September 28, 2025International Journal of Innovations in Science and TechnologyOpen Access

Mutual Coupling Reduction in 5G Multiple Input Multiple Output Microstrip Patch Antenna

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Authors

BRBilal Ur Rehman JUJ ULLAHIqra National University BABilal AhmadUniversity of Malaya

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Overview

This research demonstrates improved isolation and radiation efficiency in a compact MIMO antenna for 5G applications, suggesting enhanced system performance.

Key Points

Isolation markedly improved, with return loss enhancing from −17 dB to −46 dB, indicating better performance in MIMO systems.
Radiation efficiency increased from 71.5% to 76.8%, showcasing significant enhancements in antenna functionality for 5G applications.
Proposed design uses T-shaped gaps to reduce mutual coupling, addressing crucial challenges in compact MIMO antennas.
Integration suitability is noted for modern mobile devices and IoT networks, highlighting benefits for urban communication environments.

Cite This Study

Rehman et al. (2025) studied this question.

synapsesocial.com/papers/68d913b24ddcf71ba560c09d https://doi.org/10.33411/ijist/20257315181532

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September 28, 2025International Journal of Innovations in Science and TechnologyOpen Access

Mutual Coupling Reduction in 5G Multiple Input Multiple Output Microstrip Patch Antenna

View Full Paper

Ask AI

Bookmark

Authors

BRBilal Ur Rehman JUJ ULLAHIqra National University BABilal AhmadUniversity of Malaya

Discussion

Member takes

Overview

This research demonstrates improved isolation and radiation efficiency in a compact MIMO antenna for 5G applications, suggesting enhanced system performance.

Key Points

Isolation markedly improved, with return loss enhancing from −17 dB to −46 dB, indicating better performance in MIMO systems.
Radiation efficiency increased from 71.5% to 76.8%, showcasing significant enhancements in antenna functionality for 5G applications.
Proposed design uses T-shaped gaps to reduce mutual coupling, addressing crucial challenges in compact MIMO antennas.
Integration suitability is noted for modern mobile devices and IoT networks, highlighting benefits for urban communication environments.

Cite This Study

Rehman et al. (2025) studied this question.

synapsesocial.com/papers/68d913b24ddcf71ba560c09d https://doi.org/10.33411/ijist/20257315181532

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