March 15, 2024
AI in the Music Production Chain
How artificial intelligence is redefining the roles of the sound engineer, from composition to final mastering.
Read articleAnalyses and trends by Megamastering engineers
How artificial intelligence is redefining the roles of the sound engineer, from composition to final mastering.
Read articleOverview of audio plugins and workstations that are changing the game for mixing and mastering.
Read articleMegamastering's senior engineer shares her vision on adapting to streaming formats and sound quality.
Read interviewTechnical analysis of LUFS standards and their impact on modern music production.
Read articleA look back at 30 years of digital audio workstation evolution and their influence on creation.
Read articleDiscussion with Charles Perrier on Dolby Atmos technologies and their adoption in the industry.
Read articleFrequently Asked Questions
Artificial intelligence is primarily used as an assistive tool, automating repetitive tasks like basic equalization or peak detection, allowing engineers to focus on the more subtle creative and technical aspects of mastering.
Major platforms (Spotify, Apple Music, Deezer) generally recommend an output file at 44.1 kHz / 16-bit, with a target peak level around -1 dB TP and an integrated LUFS value between -14 and -16 to preserve dynamics and avoid over-compression.
No. These automated tools apply generic processing. An experienced mastering engineer brings critical listening, in-depth knowledge of equipment, and adaptation to the artistic context, which is crucial for the final quality.
Although the Hi-Res market (24-bit / 96 kHz and above) is growing, the majority of consumption is via standard quality streaming. Mastering must therefore optimize sound for all formats, ensuring excellent translation regardless of the listening medium.
A hybrid approach dominates. Plugins offer unmatched flexibility and reproducibility, while analog hardware provides unique sonic coloration. Modern studios combine both to leverage the advantages of each technology.