RPI ID: 2023-050-201
Innovation Summary: This technology introduces systems for free-space optical communication using modulated light beams to transmit data wirelessly. The system includes adaptive optics and signal processing algorithms to maintain communication integrity across varying environmental conditions. It supports high-bandwidth, low-latency data transfer over long distances. The design is suitable for terrestrial, airborne, and satellite communication networks.
Challenges / Opportunities: RF spectrum congestion and limited bandwidth pose challenges for traditional wireless communication. This invention offers an alternative using optical channels, reducing interference and increasing data rates. It opens opportunities for secure, high-speed communication in defense, aerospace, and urban infrastructure. The system also supports integration with hybrid communication platforms.
Key Benefits / Advantages: ✔ High-bandwidth optical data transmission ✔ Low latency and interference ✔ Adaptive optics for environmental resilience ✔ Scalable for terrestrial and space applications
Applications: • Wireless communication in defense, aerospace, and urban networks
Keywords: Free-space optics, wireless communication, optical data transfer, adaptive optics, high-speed networks
Intellectual Property: US20250028128A1 (Application 18/582176), Published February 20, 2024