Convert MOD to WAV — Free Online Converter

MOD, the Amiga Module format, was birthed in 1987 when Karsten Obarski released the Ultimate Soundtracker for the Commodore Amiga. It established tracker music as a compositional paradigm: instead of recording performances, musicians placed note events on a grid, each triggering one of the file's embedded 8-bit instrument samples at a specified pitch. The 4-channel original format (later extended by ProTracker, NoiseTracker, and OctaMED) used the Amiga's Paula chip for hardware mixing, producing a distinctive sound characterized by hard-panned stereo, 8-bit aliasing artifacts, and creative use of sample looping. MOD files powered the golden age of the demoscene, with groups like Future Crew, Purple Motion, and Jogeir Liljedahl composing masterworks within these constraints.

WAV (Waveform Audio File Format) is Microsoft and IBM's uncompressed audio standard, storing raw PCM samples in a RIFF container. Converting MOD to WAV synthesizes the tracker data into a bit-perfect PCM representation with zero compression — what you hear from the renderer is exactly what gets written to disk, sample for sample. WAV is the universal interchange format for audio production, accepted by every DAW, editor, mastering suite, and audio processing tool in existence.

WAV is the format that every audio tool understands without question. Whether you're importing rendered tracker music into Audacity, Pro Tools, Ableton Live, FL Studio, or any other DAW, WAV guarantees zero compatibility issues and zero quality loss. For anyone who needs to process, edit, master, or sample from rendered MOD files, WAV provides the cleanest possible starting point — raw PCM data with no codec artifacts to compound through subsequent processing stages.

Professional mastering engineers preparing chiptune or tracker music albums for distribution require uncompressed source material. WAV at 44.1 kHz / 16-bit (CD quality) or 48 kHz / 24-bit (broadcast quality) provides the standard mastering input format. Even though MOD content originates from 8-bit samples, rendering to high-bit-depth WAV ensures that the renderer's interpolation, mixing, and effect processing are preserved at full precision, giving the mastering engineer maximum flexibility.

FFmpeg's module decoder (libopenmpt for accuracy, libmodplug as alternative) renders the MOD file by parsing the header (31 instrument descriptors, pattern order table, signature bytes), loading the sample data bank, and stepping through pattern rows at the module's tempo. Each tick triggers per-channel processing: sample fetch at the current position, pitch adjustment via Amiga period-to-frequency conversion, effect processing (portamento slides, vibrato oscillation, volume ramping), and output to the stereo mix buffer. The final PCM output is written directly to a RIFF/WAV container with a 'fmt ' chunk declaring the sample rate, bit depth, and channel count, and a 'data' chunk containing the raw interleaved PCM samples. No compression or transformation is applied — the WAV file is a bit-exact capture of the renderer's output.