This paper presents a hexagonal-shaped omni-directional Zeroth Order Resonator (ZOR) antenna for 5G application. 5G which is 1000 times faster than 4G technology, works on two frequency ranges- lower range (600 MHz to 6 GHz) and higher range (24–86 GHz). The antenna proposed works for lower range of 5G applications, operating at the resonant frequency of 5.76 GHz with − 10 dB bandwidth of 100 MHz. The co-equal circuit of the antenna is developed, and the simulated result is validated using circuit simulator software (Advanced Design System (ADS)). The radiation pattern of the antenna achieved have omni-directional pattern in xz-plane whereas it offers dipolar type pattern in yz-plane. The electric field distribution is uniform throughout the structure confirms the presence of ZOR frequency. The proposed antenna is tested inside the anechoic chamber. The measured and the simulated results obtained are almost similar with respect to each other. At last the presented ZOR antenna is compared with the recent state-of-the-art ZOR antenna used for lower applications of 5G (Mobile, WI-FI, Wireless communication).

本文提出了一种用于 5G 应用的六边形全向零阶谐振器 (ZOR) 天线。5G 比 4G 技术快 1000 倍，适用于两个频率范围 - 较低范围（600 MHz 至 6 GHz）和较高范围（24-86 GHz）。建议的天线适用于较低范围的 5G 应用，工作在 5.76 GHz 的谐振频率下，具有 100 MHz 的 − 10 dB 带宽。开发了天线的等效电路，并利用电路仿真软件（Advanced Design System (ADS)）对仿真结果进行了验证。天线的辐射方向图在 xz 平面上具有全向方向图，而在 yz 平面上提供偶极型方向图。整个结构中的电场分布是均匀的，证实了 ZOR 频率的存在。建议的天线在消声室内进行测试。获得的测量结果和模拟结果彼此几乎相似。最后将展示的 ZOR 天线与最近用于 5G 较低应用（移动、WI-FI、无线通信）的最先进的 ZOR 天线进行比较。