![]() These 2P systems, which require more PCIe 5.0 lanes, can also be configured with base models of up to 16C/32T (EPYC 9124), 24C/48T (EPYC 9254), as well as 32C/64T (EPYC 9354), 48C/96T (EPUC 9454) and 64C/128T (EPYC 9554) can be deployed in dual socket SP5 solutions. ![]() Overall, the AMD EPYC Embedded 9004 stack consists of six 2P processors with options ranging from 16C/32T to large scaled two socket deployments with up to 96C/192T, meaning that a single system can deploy a solution with up to 192 cores with 384 threads. The bulk of these parts should look familiar to regular EPYC users – many of the SKUs are essentially embedded-class versions of existing EPYC 9004 parts, with the additional features and availability guarantees that being an embedded-class product entails. ![]() Built upon AMD's recently released "Genoa" EPYC 9004 server processors, AMD has assembled ten new SKUs for the embedded market, focusing on delivering leading-edge performance while maintaining unparalleled performance to power efficiency. Two critical requirements for embedded solutions are power efficiency and performance per watt, which is why the latest EPYC embedded 9004 chips must be fit for purpose. Other industries requiring high-powered and highly efficient embedded solutions include the medical imaging industry, edge computing, networking, and telecommunications. One of the most profound use cases includes the industrial automation industry, where large computing power is required and can subsequently process large amounts of data in real time. AMD EPYC Embedded 9004 Series: Up to 96 Cores, up to 400 W cTDPĪMD's EYPC Embedded processors are deployed for various applications and industries. Coming with options in both 1P and 2P configurations, AMD's EPYC Embedded 9004 series processors feature up to 96 cores (192 threads) per chip, with up to 384 MB of 元 Cache and duodenary (12) channel memory controllers, which are capable of supporting DDR5-4800 ECC memory in RDIMM, NVDIMM-N, and 3DS RDIMMs flavors. A key fixture in the global trade show season for highlighting and releasing embedded and IoT solutions, AMD is using the show to unveil its EPYC Embedded 9004 series, its next generation of embedded processors based on its highly efficient Zen 4 microarchitecture.ĭerived from AMD's standard EPYC 9004 chips for servers, the AMD EPYC Embedded 9004 processors are aimed at embedded applications such as automation, telecommunications, the Internet of Things (IoT), and edge computing use cases where high power efficiency is a strict technical requirement. It's the latter that AMD is focusing on today, as Embedded World 2023 kicks off. AMD's "fourth platform" covers a surprisingly wide range of chips for embedded devices and applications, ranging from miniscule chips for industrial computers and edge devices, all the way up to mighty EPYC processors designed for high throughput workloads. There won’t even be a regular TR5000 unless AMD still has too many Zen3 based chiplets lying around, and needs to generate some sales by releasing a better consumer value part in the HEDT.While AMD's portfolio of embedded products doesn't receive quite as much attention as it should, it's not a product lineup to be underestimated. TR5000 is coming out right alongside Ryzen 7000 because Epyc Zen3 is about to be replaced by Epyc Zen4, and that’s why it’s all “pro” and high margin low value parts. Threadripper 1000~3000 basically existed because AMD didn’t have enough clout in the server space, and needed consumers to generate hype for the architecture so that datacenters would want it. It’s all 8c dies, and if there’s a defect, it goes to becoming a 12c, 6c, or 4c on the consumer platforms, depending on the power bins. There are no defective 24c or 32c dies that they need to get rid of for whatever they can get for it. One of the advantages, and disadvantages, of chiplets. People are really just running with wccftech, which is just wishful speculation afaik.Īs long as there’s enough demand for a higher margin part, AMD can allocate as many chiplets as they want to that part. Everything seems to just point back to the same wccftech article, which seems to be 90% speculation and 10% “there’s a new 64c eng sample amd proc that performs like zen4”, which really says nothing about Threadripper at all.
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