IBM reveals groundbreaking 0.7nm chip technology
IBM 發表突破性的 0.7 奈米晶片技術
更新於: 2026年6月26日 上午03:00
On June 25, 2026, IBM announced a major leap in semiconductor technology by unveiling the world's first 0.7nm (7-angstrom) chip technology.
2026年6月25日，IBM宣布在半導體技術上取得重大飛躍，揭幕了全球首款0.7nm（7埃）晶片技術。
While this breakthrough is currently in the research stage at IBM's facility in Albany, New York, the company envisions commercial production within the next five years.
儘管這項突破目前尚處於IBM位於紐約州奧爾巴尼設施的研究階段，但該公司預計在未來五年內實現商業化生產。
The core innovation is the 'nanostack' architecture, a 3D design that vertically stacks transistors rather than shrinking them horizontally.
其核心創新在於「奈米堆疊」(nanostack)架構，這是一種透過垂直堆疊電晶體而非水平縮小尺寸的3D設計。
With nearly 100 billion transistors packed onto a tiny chip, this technology promises up to 50% higher performance or 70% greater energy efficiency compared to IBM's 2nm chips.
憑藉在一塊微小晶片上封裝近1000億個電晶體，這項技術與IBM的2nm晶片相比，有望提升高達50%的效能或70%的能源效率。
These advancements are crucial for the sustainability of generative AI, which demands immense computational power.
這些進步對於生成式AI的永續性至關重要，因為它需要巨大的運算能力。
By enabling more efficient data centers and supporting next-generation electronic devices, the nanostack architecture demonstrates that Moore's Law remains alive and well.
透過賦能更高效的資料中心並支援下一代電子裝置，奈米堆疊架構證明了摩爾定律依然充滿活力。
This innovation is not just an incremental update; it is a foundational platform that could support a decade of future scaling, potentially leading us down to the 1-angstrom level and redefining the limits of modern computing.
這項創新不僅僅是一次漸進式的更新；它是一個基礎平台，可以支援未來十年的擴展，潛在地引領我們邁向1埃的水平，並重新定義現代運算的極限。
