The performance requirements of 5G posed a challenge to communications industry, with specific demands resulting from use of the millimeter wave (mmWave) radio frequency spectrum for both mobile phones and infrastructure. In order to realize 5G, several system architecture modifications are needed, as C-RAN, edge computing in backhaul, and optical fronthaul. The application scenarios of 5G include extremely high data rates, extremely high connected-device count, extremely low latency, extremely high reliability and security, and long battery life.
5G combines fixed, mobile, optical, microwave, and IP transport technologies to deliver ultra-dense, high-capacity, low-latency connectivity. The integration of macro and small cell sites with software-defined, cloud-native architectures promise a new level of network flexibility that enables operators to deliver on-demand capacity in support of applications with highly variable network and spectral requirements.
Network convergence is also applicable to the connection between AAU and CU/DU (fronthaul) and CU/DU and the core network (backhaul).
As a 5G optical fiber transmission solutions provider, BEIHAI has the technology and expertise necessary for every type of network and applications.
Key Feature:
![5G Optical Fiber Transmission]( "5G Optical Fiber Transmission")