[The Exiled]

Intel's Meteor Lake Mobile Detailed: Up to 14 Cores, Xe-HPG GPU, Intel 4

Intel's 14th Generation Core "Meteor Lake" processors will be the company's first client CPUs to feature a multi-tiled design, as well as the first product to be made using its Intel 4 fabrication process. But the company has never detailed what is under the hood of its Meteor Lake platform. Intel's Meteor Lake-U/P/H mobile processors will consist of four tiles — the compute tile (CPU cores) made using Intel 4 process technology (aka 7 nm EUV), the graphics tile produced by TSMC using its N3 node, the SoC tile and the I/O tile — on the same interposer interconnected between each other using the company's Foveros 3D technology.

The CPU tile is arguably the most intriguing feature, as it will contain up to six high-performance Redwood Cove P-cores as well as up to eight energy-efficient Crestmont general-purpose E-cores implemented using Intel 4, as seen on Meteor Lake's compute tile die shot. Meanwhile, a slide replicated by Igor's Lab indicates that the platform will also feature the so-called low-power energy-efficient cores. Mainstream Meteor Lake-U cores will feature up to 12 cores, whereas Meteor Lake-P and Meteor Lake-H will have up to 14 cores activated.

14th Generation Core "Meteor Lake" platform will split PCH into two separate chiplets: the system-on-chip (SoC) chiplet responsible for controlling the whole processor and actual I/O interfaces. The SoC tile is made using a low-power process technology to reduce power consumption of various controllers, though we do not know whether this chiplet is made in-house or by TSMC. Meteor Lake's SoC tile features a new memory controller that supports up to 64GB of LPDDR5X-7467 as well as up to 96GB of DDR5-5600.

Izvor: Tom's Hardware i Igor's LAB

Intel’s CEO rumored to visit TSMC next month as 14th Gen Meteor Lake allegedly pushed back to end of 2023

Izvor: DigiTimes i RetiredEngineer