High transmission rate beam steering system for free-space communications

Non-mechanical beam-steering system suitable for optical wireless communication that uses beam-steering in both the transmitter and receiver.

Applications: Communications, Illumination, LiFi

Features	Benefits
Supports high bandwidth and high signal to noise	The technology allows high data transmission rates
Substantial improvements in link performance of the system	Less transmission power needed compared to current methods, saving costs
The beam-steering method can use low-cost compact components and requires no moving parts	Cheaper to manufacture and less complex than current state of the art beam steering technologies; Lightweight and high-performance steering system
Can be designed for a broad range of transmission rates and wavelengths, including visible and near IR	Very flexible method that can be easily adapted to fit the requirements of a communication system
Compatible with a wide range of existing optical wireless transmitter and receiver components	Requires minimal redesign to fit and upgrade existing systems
Allows two-way communication as beam steering is conducted for both transmitters and receivers	Simple and robust bidirectional communication; Reduces cost and need for two parallel systems