Although we are still waiting for Raptor Lake to arrive in late summer, We are learning more and more about Meteor Lake, the fourteenth generation of Intel Core, which, if there are no changes in Intel’s calendar, should see the light between the third and fourth quarter of next year. Already yesterday, without going further, we could already provide you with information about the H, P and U series, that is, those aimed at different segments of mobility.

As we told you yesterday, we already knew from Meteor Lake new architectures will come with both high-performance and efficient cores, both manufactured on the Intel 4 node, which uses the 7-nanometer manufacturing process. The hybrid model, a combination of two types of cores, debuted in the current Alder Lake generation, and based on the results, Intel seems to have had a lot of success, so we can expect this model to remain short and medium. period.

And today, on TechSpot, we have an update on the new Meteor Lake designAnd also very interesting. And most notably, to the two types of cores we see in Alder Lake and expect in Raptor Lake, Intel will introduce a third type of ultra-low-power core in which the orchestrator, Thread Director, can be supported. in CPU state changes and core management, thus providing more optimal performance and adjusted consumption.

However, it is important to be clear it doesn’t look like these new ultra-low power cores count as system cores so that we can consider them as supporting elements for tasks and processor management.

Waiting for the upcoming release date It seems that Intel intends Meteor Lake to assume a qualitative leap of the first levelas important as the arrival of Alder Lake: this new type of cores with ultra-low consumption, a density of up to 250 million transistors per square millimeter, a new socket (LGA1851), an MCM design with integrated graphics in the second chiplet… If everything about the fourteenth generation has already been heard, it is confirmed , plus what may still come, the prospects are very interesting and quite a challenge for AMD.