You signed in with another tab or window. Reload to refresh your session.You signed out in another tab or window. Reload to refresh your session.You switched accounts on another tab or window. Reload to refresh your session.Dismiss alert
Firstly, thanks for this project (/product) - It's incredibly useful. We really love the martim01 as a test device in our workshop, where we use external NTP/DAD converters to route it an AES67 stream of whatever we patch to the converter.
I wondered if you could look at implementing support for Class Compliant USB Audio devices, potentially via Linux's ALSA tools!?
Personally, I have very little comprehension of how large or small a task this would be, but it feels like it would be a neat step to enabling wider support for other flavours of professional I/O - though I appreciate there could be some fundamental architectural issue as to why you haven't done it already...
As it stands, we need to swap multiple hats & configuration for balanced Analog I/O vs. S/PDIF (which we then need to convert to/from AES3), and it rules out support for formats like MADI, ADAT etc.
It also currently doesn't allow for testing mixed I/O, because I don't think you can stack Pi Audio HATs in that manner & you can't select one for out & another for in (as far as I can tell). An example use case would be utilising the Signal Generator Output to Analog, and monitoring an AES input - perhaps testing an external converter/router/DAW...
In any case - it's really awesome - thanks for making it available to the audio community!
Cheers,
JJ
The text was updated successfully, but these errors were encountered:
Hi JJ,
Thanks for the feedback, I'm glad you're finding the PAM useful.
For taking non-AES67 input (i.e. the PAM Soundcard setting) the PAM uses the ALSA library (via the portaudio library). I have in the past plugged an IP/ISDN audio codec in via USB and it worked fine, appearing as another input in the Soundcard setting.
I haven't tried multi-channel soundcards though or ones that support MADI, ADAT etc. Assuming Linux itself can see them via ALSA I would expect the PAM to be able to - though currently the PAM expects it's soundcard input/output to be stereo rather than any more channels.
I don't think this should be a too difficult feature to add therefore (at least for multichannel analog/aes3 devices).
Hey Matthew,
Firstly, thanks for this project (/product) - It's incredibly useful. We really love the martim01 as a test device in our workshop, where we use external NTP/DAD converters to route it an AES67 stream of whatever we patch to the converter.
I wondered if you could look at implementing support for Class Compliant USB Audio devices, potentially via Linux's ALSA tools!?
Personally, I have very little comprehension of how large or small a task this would be, but it feels like it would be a neat step to enabling wider support for other flavours of professional I/O - though I appreciate there could be some fundamental architectural issue as to why you haven't done it already...
As it stands, we need to swap multiple hats & configuration for balanced Analog I/O vs. S/PDIF (which we then need to convert to/from AES3), and it rules out support for formats like MADI, ADAT etc.
It also currently doesn't allow for testing mixed I/O, because I don't think you can stack Pi Audio HATs in that manner & you can't select one for out & another for in (as far as I can tell). An example use case would be utilising the Signal Generator Output to Analog, and monitoring an AES input - perhaps testing an external converter/router/DAW...
In any case - it's really awesome - thanks for making it available to the audio community!
Cheers,
JJ
The text was updated successfully, but these errors were encountered: