BF-TR952 is a cost-effective Trunking base station for fast network establishment. Functioned as network access device, BF-TR952 is used to manage wireless access including air interface management, access control, mobility control, user resources assignment, etc.
BF-TR952 consists of BBU952 and RRU952. Its flexible distributed design satisfies different networking requirements and brings better covering performance.
BF-BBU952 (Baseband Unit)
BF-BBU952 featured enhanced reliability to provide centralized management, operating and maintaining services for RRU devices, and enables hot standby main modules and hot plug operation.
This product can flexibly connect to Remote Radio Units (RRUs) through various ports of optical, E1, and Ethernet ports, as well as hybrid access.
Standard 19-Inch 4U Structure
Each Module Supports Hot Plug
One-site Operation
Hot Standby Power Supply& Controller Module
Centralized Network Maintenance
Multiple RRU Connection Options
Data Processing/Communicate with RF Modul
BF-RRU952 (Remote Radio Unit)
BF-RRU952 is the RF section of the distributed base station designed to meet user expectations in service, capacity, transmission, power supply, installation, and maintenance. Rugged with IP67 waterproof and dustproof, designed with an integrated structure, it enables pole mounting, and wall mounting to facilitate high-rise deployment and flexible up-tower deployment, as well as improve covering capacity and saving feeders.
IP67 Protection
Reduce Construction Cost
Reduce Signal Loss
Multi-Carrier 4*20W Transmitting Power
Pole-Mounting/Wall-Mounting
Aviation Plug
Networking Mode
Star Connection: One BBU can support maximum 12 RRU
Cascade Connection: Available for optical port or cascade connection, communication range limited to the communication media.
In scenarios where cell towers are available, BF-TR952 separates the baseband unit (BBU) from the remote radio unit(RRU) and deploys the RRU high up the tower to shorten the coaxial cable and reduce the loss. This significantly enhances RF transmission efficiency and expands base station coverage.
