Base station antenna systems for mm-waves
2020 International Symposium on Antennas and Propagation (ISAP), 2021•ieeexplore.ieee.org
Lower efficiencies of power amplifiers and increased path loss at higher frequencies are two
reasons why utilizing millimeter-wave frequencies for future wireless communications
systems is challenging. In this paper, two distinct antenna systems are presented which
address this challenge by using high antenna gain. This allows lower transmit power levels,
compared to conventional phased array antennas, while still providing high effective
isotropic radiated power.
reasons why utilizing millimeter-wave frequencies for future wireless communications
systems is challenging. In this paper, two distinct antenna systems are presented which
address this challenge by using high antenna gain. This allows lower transmit power levels,
compared to conventional phased array antennas, while still providing high effective
isotropic radiated power.
Lower efficiencies of power amplifiers and increased path loss at higher frequencies are two reasons why utilizing millimeter-wave frequencies for future wireless communications systems is challenging. In this paper, two distinct antenna systems are presented which address this challenge by using high antenna gain. This allows lower transmit power levels, compared to conventional phased array antennas, while still providing high effective isotropic radiated power.
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