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Communicate with High-Throughput Satellites in LEO and GEO Orbits
Supporting the Diverse Communication Needs of a Connected World
The space race is on — not for conquest, but for connectivity. Satellite communications provide connectivity for television, phone, broadband internet services, and military communications. Innovators are pushing satellite technology to expand the potential of the world’s networks and meet the rising demand for wireless connectivity around the globe.
Space Talk: The New Space Frontier
Part 1: Space — a mission-critical domain
Part 2: LEO and GEO satellite deployment challenges
In this two-part series, the Keysight space and satellite application team talks about the new era of space applications. The team also covers technical issues related to communication with LEO and GEO satellites.
Dynamic scenario modeling meets RF system design
Keysight and Ansys combine mission-level modeling with component-level system design to provide a realistic way to prototype your satellite and 5G communications system virtually.
How to improve EVM accuracy for satellite components
Satellite signals are starting to operate at wider bandwidths and employ more complex modulation formats, which makes EVM measurements challenging. A traditional approach to demodulate a 2 GHz wide 64QAM signal takes processing time and may produce artificially low EVM at high power.
Watch the inventors of network analyzer technologies describe an alternative approach to make EVM measurements more accurate and efficient.
Keysight's space tech design and test solutions
Keysight podcast: Above and Beyond
eBook: 5G Satellite Communications Market and Design Trends
Our collaboration with Microwave Journal covers GEO and LEO communication capabilities, including mobile and personal communications LEO networks. The book also examines the combination of GEO satellite and wireless transports into a low-latency internet service.
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