PCTuning fórum

martinmiro píše: ↑ned 27. úno 2022, 19:58

Noddik píše: ↑ned 27. úno 2022, 11:03

Právě taktovat nehodlam. Z690 jsem koupil jen z duvodu ze sem za ni dal mene nez na B660tku.

tiez som najskor kupil 12400f ale to je tak vsetko zamknute, ze ak sa chces aspon tochu hrat s nastaveniami , je lepsi kf uz len koli tomu ze vsetky core bezia rovnako rychlo, nie len 1-2

CPU Cores and Base FrequencyCPU Cores and Base Frequency
12 Cores 12
20 Threads 20
2.10 GHz Frequency 3.60 GHz
4.90 GHz Turbo (1 Core) 5.00 GHz
4.00 GHz Turbo (All Cores) 4.70 GHz
65 W TDP (PL1) 125 W
180 W TDP (PL2) 190 W
navyse mas vyssie turbo, neobmedzene dlho, a allcore 4,7ghz pri 12700f len 4ghz takze bez pretaktovavania ziskas 700mhz allcore. ale ked nastavis vsetky 4,9ghz to neupeces pri veciach co vyuzivaju vsetky jadra velke plus.

To its credit, with its 12th-generation chips, Intel has thrown out “TDP” in favor of a Processor Base Power (PL1) number and a Maximum Turbo Power (PL2) number. PL1 is more or less what TDP used to be—the amount of power and cooling capacity a CPU is expected to require to operate at its rated specs when under sustained load for more than a couple of minutes at a time. The PL2 number is the true maximum power consumption number, the one you’ll see when running tasks for short periods or for apps like web browsers and games that don’t require 100 percent of your CPU’s performance 100 percent of the time.

The wrinkle is that those PL1 and PL2 ratings are suggestions rather than hard-and-fast requirements, allowing motherboard makers to set different limits if they really want to. For enthusiast-y boards, this usually means boosting both numbers into the stratosphere or removing the limits entirely in the name of increased performance. The Gigabyte Z690 board I used for some tests has default power limits set at over 4,000 W. A CPU actually drawing that much power would, of course, melt a hole deep into the Earth’s mantle, but the point is that the processor can use as much power as it and the motherboard can physically handle unless it’s hitting its thermal limits.

The upside of flexible, user-configurable PL1 and PL2 limits is that they effectively enable a sort of “overclocking” for non-K-series CPUs running in non-Z-series motherboards.

flanker píše: ↑pát 18. úno 2022, 16:25 Podpora OC přes BLCK a BIOSy, přímo ofiko info od Asus v tabulce. I novější BIOSy nezruší podporu OC, za což tleskám.


Video které asi už znáte od Romana: https://www.youtube.com/watch?v=DUzExonH5TM + https://www.youtube.com/watch?v=8diXDeTDCbo
Brzy bude více info i ze strany lokálního uživatele Davestara, který udělal i pár slušných rekordů na Strix B660-F Gaming

flanker píše: ↑ned 10. dub 2022, 00:48 Nějaké ty issue se socketem a vyjádření Intelu
https://www.tomshardware.com/news/intel ... witter.com

flanker píše: ↑pát 22. dub 2022, 09:31 Co máš za chlazení, že pouze něco přes 70 C v zátěži?! Já s AIO 360 radiátorem mám v Cinebench okolo 85C a to mám ještě jen 12900K

flanker píše: ↑pon 9. kvě 2022, 10:23 Chytil si myslím hezký kus