WSS20 IP Digital Microwave Equipment
Today, the environment in which microwave equipment is applied is undergoing fundamental changes: existing and newly built networks are continuously expanding, requiring connections suitable for multi-user access; the converged development of fixed and mobile services has driven the rapid growth of voice, data, video, Internet applications, and even the gaming industry within networks; the parallel development of multiple technologies such as GSM/UMTS/CDMA, WiMAX, and DSL has imposed new requirements on the evolution of microwave transmission solutions.
Today, the environment in which microwave equipment is applied is undergoing fundamental changes: existing and newly built networks are continuously expanding, requiring connections suitable for multi-user access; the converged development of fixed and mobile services has driven the rapid growth of voice, data, video, Internet applications, and even the gaming industry within networks; the parallel development of multiple technologies such as GSM/UMTS/CDMA, WiMAX, and DSL has imposed new requirements on the evolution of microwave transmission solutions.
In the process of carrier networks evolving from TDM to IP/TDM and ultimately completing full IP transformation, the application advantages of microwave technology are also evident. It can effectively reduce OPEX. The value of microwave technology applications for service providers lies in its suitability for rapid deployment and its verifiable future development.
The role of today's microwave transmission solutions is to enhance the penetration of mobile and broadband services. Microwave will play an increasingly active role in addressing fixed network backbones, wired extension of voice and data, rural high-speed Internet access, triple play, service aggregation, mobile base station interconnection, as well as the construction of mobile metropolitan area networks or backbone networks. Our company's IP microwave equipment features universality, IP transmission, and adaptability, evolving to meet the demands of end-user services transitioning to IP. From TDM networks to IP networks, we consistently maintain high adaptability between the air interface and the characteristics of the transmitted traffic.
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Main Features
(1) LDPC coding
(2) High spectral efficiency
(3) ACM adaptive coding and modulation
(4) Compatible with existing TDM services while meeting future Ethernet service requirements.
(5) Supports 1+1 FD/SD/HSB protection
Application Areas
(1) High-bandwidth IP-based base station networking
(2) Fixed and mobile service convergence
(3) Rural high-speed Internet access
(4) Mobile metropolitan area networks or backbone networks
