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TELKOMNIKA Telecommunication Computing Electronics and Control
Estimating losses at 40-GHz downlink using non-meteorological techniques in heavy rain areas
The advancement of satellite communication has arisen tremendously where
higher capacity communications systems are needed. Most satellite
engineers are shifting to Ka, Q, and V-band upcoming since the low
frequencies such as below 10 GHz are…
higher capacity communications systems are needed. Most satellite
engineers are shifting to Ka, Q, and V-band upcoming since the low
frequencies such as below 10 GHz are…
TELKOMNIKA Telecommunication, Computing, Electronics and Control
Ku-band specific attenuation coefficients for high-throughput satellites in equatorial region
Ku-band have a larger attenuation during heavy rain in the equatorial region. Despite that, Ku-band has been identified as a frequency band in
high-throughput satellite systems (HTS) for broadband satellite
communication. The available rain fade…
high-throughput satellite systems (HTS) for broadband satellite
communication. The available rain fade…
TELKOMNIKA Telecommunication, Computing, Electronics and Control
Spatial variations of rain intensity over a short length propagation for 5G links based on a rain gauge network
Millimeter-wave (mm-wave) frequency range is among operating bands
designated for terrestrial 5G networks. A critical challenge of link-budgeting
in mm-wave 5G networks is the precise estimation of rain attenuation for
short-path links. The…
designated for terrestrial 5G networks. A critical challenge of link-budgeting
in mm-wave 5G networks is the precise estimation of rain attenuation for
short-path links. The…