O measure total 0.15 the26 to 31 antenna-21 performance. Meanwhile, the integration notion using a CMIMO 28 to 28.5 -25 shaped parasitic element is proven to become able to improve the isolation as well as the antenna 15.six to 17.1 -20 bandwidth. Also, with a smaller size than other designs, -this antenna is- Ritanserin custom synthesis appropriate three.1 to 17.3 -15 0.1 for future mobile applications. three to 30 -20 3 to 12 -20 0.two 15.5 to 17 Yes 0.14 9.89 Table 3. Comparison-30 amongst the proposed and current MIMO antennas. 0.Bandwidth Isolation TARC Diversity Achieve MEG ECC (dB) (GHz) (dB) (dB) (dB) (dB)  2.89 1.03 26 ability -21 0.15 Detailed analysis on the to 31 from the new antenna structure with a C-shaped parasitic  to1.77 two.42 mutual coupling between the MIMO antenna components was 28 to 28.5 -25 element suppress the suc five.6 2.96 15.6 antenna -20 cessfully demonstrated. The to 17.1 performance was validated through- fabrication and  two.5 two.5 3.1 results 0.1 measurement, and exceptional to 17.3 were-15 obtained. The proposed antenna-is well matched  1.13 1.13 3 to16 GHz, and it truly is suitable for 5G mobile applications. 30 -20 at the resonant frequency of the  0.9 was three to 12 -20 0.2 C-shaped element0.five established to block the surface current as a consequence of the high worth of isolation Proposed 0.8 1.33 15.five The -30 0.14 0.351 in between the MIMO elements. to 17 result shows thatYes mutual coupling 9.89 enhanced by the was4. ConclusionsCiteSize (mm8.58 dB, from -23.74 dB to -32.32 dB when the C-shaped parasitic element was added. 4. Conclusions The improvement is fantastic for a standard MIMO technique that calls for isolation of more Detailed analysis on the potential with the were measured (ECC 0.1482), (DG 9.8918) than -15 dB. The relevant MIMO parametersnew antenna structure with a C-shaped parasitic element to suppress the mutual coupling between the MIMO antenna components was and (MEG 0.3514) inside the operating band. The radiation pattern from the MIMO antenna was also measured in an indoor OTA500 chamber facility. Despite the fact that the through fabrication effectively demonstrated. The antenna functionality was validated gains had been slightly much less than the simulated values, the obtained had been obtained. The proposed dB for Antenna and measurement, and exceptional final results values are acceptable with 6.21 antenna is well 1matched at the resonant frequency of 16 GHz, and it is actually suitable for 5G mobile applications. and 6.43 dB for Antenna 2, displaying that the parasitic element enhanced the radiation overall performance. element was established to block the surface current due to the higher value in the C-shaped isolation involving the MIMO elements. The result shows that the mutual coupling was Author Contributions: Conceptualization, H.Y. and H.J.; methodology, I.K.C.L. and M.H.J.; formal enhanced by eight.58 dB, from -23.74 dB to -32.32 dB when the C-shaped parasitic element analysis, N.H.A.R. and Y.Y.; writing–review and editing, N.H.A.R.; supervision, N.H.A.R., M.H.J. was added. The improvement is exceptional to get a typical MIMO program that requires isolaand M.A.A.; funding acquisition, F.N.M.R. and M.A.A. All authors have read and agreed towards the tion of much more than -15 dB. The relevant MIMO parameters had been measured (ECC 0.1482), published version from the manuscript. (DG 9.8918) and (MEG 0.3514) within the operating band. The radiation pattern of your Funding:antenna was also measured in an indoor OTA500 chamber facility. Even though the MIMO This analysis was funded by Universiti Teknologi MARA via the Young Talent Researcher.