Self networking base stations that can be erected on poles

BF-TR952 Self networking base stations that can be erected on polesIt is a low-cost and fast distributed cluster base station product provided by Beifeng for network construction. As a cluster private network wireless access device, it mainly completes wireless access functions, including managing air interfaces, access control, mobility control, user resource allocation, and other wireless resource management functions.

BF-TR952 Self networking base stations that can be erected on polesSeparate the baseband control unit (BBU) and radio frequency remote unit (RRU) from the device level and transmit signals through a stable optical channel connection. For the application of large-scale deployment of wireless signals, this product has the advantages of low construction cost, fast construction speed, and flexible network distribution, and plays an important role in the construction of cluster communication networks.

Further coverage range

IP67 protection capability

Improve the receiving performance of base stations

Remote operation and maintenance capabilities are highlighted

Flexible configuration of digital analog communication

Reduce signal insertion loss and attenuation

BF-TR952Self networking base stations that can be erected on polesSeparating the Radio Remote Unit (RRU) and the baseband control unit (BBU) minimizes feeder losses and improves the coverage area of the base station. The distributed structural design allows the RF unit to be installed flexibly through methods such as pole holding and wall hanging, without being limited to the computer room. This reduces the cost of network construction, greatly shortens the deployment cycle, and fully meets the needs of modern industry users for more flexible deployment, easier maintenance, lower transmission costs, and wider coverage of wireless network construction.

networking method

Star Connection: A single BBU can support up to 12 RRU devices.

Cascade:

BB supports multiple RRUs through optical ports or cascading, and the communication distance is limited by the physical limitations of the communication medium. In scenarios with tower resources, distributed base stations typically separate the baseband control unit (BBU) from the radio frequency remote unit (RRU) and deploy the RRU at a high location on the tower, effectively reducing the length of coaxial cables and directly reducing losses caused by coaxial cables. This greatly improves the RF transmission efficiency at the antenna end and expands the effective coverage area of the base station.