Selection of Optimized Antenna Design for Improved Performance in Gain, Return Loss, and Efficiency for Access Point in WLAN

Optimizing antenna design is critical for improving performance metrics such as gain, return loss, and efficiency in modern communication systems. This paper evaluates two antenna configurations, including patch, and array designs, to achieve improved performance. The primary goal is to improve gain, minimize return loss, and maximize efficiency by optimizing key design parameters such as antenna frequency, feed technique, and substrate materials. Using simulation tool such as IE3D, antenna designs are modeled and analyzed to assess the impact of designing parameters. The results demonstrate that optimized designs lead to more efficient, high-gain antennas suitable for applications like next-generation wireless networks. The study concludes that efficient design and designing parameters significantly enhance antenna performance, contributing to the development of robust and reliable communication systems.