Optical Links and Tracking for Free-Space Optical Communication
emerging free-space optical (FSO) communication technology will be critical to the future of telecommunication and networking
We believe the emerging free-space optical (FSO) communication technology will be critical to the future of telecommunication and networking, requiring high-precision mounts and gimbals controlling customized telescopes to establish and maintain optical links between satellites.
Several of our telescopes, such as the RC700, RC1000, or Newtonian 700, have been designed for optical links, while our direct-drive mounts and gimbals provide fast and smooth tracking capabilities. Having worked with many organizations to develop and support these free-space optical communication systems, we understand that speed, accuracy, and stability are critical to successfully tracking satellites in orbit.
Planewave’s Capabilities
- Direct drive mounts and gimbals for smooth satellite tracking
- Custom optical coatings optimized for infrared imaging
- Consulting on modifying off-the-shelf products for specific requirements
- Software integration support
- Potential for fully custom product development
Systems Customized for Your Needs
We’ve been designing and supporting free-space optical communication systems for nearly 10 years. Our team would love to work with you on your next FSO communication project.
Emerging FSO Communication Technology
Free space communication uses line-of-sight technology to wirelessly transmit data for telecommunications and computer networking. It’s a key technology for connecting areas that can’t be reached by fiber optic technology and has been used most famously by Starlink to establish a global network that isn’t restricted by ground infrastructure. FSO communication is also expected to provide spacecraft with more data-flow options now that traditional radio frequencies are experiencing limitations.
FSO communication uses encoded laser beams for high-bandwidth satellite communications and complements our extensive but ground-limited fiber optic global networks. It has emerged through the efforts of organizations like SpaceX, Starlink, and Amazon to provide higher bandwidth and secure links, connecting rural and hard-to-reach areas that have never had access to fiber optic networks.