AMB to IRCAM Converter

Repackage Ambisonic AMB audio as IRCAM online

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Spatial to Standard

Convert AMB Ambisonic recordings to IRCAM — make spatial audio accessible in a format suited for acoustic research and musicology.

No Spatial Tools

Skip the ambisonic plugin setup. Convert AMB to IRCAM directly in your browser without specialized spatial audio software.

Fast Processing

AMB to IRCAM conversion runs on our cloud servers. Your Ambisonic recordings are processed and ready for download quickly.

How to convert AMB to IRCAM

1

Select files from Computer, Google Drive, Dropbox, URL or by dragging it on the page.

2

Choose ircam or any other format you need as a result (more than 200 formats supported)

3

Let the file convert and you can download your ircam file right afterwards

About formats

AMB files contain audio encoded in Ambisonic B-format, a full-sphere surround sound technique conceived by Michael Gerzon during the 1970s. Unlike channel-based systems such as 5.1 or 7.1, Ambisonics captures a complete three-dimensional sound field using spherical harmonics — first-order B-format consists of four channels: W (omnidirectional), X (front-back), Y (left-right), and Z (up-down). This representation is speaker-independent, meaning one recording can be decoded to any loudspeaker arrangement or binaural headphones without remixing. AMB files typically store uncompressed PCM data and are processed by tools like SoX or specialized plugins. A core advantage is spatial flexibility — creators produce one master file that adapts to stereo, surround, or immersive playback. The format also scales elegantly: higher-order Ambisonics adds channels for increased spatial precision upon the same mathematical framework. With the growth of virtual reality, 360-degree video, and spatial audio for gaming, Ambisonics has experienced a resurgence, adopted by platforms like YouTube for immersive media delivery.
Initial release: 1975
IRCAM sound files originate from the Institut de Recherche et Coordination Acoustique/Musique — one of the world's foremost computer music laboratories, founded by composer Pierre Boulez in Paris. The format was created in the early 1980s to serve the research needs of IRCAM and has since been adopted by academic and artistic communities working at the intersection of science and sound. An IRCAM file begins with a 1024-byte header containing a magic number, sample rate, channel count, and an encoding type field that supports linear PCM (16/32-bit integer and 32-bit float), mu-law, and A-law variants. The header block also accommodates free-form annotation text, allowing researchers to embed experiment metadata directly in the audio file. Because the payload is uncompressed by default, recordings maintain full fidelity through successive analysis and resynthesis cycles — essential in psychoacoustic experimentation. Software such as Csound, libsndfile, and SoX reads and writes the format natively. Key advantages include a well-defined header that eliminates parsing ambiguity, support for floating-point samples essential in scientific DSP work, and deep roots in the computer music community ensuring continued tooling.
Developer: IRCAM
Initial release: 1983

Frequently Asked Questions

Why convert AMB to IRCAM?

IRCAM provides academic audio research format. Converting AMB brings your spatial recordings into a format usable for acoustic research and musicology.

What opens IRCAM files?

Csound, IRCAM research tools, SoX can open IRCAM files for playback and editing without special plugins.

Does the spatial effect carry over?

AMB contains Ambisonic B-Format spatial data. Converting to IRCAM renders the audio to standard channels — the 3D spatial encoding is flattened.

What is AMB format?

AMB stores Ambisonic B-Format audio for VR, 360-degree video, and immersive spatial sound production. It is a specialized surround format.

Can I batch convert AMB files?

Upload several AMB recordings and convert them all to IRCAM at once — process your spatial audio collection efficiently.