The large image: It seems that these new CPUs will construct on the strengths of their predecessors, sustaining the identical core and thread counts. Nonetheless, generational efficiency enhancements will nonetheless be delivered via the newest Zen 5 structure and a extra superior TSMC manufacturing course of.
AMD’s Threadripper lineup continues to ship high-performance processors for fanatics and demanding workstation customers. The corporate is sticking with the identical profitable formulation for the upcoming Threadripper 9000 sequence, codenamed “Shimada Peak.” These new chips have been noticed in transport manifests, courtesy of Everest on X, offering an early have a look at core configurations and extra.
The transport manifest, sourced from NBD, a logistics firm, reveals that AMD is getting ready 96-core, 64-core, 32-core, and 16-core variants for the Threadripper 9000 sequence. Notably, all of the listed SKUs share a 350W TDP, which is similar to the “Storm Peak” CPUs they’re probably set to switch.
On the high of the lineup is the 96-core, 192-thread powerhouse, that includes a large 12 CCDs, every with eight cores and 32MB of L3 cache. This provides as much as a complete of 384MB of L3 cache.
The design intently mirrors that of the present Threadripper Professional 7995WX processor. Nonetheless, the effectivity and efficiency positive aspects from the Zen 5 structure, coupled with a more moderen TSMC course of node, provide vital enhancements. Anticipate higher performance-per-watt in comparison with the Zen 4 chips.
On the different finish of the spectrum is the 16-core variant, which options twin 8-core CCDs, delivering substantial energy for duties that require excessive single-thread and reasonable multi-thread efficiency.
General, the Shimada Peak sequence’ core configurations look like tailor-made to satisfy the wants of a broad vary of customers, from professionals looking for most parallel processing energy to fanatics in search of extra mainstream choices.
Whereas the transport manifest references the SP6 socket (LGA-4844) launched with AMD’s EPYC 8004 sequence (codenamed Siena), it is unlikely the Threadripper 9000 sequence will use this socket. As Tom’s {Hardware} factors out, their electrical layouts are incompatible, regardless of the bodily similarities between the SP6 and sTR5 sockets. As an alternative, these new CPUs must be suitable with sTR5 motherboards utilizing the TRX50 or WRX90 chipsets.
AMD’s dedication to supporting the sTR5 socket for at the very least two generations is a welcome transfer, as earlier socket transitions have not at all times been this user-friendly. This compatibility provides a level of future-proofing for these investing in such a high-end platform.
That mentioned, AMD has not but formally confirmed the Threadripper 9000 sequence, however these leaks align with rumors pointing to a launch later this yr.