osesy.blogg.se - Keysight vector network analyzer

Greg Patschke, General Manager of Keysight’s Aerospace / Defense and Government Solutions Unit, said: “With the introduction of our 2 GHz real-time spectrum analysis solution, Keysight is enabling innovators to push the boundaries for system performance in the satellite communication industry. When combined with the V3050A Frequency Extender for unbanded frequency coverage to 110 GHz, the U9361 RCal Receiver Calibrator, the M9484B VXG Signal Generator, and the powerful PathWave X-Series and PathWave Vector Signal Analysis measurement applications, the N9042B UXA analyzer provides real-time spectrum analysis bandwidth to 2 GHz and streaming bandwidth to 2 GHz for satellite communication systems.

Runs on Proven Keysight Technology: The RTSA solution is designed to run on the N9042B UXA Signal Analyzer, an industry-leading signal analyzer / spectrum analyzer that tests millimeter-wave performance in 5G, satellite, and radar.

Digital Twin Innovations: Based on Keysight’s design and emulation expertise, the RTSA solution can accelerate innovation using digital twins that speed design and testing of satellite payloads, lower prototyping costs, and speed time-to-market.

Support for Wide Bandwidth Analysis: With support for ODI streaming at up to 2 GHz to RAID storage, the Keysight RTSA test solution enables rapid, wide bandwidth streaming and capture of hours of signal recordings for analysis.

This reduces analysis time and improves the probability of intercept.

Reduced Analysis Time: Keysight’s advanced field-programmable gate array (FPGA) technology enables a multi-threaded and parallelized RTSA measurement up to 2 GHz bandwidth to minimize the time gap between processing / rendering and re-capturing signals.

The RTSA application software offers the following benefits:

Keysight’s RTSA solution addresses this challenge by enabling the N9042B UXA Signal Analyzer to conduct continuous, gapless capture and analysis of elusive and transient signals with industry-leading optical data interface (ODI) streaming up to 2 GHz. To ensure high QoS, satellite operators need to perform rigorous and accurate signal interference monitoring in real-time to identify anomalies and mitigate service degradation. Signal interference has been further complicated for satellite operators with the auction of traditional SATCOM frequency bands to terrestrial wireless operators. As the satellite communications (SATCOM) industry moves to high-throughput satellites, satellite network operators are experiencing increased satellite signals and interference.