Co-Creation Data said in an institutional survey on December 16 that in 2026, the AI computing power industry is expected to show three major development trends: first, basic hardware innovation represented by chip-level heterogeneous integration and storage and computing integration will continue to break through performance and energy efficiency bottlenecks; second, evolve from centralized supercomputing to cloud-side collaborative distributed computing power networks to achieve efficient and flexible resource allocation; third, with the implementation of large-scale model applications, the industry focus will shift from a single scale of computing power to large-scale deployment of software and hardware collaborative optimization and green and low-carbon computing power, driving the accelerated evolution of AI infrastructure in the direction of efficiency, inclusiveness and sustainable development.

Co-Creation Data said in an institutional survey on December 16 that in 2026, the AI computing power industry is expected to show three major development trends: first, basic hardware innovation represented by chip-level heterogeneous integration and storage and computing integration will continue to break through performance and energy efficiency bottlenecks; second, evolve from centralized supercomputing to cloud-side collaborative distributed computing power networks to achieve efficient and flexible resource allocation; third, with the implementation of large-scale model applications, the industry focus will shift from a single scale of computing power to large-scale deployment of software and hardware collaborative optimization and green and low-carbon computing power, driving the accelerated evolution of AI infrastructure in the direction of efficiency, inclusiveness and sustainable development.