![]() Neither CPU architecture was then capable of pushing the high frequencies required of modern desktop processors and so those remained stuck on the 14nm node, and on modest iterations of the original Skylake core design from 2015.īut Intel couldn't spin out another version of the 14nm Skylake architecture for its early 2021 chip release if it wanted to catch up to AMD's excellent Ryzen 5000-series CPUs. ![]() The basic situation is that Intel's shift to broader 10nm manufacturing has been significantly impacted by production issues, first around the initial Cannon Lake chips-which barely made it out of the fabs-and constrained by further yield problems with the subsequent Ice Lake design. There's nothing more Intel can squeeze out of the geriatric Skylake core The second thing to note is why a back-port was needed in the first place, and this is something for which I still haven't got a satisfactory answer out of Intel.
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