Unexpectedly, while Zen5 is attacking everywhere, the Zen4 family actually has a new product, which isEPYCEmbedded8004 series for the embedded market, but just like the standard version of the EPYC8004 series, it uses the Zen4c architecture.
Prior to this, the ZenEPYC family has successively included: EPYC9004 series (general high-performance computing), EPYC97x4 series (cloud computing), EPYC9004X series (3D cache ultra-high-performance computing), EPYCEmbedded9004 series (embedded), EPYC8004 series (edge computing), and EPYC4004 series (small and medium-sized enterprises).
The basic architecture and specifications of the embedded EPYC8004 series have not changed much, orSP6 package interface, four CCDs, two CCXs in each CCD, each CCX has 8 cores and 16MB level 3 cache, six-channel DDR5-4800 memory, 96 PCIe5.0.
In terms of specific models, there are six models in the embedded EPYC8004 series.Basically it is the EPYC8004P series with standard power consumption., there is no low-power EPYC8004PN series, but some model specifications are slightly adjusted:
Embedded EPYC8534P: 64 cores 128 threads, 2.3-3.1GHz, 200W
Embedded EPYC8434P: 48 cores 96 threads, 2.5-3.1GHz, 200W
Embedded EPYC8324P: 32 cores 64 threads, 2.65-3GHz, 180W
Embedded EPYC8224P: 24 cores 48 threads, 2.55-3GHz, 180W (standard version 160W)
Embedded EPYC8124P: 16 cores 32 threads, 2.45-3GHz, 125W
Embedded EPYC8C24P: 12 cores, 24 threads, 2.45-3GHz, 100W (standard version 8024P2.4GHz, 90W)