Today, with the rapid development of science and technology, China Mobile once again leads the trend and stands at the forefront of the world. On February 3, an exciting news came from the vast space: China Mobile successfully launched two epoch-making space-ground integrated low-orbit test satellites - "China Mobile 01 Satellite" and "Star Core Verification Satellite". 
These two satellites are not only a major breakthrough for China Mobile, but also a key milestone in the evolution of global 5G and 6G technologies. Among them, the "China Mobile 01 satellite" is the world's first on-board signal processing test satellite that can verify the 5G space-ground integrated evolution technology. Its emergence symbolizes that 5G technology is no longer limited to the ground, but extends to the vast universe. The satellite adopts an innovative lightweight, localized and green design concept, as well as a high-real-time, high-flexibility and high-reliability software architecture. Two innovative technologies, software reconstruction and resource pooling technology, and high-reliability algorithm and industrial-grade device fusion technology, enable the satellite to adapt to the evolving space-ground integrated network technology while adapting to the complex space environment. 
The "Star Core Verification Star" followed by a new chapter in 6G technology. As the world's first 6G architecture verification satellite, it is equipped with the industry's first spaceborne core network system designed with the 6G concept. With the support of localized software and hardware, the satellite can realize on-orbit software reconstruction, flexible deployment and autonomous management of core network functions, which greatly improves the efficiency and reliability of on-orbit operation of the spaceborne core network. This innovative achievement is not only another milestone for China Mobile after the "three-body, four-layer, five-sided" network architecture, but also provides a strong impetus for the development of global 6G technology. 
It is worth mentioning that the orbital altitude of the two test satellites is about 500 kilometers, which has lower latency and higher data transmission rate than traditional high-orbit satellites (about 36,000 kilometers). This makes LEO satellites an important platform for carrying the future space-ground integrated network. Through the integration of the satellite network of the large-scale LEO constellation and the terrestrial mobile system, the space-ground integrated network will be able to make up for the lack of coverage of the terrestrial mobile network and provide higher bandwidth and wider satellite Internet services for consumers and all walks of life. This means that people living in remote areas, ships sailing the oceans, and even planes soaring through the skies will be able to enjoy ubiquitous mobility services and converge new services. February** Dynamic Incentive Program
This major breakthrough of China Mobile not only demonstrates China's leading position in the field of 5G and 6G technology, but also depicts a grand blueprint for global technological development. The development of the space-ground integrated network has opened a new chapter. With the continuous advancement of technology and the continuous expansion of application scenarios, we have reason to believe that the future space-ground integrated network will bring us a more convenient, efficient and intelligent life experience.