tollerance, hope this might work also for you. If you have any doubt feel free to ask, here or on FB Enjoy Franco
  12. Thanks guys. May looks like easy, but is hard task bootup with such frequency and timings. Inviato dal mio SM-A300FU utilizzando Tapatalk
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