Modulator Jane    


Modulator Jane's sound converter





A Java™ sound converter/resampler

Modulator Jane's sound converter is an easy tool that allows you to convert various popular audio file formats into the 8-bit mu-law, 8000 Hz AU format needed by Modulator Jane and other WEB tools.

Modulator Jane's sound converter comes as a little add-on with the commercial release of Modulator Jane and is currently in beta version.

The following formats (mono/stereo) are accepted in input :

  • AU : 8-bit/16-bit PCM, 8-bit mu-law, 8-bit a-law
  • WAV : 8-bit/16-bit PCM, 8-bit mu-law, 8-bit a-law
  • AIFF : 8-bit/16-bit PCM, 8-bit mu-law, 8-bit a-law
  • MP3 : MPEG-1 layer-3, MPEG-2 LSF layer-3

Conversion includes up- or downsampling to 8000 Hertz.

!!! Important notice !!!

Modulator Jane's sound converter is a standalone Java application : it requires a standalone version of Java (1.1 or later) to be installed on your computer.

If you don't have a standalone Java installed on your machine yet, you may download it (it is free !) from the following locations :

Windows95, Windows98, Windows2000, WindowsNT and Solaris users :

Linux users (JDK 1.1.x) : http://www.blackdown.org/java-linux/mirrors.html

Macintosh users (MRJ 2.1.4) http://www.apple.com/java/

Do not hesitate, as this software is really a must ! It will allow any standard Java application to run on your computer.

If you are not into Java programming, you will better choose one of the JRE (Java Runtime Environment) versions if available, as they are smaller in size than the JDK (Java Development Kit). For Modulator Jane's sound converter, any 1.1.x version of the JRE or JDK will fit (size of the JRE 1.1.7. is about 4 megabytes). More recent versions (1.2.x) will work as well, but since they are heavier, choose one of these only if you really need to use specific Java 1.2 programs, and/or if you have enough space on your disk.

Java is a trade mark of Sun Microsystems, Inc.
Modulator Jane is a trade mark of Neural Semantics sprl, Belgium



Copyright © 1999-2000 Neural Semantics sprl