The 4G/5G outdoor high-power macro station uses a highly integrated structure combining baseband and RF units in one unit, with full-grade outdoor waterproof and dustproof protection. It can be deployed directly in the open on rural poles and highland sites without traditional equipment rooms, cabinets, or other supporting civil works, and the single-pole minimalist architecture greatly reduces supporting infrastructure investment.

The equipment natively supports simultaneous 4G and 5G dual-mode operation and is compatible with wide-coverage premium low-band spectrum such as 700M and 900M. With ample transmit power, its per-site coverage radius far exceeds that of conventional small cells, achieving large-area continuous coverage while serving both existing 4G users and new 5G high-speed services.

The solution does not rely on carrier-dedicated transport networks; it can directly reuse existing mature metropolitan area network resources in urban and rural areas, supporting GPON and XGPON fiber PON broadband lines for base station data backhaul. This fully activates broadband conduit resources already deployed in villages, eliminating the material and construction costs of building new dedicated transmission cables.

Sites use fiber as the primary transmission medium, with outdoor armored optical cables and waterproof fiber connectors forming fronthaul links that feature low loss and resistance to outdoor temperature and humidity and lightning interference, ensuring voice, broadband, and IoT service data from base stations is reliably backhauled to township aggregation rooms with consistently low latency and no packet loss.

No equipment room civil works are needed; equipment and antennas can be integrally hoisted onto ordinary utility poles or self-supporting concrete poles. Construction procedures are greatly simplified and per-site installation and commissioning cycles are short, enabling rapid batch deployment of communication coverage in rural areas and fitting batch construction tasks under universal telecommunication service programs.

Weather-resistant outdoor power cables and armored communication optical cables are used throughout, supported by lightning-protection grounding kits and waterproof junction boxes. Poles feature uniformly installed power and ELV separated conduits, together with lightning rods and grounding grids, suiting harsh outdoor natural environments such as mountainous areas, fields, and villages.

The solution primarily targets rural, mountainous, and remote township areas with weak communication infrastructure and dispersed, expansive populations, while also suiting sparsely populated areas such as rural scenic spots, contiguous farmland, and county road corridors. It is dedicated to rapidly implementing universal telecommunication service projects, filling gaps in rural digital networks, and supporting IT services related to digital rural revitalization.

The solution primarily targets old residential communities built years ago with aging conduits, scattered buildings, and weak communication infrastructure, while also suiting dispersed resident areas such as contiguous housing along old streets and lanes, aging suburban compound residences, and open legacy neighborhoods without property management. It is dedicated to rapidly implementing communication upgrade and renovation projects in old communities, filling gaps in their digital networks, and supporting IT services related to smart community renovation and convenient digital services for residents.