Solutions covering NTN
Anritsu is enhancing the development of Non-Terrestrial Networks (NTN) by strengthening the testing and evaluation of commercial services using low Earth orbit satellites. They focus on RF measurement of NB-IoT NTN and ground station monitoring to ensure stable communication with satellites. This includes monitoring frequencies and signal strengths, and detecting interference signals. Using the MS2090A RTSA, Anritsu enables continuous monitoring of feeder link carriers up to 54 GHz, ensuring signal integrity and detecting interference.
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NB-IoT NTN Test Solution
Demonstrate RF measurement of NTN(Non-Terrestrial Network) NB-IoT, which is one of the actively deployed NTN services now being launched. There are unique aspects of NTN NB service operation that should be evaluated, such as enhanced RF sensitivity and TN/NTN reselection.
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NTN Ground Station Monitoring
Ensuring stable communication with a Non-Terrestrial Network(NTN) requires monitoring the frequencies and signal strengths sent to/from satellites via the ground stations, High Altitude Platform Stations(HAPS), and detecting any jamming or interference signals. Field measurement of NR signals is essential when a satellite is deployed, especially to validate high-frequency feeder links. The MS2090A RTSA, with its 150 MHz analysis bandwidth for feeder link carriers up to 54 GHz, enables continuous monitoring of satellite uplink and downlink signals, ensuring signal integrity and detecting interference.
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