home.social

#5nm — Public Fediverse posts

Live and recent posts from across the Fediverse tagged #5nm, aggregated by home.social.

fetched live
  1. “China has crossed a milestone that many in the semiconductor industry once viewed as years away. A #Chinese state-backed company has begun mass producing homegrown immersion deep ultraviolet #DUV #lithography machines, marking the country’s first commercial manufacturing effort for one of the most advanced and tightly controlled pieces of #chipmaking equipment.

    The move gives Chinese chipmakers their strongest domestic alternative yet to Western lithography systems and marks another step in Beijing’s campaign to reduce reliance on #ForeignTechnology after years of export restrictions from the United States and its allies.

    The development was first reported by #TheInformation, which said the Shanghai-based manufacturer has already started production and expects to deliver its first systems to leading domestic chipmakers later this year.”

    #28Nm / #7Nm / #5Nm / #lithography / #silicon <techstartups.com/2026/07/27/ch>

  2. “China has crossed a milestone that many in the semiconductor industry once viewed as years away. A #Chinese state-backed company has begun mass producing homegrown immersion deep ultraviolet #DUV #lithography machines, marking the country’s first commercial manufacturing effort for one of the most advanced and tightly controlled pieces of #chipmaking equipment.

    The move gives Chinese chipmakers their strongest domestic alternative yet to Western lithography systems and marks another step in Beijing’s campaign to reduce reliance on #ForeignTechnology after years of export restrictions from the United States and its allies.

    The development was first reported by #TheInformation, which said the Shanghai-based manufacturer has already started production and expects to deliver its first systems to leading domestic chipmakers later this year.”

    #28Nm / #7Nm / #5Nm / #lithography / #silicon <techstartups.com/2026/07/27/ch>

  3. Huawei’s Tau Scaling Bet: A New Route to 1.4nm-Level Chips by 2031 Amid Sanctions Huawei claims its Tau Scaling Law and LogicFolding architecture will deliver chips with 1.4nm-equivalent transist...

    #ChinaRevolutionUpdate #EmergingTechUpdate #1.4nm #chips #Huawei #semiconductors #LogicFolding #SMIC #5nm #Tau #Scaling

    Origin | Interest | Match
  4. 台專家指中國半導體行業或出現突破 不斷受壓加速創新可能像 Deepseek 顛覆業界
    被譽為「浸潤式微影之父」的台積電前研發副總經理,現為台灣清華大學半導體研究院院長林本堅在接受媒體訪問時,提出對 […]
    The post 台專家指中國半導體行業或出現突破 不斷受壓加速創新可能像 Deepseek 顛覆業界 appeared first on 香港 unwire.hk 玩生活.樂科技.
    #科技新聞 #5nm #7nm #DeepSeek
    unwire.hk/2025/04/04/semicondu

  5. #Zen4c: #AMD’s Response to #Hyperscale ARM & Intel Atom
    #Bergamo, AMD’s upcoming 128-core server part sets new heights in #x86 #CPU performance. At the heart of Bergamo is #Zen 4c, a brand-new CPU core variant of their successful #5nm #Zen4 #microarchitecture that enables the push toward more cores per socket. Zen 4c enables Bergamo to fit 1.33x the number of cores in the same #SP5 socket and 360W TDP, with identical L1 and 1MB L2 private caches to Zen 4.
    semianalysis.com/p/zen-4c-amds

  6. #Zen4c: #AMD’s Response to #Hyperscale ARM & Intel Atom
    #Bergamo, AMD’s upcoming 128-core server part sets new heights in #x86 #CPU performance. At the heart of Bergamo is #Zen 4c, a brand-new CPU core variant of their successful #5nm #Zen4 #microarchitecture that enables the push toward more cores per socket. Zen 4c enables Bergamo to fit 1.33x the number of cores in the same #SP5 socket and 360W TDP, with identical L1 and 1MB L2 private caches to Zen 4.
    semianalysis.com/p/zen-4c-amds

  7. Bislang wird das in MacBook Air und Pro 13 eingebaute Apple-Silicon-SoC im 5-nm-Prozess gefertigt. "M2 Max", "M2 Pro" und "M2 Ultra" könnten in 3 nm folgen.
    Für den Mac: Beschleunigte Varianten des Apple M2 im Anmarsch
  8. In Samsungs jüngster Chipproduktionsstätte V1 im südkoreanischen Hwaseong soll die Ausbeute funktionstüchtiger Bausteine teils unter 50 Prozent liegen. Halbleiterfertigung: Samsung soll immer noch Probleme mit 5 Nanometern haben