Hi Claus, Thanks for the information! The ADS9817EVM (multiplexed variant of ADS9813) does have Python API available. If you take a look at this and it is what you are looking for, I can discuss with our software team about providing you with a Python API for ADS9813EVM. Alternatively, the ADS9813EVM does have a scripting window of sorts that can be used to access the various features of the GUI (such as the capture button, etc), which you could loop over for multiple captures and store the ADC output data into an array, for example. However, in both the case of Python API and the GUI, ADC data captures are not being streamed to the PC. They are being captured into DDR memory and then transferred to the PC afterwards. The delay during transfer makes it so our evaluation software is not able to do true continuous capture. Keeping this in mind, if either of these evaluation approaches work for you, please let me know. While we do not have example code for the Sitara solution, if you choose to use the Sitara TMDS243EVM/TMDS64EVM, those EVMs have an HSE connector through which you can access the PRU. You would not be able to use the ADC-PHI-PRU-EVM adapter board as the ADS9813EVM has an FMC connector, not PHI. The TMDSHSECDOCK + TMDSCNCD263 boards may also be used to access the PRU signals. Best regards, Samiha
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