#intel14a — Public Fediverse posts

https://www.europesays.com/ro/248354/ Intel plătește bonusuri pentru ore suplimentare la fabrica din Ohio; Producția pe 14A este programată pentru 2031 #EMIBT #FabricaIntelOhio #Intel #Intel14A #RO #Română #Romania #Romanian #semiconductori #Technology #tehnologie

Intel became the first company to ship High-NA EUV chips in volume — a real milestone using the most advanced lithography tools ever built.
But this kind of news gets read backwards. It won't make laptops cheaper (the economics run the other way), and the gear it produces won't reach the secondary market until the 2030s.
https://www.buysellram.com/blog/intel-shipped-the-first-high-na-euv-chips-why-wont-that-reach-the-hardware-market-for-years/

#Intel #HighNAEUV #EUV #ASML #semiconductors #chipmaking #Intel18A #Intel14A #TSMC #lithography #ITAD #hardware

Intel became the first company to ship High-NA EUV chips in volume — a real milestone using the most advanced lithography tools ever built.
But this kind of news gets read backwards. It won't make laptops cheaper (the economics run the other way), and the gear it produces won't reach the secondary market until the 2030s...

https://www.buysellram.com/blog/intel-shipped-the-first-high-na-euv-chips-why-wont-that-reach-the-hardware-market-for-years/

#Intel #HighNAEUV #EUV #ASML #semiconductors #chipmaking #Intel18A #Intel14A #TSMC #lithography #datacenter

Intel became the first company to ship High-NA EUV chips in volume — a real milestone using the most advanced lithography tools ever built.
But this kind of news gets read backwards. It won't make laptops cheaper (the economics run the other way), and the gear it produces won't reach the secondary market until the 2030s...

https://www.buysellram.com/blog/intel-shipped-the-first-high-na-euv-chips-why-wont-that-reach-the-hardware-market-for-years/

#Intel #HighNAEUV #EUV #ASML #semiconductors #chipmaking #Intel18A #Intel14A #TSMC #lithography #datacenter

Intel became the first company to ship High-NA EUV chips in volume — a real milestone using the most advanced lithography tools ever built.
But this kind of news gets read backwards. It won't make laptops cheaper (the economics run the other way), and the gear it produces won't reach the secondary market until the 2030s...

https://www.buysellram.com/blog/intel-shipped-the-first-high-na-euv-chips-why-wont-that-reach-the-hardware-market-for-years/

#Intel #HighNAEUV #EUV #ASML #semiconductors #chipmaking #Intel18A #Intel14A #TSMC #lithography #datacenter

Intel just became the first company to ship High-NA EUV chips in volume — on ASML machines that cost roughly $386 million each, the most expensive production tools ever built. Some Panther Lake (Core Ultra Series 3) laptop chips now carry layers printed on them.
A real milestone — and a widely misread one. Three things stand out:

The wording. Intel used High-NA on select, "dual-qualified" layers, keeping a fallback to standard tools. This is real product serving as a low-risk proving ground for its next node, 14A.
It won't make laptops cheaper. A High-NA tool costs about twice a standard scanner and runs fewer wafers per hour; it only pays off replacing three-plus passes on the most complex layers.
The timing. That next node reaches volume around 2029 — so for the used-hardware market, this is a 2030s story.

TSMC is betting the other way, saying it doesn't need High-NA through its A14 node. Both can be right. Fab milestones and hardware markets run on different clocks — and that gap is the story.

https://www.buysellram.com/blog/intel-shipped-the-first-high-na-euv-chips-why-wont-that-reach-the-hardware-market-for-years/

#Intel #HighNAEUV #EUV #ASML #semiconductors #chipmaking #Intel18A #Intel14A #TSMC #lithography #ITAD #hardware #datacenter

Apple i Intel: powrót do przeszłości? Nie, to czysty biznes. Gigant z Cupertino może zlecić produkcję czipów dawnemu partnerowi

Historia lubi zataczać koła. Zaledwie kilka lat po głośnym „rozstaniu” i przejściu na Apple Silicon, drogi Apple i Intela znów mogą się przeciąć.

Tym razem jednak nie chodzi o powrót do architektury x86, ale o wykorzystanie fabryk Intela do produkcji autorskich układów Apple.

To nie jest powrót „Intel Inside”

Zacznijmy od najważniejszego. Twojego przyszłego Maka nie będzie napędzał procesor Intela. Apple nie rezygnuje z Apple Silicon. Według najnowszego raportu analityka Jeffa Pu, Apple planuje wykorzystać Intela wyłącznie w roli podwykonawcy, dokładnie tak, jak dziś wykorzystuje TSMC.

Intel, w ramach swojej strategii IDM 2.0, otwiera swoje fabryki dla zewnętrznych klientów. Apple, szukając dywersyfikacji łańcucha dostaw, może stać się jednym z nich.

1,4 nanometra dla iPhone’a

Jeff Pu twierdzi, że Intel ma już „solidną kolejkę klientów” na swój nadchodzący proces technologiczny Intel 14A (klasa 1,4 nm; 14 angstremów). Wśród zainteresowanych są giganci: Apple, AMD i Nvidia.

Plan zakłada, że produkcja miałaby ruszyć około 2028 roku (dla iPhone’ów) lub nawet 2027 roku (według Ming-Chi Kuo, dla najprostszych czipów M-series, np. M7). Intel miałby produkować procesory do nie-Pro iPhone’ów oraz tańszych iPadów i Maków. Topowe układy (Pro/Max/Ultra) prawdopodobnie nadal pozostaną w rękach TSMC.

Dlaczego Apple to robi?

