English audio version Heat reduction setting using LLC ACLL DCLL on CPU with Intel K

[@giovvanieotte]

Is it same values for Z790 gaming x ax for LLC ?

[@aretha9455]

Thank you for watching the video. I checked it out, and it seems that even gigabyte motherboards have different LLC resistance values. The Z790 D DDR4 is normal 0.87 standard 0.87 low 0.69 medium 0.58 high 0.38 turbo 0.22 extreme 0.09 ultraextreme 0.01 but in the case of the Aorus series, the normal resistance value seems to be close to 1.2. Check the normal resistance value, and if it's around 0.9, the above value should be fine, but if it's close to 1.2, it's probably different from the above value, so you need to check it. The best way to be sure is to measure it yourself. 1. Adjust the llc to the strength for which you want to check the resistance value. 2. Enter the above value in dcloadline (58 for medium) 3.Start the OS and run cinebench 4.Compare hwinfo's vcore and corevid values ​​while running cinebench 5.If vcore is lower than corevid, dcloadline resistance value is too low If vcore is higher than corevid, dcloadline resistance is too high Adjust dcloadline so that these two numbers are the same If the numbers match, that dcloadline value is the resistance value It may be difficult, but please try if you like.

[@giovvanieotte]

⁠@@aretha9455 thanks a lot ! Seems to medium LLC match with DC58 , i can’t compare 1:1 because in my HW info VID under load is slightly jumping around 1 % variance , and v core ( dts sensor also ) , but under load seems to be about same range when compared both like Vcore 0.989 vs Vid 0.991 and sometimes they match because jumping around values . VOUT( vcore ) on the other hand is completely different reading from vcore from dts sensor like VOUT 1.300 vs VID 0.989. So i think i’m doing right comparing VId to Vcore from dts sensor? Thanks a lot for this video .I have LLC on medium , AC-30 DC-58 and -1.00mV adaptive voltage offset , power draw seems to be equal to my TDP limit i have set .With this setting and TDP at 125W i’m hitting 33200k in Cinebench Mukticore , and very low temps around 55-60 degrees .i9 1300k and Gigabyte Z790 gaming x ax

[@giovvanieotte]

@@aretha9455 im really surprised that all P cores running at 4.4~5Ghz @ 0.998 V with 125W tdp underload , and CB is not crashing . I did 15 runs by 10 minutes today and didn’t crashed even once …Extremly low temps and such a nice score in CB . Single core is still around 2300 mark !

[@aretha9455]

@@giovvanieotte Hello That's a good setting There is a lot of information about VOUT, but it seems that the measurement method differs depending on the manufacturer and there are also motherboards that cannot be checked on HWinfo (MSI, etc.) so it is not mentioned in the video Roberto's article on which this video is based does not mention VOUT so I think it is fine to compare VID and VCORE Perhaps, depending on the motherboard it may be more correct to compare VID and VOUT

[@aretha9455]

@@giovvanieotte hello. The CPU's low voltage tolerance is also great. In the case of my 14700KF, two of the P cores have very poor low voltage resistance. If you set it below 1 volt, your score will be quite low. I usually use it at a setting of 1.18 volts and 5.3 GHz. giovvanieotte's CPU is also great. It was giovvanieotte's settings that brought it out. giovvanieotte is amazing It's a great setting!