Our company's MESH self-organizing network equipment has been successfully applied in a local railway in the western region.
In recent years, with the rapid development of China's economic construction, we can see that the railway construction in our country is also developing rapidly. There are more and more high-speed railways, which bring great convenience to people's work and life.
In fact, China's railways are mainly divided into two types: national railways and local railways. The ones we usually see are mainly national railways. Compared with national railways, the main difference of local railways lies in their shorter operating mileage. Local railways, also known as local nature railways, refer to railway systems where the main construction, operation, maintenance, and management units are local government departments or enterprise companies. They are often used as branch railways. Local railways have played an important role in local mineral resource development, the diversion of passenger and freight traffic on national railway lines, and the service of local industrial and agricultural production and people's lives.
The functions and roles of local railways also determine that their locations are generally situated in residential areas. The railway lines are mostly within the residential areas, and they also need to pass through roads in residential areas. Therefore, the safety scheduling work of railways has become extremely important. To improve the digital and intelligent level of local railways, our company, in response to the needs of a local railway department, has built a digital MESH wireless system for it. This system provides wireless coverage for trains, crossings, stations, and the railway lines, and all are connected using wireless technology. This further enhances the safety and intelligence level of local railways. Users have expressed satisfaction with the application effect and stability of the product. The implementation of this project has achieved the expected results.
The following is the application site illustration:








