25545-1

25545-1 Application Field and Working Principle

25545-1 application field covers many technologies and areas, such as RFID technology, V2X, and mobile phone embedded application field, to make these elements interactions easier and more convenient.

The most common use case for 25545-1 technology is for remote wireless management of a roadside asset, such as a street lamp for example. It usually provides street lighting control, monitoring of line wiring and fault locating, and even power supply optimization. This efficient remote Internet of Things management system allows operators to control streetlights from a remote location, turning them off or on and managing their schedule efficiently.

In addition to remote wireless management of a roadside asset, 25545-1 technology can also be used to provide real-time information and analysis of the environment. By collecting and analyzing data such as temperature, humidity and air quality, the technology can provide operators with better decision-making in the context of urban planning and development.

The working principle of 25545-1 technology mainly focuses on the control technology of Wireless Field Area Networks, or Wi-Fi for short. In a traditional wireless access system based on Wi-Fi, mobile devices send radio signals to a router or access point. The router then transmits the signal to the internet, completing the wireless connection. In an area with poor Wi-Fi coverage, this entire process has a low success rate.

25545-1 technology works by extending a Wi-Fi network to a larger area, using small routers or access points. This wireless extension scheme consists of a primary router/access point, and a number of small propagation points. The primary router/access point and the propagation points form a mesh network. When a client device needs to transmit data, the propagation points help the primary router/access point transmit the signal further, increasing the coverage area of the whole network. Therefore, the successful rate of wireless connection is greatly increased.