Show notes
Globally recognized organizations are exploring different advanced communication technologies from RF to laser links. Hear Jean Francois Morizur, Founder and CEO of Cailabs, share insights on the market for laser communications and how lasers complement the role of RF signals in satellite connectivity.
- Lasers require no spectrum access enhancing their ability global satellite connectivity.
- Novaspace predicts that launches of satellites with laser communication terminals on board will double year over year.
- Lasers provide an additional layer of security as they qualify as LPD/LPI (low probability of detection or intercept).
Chapters:
0:19 – Introducing Jean-Francois (JF) Morizur, CEO of Cailabs
1:06 – Satellites communicating via radio frequency
3:51 – main differences between RF and laser
6:20 – optical ground stations
9:03 – adding laser to traditional ground stations
11:29 – intersatellite laser links
13:22 – are laser links secure?
14:43 – government push for laser
15:28 – downlink to earth (DTE) applications
17:23 – best use cases for laser and satellite networks
20:04 – multi-orbit links
21:52 – Prediction: will laser completely replace RF?
About Constellations: Constellations is a podcast and publication by Kratos covering the new generation of space network technologies. Our core interests are space networks, softwarization, terrestrial-space interoperability, the ground segment, security—and, of course, the growing space economy.
- The podcast publishes biweekly on Wednesday mornings.
- The podcast has featured leading CEOs, analysts, and government guests from Space Force, AFRL, the White House, and more.
- By size, our audience is space industry leaders, engineers, military/civil space, and academia.
- We publish article contributions from outside organizations and have ongoing content partnerships with DIFI, Space ISAC, Space Intel Report, and Analysys Mason.
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