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English(EN) Can half the GPUs run the same AI inference? SanDisk is proving it with High Bandwidth Flash (HBF). By stacking NAND flash dies, HBF delivers up to 100x the cap

SanDisk的高带宽闪存以更少的GPU提供AI推理

SanDisk开发了高带宽闪存(HBF)技术,该技术利用堆叠的NAND闪存芯片,与传统的高带宽内存(HBM)相比,提供了显著更高的容量和更低的成本。测试表明,HBF在使用50%的GPU数量减少的情况下,仍能达到HBM的性能,这可能降低AI数据中心的高昂硬件成本。 AI

影响 这项技术可以显著降低AI推理的成本和硬件要求,有可能加速数据中心的部署。

排序理由 该项目讨论了一项影响AI基础设施的新硬件技术(高带宽闪存),但它并非来自前沿AI实验室的发布,也不是一项塑造行业格局的重大事件。

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SanDisk的高带宽闪存以更少的GPU提供AI推理

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该项目讨论了一项影响AI基础设施的新硬件技术(高带宽闪存),但它并非来自前沿AI实验室的发布,也不是一项塑造行业格局的重大事件。
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报道来源 [1]

  1. Mastodon — mastodon.social TIER_1 English(EN) · asiaai ·

    一半的GPU能运行同样的AI推理吗?SanDisk正通过高带宽闪存(HBF)证明这一点。通过堆叠NAND闪存芯片,HBF的容量可提升高达100倍

    Can half the GPUs run the same AI inference? SanDisk is proving it with High Bandwidth Flash (HBF). By stacking NAND flash dies, HBF delivers up to 100x the capacity of traditional High Bandwidth Memory (HBM) at a fraction of the cost. Recent tests show HBF-equipped systems match…