Blog en vivo del evento del centro de datos acelerado de AMD
Primero, the company could announce the EPYC “Milán-X” line of server processors leveraging 3D Infinity Cache memory, a tripling in L3 cache amount for the processors, which the company claims significantly improves performance of memory-intensive applications. This should also give you an idea if any upcoming Ryzen desktop processor based on the refreshed chiplet could live up to its claim of “hasta 15% gaming performance boost.” The next-generation Instinct MI200 series compute accelerators are equally important as the bring the CDNA2 compute architecture to centerstage, taking the competition to NVIDIA’s A-series Tensor Core processors, and Intel’s upcoming “Puente viejo” Xe-HPC accelerators. As the stream goes begins in 1 hour from now, we will go live.
15:59 UTC: It’s time to get the show on the road, as CEO Dr Lisa Su takes center-stage.
16:02 UTC: AMD categorizes the four workloads dominating datacenters today.
16:04 UTC: New cores, new packaging tech, new CPUs and GPUs
16:05 UTC: New EPYC processor reveal, all new socket
16:06 UTC: Meta joins AMD EPYC cloud computing ecosystem
16:06 UTC: Looks like a new socket for sure
16:07 UTC: Chiplets with 3D Infinity Cache confirmed
16:08 UTC: TSMC 3D chipset technology leveraged for 3D Infinity Cache
16:09 UTC: AMD Milan-X EPYC, existing socket, Con un máximo de 64 núcleos, but a mammoth 804 MB cache per socket
16:10 UTC: Fully compatible with SP3 platforms with a UEFI update,
16:11 UTC: First view of 3D V cache on AMD EPYC
16:12 UTC: Technical computing the focus of this processor. Memory intensive applications.
16:12 UTC: 96 MB L3 cache per chiplet reduces memory subsystem latencies significantly
16:13 UTC: EDA verification load 66% faster than competing Intel solution
16:15 UTC:
16:15 UTC: 3D V cache impacts a broad set of compute applications
16:16 UTC: Azure to debut “Milán-X” processor-powered instances.
16:18 UTC: Q1-2022 general availability of Milan-X
16:20 UTC: We now move on to CDNA2 compute processors.
16:20 UTC: Instinct MI200. 20% faster and 4.9x faster HPC performance than “competition.”
16:22 UTC: 58 mil millones de transistores, TSMC 6 Nuevo Méjico, 220 unidades de cómputo, 128 GB HBM2E memory
16:23 UTC: Two form-factors MI200 comes in.
16:23 UTC: AMD just beat Intel to multi-die GPUs, since Intel canned Xe-HP
16:24 UTC: Performance claims:
16:25 UTC: 3.2 TB/s memory bandwidth.
16:26 UTC: More competitive performance claims
16:28 UTC: Debuting 3rd Gen Infinity Fabric, 800 GB/s aggregate bandwidth, and memory coherence
Actualizar 16:29 UTC: First picture of Oakridge National Labs Frontier, first exascale supercomputer:
16:34 UTC: Génova, is Zen 4-based, built on 5 Nuevo Méjico, AMD claims that Genoa will be the “highest performance processor for gen-purpose compute”
16:35 UTC: Up to 96 núcleos, Generación PCIe 5, Cada dado también cuenta con un mosaico de controlador de memoria., memoria DDR5
16:36 UTC: Zen4c is optimized for scale-out cloud performance, “Bérgamo” EPYC processor with 128 núcleos, same I/O as “Génova”
16:37 UTC: Updated roadmap
16:38 UTC: And that’s a wrap. A spritely series of major updates that should shake things up in the Intel camp. The core count increase to 96~128, along with the expected generational IPC increase, and next-gen I/O could be AMD’s play against the Xeon “Sapphire Rapids.” Thanks for joining us.