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ADS1299 EVM and Linux

Other Parts Discussed in Thread: ADS1299

Dear forum,

many open source projects which deal with EEG ECG or even neuronal single unit activity (open-ephys.org) somehow have decided to use nice analog to digital frontend chips (e.g. intantech.com) in combination with FPGA development boards which offer 1) a nice development environment 2) good documentation 3) and linux support, as it just seems to be the most straightforward way to go when attempting an opensource project.

I know TI usually doesn't spend too much effort on Linux support, but I wonder if slowly the time comes that things will change?

I am highly tempted to pursue a similar approach as the open-ephys initative sucessfully did with the the ADS1299, obviously with much lower performance due to the ADS1299 itself , compared to the intan chips, however at a much lower price, aiming for a total different group of users:

Those who want to conduct low-channel count experiments with up to 4 tetrodes ( 4x4 electrodes, two daisy chained ADS1299) with custom built electodes. 

The question I have now - does anybody have sucessfully integrated the ADS1299 and the EVM within a Linux environment?

Thank you.

Best,

Andreas

  • Hello Andreas,

    It's long time since you post this question. I would wonder to know whether you have success doing some project with ADS129X and Linux. We have a project that has a big chance to use ADS129x on Linux and I'm looking for similar cases to use as a reference. Any comments about this will be welcome.


    Thanks
     Best Regards,

    Giuliano

  • Dear Giuliano

    I am sorry to tell you that I haven't pursued this route any further but in the mean time gained more knowledge in using in-vivo ephys equipment. Possibly I will start in the next months some FPGA programming and maybe I would than again come back to this idea. But please keep me updated on your project.

    Best,

    Andreas

  • Hi Andreas, thanks for your prompt reply,

    Yes, sure, we can keep in touch and I let you know the path we are going to follow. We don't have a final platform defined yet (including the analog front end) but so far we know that we need a processor capable to run an algorithm that makes use a huge quantity of memory (huge for microcontrolers like Cortex M context). Our target project is an wearable EEG with a special algorithm to predict an Epilepsy Seizure.

    This is my personal email: giuliano_vitor@hotmail.com

    Best Regards,
    Giuliano