GitHub warriors have cracked the 1980s code 🤖🔍, because obviously, the world needed more retro silicon analyzed by over-enthused keyboard archaeologists. #IBM MCGA's secrets, revealed for anyone who missed dated tech or just really loves chip archaeology—because nothing says cutting-edge like relics of the past! 🕰️🔧
https://github.com/schlae/IBM_MCGA #GitHubWarriors #RetroTech #ChipArchaeology #MCGA #1980sCode #KeyboardArchaeologists #HackerNews #ngated
GitHub - schlae/IBM_MCGA: IBM MCGA reverse engineered chips

IBM MCGA reverse engineered chips. Contribute to schlae/IBM_MCGA development by creating an account on GitHub.

GitHub
GitHub - schlae/IBM_MCGA: IBM MCGA reverse engineered chips

IBM MCGA reverse engineered chips. Contribute to schlae/IBM_MCGA development by creating an account on GitHub.

GitHub
Avec son modèle « 0,7 nm », IBM dévoile une nouvelle technologie qui augmente de 50 % la puissance des puces

Grâce à une nouvelle architecture en trois dimensions, le groupe américain promet de placer près de 100 milliards de transistors sur une puce de la taille d’un ongle de la main, soit le double de la densité du modèle actuel le plus avancé.

Le Monde

IBM представил технологию для создания чипов размером менее 1 нанометра. https://webno.ru/novosti-i-stati/ibm-predstavil-tehnologiyu-dlya-sozdaniya-chipov-razmerom-menee-1-nanometra/

#ibm

Des puces 6 fois plus puissantes pour l’IA : #IBM franchit une première frontière avec des puces empilées en 3D et sous le nanomètre ! http://sci3nc.es/TTDhpb

0.7 nanometers: IBM shows the first chips with CFET transistors

IBM shows what future chips could look like. Performance, efficiency, and transistor density increase enormously.

https://www.heise.de/en/news/0-7-nanometers-IBM-shows-the-first-chips-with-CFET-transistors-11346212.html?wt_mc=sm.red.ho.mastodon.mastodon.md_beitraege.md_beitraege&utm_source=mastodon

#IBM #Intel #IT #Nanotechnologie #Prozessoren #Samsung #TSMC #news

0.7 nanometers: IBM shows the first chips with CFET transistors

IBM shows what future chips could look like. Performance, efficiency, and transistor density increase enormously.

heise online

My roundup of this week's big #AI infrastructure news from #Qualcomm #OpenAI / #Broadcom and #IBM is below. The common thread? Tackling AI's cost and energy efficiency problems. #jalapeno #nanostack

Read it here: https://www.techtarget.com/searchitoperations/news/366645030/Qualcomm-OpenAI-IBM-target-AI-infrastructure-efficiency

Qualcomm, OpenAI, IBM target AI infrastructure efficiency

An acquisition, a planned chip and a new transistor design could mitigate AI's energy and cost issues, but the effects will take time to reach enterprise buyers.

TechTarget

We are at the IBM One office for the United Nations Open Source Week's Community Day, where the first presentation by Kush Varshney started with a picture of one of IBM's 7 nanometer chips

#IBM #UNOpenSourceWeek #OpenSourceUnited #UnitedNations

0,7 Nanometer: IBM zeigt die ersten Chips mit CFET-Transistoren

IBM zeigt, wie Chips der Zukunft aussehen könnten. Leistung, Effizienz und Transistordichte steigen enorm.

https://www.heise.de/news/0-7-Nanometer-IBM-zeigt-die-ersten-Chips-mit-CFET-Transistoren-11346127.html?wt_mc=sm.red.ho.mastodon.mastodon.md_beitraege.md_beitraege&utm_source=mastodon

#IBM #Intel #IT #Nanotechnologie #Prozessoren #Samsung #TSMC #news

0,7 Nanometer: IBM zeigt die ersten Chips mit CFET-Transistoren

IBM zeigt, wie Chips der Zukunft aussehen könnten. Leistung, Effizienz und Transistordichte steigen enorm.

heise online
IBM zeigt, wie Chips der Zukunft aussehen könnten. Leistung, Effizienz und Transistordichte steigen enorm. #IBM

0,7 Nanometer: IBM zeigt die e...
0,7 Nanometer: IBM zeigt die ersten Chips mit CFET-Transistoren

IBM zeigt, wie Chips der Zukunft aussehen könnten. Leistung, Effizienz und Transistordichte steigen enorm.

heise online