XJTLU-Huaxin Advanced Semiconductor Collaborative Research Institute focuses on several key research directions in advanced microelectronics for the post-Moore era: materials, devices, and circuit architectures for sensing, storage, and computing integrated AI chips, materials and core processes for advanced high-precision and high-performance sensing chips, third-generation and next-generation semiconductor materials, devices, and circuits, design and application of advanced analog and mixed-signal integrated circuits based on silicon, and heterogeneous integration advanced packaging technology for large-scale AI computing and the Internet of Things.
Overview
XJTLU-Huaxin Advanced Semiconductor Collaborative Research Institute focuses on several key research directions in advanced microelectronics for the post-Moore era: materials, devices, and circuit architectures for sensing, storage, and computing integrated AI chips, materials and core processes for advanced high-precision and high-performance sensing chips, third-generation and next-generation semiconductor materials, devices, and circuits, design and application of advanced analog and mixed-signal integrated circuits based on silicon, and heterogeneous integration advanced packaging technology for large-scale AI computing and the Internet of Things.
Research area
Advanced Semiconductor