A High-res Flac 24/96+ and A Normal Uncompressed 16-bit CD (Explained)
A High-res Flac 24/96+ and A Normal Uncompressed 16-bit CD (Explained)
Uncompressed 16-bit CD and Flac 24/96+ have considerable variations.
Uncompressed 16-bit CD and Flac 24/96+ have considerable variations.
Converting to FLAC saves data storage space.
Converting to FLAC saves data storage space.
High-resolution recordings use 24 bits, not 16.
High-resolution recordings use 24 bits, not 16.
The sampling theorem assumes no spectral content higher than half the sample rate.
The sampling theorem assumes no spectral content higher than half the sample rate.
24-bit/192 kHz has 55% more data than 16-bit/44.1 kHz.
24-bit/192 kHz has 55% more data than 16-bit/44.1 kHz.
192 kHz can represent high-pitched noises.
192 kHz can represent high-pitched noises.
CLICK HERE to learn more about a High-res Flac 24/96+ and Normal Uncompressed 16-bit CDs
CLICK HERE to learn more about a High-res Flac 24/96+ and Normal Uncompressed 16-bit CDs