I’m sorry Tomcy, your mixing up a few things.
MQA does in fact require the use the apodizing filter. What MQA adds is decoding of the high resolution data as well as their claims to time domain fixes. MQA attempts to compress 384k data (in a lossy way) into a 48kHz signal.
Think of MQA more like FLAC vs. MP3 sort of kind of. :)
The best independent critique I know if how it works is at Benchmark media’s site.
In the case of the Brooklyn, when you have MQA detection and decoding enabled it will force you to use the apodizing filter. If you disable MQA you can pick from 3 different filter types.
Best,
Erik
MQA does in fact require the use the apodizing filter. What MQA adds is decoding of the high resolution data as well as their claims to time domain fixes. MQA attempts to compress 384k data (in a lossy way) into a 48kHz signal.
Think of MQA more like FLAC vs. MP3 sort of kind of. :)
The best independent critique I know if how it works is at Benchmark media’s site.
In the case of the Brooklyn, when you have MQA detection and decoding enabled it will force you to use the apodizing filter. If you disable MQA you can pick from 3 different filter types.
Best,
Erik