The process used by Xiaomi's self-developed chip is 7 nanometers, which means that the transistor size on the chip is very small, can process more information and provide higher performance. It can also help reduce electricity consumption and improve energy efficiency. Xiaomi's self-developed chips are not only used in mobile phones, but also in smart home devices and other electronic products to make them more energy efficient. As the technology continues to improve, Xiaomi may use smaller nanoscale processes to develop more advanced chips in the future.
Xiaomi's self-developed chip uses a 7-nanometer manufacturing process, which means it has higher transistor density and lower power consumption, while also providing better performance. Millet self-developed chip is the first product is equipped with Surge S1 Millet 5C mobile phone, this chip is millet took two years of independent research and development, with eight A53 core and four A53 core architecture, and support VoLTE, dual card dual standby and other functions, can better match millet mobile phone optimization program, to bring consumers a better experience.
Xiaomi's self-developed Surge S1 chip uses a 28-nanometer process, which means that in the same chip size, more transistors can be integrated, providing higher performance, and can save more power. The 28nm chip also enables more complex and feature-intensive applications with better durability and reliability. This means that Xiaomi has entered the advanced manufacturing process stage on its own research and development chips, while also providing the company with an important competitive advantage.