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AMD MI300A: 24 Core Zen 4, 128GB HBM3, CDNA3

AMD MI300A: 24 Core Zen 4, 128GB HBM3, CDNA3

#AMD #MI300A #Core #Zen #128GB #HBM3 #CDNA3

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The best thing about the semiconductor space is the amazing hardware that companies are dreaming of – especially now with …

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24 Comments

  1. I wonder if these massive amounts of HBM everyone is putting in their ML systems will at some point mean we're gonna see it return to consumer hardware as well, if manufacturing cost comes down through mass production and experience with the technology.

  2. Cools ruff still.

    Also who's the troll from Nvidia or one of it's partners who out the giga pod ad there huh. At first I was confused if Ian was talking about the wrong brand lol but was like the video title is about AMD as well so surely he didn't make a mistake.

  3. "trying to be a second source", could you be more biased Mr Nvidia lanyard "business" guy? 8/10 top supercomputers and these analyst types think they can't figure out ai, gonna be in for a rude awakening on the 6th.

  4. You need to get (borrow or something) 1 socket version of this system with this APU and test it with games and compare it to Nvidia 4090 and RX 7900 XTX.
    If there is no video output, find workaround.

  5. Summary
    0:00 The AMD Mi 300a was unexpectedly launched at the Gigabyte Booth, expected to be officially launched on December 6th.
    0:08 The shown Mi 300a is a quad socket system with two sockets populated and two not, with LGA 696.
    0:18 The system contains tons of pcie and is considered the high-end compute going into HPC systems.
    0:26 The system includes an APU with 24 cores and 128 GB of HBM for high-performance computing.
    0:48 Super Micro is planning to release 2U and 4U versions of the system.
    1:21 AMD's machine learning strategy is to become a second source provider to Nvidia.
    1:32 AMD offers chiplets and a lot more memory bandwidth compared to Nvidia's monolithic die.
    2:38 The Mi 300a system is a four-socket system where all sockets can communicate with each other.
    3:00 Density is a major factor in the design of these systems, due to the need for fast networking within a rack.
    3:42 The system may come in liquid-cooled versions for even more density, as air cooling seems to be on its way out.
    3:58 There is a push for data centers to transition to liquid cooling for more power and space efficiency.
    4:21 Doug from Fabricated Knowledge provided insights on AMD's machine learning strategy and the future of data center cooling.

  6. Had to listen without the video, the gigantic Nvidia logo behind the amd stand is just too distracting XD (seriously though, I'm surprised the organization let that pass …)

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