Intel Meteor Lake CPUs Sapphire Rapids Xeons & Ponte Vecchio GPUs Fabbed and Photographed
It has been discovered that the first die photos of numerous next-generation Intel Meteor Lake CPUs, Sapphire Rapids Xeons, and Ponte Vecchio GPUs have been captured at the chipmaker's Fab 42 in Arizona, United States. The chips are now being tested and manufactured at the facility.
A multi-chip module known as "MCM is being applied to Meteor Lake which uses Intel's Foveros packaging technology to integrate "tiles" that are fabricated using multiple silicon fabrication processes depending on their function and transistor-density/power needs. It integrates four separate tiles into a single package: the compute tile, which contains the CPU cores; the graphics tile, which contains the integrated graphics processor; the SoC I/O tile, which handles the processor's platform I/O; and a fourth tile, which is not yet known. This could be a memory stack with functionalities comparable to those of the HBM stacks on the "Sapphire Rapids," or it could be something completely else altogether.
Die images were taken by Stephen Shankland, a senior reporter for CNET who traveled to Intel's Fab 42 in Arizona, United States, to cover the event. The Fabrication plant is where all of the magic happens, as it manufactures next-generation chips for consumers, data centers, and the high-performance computing portions of the market. The Fab 42 will be responsible for the production of Intel's next-generation processors, which will be manufactured on the 10nm (Intel 7) and 7nm (Intel 4) manufacturing nodes. The Meteor Lake processors, Sapphire Rapids Xeon processors, and Ponte Vecchio GPUs for high-performance computing are just a few of the items that will benefit from these next-generation nodes in the near future.
The beautiful photos below are courtesy of CNET.
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Makes me feel special.
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This is some extensive use of glue right there :p
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is it really "glue" though?

i see alot connecting chips there though
Senior Member
Posts: 2869
Joined: 2016-08-01
is it really "glue" though?

i see alot connecting chips there though
I am sure they do not call their glue infinity fabric but they sure called this practice glueing :p .So yes there is a lot of glue :p
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Somewhat off-topic, but why is Intel sticking with the Lakes after all these years? It made sense going from Skylake to Rocket Lake, since there wasn't a whole lot of change between those, with AVX512 being the real big difference. But with 10nm, Xe graphics, P and E cores, DDR5, vulnerability patches, and a MCM design, these are some of the most architecturally different products we've seen from Intel in a while. And yet, we're still getting Lakes? Even as an enthusiast, it's getting rather hard to remember which one came when. I don't think Intel is doing themselves any favors by continuing the Lake codenames, as it can imply just an incremental upgrade.