We trust designers to do the best they can, but know they cannot be perfect. That's why we verify. When AI gets involved, it ...
Thermal drift, stress, electromagnetic coupling, and verification gaps are turning optical integration into a full-system co-design problem rather than a plug-in bandwidth upgrade.
Researchers at the University of Oxford published a technical paper titled “Hardware-Managed Heterogeneous High-Bandwidth ...
Researchers from Purdue University published a technical paper titled “Architecting the Next Generation of Asynchronous, ...
Researchers at UiT The Arctic University of Norway and Stanford University published a technical paper titled “Intracavity ...
Researchers from TU Wien and Silvaco Europe published a technical paper titled “The influence of implantation conditions on ...
Researchers from University of Alberta published a technical paper titled “PPAPlace: Differentiable Cross-Stage Objectives ...
Researchers from Georgia Institute of Technology published a technical paper titled “Thermal Tuning Overhead in Wafer-Scale ...
Researchers from University of Michigan-Dearborn published a technical paper titled “Generative Design of Liquid-Cooling ...
Researchers from Peking University, Chinese Academy of Sciences et al. published a technical paper titled “Homo-metal-element ...
Researchers from Stanford University and SLAC National Accelerator Laboratory published a technical paper titled “Deep ...
Hot Chips AI HW wave; HBM vs HBC; capacity buildout; Infineon's latest buy; advanced packaging enablers; foundry report; ASIC ...