As traditional computing architectures gradually show adaptation bottlenecks, RISC-V has begun to steadily penetrate multiple application scenarios as an "evolving tool".

The RISC-V architecture has the characteristics of being open source, customizable, and royalty free, greatly reducing the threshold for chip design. For example, Great Wall Motors' "Zijing M100" vehicle specification chip is based on the RISC-V architecture, becoming China's first open-source vehicle specification chip; Ruisi Xinke's "Lingyu" server chip achieves fully self-developed high-performance computing through RISC-V, with performance comparable to Intel.

With the development of technology, RISC-V is expected to break the traditional chip design pattern, bring more innovation and customization possibilities to the chip industry, and promote the development of the chip industry towards a more open and diversified direction.