Decyzja o powrocie do rozmów z Intelem to klasyczny ruch Tima Cooka. Przede wszystkim chodzi o bezpieczeństwo. Dziś Apple jest niemal w 100% zależne od tajwańskiego TSMC. W obecnej sytuacji geopolitycznej to ogromne ryzyko. Ponadto zyskanie drugiego wykonawcy pozwala Apple negocjować lepsze ceny z pierwszym (TSMC).

Popyt na układy scalone (zwłaszcza te do AI) jest tak ogromny, że samo TSMC może wkrótce nie wyrabiać z produkcją. Jeśli te doniesienia się potwierdzą, będziemy świadkami niezwykłej ironii losu: firma, z której Apple drwiło przy premierze M1, będzie teraz fizycznie budować jego następców.

Intel Core Ultra Serii 3 oficjalnie. Panther Lake i proces 18A mają uratować honor „Niebieskich”

💻 "Intel si tuffa in un futuro tecnologico rivoluzionario, legando il suo nodo 14A alle voci dei clienti. Ascoltare per innovare è il nostro motto. #Intel14A #FuturoInnovativo"

🔗 https://www.tomshw.it/hardware/intel-rallenta-la-produzione-del-nodo-14a-2026-01-23

💻 "Intel si tuffa in un futuro tecnologico rivoluzionario, legando il suo nodo 14A alle voci dei clienti. Ascoltare per innovare è il nostro motto. #Intel14A #FuturoInnovativo"

🔗 https://www.tomshw.it/hardware/intel-rallenta-la-produzione-del-nodo-14a-2026-01-23

💻 "Intel si tuffa in un futuro tecnologico rivoluzionario, legando il suo nodo 14A alle voci dei clienti. Ascoltare per innovare è il nostro motto. #Intel14A #FuturoInnovativo"

🔗 https://www.tomshw.it/hardware/intel-rallenta-la-produzione-del-nodo-14a-2026-01-23

💻 L'Intel 14A sta arrivando, promettendo di cambiare completamente il mondo del computing. Curioso di sapere perché? #Intel14A #TecnologiaAvanzata

🔗 https://www.tomshw.it/hardware/intel-14a-il-nodo-produttivo-e-concreto-2025-12-03

💻 L'Intel 14A sta arrivando, promettendo di cambiare completamente il mondo del computing. Curioso di sapere perché? #Intel14A #TecnologiaAvanzata

🔗 https://www.tomshw.it/hardware/intel-14a-il-nodo-produttivo-e-concreto-2025-12-03

💻 L'Intel 14A sta arrivando, promettendo di cambiare completamente il mondo del computing. Curioso di sapere perché? #Intel14A #TecnologiaAvanzata

🔗 https://www.tomshw.it/hardware/intel-14a-il-nodo-produttivo-e-concreto-2025-12-03

Lilbits: Intel Foundry’s new roadmap, Google Pixel Fold 2, and the OnePlus Watch 2

Intel had a rough few years a while back, when the company struggled to meet its original goals for moving from 14nm to 10nm and wound up shipping multiple generations of processors manufactured on a 14nm node while competitors were moving to smaller and more efficient processes.
But Intel says its Foundry business is back on track, with chips […]

https://liliputing.com/?p=166787

#asml #foldables #foundry #googlePixelFold2 #highNaEuv #intel14a #intelFoundry #leaks #lilbits #oneplus #oneplusWatch2 #pixelFold2 #smartphones

Lilbits: Intel Foundry’s new roadmap, Google Pixel Fold 2, and the OnePlus Watch 2

Intel had a rough few years a while back, when the company struggled to meet its original goals for moving from 14nm to 10nm and wound up shipping multiple generations of processors manufactured on a 14nm node while competitors were moving to smaller and more efficient processes.
But Intel says its Foundry business is back on track, with chips […]

https://liliputing.com/?p=166787

#asml #foldables #foundry #googlePixelFold2 #highNaEuv #intel14a #intelFoundry #leaks #lilbits #oneplus #oneplusWatch2 #pixelFold2 #smartphones

Intel updates its Foundry Process Roadmap with a new Intel 14A process set to debut in late 2026. It will be the first from any company to use ASML's new high-NA EUV lithography. New E, P, and T variants of Intel 3 and Intel 18A chips are on the way too. https://buff.ly/4bZ7zjV #Intel #IntelFoundry #Intel14A

Intel updates its Foundry Process Roadmap with a new Intel 14A process set to debut in late 2026. It will be the first from any company to use ASML's new high-NA EUV lithography. New E, P, and T variants of Intel 3 and Intel 18A chips are on the way too. https://buff.ly/4bZ7zjV #Intel #IntelFoundry #Intel14A

Intel updates its Foundry Process Roadmap with a new Intel 14A process set to debut in late 2026. It will be the first from any company to use ASML's new high-NA EUV lithography. New E, P, and T variants of Intel 3 and Intel 18A chips are on the way too. https://buff.ly/4bZ7zjV #Intel #IntelFoundry #Intel14A

Intel updates its Foundry Process Roadmap with a new Intel 14A process set to debut in late 2026. It will be the first from any company to use ASML's new high-NA EUV lithography. New E, P, and T variants of Intel 3 and Intel 18A chips are on the way too. https://buff.ly/4bZ7zjV #Intel #IntelFoundry #Intel14A

Intel updates its Foundry Process Roadmap with a new Intel 14A process set to debut in late 2026. It will be the first from any company to use ASML's new high-NA EUV lithography. New E, P, and T variants of Intel 3 and Intel 18A chips are on the way too. https://buff.ly/4bZ7zjV #Intel #IntelFoundry #Intel14A