8SVX to AU Converter

Convert Amiga 8SVX samples to Sun/NeXT AU audio

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8SVX to Unix Audio

Bring Amiga 8SVX samples into the AU format — the standard audio container for Sun, NeXT, and Unix-based systems.

Swift Processing

Our servers convert 8SVX to AU in seconds. Quick turnaround even when processing multiple files in a batch.

Private by Default

Source 8SVX files are removed immediately. AU output files are purged from our servers within 24 hours automatically.

How to convert 8SVX to AU

1

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

2

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

3

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

About formats

8SVX (8-Bit Sampled Voice) is an audio file format created as part of the Interchange File Format specification for Commodore's Amiga platform. Introduced around 1985 by Electronic Arts, it stores 8-bit audio samples with optional Fibonacci delta compression to reduce file sizes. The format organizes data in IFF chunks — a VHDR chunk for header information (sample rate, octave count, compression type) and a BODY chunk containing the audio payload. 8SVX powered everything from game sound effects to sampled music in tracker software across the Amiga ecosystem. One key advantage is its straightforward chunk-based architecture, which makes parsing and generation remarkably simple compared to modern containers. Another benefit is native support for one-shot samples, looping regions, and multi-octave instrument definitions within a single file, making it valuable for early music production. Although the Amiga platform has faded from mainstream use, 8SVX files remain important for retro computing enthusiasts and archivists preserving classic software and audio content.
Initial release: 1985
AU is an audio file format introduced by Sun Microsystems for its Unix workstations and the NeXT platform. It features a minimal 24-byte header specifying data offset, size, encoding type, sample rate, and channel count, followed by the audio payload. AU supports numerous encodings, including uncompressed linear PCM at various bit depths, mu-law and A-law companding (logarithmic compression used in telephone systems), and several ADPCM variants. This versatility made AU a workhorse across early Unix environments, web audio (Java applets defaulted to AU), and telephony applications. One advantage is simplicity: the compact header and straightforward structure make it trivial to parse, generate, and stream programmatically. The built-in mu-law option provides another benefit, delivering reasonable voice quality at just 8 KB per second — half the rate of 16-bit uncompressed audio — invaluable when storage and bandwidth were scarce. Although modern formats have largely supplanted AU in consumer applications, it retains a foothold in scientific computing and audio processing pipelines where minimal overhead and reliable cross-platform behavior are valued.
Developer: Sun Microsystems
Initial release: 1992

Frequently Asked Questions

What is the AU format?

AU is the standard audio format from Sun Microsystems and NeXT. It stores PCM or compressed audio and is common in Unix and Java environments.

Why convert 8SVX to AU?

AU is used in Unix systems, Java applets, and academic environments. Converting 8SVX to AU makes retro samples usable in these platforms.

What plays AU files?

Audacity, VLC, SOX, and most Unix-based audio tools handle AU natively. Java Sound API also supports AU as a standard format.

Is AU a lossy or lossless format?

AU can hold both compressed and uncompressed audio. When storing PCM data, it is lossless. The converter produces high-quality AU output.

Does this work on mobile?

Yes — the converter runs in any mobile browser. Upload your 8SVX file and get an AU result without installing any apps.