ThaEruditious
She luv it over here like Gold Watch.
Both versions are dope. For some reason, on Redacted they don’t allow the MQA/Tidal versions of albums since they don’t perceive them as true FLAC, which I didn’t really understand. I’ll have to do some research to see why. Someone upped the 24-bit from Qobus today and it wasn’t reported. Lol. As far as I know, both the Tidal 24 Bit and Qobus 24 Bit are the same.
Might have something to do with this (via Wiki)
Codec description
MQA encoding is lossy;[10] it hierarchically compresses the relatively little energy in the higher frequency bands into data streams that are embedded in the lower frequency bands using proprietary dithering techniques.
After a series of such manipulations, the resulting 44 kHz data, the layered data streams, and a final "touchup" stream (compressed difference between the lossy signal from unpacking all layers and the original) are provided to the playback device. Given the low amount of energy expected in higher frequencies, and using only 1 extra frequency band layer (upper 44 kHz band of 96/24 packed into dither of 48/16) and one touchup stream (compressed difference between original 96/24 and 48/16) are together distributed as a 48/24 stream, of which 48/16 bit-decimated part can be played by normal 48/16 playback equipment.
One more difference to standard formats is the sampling process. The audio stream is sampled and convolved with a triangle function, and interpolated later during playback. The techniques employed, including the sampling of signals with a finite rate of innovation, were developed by a number of researchers over the preceding decade, including Pier Luigi Dragotti and others.[11][12]
MQA-encoded content can be carried via any lossless file format such as FLAC or ALAC; hence, it can be played back on systems either with or without an MQA decoder. In the latter case, the resulting audio has easily identifiable high-frequency noise occupying 3 LSB bits, thus limiting playback on legacy devices effectively to 13bit. MQA claims that nevertheless the quality is higher than "normal" 48/16, because of the novel sampling and convolution processes.[13]
Other than the sampling and convolution methods, which were not explained by MQA in detail, the encoding process is similar to that used in XRCD, HDCD and aptX.
By definition:
Hi/High res audio means music files recorded at 24-bit and higher than 44.1kHz sampling rates (often 48kHz, 96kHz and 192kHz).
The sampling rate on the two files I posted were 44.1kHz, that's probably why. I need to check the sampling rate on my copy of PPSD to see if it comes out differently. Again, I'm not sure if the program I used to rip 'em are the cause for the low sampling rate. I'm bouta look more into it.