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English(EN) Inside optical and the battle for scale – how the AI industry is racing to integrate photonic interconnects

人工智能行业竞相采用光互连技术,因铜互连技术已达极限

人工智能行业正面临数据中心性能的关键瓶颈,这是由铜互连技术的局限性造成的。像Lightmatter的Nick Harris这样的专家强调,网络是计算的未来,光互连技术有望取代铜互连技术,以实现更高的带宽和更低的延迟。这一转变对于扩展人工智能硬件至关重要,将从服务器内部连接扩展到数据中心之间的链接,预计到2027-2028年将取得重大进展。 AI

影响 通过克服网络瓶颈来加速人工智能硬件开发,从而实现更强大、更具可扩展性的人工智能系统。

排序理由 由于技术限制,人工智能基础设施的行业范围内的转变。

在 Tom's Hardware 阅读 →

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人工智能行业竞相采用光互连技术,因铜互连技术已达极限

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Significant
由于技术限制,人工智能基础设施的行业范围内的转变。
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2 independent sources
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infra, product
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High
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48 days old
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报道来源 [2]

  1. Tom's Hardware TIER_1 English(EN) · Chris Stokel-Walker ·

    光学内部与规模之战——AI行业如何竞相整合光子互连技术

    With the limitations of copper looming, the industry is transitioning to photonic interconnects to scale data center capabilities. We spoke to experts such as Lightmatter chief executive Nick Harris about the new scale-out paradigm and the battle for control over emerging standar…

  2. Mastodon — mastodon.social TIER_1 English(EN) · [email protected] ·

    光学内部及其规模化之战——人工智能行业如何竞相整合光互连……随着铜互连的局限性日益显现,行业

    Inside optical and the battle for scale – how the AI industry is racing to integrate photonic interconnec… With the limitations of copper looming, the industry is transitioning to photonic interconnects to scale data center capabilities. We spoke to experts such as Lightmatter ch…