Celemony Melodyne Sound Library: MSL Saxophone

The Saxophonist In Your Computer...

So you wish to ennoble your song with a saxophone solo? Sweet alto saxes, cool tenors, growling baritones or mellow sopranos – with Melodyne Sound Library (MSL) Saxophone you find everything you need. Expressive melody lines and riffs were played on precious instruments (eg. Selmer, King and Yanagisawa). With Melodyne Cre8 or Studio you adapt the recordings to all keys, tempos and styles.

The MSL Saxophone contains around 1,000 first-class phrases and licks which were specially conceived for use with Melodyne technology. They have been recorded in highest musical quality and meticulously optimized for Melodyne – so you can start right away. And if a sample does not fit into your arrangement yet, you can reshape it with Melodyne, adjust tempo and key, vary the timing or create completely different melodies. Even a complete horn section can be created.

All samples have been recorded without effects or dynamic processing to leave complete freedom for the further editing process and to satisfy highest demands in professional production environments.

When navigating through the samples with Melodyne's Melody Manager, you do not see audio waveforms only, but also the notes of the material. Insert entire recordings, parts thereof or merely individual notes into your arrangements very elegantly using Drag 'n' Drop. If desired, Melodyne makes everything match.

Credits

The sounds of MSL Saxophone are identical with those of the Ueberschall Liquid Instrument "Saxophone". They were played by David Milzow, recorded by Uwe Kinast and edited and optimized for Melodyne by Harkan Türközü and Bassim Aziz-Safi. The saxophones involved are: King Super 20 Tenor, Conn Baritone, Selmer Mark6 Alto, Selmer and Yanagisawa Sopran with mouthpieces by Berg Larsen (Ebonite and Duckbill), Otto Link (Metal and Ebonite) and Meyer.

Requirements

Either Melodyne Studio or Melodyne Cre8 is required to use the Melodyne Sound Library. Both must be version 3.1 or greater.