As multi-mode compact BBUs, B8200 and B8300 mainly provide S1/T1/X2 interfaces, clock synchronization interfaces, and RRU digital baseband interfaces and implement exchange of internal services and communication data. An RRU is connected to a BBU by using digital baseband signal fibers.
MicroTCA-based open architecture, supporting third-party AMC and PrAMC modules
High integration, good system compatibility and scalability, small volume, and antivibration design
Flexible and abundant interfaces, supporting clock synchronization modes such as GPS, GLONASS, BeiDou Navigation Satellite System (BDS), and IEEE1588V2
Environmental protection and low power consumption
Support for DC/AC power supply and flexible installation
High reliabilityThe main control board and power supply both work in 1+1 backup mode or load balancing mode. All boards and modules are hot swappable. Maintenance, detection, fault rectification, and software download can be completed remotely.
As multi-mode compact BBUs, B8200 and B8300 mainly provide S1/T1/X2 interfaces, clock synchronization interfaces, and RRU digital baseband interfaces and implement exchange of internal services and communication data. An RRU is connected to a BBU by using digital baseband signal fibers.
- MicroTCA-based open architecture, supporting third-party AMC and PrAMC modules
- High integration, good system compatibility and scalability, small volume, and antivibration design
- Flexible and abundant interfaces, supporting clock synchronization modes such as GPS, GLONASS, BeiDou Navigation Satellite System (BDS), and IEEE1588V2
- Environmental protection and low power consumption
- Support for DC/AC power supply and flexible installation
- High reliabilityThe main control board and power supply both work in 1+1 backup mode or load balancing mode. All boards and modules are hot swappable. Maintenance, detection, fault rectification, and software download can be completed remotely.
