A key parameter of 5G communication is MIMO technology in the forthcoming years. In order to maintain best MIMO system the correlation between the antennas is < 0.2. The distance between the patches is 2.5 mm is considered by parametric study that reduces the transmission coefficient (S₁₂) is − 45 dB and − 33.5 dB at lower and higher bands. The impedance bandwidths at measured frequencies are 830 MHz and 2.37 GHz, radiation efficiencies of 88.9% and 84.91%, realized gains of 3.10 dBi and 3.58 dBi. The antenna occupies the total area is 0.45λ₀ × 0.291λ₀ × 0.03λ₀ with reflection coefficient (S₁₁) is − 41.25 dB and − 14.58 dB. The group delay (GD) of − 18.009 ± 1ns observed from the simulation results with S₁₁ of − 41.27 dB is obtained by IBW of 790 MHz. At the both resonating bands ECC is slightly lower than the 0.04. The dual-band antenna has a good radiation pattern, advisable VSWR, gain characteristics and radiation efficiency which are acceptable for limited wireless communication applications.

未来几年，5G 通信的一个关键参数是 MIMO 技术。为了保持最佳 MIMO 系统，天线之间的相关性小于 0.2。贴片之间的距离为 2.5 mm，通过参数研究考虑，降低了传输系数 (S ₁₂ ) 在较低和较高频段分别为 - 45 dB 和 - 33.5 dB。测量频率下的阻抗带宽为 830 MHz 和 2.37 GHz，辐射效率分别为 88.9% 和 84.91%，实现增益分别为 3.10 dBi 和 3.58 dBi。天线占据的总面积为0.45λ ₀  × 0.291λ ₀  × 0.03λ ₀，反射系数（S ₁₁）为−41.25 dB和−14.58 dB。从 S 的模拟结果中观察到的群延迟 (GD) 为 − 18.009 ± 1ns_{− 41.27 dB 的11}由 790 MHz 的 IBW 获得。在两个谐振频带，ECC 略低于 0.04。双频天线具有良好的辐射方向图、可取的驻波比、增益特性和辐射效率，对于有限的无线通信应用来说是可以接受的。