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English(EN) Imec's 2026 roadmap details 0.3nm nodes by 2038, CFET transistors become viable at 0.7nm — company redefines Moore's Law as cell sizes gain importance for density

Imec 路线图:2038 年实现 0.3 纳米节点,CFET 晶体管在 0.7 纳米时可行

Imec 的 2026 年路线图勾勒了半导体制造的未来,预计到 2038 年实现 0.3 纳米制造节点,并在 0.7 纳米时实现 CFET 晶体管的可行性。该研究组织正在重新定义摩尔定律,强调单元尺寸和密度而非传统的缩小尺寸,因为接触多晶硅间距预计将在 2030 年左右趋于平稳。这一转变需要 CFET 和潜在的 Hyper-NA EUV 光刻等新技术来继续推进芯片功能。 AI

影响 通过概述半导体制造能力的进步,为未来人工智能硬件开发奠定基础。

排序理由 半导体研究路线图,详细介绍了未来的工艺节点和晶体管架构。

在 Tom's Hardware 阅读 →

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Imec 路线图:2038 年实现 0.3 纳米节点,CFET 晶体管在 0.7 纳米时可行

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半导体研究路线图,详细介绍了未来的工艺节点和晶体管架构。
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报道来源 [2]

  1. Tom's Hardware TIER_1 English(EN) · Anton Shilov ·

    Imec的2026年路线图:2038年实现0.3nm节点,CFET晶体管在0.7nm节点可行——随着单元尺寸对密度的重要性增加,该公司重新定义了摩尔定律

    As CPP shrinking stalls, chipmakers find a new way to increase transistor density. Imec foresees 0.3nm in 2038, CFET insertion in 2038, HLSI era.

  2. Mastodon — fosstodon.org TIER_1 English(EN) · [email protected] ·

    Imec的2026年路线图详细介绍了2038年实现0.3纳米节点,CFET晶体管在0.7纳米节点变得可行——随着单元尺寸在密度方面变得越来越重要,该公司重新定义了摩尔定律

    Imec's 2026 roadmap details 0.3nm nodes by 2038, CFET transistors become viable at 0.7nm — company redefines Moore's Law as cell sizes gain importance for density As CPP shrinking stalls, chipmakers find a new way to increase transistor density. Imec foresees 0.3nm in 2038, CFET …