Abstract
This study focuses on the integration of optical and radio wave technologies to explore the synergy between these two types of electromagnetic radiation for advanced communication systems. With the rapid development of wireless communication and increasing demand for high-speed data transmission, the integration of optical and radio technologies offers a promising way to overcome current limitations in bandwidth and signal propagation. This research provides a comprehensive analysis of the fundamental principles of optical and radio wave interaction, including the physical properties of electromagnetic waves, modulation techniques, and the potential for interaction between optical fiber networks and radio wave-based communication systems. Key aspects addressed in the study include the propagation characteristics of waves, the design of integrated circuits for signal processing, and the development of hybrid communication protocols that combine the advantages of optical and radio frequencies. Both theoretical modeling and experimental verification methods are employed. The results highlight the potential for creating reliable and flexible communication systems by leveraging the complementary properties of optical and radio waves.