Parametric EQ with 40 and more filters for TIDAL on Android, Windows, Linux, hardware?

[staticV3]

And in order to be able to use a sufficiently powerful PEQ (via EAPO), it is necessary to prohibit TIDAL from controlling the DAC frequency - and this makes it very difficult to use convolution filters!!! Each time the frequency of the material being played changes, it is necessary to manually change the DAC frequency and reboot the EAPO! That is, at least mixes cannot be played using convolution filters.

I don't know what gave you that idea.

It is perfectly fine to set Tidal to Shared mode, load a convolution filter into EQApo, and leave your DAC at one sample rate, regardless of the sample rate of your tracks.

 

[SashaR]

I don't know what gave you that idea

For example, the article that I read on your advice (about how to cancel system APOs) - it also tells about how Windows adds 40 dB of noise when resampling. If the distortions from the mismatch of the filter to the reproduced material are insignificant (how and where can I find out what they are?!), then what frequency do you recommend setting the DAC to? And: 16 or 24 bit?

 

[staticV3]

For example, the article that I read on your advice (about how to cancel system APOs) - it also tells about how Windows adds 40 dB of noise when resampling.

It does not.

If the distortions from the mismatch of the filter to the reproduced material are insignificant (how and where can I find out what they are?!)

You can use Audacity Wasapi Loopback recording to record all post-Apo system audio, then compare between various configs.

The results can be analyzed using REW or Pkane Deltawave.

then what frequency do you recommend setting the DAC to? And: 16 or 24 bit?

Feel free to do your own tests using the above mentioned method.