Unofficial Fan Site

Tim Follin

Composer of the Impossible

A self-taught British composer who bent C64 SID chips, NES sound hardware, and SNES audio processors to his will - producing music that should not have been possible on the hardware of its era.

1985 Career start
6+ Platforms mastered
30+ Game scores
Hex Composed without notation

The Silver Surfer NES soundtrack is widely regarded as one of the most technically ambitious scores ever produced for the Nintendo Entertainment System. Tim Follin exploited all available audio channels - using the triangle wave for bass lines, the noise channel for percussion, and the two pulse channels for complex multi-voice melodies - to create prog-rock compositions that defy the hardware's limitations.

The oscilloscope visualisation below shows the channel complexity in real time: three simultaneous melodic lines interweaving in a way that listeners often mistake for sampled audio. This was hand-coded in assembly language and composed entirely in hexadecimal.

Oscilloscope visualisation by community creators on YouTube. See Videos for the full curated collection.

The Follin Signature

Composing in Hex

Tim Follin composed without standard music notation - writing directly in hexadecimal values representing frequency, duration, and channel commands. A technique born from necessity that became his signature.

The SID as Instrument

On the Commodore 64, Follin treated the SID chip not as a sound chip but as an instrument to be played - pushing the 6581's filter, ring modulation, and sync capabilities far beyond conventional use.

NES Impossibilities

Silver Surfer's NES soundtrack uses all available audio channels with a density of voicing that routinely surprises listeners who assume they are hearing more than three simultaneous melodic voices.

Self-Taught Prodigy

No formal music education. Tim learned entirely by ear and experimentation, influenced by progressive rock, classical music, and film scores - and found his compositional language in the constraints of 8-bit hardware.