Join us for an insightful webinar that delves into the trade-offs and benefits of flat panel phased array terminals and high gain mechanically steered antenna terminals for satellite communications. Discover the technological advancements, performance metrics, and application scenarios that can help you make informed decisions for your satellite communication needs. This session will provide valuable insights into optimizing your SATCOM ground terminals.
Overview
The space economy is growing exponentially with LEO satellites dominating this growth. Access to LEO satellites, as well as current GEO and MEO systems, is a critical need, and companies that support user SATCOM terminals are experiencing significant growth in demand. Which type of terminal is best technically and economically to access to these multiple types of space assets?
Qorvo will guide you through the selection of user terminal technology to suite your business case. In this webinar, we will look at the trade-offs and benefits of flat panel phased array terminals and high gain mechanically steered antenna terminals for satellite communications. Discover the technological advancements, performance metrics and application scenarios that can help you make informed decisions for your satellite communication needs. This session will provide valuable insights into optimizing your SATCOM ground terminals.
Key Takeaways
- Understand the key market segments in the SATCOM industry that drive specific user terminal requirements.
- Review antenna terminal performance considerations including architecture, thermal, and cost.
- Explore satellite constellation and user terminal mobility demands on beam steering.
Speaker
Ryan Jennings is the Director of SATCOM & Systems Engineering at Qorvo and is responsible for the SATCOM technology roadmap, new product development and customer support. Prior to the acquisition of Anokiwave by Qorvo, he was a VP of SATCOM and Systems. Ryan brings over 25 years of experience leading mission-critical phased array antenna technology efforts for commercial, intelligence and defense customers.
His extensive background and leadership in SATCOM technology makes him an invaluable resource for understanding the trade-offs and benefits of flat panel phased array terminals and high gain parabolic antenna terminals in satellite communications, positioning him as a key figure in helping organizations navigate the evolving space economy and optimize their communication infrastructure.
Ryan received a B.S. degree in electrical, electronics and communications engineering from the University of Kentucky and an MBA with a focus in executive leadership from Regis University. He holds several phased-array related patents.