Today, several leaks of information about 10-generation Core processors have appeared on the network at once. It all started as always on the social network Twitter. The first informant was a fairly well-known insider momomo_us, who published a link to a site with leaks with a 10-core, 20-thread Core i9-10900K processor and an 8-core, 16-thread Core i7-10700K on his Twitter account.

Judging by the material presented in the post, both lighted chips will have an increased TDP from 95 to 125 watts.

Following this, the VideoCardz resource, also through its Twitter account, shared information about the frequencies of the future flagship Intel Core i9-10900K processor for the mainstream LGA 1200 platform:

And here you need to stop in more detail. According to the information received, the top Intel processor will have several additional operating modes. Let’s start with the fact that the base frequency of the chip will be equal to 3700 MHz – which is not bad, given the rather large number of cores, at least for the mainstream Intel platform. Next, there is a single-threaded turbo boost frequency up to 5100MHz, and what is most striking is the “maximum turbo frequency” indicator – 5200MHz, and then the new term Velocity Boost and its frequency at 5300MHz!

According to the information available at the moment, only two processor models will receive the latter function: Core i9-10900K and Core i9-10900. Now let’s move on to what exactly Intel Thermal Velocity Boost technology is: Top 10-generation Intel Core processors will be able to increase their clock speeds beyond the intended one if their thermal conditions do not exceed the limits set at the factory. In other words, it will be necessary to take care of sufficient cooling of the new CPUs and the previously unavailable frequencies of 5300 MHz will become a reality.

These are of course very serious frequencies, which, frankly, are hard to believe. But we will be able to find out in practice only after the release of a new line of processors from Intel. It won’t be long at all to wait.

Source: VideoCardz

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