ownconverter (LNB) or a waveguide filter. More details on how these methods work can be found here:http://www.satmagazine.com/story.php?number=2132459167. On a related note, 5G C-band signals may interfere with aircraft equipment too. Let us next look at why we need satellite communication with 5G. Why do we need satellite communication with 5G? Why do we need satellite communication with 5G? Let us investigate the role of satellite communication with 5G and why it is needed. Satellite communication can provide cellular coverage in hard-to-reach places with terrestrial networks, such as in the middle of the ocean, on a ship, or on a small island. 5G networks can use satellite communication to increase their capacity. Satellite communication can act as a backup for 5G networks. The European Union's (EU's) Horizon 2020 program and the European Space Agency (ESA) have been researching satellite convergence with 5G. They have the common goal of developing the satellite and TN for 5G by leveraging GEO, MEO, and LEO satellite systems. The main reasons for the use of satellite communication systems for 5G are the following: Satellite backhaul: When a suitable terrestrial network is lacking, we can use fixed satellite backhaul to single small cells and base stations. This can support eMBB and provide 5G connectivity in regions lacking cellular infrastructure. Some degree of IoT application support can be provided via mMTC. Connecting homes and premises: Homes and offices can be provided broadband services as an alternative to installing fiber optic cables in rural and semi-rural areas. The use of distributed small cells can provide this connectivity. Overall, fixed wireless access will promote connectivity for underserved areas as well. Mobile assets and platforms: Mobile infrastructure assets such as ships, trains, airplanes, postal delivery trucks, taxis, and cars require roaming capabilities as they may traverse localized 5G cellular networks. Such mobile assets are good candidates for a 5G satellite network. On-deman