Free space optics (FSO) communication is an optical communication technology that uses light propagating in free space to wirelessly transmit data for telecommunications and computer networking. FSO communication facilitates point-to-point data transmission through the atmosphere using infrared or visible laser beams. FSO communication systems consists of small optical transceivers with lasers and receivers allowing wireless broadband connections at high speeds. FSO technology provides reliable, secure and unregulated broadband connectivity over longer distances. Compared to traditional copper and fiber networks, FSO can provide high-speed connectivity at a much lower cost. The technology also provides a flexible networking solution for mobile and temporary deployments.

The Global Free Space Optics Communication Market is estimated to be valued at US$ 6.8 Bn in 2024 and is expected to exhibit a CAGR of 16% over the forecast period 2024 to 2030.

Key Takeaways

Key players operating in the Free Space Optics Communication are Boost Oxygen, LLC, CAIRE Inc. (AirSep), Chart Industries, DeVilbiss Healthcare LLC, Inogen, Inc., Oxygen Plus, Inc., Pure O2 Ltd, Invacare Corporation, Oxyzens, Philips Healthcare, Zadro Health Solutions, and 2ND Wind Oxygen Bars. The market is witnessing high demand for FSO communication systems from various sectors including disaster management, defense, healthcare, transportation, and oil and gas industries. Technological advancement including high-speed and long-range Global Free Space Optics Communication Market Size with self-healing modalities are further fueling the adoption of FSO communication across different applications.

Market Trends

Growing deployment of 5G networks across the globe is one key trend boosting the FSO communication market. FSO technology offers a cost-effective solution to backhaul huge data traffic from 5G sites. Further, increasing demand for secure broadband connectivity is also resulting in higher adoption of FSO communication systems in both commercial and defense applications. The development of Li-Fi technology for indoor broadband access using visible light is another emerging trend in the market.

Market Opportunities

Remote broadband connectivity in rural and inaccessible areas presents a major growth opportunity for FSO communication suppliers. Further, integration of FSO systems with UAVs and drones for aerial connectivity is expected to open new avenues over the forecast period. Growing focus on smart cities worldwide will also create opportunities for FSO deployment in various smart infrastructure projects including traffic management, security and surveillance.

Impact of COVID-19 on Free Space Optics Communication Market

The COVID-19 pandemic has significantly impacted the growth of the free space optics communication market. During the pandemic, widespread lockdowns and travel restrictions imposed by various governments led to supply chain disruptions and labor shortage. This adversely affected the production and deployment of free space optics equipment. With limited installation and maintenance activities, the market experienced a slowdown in 2020. However, the demand for high-speed communication increased exponentially as people shifted to remote working models and online education system. This led organizations to focus on network enhancements and bandwidth augmentations. As pandemic accelerated the digital transformation, the need for reliable and future-proof connectivity surged. This fostered the growth opportunities for free space optics technology in post-COVID times. Going forward, as economies reopen and construction of new networks picks up pace, the market is expected to regain momentum. Hybrid work culture will further propel the adoption of cost-effective free space optics solutions for last mile connectivity in the coming years.

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