A two-layer mushroom body structure is proposed to enhance the isolation of a highly compact MIMO antenna

A two-layer mushroom body structure is proposed to enhance the isolation of a highly compact MIMO antenna. This innovative design aims to improve the performance of multiple-input multiple-output systems by reducing mutual coupling between antenna elements, which is crucial for achieving high data rates and reliable communication in dense environments. The first image shows a detailed schematic of the two-layer mushroom body, highlighting its unique geometry and layout. The second image provides an overview of the antenna configuration, demonstrating how the mushroom structure is integrated into the overall system. These visual representations help in understanding the spatial arrangement and the potential benefits of this design approach. Further images illustrate different aspects of the antenna, including its cross-sectional view and simulation results. Each image contributes to a comprehensive understanding of the structure's functionality and performance. The final image presents a close-up of the antenna array, emphasizing the compactness and efficiency of the design. By employing a two-layer mushroom body, the proposed antenna offers improved isolation without compromising size or performance. This makes it particularly suitable for modern wireless devices where space is limited but high throughput is required. The design represents a significant step forward in the development of compact and efficient MIMO systems.

Camera Drone

Photography Drone,High Definition Photography Drone,Three Axis Anti Shake gimbal High definition Photography Drone

Jiangsu Yunbo Intelligent Technology Co., Ltd , https://www.fmodel-ai.com