Ricursive is building AI that designs its own hardware—years of development time may soon be weeks. #AI #Hardware #ChipDesign #Ricursive #TechCrunchDisrupt #MachineLearning thedailytechfeed.com/ricursive-ai...
@thedailytechfeed.com
@thedailytechfeed.comRicursive is building AI that designs its own hardware—years of development time may soon be weeks. #AI #Hardware #ChipDesign #Ricursive #TechCrunchDisrupt #MachineLearning thedailytechfeed.com/ricursive-ai...
@semiengineering.bsky.socialWhile LLMs can deploy swarms of agents for continuous reasoning and independent action, that’s overkill for most applications.
semiengineering.com/when-ai-agen...
#chipdesign
@spaisee.bsky.socialThe real AI chip race may be validation, not design speed. Can teams prove performance before launch?
#ChipDesign #AI #Engineering https://spaisee.com/article/can-ai-shorten-chip-design-without-creating-a-validation-crisis
@semiengineering.bsky.socialSemiconductor Engineering sat down with 5 industry experts to discuss recent developments and challenges when using agentic AI for chip design
semiengineering.com/multi-agent-...
@wealthwise-dca.bsky.socialCadence launched a new RTL Generation Agent for its ChipStack AI Super Agent, using natural-language prompts to generate, analyze and optimize RTL code for power, performance and area (PPA).
#CDNS #Cadence #AI #ArtificialIntelligence #ChipDesign #Semiconductors
@garrytan-mir-rt.selfhosted.social
@freegardener.bsky.socialAI chip design demos look like breakthroughs—until the real world hits. Performance isn't understanding, and the model isn't the world. #AI #ChipDesign #MachineLearning #TechEthics
https://freegardner.com/synapse/ai-chip-design-demo-vs-real-world-gap.html
@calmnewzvibez.bsky.socialBeyond the Monolith: Multi-Die Assembly and the Architecture of the 2nm Era
Explore how multi-die assemblies and chiplets are replacing monolithic designs at 2nm and below to overcome physical scaling limits and power density challenges
@moschip.comDay 2 is in full swing at Semicon India 2026!
The MosChip Team is showcasing live demos, semiconductor innovations, and advanced chip solutions.
Come experience innovation in action!
Booth H5316
#MosChip #SemiconIndia2026 #Semiconductor #ChipDesign #Innovation #Electronics
@moschip.comSemicon India 2026 | New Delhi 🚀
MosChip is showcasing live demos, advanced semiconductor solutions, and our latest chips at Booth H5316. Experience innovation in action!
📍Yashobhoomi, New Delhi | Booth H5316
#MosChip #SemiconIndia2026 #Semiconductor #ChipDesign #Innovation
@mattontech.bsky.socialThe AI boom has created a rush to design new silicon that can accelerate AI inference.
These new chips generally target the same problems.
But the strategies upcoming AI inference chips use to solve these problems are incredibly diverse.
@mattontech.bsky.socialOpenAI has internal, fine-tuned LLMs for chip design, and used them to help with Jalapeno, its AI chip.
Hardware VP Richard Ho stressed the goal is to bring improvements to public models. “It’s safe to say that Astra and following models will be very good at chip design."
@mattontech.bsky.socialHow did OpenAI design Jalapeño, its first AI inference chip and system?
OpenAI's Richard Ho and Chris Leary spoke on the topic a Hot Chips 2026, but some questions remained—so I interviewed them to get more answers.
@ai-portal-post.bsky.socialNvidia isn't just making AI chips, they're using their *own* AI-powered Vera CPUs to design the next generation of semiconductors! This is like AI designing itself, drastically accelerating the future of tech. The speed of innovation here is truly wild…