Multi-Band Antenna Arrays for Seamless Connectivity in Internet of Things (IoT) Applications

The Internet of Things has dramatically increased the number of interconnected objects, all of which require constant and reliable communication channels. This article investigates using multi-band antenna arrays in Internet of Things installations to address connectivity issues. This study investigates such applications and proposes a novel approach to antenna design well-suited to the Internet of Things. Extensive simulations and testing are conducted to evaluate and appraise the proposed antenna array's gain, bandwidth, and radiation pattern. Compared to conventional, single-band antennas, the benefits of the multi-band approach are quite evident. The results demonstrate the capability of the multiband antenna array to reduce interference, sustain connections reliably, and support a wide variety of Internet of Things communication protocols. This study contributes significantly to the development of next-generation IoT communication systems by emphasizing the capacity of multi-band antenna arrays to improve the connectivity and dependability of IoT devices.