Why a decades old architecture decision is impeding the power of AI computing
Explainer
Peter Hess
Blog
Categories
Popular topics
- Semiconductors
114 results for Semiconductors
The future of AI research comes to Albany
NewsMike MurphyThe 2023 IBM Research annual letter
Deep DiveDarío GilSupercharging IBM’s cloud-native AI supercomputer
NewsTalia Gershon, Bengi Karacali-Akyamac, Seetharami Seelam, Drew Thorstensen, and Rohit BadlaneyA new machine to power the future of semiconductor innovation
NewsMike MurphyFive takeaways from this year’s IBM AI Hardware Forum
NewsMike MurphyWhat is chip packaging?
ExplainerMike MurphyA new chip architecture points to faster, more energy-efficient AI
NewsMike MurphyWhat are semiconductors?
ExplainerMike MurphyIBM Research’s newest prototype chips use drastically less power to solve AI tasks
NewsMike MurphyIBM Research's latest analog AI chip for deep learning inference
NewsAbu Sebastian, Manuel Le Gallo-Bourdeau, and Vijay NarayananComposable systems with OpenShift
Technical noteChristian Pinto, Michele Gazzetti, and Michael JohnstonThe future of computing requires advanced research in semiconductors today
NewsMukesh KhareWhy we need EUV lithography for the future of chips
ExplainerMike MurphyIBM Research unveils hybrid bonding for packaging chips
NewsMike MurphyDisentangling visual attributes with neuro-vector-symbolic architectures, in-memory computing, and device noise
Technical noteAbu Sebastian, Abbas Rahimi, and Geethan KarunaratneWhat are chiplets?
ExplainerMike Murphy
