
“The evolution of culture marches with the elimination of ornament from useful objects”
Perhaps the most stunning of revelations recently have been c/o the spate (there are currently 3x, as pictured above, respecitvely: Tunefish/TLM Audio – who beat most to the marketplace w/ a superbly well-considered build, to the point where I later ended up picking many of their riffs on Emilie Gillet’s designs up, all of which preserve and/or improve on aesthetics – made a chunky 12hp one w/ the USB, trigger, and TRS MIDI jacks organized in their own column on the right, followed closely by After-Later Audio w/a slimmer 10hp build w/ integrated trigger jacks & an optional 2hp panel for USB & MIDI, then finally CalSynth whose 16hp (?) XLOC2 purports to a larger screen, clearly displaying an improved ergonomic spec by placing the USB & MIDI bottom left, audio bottom right, creating a safe buffer for fingers around the two functional knobs that essentially drive things here) of Teensy 4.1-powered “O.R.N.8” generation O_c modules running 4 discrete, parallel-lane CV & 5 sequential-lane dual-mono audio-apps; the former branched from Nicholas Michalek’s ongoing “Phazerville” suite (itself a branch of Ben Rosenbach’s Benisphere; a twig, essentially) & the latter & the hardware itself conceived by Paul Stoffregen. Jim Matheson is in there somewhere as well; Max Stadler, Tim Churches, and Patrick Dowling are the original architects… admittedly, attribution of specific aspects of the Gesamtkunstwerk gets fuzzy given the open-source nature of it all.
Around them, I’ve built a setup comprised entirely of other small computers; and this is precisely where this current wave of Euro-computers gets interesting. Pushing aside the concept of firmware-flashing hardware into entirely different things… if we transverse the codebases, then compare say the computational bottlenecks of the VST 1.0 spec (barely) running on a whole-ass laptop in 2000 w/ what is on the table here in a comparably modest, low-voltage, tiny footprint, it’s easy to see just how much generational & Moore’s Law creep has transpired in the interim. Functionally, it’s academic really to see any difference in “Use” re: signal flow between the patch-cable paradigm of “Analogue” & the clearly “Digital” one here, with the only appreciable change being the need for physical connections vs. the introduction of virtual ones, allowing you to ship perfectly “Buffered” digital copies around to different algorithms w/o needing to physically patch.
Limiting this to the apps that I’ve been recording & performing with for the past 6 months alone, there’s already enough here to warrant a complete rethink of ones modular setup, as many of the individual apps could ostensibly depreciate the majority of utility modules, at floating-point accuracy. For example, within the remit of a single one of these (I am currently running two, with a third on the way) you could set up an app to both power & receive notes from a USB MIDI controller, with which you can then use to re-transpose notes from a simple LFO fed into a second app trigger-jockeying between a pair of quantizers set a static interval apart, then send that note-stream into a pair of shift registers w/ real-time CV-programmable index (up to 255!) yielding a 4-voice canon where each note is then again offset either within or outside of the current scale/quantizer, or even a further 4 quantizers; one for each voice with its own offset, scale, and temperament! You can even then simultaneously use the audio-layer to feed your master audio output directly into your phone (using only that layer as an audio interface) to film videos w/ direct sound. Again, just one of countless scenarios.
I’ve just been granted access to the 2.0α, which promises to be yet another refinement & further extension into what is possible with sound and control and automation thereof in this tiny field; will report shortly…




