MIMO antenna miniaturization standards for future 5G

PurposeThe fifth-generation technology 5G, the planned successor to 4G, is a new global standard for mobile networks that brings virtual to reality. 5G wireless technology enables the delivery of high speed, low latency, reliability, 100% coverage and availability to connect number of users as in ma...

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Bibliographic Details
Published in:International journal of intelligent unmanned systems 2022-01, Vol.10 (1), p.159-167
Main Authors: Katragadda, Swetha, Jayasree, PVY
Format: Article
Language:English
Subjects:
5G mobile communication
Antenna design
Antennas
Applications programs
Bandwidths
Business metrics
Cellular telephones
Design
Efficiency
Frequency ranges
High gain
Millimeter waves
MIMO communication
Miniaturization
Mobile computing
Network latency
Radiation
Substrates
Virtual networks
Virtual reality
Wireless communications
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Summary:PurposeThe fifth-generation technology 5G, the planned successor to 4G, is a new global standard for mobile networks that brings virtual to reality. 5G wireless technology enables the delivery of high speed, low latency, reliability, 100% coverage and availability to connect number of users as in massive IoT applications.Design/methodology/approachWith expeditious development in wireless communication, the need for enhanced characteristic antenna design such as the size of the antenna, high data rate, demand in traffic, bandwidth, gain and efficiency increases. Various antenna designs are to be explored to meet the needs and achieve trade-offs between antenna size vs cost, high gain and efficiency vs less loss, high B.W and data rate with the selection of appropriate substrate materials and various gain & isolation enhancement techniques.FindingsThis paper thus gives scope for miniaturized MIMO antenna design for mobile applications at mm-wave frequency range.Originality/valueThis paper thus gives scope for miniaturized MIMO antenna design for mobile applications at mm-wave frequency range.
ISSN:2049-6427
2049-6427
DOI:10.1108/IJIUS-09-2020-0053