Agentic AI Chip Design: Cadence & NVIDIA Reshape Future

Agentic AI is revolutionizing chip design! Cadence and NVIDIA partner to bring intelligent automation to semiconductor development. Discover how this collaboration will redefine electronic design automation, accelerating innovation and creating next-gen microchips. #ChipDesign #AgenticAI #NVIDIA #Cadence #Tech

https://bulklayers.com/blog/agentic-ai-chip-design-cadence-nvidia/

Besuchen Sie uns auf der #embeddedworld 2026: #EmbeddedAI, #GreenICT, #ChipDesign & spannende Einblicke von Fraunhofer-Forschenden am Stand und in Workshops – wir freuen uns auf Sie!

📍 Halle 4 / Stand 4-422

🔗Mehr dazu: https://www.fraunhofer.de/de/veranstaltungen-messen/messen/2026/fraunhofer-auf-der-embeddedworld-2026.html

@FraunhoferIZM
#ew26

🥇 Wissenschaftliche Goldmedaille für Deutschland!

🎉 Bei den Olympischen Spielen für #Chipdesign und Halbleiterschaltungen, der weltweit führenden Konferenz #ISSCC2026, ging eine der Goldmedaillen nach #Braunschweig.

👏 Mit einem Paper zur Kontrolle von gefangenen Ionen für #Quantencomputer konnten Forschende der #TUBraunschweig den „Jan Vessem Award for Outstanding European Paper“ gewinnen – als zweite deutsche Universität überhaupt. Gratulation!

👉 https://lnk.tu-bs.de/Wa6tcA

Ein neuer 7nm-Chip zeigt, wie optimierte Hardware-Architekturen die Rechenleistung für KI-Anwendungen bei sinkendem Energieverbrauch massiv steigern können.

Erfahre mehr in meinem neuen Beitrag auf @BASICthinking: https://www.basicthinking.de/blog/2026/02/09/7nm-ki-chip/

#KI #Hardware #Semiconductors #TechNews #Innovation #ArtificialIntelligence #ChipDesign

Aus München: Der erste neuromorphe KI-Chip Europas

Die TU München hat einen neuromorphen KI-Chip nach modernem 7-Nanometer-Standard entwickelt und setzt damit ein Zeichen für Europa.

BASIC thinking
Moore’s law: the famous rule of computing has reached the end of the road, so what comes next? | The-14

Moore’s Law is ending, but computing isn’t. Progress now comes from chip design, specialisation, energy efficiency, and hybrid systems like AI and quantum fast.

The-14 Pictures

In case you haven't heard it already: we at @fsi have started packaging software, to make awesome #FLOSS available to you #electronics and #chip #designers
Highlight so far include klayout and magic, which are now easily available to you #Guix users through simple invokations, like:

guix shell klayout -- klayout

or

guix shell magic -- magic

#GNU Guix not only allows for most up-to-date packages, #reproducible development and build environments and an absolute dedication to #freesoftware, it also eases contribution, extension and enhancement of already available solutions.

Check it out! Don't hesitate to reach out if you have questions!

https://f-si.org
https://guix.gnu.org

#silicon #freesilicon #FOSS #chipdesign #EDA #electronicdesignautomation

Free Silicon Foundation

Free Silicon Foundation - promoting free silicon, free and open-source EDA, common standards and copyleft hardware licences

F-Si wiki

Gabe Wilson MD (@Gabe__MD)

어떤 주장이 AI가 모든 과정을 가속할 수 없다고 한 데 대해 반박하며, AI가 칩 설계·기획, 생산, 심지어 학습 모델 훈련 속도까지 가속화하고 있어 전체 프로세스 개선이 일어나고 있다고 주장하는 의견성 트윗입니다. AI의 하드웨어·학습 파이프라인 영향력을 강조합니다.

https://x.com/Gabe__MD/status/2013726893288112486

#ai #chipdesign #mltraining #hardware

Gabe Wilson MD (@Gabe__MD) on X

@DeryaTR_ He says not every part of this can be hastened by AI. But that’s not true. AI is speeding chip planning and design, production; even learning model training speed should experience recursive self improvement. He’s actually undercutting how every part of the process is

X (formerly Twitter)