A slide showing all the features of the Intel 11th generation Core processor series has been published on Weibo, the Chinese social media platform.
Social media platform of Chinese origin Weibo website, slides belonging to the 11th generation Intel Core processor series have been revealed. Among the leaked information is the gaming performance of the Core i9-11900K processor. Rocket Lake All features of Core i9 and Core i7 from the new processor family codenamed in one slide shared. There are no Core i5 and Core i3 processors in the list of features.
As mentioned earlier, both the Core i9 and i7 processors will be powered by the eight-core CPU. According to the resulting slides, the flagship Core i9-11900K (F) Thermal Velocity Boost (TVB) is expected to go up to a core clock speed of 5.3 GHz. By the way, the fastest model of the Core i7 processor series is 11700K, TVB technology will not have. This means that it will be released at speeds 300 MHz lower than the Core i9.
11th generation Intel Core processor series leaked
IntelRocket Lake will launch the processor family in five variants. K and KF series, 125 WIncludes the best options with TDP up to. Non-K processors 65 WIt will lock to and offer up to 5.2 GHz. In this section, the base clock is over 3.5 GHz in the K series. 2.5 GHzwill be reduced to. Finally, the Core i9-11900T, 35 W TDP model, is in the overclocked state 4,9 GHzWhen locking to, it will be downgraded from the flagship K model to 1.5 GHz. Sorry, there is no pricing column on the slide.
Another released slide shows the gaming performance of the Core i9-11900K processor. This time it’s compared to the current flagship Core i9-10900K, instead of comparing it with the Ryzen 9 5900X as Intel did before. As a result of tests performed at 1080p resolution and high settings, in Microsoft Flight Simulator %14, Total War: Three Kingdoms’da %13, Gears 5th %9 and in Grid 2019 %8 higher performance recorded. However, we do not know what is based on these percentage differences. Games can have load times as well as frame-second rates.