Blogs
What is phase noise and why is it important?
Discover what phase noise is, how it affects satellite signals, and why low phase noise matters, including jitter, time and frequency domains, measurement, and SATCOM standards.
What is phase noise and why is it important?
Discover what phase noise is, how it affects satellite signals, and why low phase noise matters, including jitter, time and frequency domains, measurement, and SATCOM standards.
Custom LNBs or off-the-shelf?
When off-the-shelf LNBs fail, custom designs solve extreme heat, vibration, frequency, and military SATCOM demands
Custom LNBs or off-the-shelf?
When off-the-shelf LNBs fail, custom designs solve extreme heat, vibration, frequency, and military SATCOM demands
CubeSat design: Key RF considerations
Discover the essentials of CubeSat design, from RF link budgets to thermal resilience, and learn how modern small-sat builds balance power, size, and performance
CubeSat design: Key RF considerations
Discover the essentials of CubeSat design, from RF link budgets to thermal resilience, and learn how modern small-sat builds balance power, size, and performance
What are low noise block downconverters (LNBs) ...
Discover how precision low noise block downconverters (LNBs) support signal quality, frequency stability, and reliability in demanding SATCOM environments.
What are low noise block downconverters (LNBs) ...
Discover how precision low noise block downconverters (LNBs) support signal quality, frequency stability, and reliability in demanding SATCOM environments.
Orbital Research LNBs and global SATCOM networks
Aligning SATCOM hardware to network groupings by orbit and mission ensures compatibility, performance, and scalability across evolving satellite systems.
Orbital Research LNBs and global SATCOM networks
Aligning SATCOM hardware to network groupings by orbit and mission ensures compatibility, performance, and scalability across evolving satellite systems.
Receive-Chain Linearity for Next-Gen Earth Obse...
A research paper examining the critical role of RF linearity in LEO satellite ground stations, focusing on signal power variation, thermal effects, and design considerations for next-gen EO systems.
Receive-Chain Linearity for Next-Gen Earth Obse...
A research paper examining the critical role of RF linearity in LEO satellite ground stations, focusing on signal power variation, thermal effects, and design considerations for next-gen EO systems.