How can traditional semiconductors improve computing power?

1. process improvement: by improving the semiconductor process, the performance and efficiency of semiconductor chips can be improved, including using smaller process nodes (including 7 nm and 5 nm) and reducing the size of transistors, thus improving the density of integrated circuits.

2. Parallel computing architecture: By adopting parallel computing architecture, the computing power of traditional semiconductors can be improved. The traditional Von Neumann computer architecture adopts sequential execution, while the parallel computing architecture can process multiple instructions or tasks at the same time, including multi-core processors and graphics processors (GPU), which adopt parallel computing architecture and can execute multiple threads or tasks at the same time, thus improving the computing efficiency.