Shanghai: Promote the deep integration of autonomous chips with mainstream large models, focusing on core areas such as high-performance computing chips, quantum chips, high-speed optical interconnects, high-bandwidth memory, and heterogeneous servers.

The Shanghai Municipal Economic and Information Commission issued the "14th Five-Year Plan for the Development of Shanghai's Software and Information Service Industry." It mentions tackling next-generation model architectures, promoting exploration of multiple technological routes based on state space models, variants of recurrent neural networks, liquid neural networks, and other non-Transformer architectures. Accelerate the deployment of cutting-edge foundational model technology systems such as physical intelligence, world modeling, quantum intelligence, and brain-like intelligence. Focus on overcoming the challenges of ultra-large-scale intelligent computing cluster networking technology, enhancing the supply capacity of intelligent computing hardware around key areas such as high-performance computing chips, quantum chips, high-speed optical interconnection, high-bandwidth memory, and heterogeneous servers, and promoting deep integration of autonomous chips with mainstream large models. Concentrate on breakthroughs in new types of storage retrieval, collaborative modeling, and other areas, tackling critical technologies such as high-precision heterogeneous processing, native multimodal integration, and dynamic value alignment, and building automated complex reasoning that covers the entire lifecycle of the corpus.