AMD Zen 4 Based Ryzen 6000 CPUs to Feature Up to 16 Cores, Zen 5 with 24-32 Cores

In line with the well-reputed supply on AMD’s microprocessors @greymon55, AMD’s next-gen Zen 4-based Ryzen 6000 CPUs will characteristic as much as 16 cores (and 32 threads). Which means that AMD will probably be deprived in opposition to Intel’s Raptor Lake processors (24 cores/32 threads) in multi-threaded workloads, courtesy of the 8 extra effectivity cores on the latter. For reference, Raptor Lake will probably be a mid-cycle refresh of kinds. The core structure is predicted to stay largely unchanged, however the core rely will probably be bumped as much as 24 (8P + 16E).

Going by a tough drawing of the AM5 socket (from Hans de Vries), the next-gen platform from AMD can accommodate as much as 32 cores or 24 on the very least. It’s being speculated that the 3nm Zen 5 processors will lengthen the core rely to 24, with Strix Level adopting a hybrid core structure with Zen 5 and Zen 4c cores.

It seems to be just like the chipmaker will probably be steadily sliding right into a hybrid core structure. This will probably be initiated by Granite Ridge (someday in late 2023/early 2024) with a combination of 3nm and 6nm Zen 5 cores. The previous will seemingly be used because the high-performance core cluster with the latter being a low-power cluster. In the meantime, Strix Level would be the first “true” hybrid core APU with 3nm Zen 5 cores and 5nm Zen 4c cores. As soon as once more, the previous will probably be used because the high-performance cluster, and the latter appearing as a low-power cluster. Strix Level ought to arrive someday in 2024.

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