Advantages of FSO
Overview Free-space optical (FSO) communication systems are a non-fiber-optic based optical communication systems that aim to handle large amounts of data…
Read MoreFurther Industry Development and Testing Required for Free Space Optics
Although OGS (Optical Ground Station) terminals build on the design framework of FSO (Free Space Optics) networks, there are a significant…
Read MoreUsing Site Diversity to Minimize Weather Disturbances
A solution widely adopted to minimize adverse environmental (weather) effects is site diversity which involves deploying OGS (Optical Ground Links) in…
Read MoreQuality of Service Control
In order to optimize performance, Quality of Service control protocols must be decided upon and implemented to measure data rate, latency,…
Read MoreDeveloping and Testing Mitigation Strategies
Environmental conditions create significant obstructions to completing Satellite to Ground Links (SGL) with OGS (Optical Ground Links). Multiple potential approaches exist…
Read MorePotential Applications Through Free Space Optics
FSO (Free Space Optics) has multiple potential applications in both commercial and government networks. The need for increasingly higher bandwidth and…
Read MoreThe Challenges Facing Free Space Optics
In addition to determining the correct design parameters to meet the specifications necessary to achieve the desired communications performance and be…
Read MoreKeeping Data Secure with Free Space Optics
One of the security risks of wireless transmissions is the interception of data. The broader the footprint of a signal when…
Read MoreAttaining Faster Data Transmission Through Free Space Optics
As with most all enterprises using data, the demand for the speed of the transmission of data through networks is always…
Read MoreWireless Communication Through Free Space Optics
Free Space Optics refers to the transmission of modulated visible or infrared beams through the atmosphere to obtain broadband communications. How…
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