In recent years, China's military industry has developed rapidly, and as a communication device with excellent performance, scatter channel machines have been widely used in the military field, and market demand has gradually increased.

Scatter channel machines utilize the scattering effect of radio waves generated by the inhomogeneity in the ionosphere or troposphere to enable beyond-line-of-sight (BLOS) communication. When radio waves emitted by scatter channel machines pass through the inhomogeneous media of the troposphere or ionosphere, scattering occurs, allowing the radio waves to propagate beyond the line of sight, thus enabling BLOS communication.

Over the years, the types of scatter channel machines have gradually increased, roughly divisible into ionospheric scatter channel machines, tropospheric scatter channel machines, and meteor trail scatter channel machines. Among them, ionospheric scatter channel machines have excellent anti-interference capabilities and are not limited by terrain, primarily used for long-distance and strategic communication; tropospheric scatter channel machines offer exceptional performance, providing stable, high-quality, long-distance transmission in harsh environments such as deserts and oceans; meteor trail scatter channel machines feature high confidentiality and long-distance transmission, enabling brief but highly efficient communication, primarily used in emergency response areas.

In recent years, China's communication technology has continued to advance, with the performance of scatter channel machines gradually improving. Their application areas have gradually expanded from public safety, military, and other fields to emerging areas such as the Internet of Things, satellite communication, drone communication, and intelligent transportation. In recent years, China's military industry has developed rapidly, and scatter channel machines, as communication devices with excellent performance, have been widely used in the military field, with market demand gradually increasing. Coupled with the rapid development of civilian fields such as the Internet of Things and 5G in China, scatter channel machines can not only serve as communication solutions for the Internet of Things but also provide better coverage and transmission capabilities for 5G networks, further boosting market demand.

According to the "China Scatter Channel Machine Venture Capital Industry Analysis Report 2024-2029" released by the New Think Tank Industry Research Center, as China's military and civilian fields such as the Internet of Things and 5G continue to develop rapidly, the overall market demand for scatter channel machines is showing an upward trend. Against this backdrop, the market size of scatter channel machines in China is gradually expanding. In 2023, the market size of scatter channel machines in China exceeded 8 billion yuan.

Industry analysts at New Think Tank stated that in recent years, China's scatter channel machine market has developed rapidly, with the number of enterprises gradually increasing and market competition intensifying. In the early days, China's scatter channel machine industry had relatively backward overall technology and weak competitiveness in the international market. However, with the support of national policies, China's scatter channel machine enterprises have continuously strengthened international cooperation, actively introduced advanced technologies from foreign enterprises, significantly improved product performance, and adapted to changing market demands by flexibly adjusting market strategies. With the continuous application of new technologies and materials, China's new generation of scatter channel machines will have longer communication distances and higher transmission capacities in the future, gradually improving their ability to function in complex environments, offering a promising market development prospect.