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

[@robsamp]

It turned out great! You had a great understanding of the content and synthesized everything very well in a great video. (とても良かったです！内容をよく理解して、素晴らしいビデオで全てを上手にまとめました。)

[@aretha9455]

Sorry for the late reply I was relieved that there seemed to be no problem. I hope this video helps someone

[@overduetax]

Nice job, mate. I did this but for my purposes, i need stability to pass ycruncher all tests for at least an hour. I have an SP97 chip and DDR5 7200 with various RAM voltages increased, including System Agent and CPU PLL's. What I found is that in order to torture my CPU with all y-cruncher tests for an hour, my Asus LLC set to 4 and DC loadline to 0.50 (yes, that i way higher than the starting 0.20!). I did not want to give up 7200mt/s ram which ran for hours y-cruncher so I had to use a much higher DC loadline than Roberto suggests, but as you noted, "stability" means different things to different people. Very nice video! Arigato!

[@aretha9455]

Nice to meet you SUDO Thank you for watching Silicon point 97... My motherboard doesn't show any silicon points. Can't comment I don't have much experience with testing with ycruncher, so I don't know the details, but It's a very strict test not only for the CPU but also for the memory. recognizing Is the DDR5 7200 setting XMP? Or depending on whether you manually overclocked it. I think an error may occur depending on the settings. I'm sorry if I misunderstood When the LLC of the asus motherboard is set to level 4 The value of dcloadline suggested by Roberto is 0.98 The setting 0.20 suggested by Roberto is acloadline Some of the comments I received did not mention acloadline, so I don't know any more When the value of dcloadline increases, the voltage decreases. acloadline increases the voltage as the value increases This is the movement If acloadline 0.20 suggested by Roberto becomes unstable, The correct answer is to increase the acloadline. Roberto's suggestion is just a standard one. I think it may not work properly depending on the environment. If you understand this procedure I think you can think about it and arrange the settings on your own even if it doesn't work properly. SUDO also arranged the settings and it seems to have stabilized. I think that's very wonderful There is no single answer to stability everyone respects everyone's opinion I think it's best to find your own answer. Sorry for the long comment Thank you for your comment

[@MPHxthexLegend]

Where can I find the ohms (DC LLC OHMs) for the LLC of Ggigabyte Z790 Gaming X AX?

[@aretha9455]

Thank you for watching the video If the llc resistance values ​​of gigabyte's z790 motherboard are the same normal 0.87 standard 0.87 low 0.69 medium 0.58 high 0.38 turbo 0.22 extreme 0.09 ultraextreme 0.01 It should be about this I think there are some errors 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.