broadband mesh networks use wider frequency bands, often in the MHz or GHz range, enabling high data throughput. They are capable of supporting video streaming, large data files, and real-time control systems.

The popularization of 5G, the expansion of the Internet of Things, and the surging demand for smart terminals have driven the industry to accelerate its development.

In the current era when the digital wave sweeps across the globe, wireless communication technology remains the core driving force for the development of the information society. With the continuous deepening of technological research, many underlying technologies and cutting-edge solutions have achieved key breakthroughs, laying a solid foundation for the performance improvement and application expansion of wireless communication networks. From the technical optimization of millimeter-wave communication to the innovation of MIMO (Multiple Input Multiple Output) systems, from the refined management of network slicing to the deep integration of edge computing, the field of wireless communication is constantly breaking through technological boundaries.

Driven by the industrial 4.0 and intelligent manufacturing trends, the industrial automation field has an increasingly urgent demand for efficient, stable and flexible communication networks. The MESH wireless ad-hoc network, with its unique technical characteristics, provides strong support for the upgrading and development of industrial automation, and has become an important force driving industry transformation.

In today's era of rapid technological development, the innovation of communication technologies is constantly driving progress in various fields. Among them, MESH ad hoc network, as an emerging communication technology, is gradually emerging and bringing numerous conveniences to our lives and work. So, what exactly is MESH ad hoc network? What are its unique advantages and wide applications? Let's explore it together.

An ad hoc wireless network is a decentralized type of wireless network where each device, or node, participates equally in data transmission and routing. These devices communicate directly with each other, forming a peer-to-peer network. There is no central router or access point; instead, every node can act as both a host and a router.

Remote industrial applications, rural broadband deployments, or large-scale surveillance networks, wireless bridges are essential for delivering stable and high-throughput data links over long distances. However, selecting the right wireless bridge—be it a 30-kilometer wireless bridge or a 100-kilometer wireless bridge—requires more than just checking the range on the specification sheet.

In the current era of rapid technological advancement, the wireless microwave transmission equipment industry is standing at a new starting point of development, and its prospects are showing a bright trend, which is expected to profoundly change the development pattern of multiple industries in the coming years.