I used an RF-catcher to record 10 seconds of data from the satellite JCSAT_4B. The data includes an .iq file and its metadata here. According to the provided information, the signal is a DVB-S2 transmission with a ModCod of 7 (QPSK 3/4), a symbol rate of 11.228 MHz, and should be demodulatable.
The signal was received using a hardware terminal. However, despite my efforts to demodulate it in MATLAB using various methods, I’ve been unable to do so. I’m uncertain whether the issue lies in the signal itself being corrupted, its inherent properties preventing demodulation, or limitations in my own skills.I used an RF-catcher to record 10 seconds of data from the satellite JCSAT_4B. The data includes an .iq file and its metadata here. According to the provided information, the signal is a DVB-S2 transmission with a ModCod of 7 (QPSK 3/4), a symbol rate of 11.228 MHz, and should be demodulatable.
The signal was received using a hardware terminal. However, despite my efforts to demodulate it in MATLAB using various methods, I’ve been unable to do so. I’m uncertain whether the issue lies in the signal itself being corrupted, its inherent properties preventing demodulation, or limitations in my own skills. I used an RF-catcher to record 10 seconds of data from the satellite JCSAT_4B. The data includes an .iq file and its metadata here. According to the provided information, the signal is a DVB-S2 transmission with a ModCod of 7 (QPSK 3/4), a symbol rate of 11.228 MHz, and should be demodulatable.
The signal was received using a hardware terminal. However, despite my efforts to demodulate it in MATLAB using various methods, I’ve been unable to do so. I’m uncertain whether the issue lies in the signal itself being corrupted, its inherent properties preventing demodulation, or limitations in my own skills. demodulation, satellite, dvb-s2, rf signal, satellite signal, rf-catcher, signal demodulation, qpsk MATLAB Answers — New Questions

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