For our project, after locking, we would like to acquire continuous data for a longer time to look at narrow frequency features. Currently, we can only store 16384 samples, which is not sufficient for cause. Is there a way to get more continuous data by continuously capturing the 16384 samples or by some other means? I tried to use the new DMA option in red Pitya (for example link) along with pyrpl, but they don't seem to work together. If I start the pyRPl and ssh to Red Pitaya to start the DMA acquisition, it doesn't work. But without starting Pyrpl, I can SSH and acquire a longer stream of RF input channels. Let me know if there are options I can explore. Thanks.
For our project, after locking, we would like to acquire continuous data for a longer time to look at narrow frequency features. Currently, we can only store 16384 samples, which is not sufficient for cause. Is there a way to get more continuous data by continuously capturing the 16384 samples or by some other means? I tried to use the new DMA option in red Pitya (for example link) along with pyrpl, but they don't seem to work together. If I start the pyRPl and ssh to Red Pitaya to start the DMA acquisition, it doesn't work. But without starting Pyrpl, I can SSH and acquire a longer stream of RF input channels. Let me know if there are options I can explore. Thanks.