Update 00:20 UTC: Zen four is 5 nm, however AMD is obscure on RDNA3 and CDNA2 course of. CDNA structure bodily lacks the raster bulk of RDNA, changed with tensor accelerators (matrix multipliers).
Update 00:07 UTC: RDNA and CDNA IPC scaling an identical.
Update 23:58 UTC: CEO Lisa Su: Protecting workers towards COVID-19 at a coverage stage, provide chains largely unaffected, though companions depending on China considerably affected.
Update 23:55 UTC: CEO Lisa Su summarizes key takeaways earlier than Q&A.
Update 23:50 UTC: Data Centers will make up almost 1/third of AMD’s revenues within the coming years.
Update 23:43 UTC: Devinder Kumar’s full presentation, in case you are impatient.Update 23:41 UTC: Devinder Kumar, CFO takes stage to speak concerning the firm’s financials since 2017 and the way in which ahead.
Update 23:34 UTC: Data Centers are dealing with many of the computing. 10X efficiency development wanted over the following few years.Update 23:30 UTC: Data Center GPUs each for supporting digital desktops/gaming, and AI/ML a giant guess for AMD.Update 23:28 UTC: 4th era EPYC “Genoa” powered by Zenfour CPU cores and 5 nm course of, coming 2022
Update 23:25 UTC: AMD is betting on telecom, significantly with 5G rollout. third Gen EPYC “Milan” delivery late-2020.Update 23:24 UTC: HPC is a key technological development space for AMD on the again of big design wins.
If you are impatient about Forrest Norrod’s presentation, listed below are the slides.
Update 23:20 UTC: Cloud suppliers love EPYC. The processor is powering Twitter and Cloudflare.
Update 23:14 UTC: If you are impatient about Forrest Norrod’s presentation, listed below are the slides.23:09 UTC: Session 2 resumes after a quick recess. Foresst Norrod of Data Center computing takes stage.Update 22:43 UTC: AMD chronicles the in the present day and tomorrow of console gaming.
Update 22:39 UTC: Brief overview of Navi. Big push for VSR, ray-tracing, and course of enhancements with RDNA2Update 22:37 UTC: A short overview of development in gaming.Update 22:33 UTC: AMD talks cell safety, Ryzen Pro.Update 22:30 UTC: AMD has huge plans to develop its CPU market share in notebooks, throughout all form-factors.Update 22:24 UTC: AMD PC enterprise overview.Update 22:15 UTC: AMD CDNA structure is compute-optimized, unloads all raster {hardware}. Adds tensor {hardware} to assist AI. Highly scalable. Backed by open-source software program. CUDA to HIP code converters.Update 22:14 UTC: All new RDNA2 primarily based hardware-accelerated ray-tracing structure, leverages DXR 1.1
Update 22:13 UTC: 50% efficiency enchancment over RDNA with RDNA2
Update 22:10 UTC: Details on RDNA now and tomorrow. RDNA2 has VRS and ray-tracing.Update 22:05 UTC: David Wang of Radeon Technology Group takes centerstage. Domain-specific architectures: RDNA for gaming, CDNA for compute.Update 22:02 UTC: Culmination of all of AMD’s scalability tech places it forward within the HPC competitors.
Update 21:54 UTC: Papermaster now talks about upcoming roadmaps. AMD’s packaging improvements are a response to Moore’s Law “slowing down”. X3D packaging may very well be AMD’s response to Intel Foveros. A step up from 3D packaging. Bringing all of it collectively is third gen Infinity Fabric with extra scalability and coherency. Also has unified reminiscence swimming pools.Update 21:47 UTC: Here is Mark Papermaster’s full slide deck in case you are impatient.
Update 21:51 UTC: Papermaster takes a second to speak about superior CPU safety. AMD microarchitectures largely resistant to side-channel assaults. AMD implements reminiscence encryption.
Update 21:49 UTC: 260 million + Zen cores shipped up to now.
Update 21:48 UTC: AMD is dedicated to bettering IPC of its processors.
Update 21:47 UTC: Here…
