VOC to AMB Converter

Encode Sound Blaster VOC audio as Ambisonic AMB

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Spatial Audio Ready

Place your Sound Blaster VOC audio into an Ambisonic container — the starting point for spatial audio production and VR sound design.

Server-Side Processing

Ambisonic encoding runs on our servers. No special plugins, DAWs, or spatial audio tools needed on your machine.

Immersive Format

AMB captures the full 3D sound field. Even legacy VOC audio can find new life in immersive and interactive media projects.

How to convert VOC to AMB

1

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

2

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

3

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

About formats

VOC (Creative Voice) is a digital audio container developed by Creative Technology and introduced alongside the original Sound Blaster card in 1989. It served as the native audio format for the Sound Blaster family during the DOS era, when Creative's hardware dominated PC audio. VOC files are block-based: each file consists of typed data blocks that can carry 8-bit unsigned PCM, 4-bit and 2.6-bit Creative ADPCM, 16-bit signed PCM, as well as A-law and mu-law encoded audio. This block structure also supports silence intervals, repeat loops, and marker points, giving game developers fine-grained control over sound playback. A notable advantage was hardware-level decoding — Sound Blaster cards could play VOC data directly via DMA transfer, freeing the CPU for other tasks in an era when processor cycles were precious. The format saw extensive use in DOS games from id Software, Sierra, and LucasArts. With the rise of Windows and the WAV format, VOC gradually fell out of mainstream use, yet it remains important for retro gaming preservation and for anyone working with vintage PC audio archives.
Initial release: 1989
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

Frequently Asked Questions

Why convert VOC to AMB?

AMB stores ambisonic audio for spatial sound design, VR environments, and 360-degree video. Converting VOC wraps audio in a spatial container.

What can open AMB files?

Ambisonic-capable players like VLC with spatial audio, Reaper with ambisonic plugins, and various VR audio tools play AMB files.

What is ambisonic audio?

Ambisonics is a spatial audio format that captures a complete 3D sound field. Used in VR, 360-degree video, and immersive sound design.

Will mono VOC become spatial?

The converter places audio in an AMB container, but mono source does not gain true spatial properties without additional processing.

Where is AMB format used?

AMB is common in academic audio research, VR production, and immersive media. Sound designers use it to author spatial soundscapes.