This project plans to build a ?satellite signal source scheduling and transmission system, primarily serving the transmission and scheduling/switching of ?satellite signals? from the ?new central equipment room? and a ?remote backup signal source. The system construction is as follows:

?System integration for the original equipment room’s satellite reception: After reception at the original equipment room, the satellite signal is transmitted via ?optical transmission equipment? to the ?L?band scheduling matrix? in the new equipment room, and then output via a ?power splitter.
?System integration for the new equipment room’s satellite reception: The satellite signal received at the new equipment room is transmitted via ?optical transmission equipment? to the ?L?band scheduling matrix, and then output via a ?power splitter.

Through the above construction, the system realizes ?centralized scheduling, ?flexible switching, and ?high?reliability transmission? of satellite signal sources, providing strong support for ?business continuity? and ?emergency backup.

?Key Highlights of the Solution?

?Long?distance transmission of satellite signal sources: Leverages advanced ?optical transmission? to achieve ?long?distance, ?low?loss, and ?highly stable? delivery of satellite signals between the central and remote sites, ensuring signal quality is unaffected by distance.
?Local and remote backup redundancy for satellite signal sources: Supports ?dual?path? access and ?seamless switching? between ?local? and ?remote backup? satellite signal sources, effectively enhancing ?reliability? and ?disaster recovery? capabilities to ensure uninterrupted service under any single?point failure.
?Integrated, efficient, and flexible satellite signal source scheduling matrix system: Employs a professional ?L?band scheduling matrix? to enable ?intelligent scheduling, ?rapid switching, and ?flexible allocation? of multiple satellite signal sources, meeting multi?business and multi?channel scheduling needs while improving overall ?operation and maintenance efficiency? and ?agility.