The technological advancement in the architecture of satellite communication has provided a stable communication network for various applications. The topography of a satellite constellation and frequency multiplexing will play a significant role in defining future services through satellite communication. They are mainly four types of topology architecture: star topology, mesh topology, hybrid topology, and point-to-point topology. The rise in demand for establishing a secure connection for a range of military operations requires a point-to-point network, whereas the requirement of a global telecommunication network will demand mesh topology.
The technological advancement in the architecture of satellite communication has provided a stable communication network for various applications. The topography of a satellite constellation and frequency multiplexing will play a significant role in defining future services through satellite communication. They are mainly four types of topology architecture: star topology, mesh topology, hybrid topology, and point-to-point topology. The rise in demand for establishing a secure connection for a range of military operations requires a point-to-point network, whereas the requirement of a global telecommunication network will demand mesh topology.