On July 27 and 30, the fifth and sixth batches of low Earth orbit satellite internet satellites were successfully launched; on August 4, the seventh batch was launched; on August 13, the eighth batch reported another success; and on August 17, the ninth batch followed closely. In just 20 days, China has completed five batches of low Earth orbit satellite launches, demonstrating the “acceleration” of high-density networking. In the global aerospace field, this series of actions signifies that the strategic competition for low Earth orbit satellites has entered a deep-water zone.
The low Earth orbit satellite industry is considered a trillion-dollar market, encompassing three core segments: the space segment (manufacturing and launching), the ground segment (terminal construction), and the service segment (application development). Among these, competition in the ground terminal market is becoming increasingly fierce.
A Revolutionary Breakthrough in Communication Latency
The greatest value of low Earth orbit satellites lies in the significant reduction of communication latency. Traditional geostationary orbit (GEO) satellites operate at an altitude of 36,000 kilometers, with end-to-end latency reaching up to 500 milliseconds; in contrast, low Earth orbit satellites operating at altitudes of a few hundred kilometers can compress latency to 20-50 milliseconds, approaching ground fiber-optic levels, thus enabling emergency communications, remote control, and large-scale IoT applications.
From a cost-effectiveness perspective, the construction cost of a low Earth orbit satellite network covering a 1 square kilometer area is only 2.9 yuan, while the cost of a 5G base station for the same coverage is about 46,000 yuan, representing a nearly “dimensionality reduction” blow. Although the current bandwidth cost of low Earth orbit satellites (2345 yuan/Mbps) is still 16 times that of 5G base stations (146 yuan/Mbps), it is expected that unit costs will gradually decrease with large-scale deployment.
Ground Terminals: The “Nerve Endings” of the Low Earth Orbit Market
In the entire low Earth orbit industry chain, ground terminals are the key link connecting satellite capabilities with user demands. Aoyou Communications has been deeply involved in the high orbit satellite terminal field for many years, establishing application advantages in emergency and government markets through products such as the Tiantong satellite phone and Beidou short message terminal.
Now, with the accelerated networking of low Earth orbit satellites, Aoyou Communications’ forward-looking layout is focusing on two major directions:
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Portability: Terminals will evolve towards smaller and lighter designs to meet the general needs of personal emergency and public users.
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Intelligence: By integrating satellites with 5G and AI, a smarter communication experience with higher bandwidth and lower power consumption will be achieved.
Currently, its product matrix covers various terminal forms including handheld, vehicle-mounted, and industry-specific devices, with future research and development focusing on low Earth orbit network adaptation and application expansion.
From “Dumpling Production” to “Weaving a Sky Net”
Looking back at the timeline of 2025, the “dumpling-style” launch rhythm of China’s low Earth orbit satellites is backed by continuous breakthroughs in satellite manufacturing, rocket recovery, and networking capabilities. As tens of thousands of satellites weave a global information sky net in low Earth orbit, the low Earth orbit satellite internet is not only a communication revolution of “integrating space and earth” but will also profoundly change multiple industries such as emergency communications, remote healthcare, smart cities, and low-altitude economy.
In this race for future communications, ground terminal manufacturers like Aoyou Communications are becoming the key nerve endings connecting the “space segment” and the “application end”. How to maintain existing advantages in high orbit while proactively laying out low Earth orbit terminals will determine their strategic position in the new round of industrial competition.
