Blogs

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.

A quick history of satellite frequency bands

Over the past 50 years, the number of active satellites orbiting the Earth has grown by more than 7,000%.  See our summary of key satellite communications milestones. 

Q-band: The next frontier

With hockey-stick LEO satellite growth, it’s not surprising that existing spectrum is getting crowded. Find out about the next frontier of satellite innovation: Q-band.

Satellite communications today: A practical guide

Noticing more satellites in the sky? Satellite communications enable a wide range of applications, from telemedicine to financial transactions.  Learn how SATCOM works and what the future holds.

What is a frequency converter in satellite comm...

How do satellites transmit signals reliably across such vast distances? The secret lies in frequency converters—small yet powerful devices that make global communication possible.