Cross Scoop Fractal Antenna Design with Notch at 15 Degree for Emerging Applications at 5.2GHz

The Cross Scoop Interconnect Fractal Antenna emerges as a novel and promising solution for emerging wireless communication applications, offering enhanced performance and adaptability. Leveraging innovative design principles and simulation-driven optimization using HFSS (High-Frequency Structure Simulator), this antenna design introduces a unique configuration of cross-shaped elements with scoop-like ends, arranged in a fractal pattern. Through meticulous simulation analysis, the antenna demonstrates remarkable characteristics, including a radiation intensity of 0.2098 and an acceptance power of 29.997 dBm. The proposed design exhibits superior performance metrics, with a radiated power of 29.1417 dBm. This high-performance antenna is poised to address the evolving demands of modern wireless communication systems, catering to applications such as IoT, 5G networks, satellite communication, and beyond. Comparative analysis with prevailing antenna designs specifies the competitiveness and efficacy of the proposed Cross Scoop Interconnect Fractal Antenna in terms of gain, bandwidth coverage, and radiation efficiency. This research contributes significantly to the advancement of antenna technology, offering a versatile and efficient solution for various emerging wireless communication scenarios. Further experimental validation and real-world deployment are recommended to corroborate the simulation results and facilitate practical implementation, ultimately paving the way for the integration of this innovative antenna design into next-generation wireless communication systems.