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Impact of antenna and propagation models on coexistence of 5G and fixed satellite services

Impact of antenna and propagation models on coexistence of 5G and fixed satellite services

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The progress of 5G new radio (NR) standardization and anticipated deployment of 5G services in both C-band and Ka-band has motivated many coexistence studies for cochannel spectrum sharing with incumbent fixed satellite service (FSS) operators. The use of proposed 5G antenna and propagation models in different urban and rural deployment scenarios impacts the definition of coordination and exclusion zones used to foster coexistence. This chapter analyzes the effect of spatial antenna gain variation and different propagation models on the shape of the coordination zones around FSS Earth station (ES) receivers.

Chapter Contents:

  • 48.1 Introduction
  • 48.2 System model
  • 48.2.1 Antenna models
  • Fixed satellite service
  • Terrestrial fixed services
  • Field pattern
  • 48.2.2 Propagation models
  • Free-space path loss
  • 3GPP rural and urban LOS/NLOS models
  • 48.2.3 Interference calculation
  • FSS downlink interference
  • FSS uplink interference
  • Interference threshold
  • 48.3 Simulation setup
  • 48.4 Interference power maps
  • 48.4.1 Single interferer
  • 48.4.2 Multiple BS transmissions
  • 48.4.3 Multiple UE transmissions
  • 48.5 Conclusion
  • References

Inspec keywords: electromagnetic wave propagation; cellular radio; mobile antennas; satellite ground stations

Other keywords: coexistence studies; coordination zones; C-band; 5G new radio standardization; 5G services; urban deployment scenarios; fixed satellite services; FSS Earth station receivers; exclusion zones; cochannel spectrum; incumbent fixed satellite service operators; propagation models; 5G antenna; rural deployment scenarios; spatial antenna gain variation; Ka-band

Subjects: Mobile radio systems; Single antennas; Satellite communication systems

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