Numerous application scenarios for 5G smart light poles
Because 5G base stations require high-frequency communication and support for large capacity and high speed, the 5G era will need a large number of small base stations to achieve denser network coverage. Considering factors such as height, spacing, and power supply, light poles appear to be the preferred option for 5G small base stations.
5G smart street light poles not only meet the needs of large-scale deployment of 5G devices, but also serve as data collection entry points for smart city IoT. They also integrate multiple functions such as smart lighting, LED displays, security monitoring, micro-environment detection, one-click alarm, charging piles, network access, and traffic lights, which is conducive to promoting the development and construction of 5G smart city systems and various types of IoT applications.
In the future, with the widespread application of 5G technology, 5G smart streetlights will not only meet the needs of a large number of people for high-speed internet access and mobile payment anytime and anywhere, but also support big data services such as 4K high-definition video call experience, ultra-high-definition multi-channel video transmission, unmanned minibus docking, AR navigation, AR cultural display, and AR consumption traffic generation, bringing people a fresher travel experience.
Furthermore, the widespread adoption of new energy vehicles will significantly increase the demand for charging stations, and smart streetlight poles can serve as convenient carriers for these charging stations. Moreover, according to current operator plans, the rollout of 5G services is accelerating, and the demand for smart streetlights equipped with base stations is likely to surge in the next two years.
Choose a 5G smart light pole gateway for a one-stop solution to build a smart pole system.
To build a powerful and widely applicable 5G smart pole system, the first step is to achieve intelligent integration of 5G communication and the functions of the light pole. The Baima BMG8200 Gigabit 5G Smart Streetlight Pole Gateway, specifically developed for building 5G smart streetlight pole systems, boasts powerful power supply capabilities, device access capabilities, communication protocol conversion, computing power, and联动 control capabilities.
1. Advantages of centralized power supply:
The BMG8200 smart pole gateway is designed with 220V power input/output, DC24V/12V output, and 4 PoE power outputs. Combining the micro base station with streetlights can optimize the power supply layout and solve the power supply problem of deploying the base station separately.
2. Advantages of intelligent management:
With the data centralized communication and transmission capabilities of the smart street light gateway, the operating status of each device on the light pole can be easily monitored, and anomalies can be detected and warned in a timely manner. At the same time, various monitoring data can be centrally transmitted to the cloud for easy analysis and utilization.
3. Advantage of dense coverage:
Since the coverage range of a single micro base station is currently less than 200 meters, dense deployment is required to fully cover blind spots. Streetlights, on the other hand, are evenly distributed with a spacing of less than 100 meters. Combining micro base stations with smart streetlight poles can help micro base stations achieve full coverage.
4. Space-saving advantage:
The integration of micro base stations with streetlights saves the environmental potential space required for separate deployments and greatly reduces the difficulty of coordinating various poles with roads, properties, and power supply lines.
