Hello,
I'm trying to design a system using GNU radio and Flex Radio. The idea is to have GNU Radio create IQ samples composed from different digital modes(i.e. BPSK, QPSK) and arbitrary waveforms, transfer those samples to the flex-6500, and have the flex-6500 transmit those samples. I've seen many posts where people have done the opposite (i.e. Having Flex transmit IQ samples to GNU Radio for post-processing), which leads me to believe that it should be possible to reverse this for my application. I've started looking at the FlexLib API and have loaded all of the necessary files in Visual Studio (if anyone has any other IDE recommendations, that would also be greatly appreciated). However, I'm stuck conceptually on 2 things:
1) Is there already a function that exists within the FlexLib API that does this? If not, how feasible would it be to reverse engineer one of the existing functions to do this?
2) Is the flex radio able to collect these samples in real-time or is there a cap on how much data can be transmitted at a time?
Any suggestions on how to approach this are greatly appreciated.
Thanks,
Noel Teku
I'm trying to design a system using GNU radio and Flex Radio. The idea is to have GNU Radio create IQ samples composed from different digital modes(i.e. BPSK, QPSK) and arbitrary waveforms, transfer those samples to the flex-6500, and have the flex-6500 transmit those samples. I've seen many posts where people have done the opposite (i.e. Having Flex transmit IQ samples to GNU Radio for post-processing), which leads me to believe that it should be possible to reverse this for my application. I've started looking at the FlexLib API and have loaded all of the necessary files in Visual Studio (if anyone has any other IDE recommendations, that would also be greatly appreciated). However, I'm stuck conceptually on 2 things:
1) Is there already a function that exists within the FlexLib API that does this? If not, how feasible would it be to reverse engineer one of the existing functions to do this?
2) Is the flex radio able to collect these samples in real-time or is there a cap on how much data can be transmitted at a time?
Any suggestions on how to approach this are greatly appreciated.
Thanks,
Noel Teku