During day two of its 'Vision' event, Intel showcased several of the company's upcoming products. PC Watch were on hand to grab some snaps of the chips. From a gaming point of view, the most interesting was a pair of Meteor Lake chips, which will end up forming part of the 14th Gen range. But that wasn’t all. Intel showed its Sapphire Rapids Xeon CPUs and Ponte Vecchio data centre GPU. All of these processors pack in a lot of exciting tech.
All three processors feature tiled architectures based on Intel’s Foveros 3D stacking and packaging technology. They represent Intel’s latest design philosophy. Foveros technology combines purpose-built tiles with different functionality and process nodes onto a single package. It takes multi-chip module designs to a more advanced level.
Instead of integrating purpose built chiplets, Intel’s future chips can make use of different blocks without having to resort to the use of more complex monolithic dies. Future chips should include blocks built with the Intel 4 node, but it's looking likely that they will include blocks built with TSMCs N5 node as well. Mixing and matching blocks is one thing, different nodes is another, but including different tiles made by different companies on one package is a highly ambitious endeavour.
Meteor Lake is scheduled to make its debut in 2023. It will replace 13th Gen Raptor Lake CPUs. Intel showed off two Meteor Lake CPUs, one is a desktop CPU, the other is likely a laptop chip. Desktop Meteor Lake contains four tiles as the picture shows. One tile contains the CPU cores which are made up of high performance and efficiency cores. The second tile contains the GPU. The third tile contains the SoC which controls functionality such as the memory and PCie
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