14-core, 20-thread Intel Alder Lake-P appears on Geekbench
The first reference of Intel Alder Lake-P processors appears that would be intended for laptops

The launch of the new Intel Alder Lake processors is expected by the end of the year. These processors move beyond the monolithic core design to create a structure similar to ARM big.LITTLE. Now an Intel Alder Lake-P processor has been seen that would be intended for laptops. This processor would integrate a total of 14 cores and 20 threads.
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Leaked data from a 14-core 20-thread Intel Alder Lake-P processor
Intel's Alder Lake processors are characterized by making the leap to the company's 10nm and by breaking with the current monolithic structure. These processors are based on power cores which will have HyperThreading. Then we will have the efficiency cores which will lack HyperThreading. Basically Intel is bringing ARM's big.LITTLE design to x86 processors, thus avoiding a copy of AMD's design.
About the Alder Lake-P processors we don't have too much data. They would be a revision of the Alder Lake-S intended for portable equipment. Something that the company has been doing for a long time every time it launches a new architecture.
It has been in Geekbench where this Alder Lake-P processor has been seen which has 6 cores and 20 threads. Knowing how these processors are designed, we understand that it will have 6 high-performance cores with their respective threads and 8 low-power cores. Note that Geekbench also tells us that this processor will reach 4.7GHz. In addition, this processor will integrate a GT2 graphics.
Note that it may not be the most powerful processor in this range for laptops. For the desktop we have already seen leaked data from a processor with 8 power cores and 8 efficiency cores.
Another interesting fact is that Intel's Alder Lake-P will offer up to 12 PCIe 5.0 lanes. They are much less than the maximum number of the Alder Lake-S, which will go up to 28 lanes PCIe 5.0. Typically notebooks don't need as many lines, hence the cutouts.
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[irp]Source: VZ





