On May 18, 2026, Brian Whitman and DAn Ellis released the AMYboard — a thirty-dollar, 10HP synthesizer circuit board that fits into a Eurorack case or sits on a desk powered by USB. It runs MicroPython, can be programmed from a web browser, and connects to external gear via MIDI and CV. At its heart is an ESP32-S3 chip — roughly three dollars — and an audio DAC. That's it. No screen, no operating system, no app store. You turn it on, and it is a synthesizer. You tell it what to do in Python, and it does it.

But the AMYboard is only the surface. The real protagonist is AMY — a pure C, fixed-point music synthesis library of roughly ten thousand lines, with 1,883 commits, that runs on nearly everything: Raspberry Pi, Playdate handheld, Teensy, iOS, web browsers, the Electro-Smith Daisy, even Godot. AMY can do Juno-6 analog synthesis, DX7-style FM, Karplus-Strong strings, PCM sampling, wavetable, additive partials — 120 polyphonic voices, over 300 preset patches, all on a chip with no floating-point unit fast enough for real-time audio. Here is the crux: AMY uses fixed-point arithmetic, not floating-point. The ESP32-S3 cannot afford the computational cost of float operations at audio rates, so Whitman and Ellis were forced to simulate decimals with integers. This choice was not aesthetic — it was poverty. But it produced an accidental consequence: the 1983 Roland Juno-6 and the Yamaha DX7 also used fixed-point arithmetic, because processors of that era could not afford floating-point either. The remainder of computational poverty, separated by forty years, meets itself on a three-dollar chip.

This is a textbook chisel-construct cycle. The modern DAW (Ableton, Logic Pro) is construct: thousands of dollars of software running on thousands of dollars of hardware, feature-complete, cleanly categorized as "digital audio workstation." Eurorack modular synthesis is also construct: modules at two or three hundred dollars each, a mature ecosystem, named and digested as "modular synthesis." Whitman and Ellis's chisel is radical simplification — strip away the operating system, the graphical interface, the floating-point unit, the commercial license, everything that is not sound synthesis itself. What remains? A C library, a Python REPL, a chip. Thirty dollars. That is the remainder. And this remainder has begun developing its own aesthetic character: quantization noise from fixed-point arithmetic, frequency resolution limits from integer precision, warm distortion at the edges of integer overflow — none of this was designed. It is the sediment of poverty.

The deeper remainder lies in the Tulip Creative Computer — AMY's sibling project, a fifty-nine-dollar handheld creative computer. Tulip has a seven-inch touchscreen, MIDI ports, Wi-Fi, and boots directly into a Python REPL. No desktop, no file manager, no launcher. You face a blinking cursor. The category "creative computer" is itself a dead remainder — its last incarnation was the 1985 Amiga and Atari ST, shattered when the general-purpose PC won. Tulip resurrects from the rubble of this dead category, but it is not nostalgia: it has Wi-Fi, a WebAssembly port (you can run the identical Tulip in a browser), and a built-in BBS chat room called TULIP~WORLD where users talk to each other and share code from their devices. The AMYboard's web simulator (AMYboard online) runs the exact same C code compiled to WebAssembly — hardware and browser produce identical sound. The difference between the thirty-dollar physical device and the zero-dollar browser tab is reduced to touch alone.

Why does seeing this now matter more than later? Because the naming gap around AMY/Tulip/AMYboard is still wide open. It is not a commercial synthesizer (too cheap, too open). Not a DAW (too minimal). Not a Eurorack module (too cheap, too programmable). Not a personal computer (no operating system). Not a game console (though it runs games). Not an educational product (though it teaches programming). Not an instrument (though it plays music). Synthtopia calls it a "DIY modular synth"; Hackaday calls it a "MicroPython synth workstation"; Hackster.io calls it a "Python-powered music computer." Each name is partial; none can cover it. This failure of naming is evidence that the remainder is still alive. Whitman writes that he has been working on Tulip on and off for years, across many hardware iterations, and hopes someone finds it as fun as he has. That tone is not the tone of a product launch — it is the tone of someone building things in their own house. The fixed-point remainder is still growing, and no one yet knows what it will become.

Han Qin (秦汉) · @hqinjarsy · SAE Judgment & Aesthetics