DivKid’s SW3 Splice: The Smart Switch That Makes Your Patch Scream

Let’s talk features – and for once, they’re not just marketing fluff. The SW3 Splice gives you click-free switching thanks to zero crossing and zero difference detection, so your audio stays clean even when you’re mashing signals. There’s a slope detection mode for even smoother transitions, plus a hard switch mode if you want it raw and dirty.

DivKid walks through the panel: dual switches, A/B inputs, square wave outputs, and a mode selector that flips between click-free, slope-detect, and hard switching. There’s also a division switch for subharmonics and clock-like behaviour, stereo linking options, and instant reset inputs. It’s a utility module, but with enough tricks to keep even the most jaded patch-head interested.

Now for the good stuff: DivKid’s three patches show off the Splice’s real-world muscle. First up, we get mono-to-stereo oscillator splicing – triangle waves, wavetables, and wavefolded signals all getting sliced and diced, with division rates creating evolving stereo images. The Splice handles it all without breaking a sweat, and the stereo field gets a proper workout.

Next, things get animated with LFOs and modulation. By splicing between modulated waveforms, DivKid creates unique, artefact-free LFO streams that can modulate everything from pulse width to filter cutoff. The module’s division and slope detection features keep things tight and musical, even when the patch gets complex.

Finally, we see the Splice used for rhythmic gating and pulse generation, with the on-outputs driving VCAs for percussive effects. The sound design possibilities are massive, but as always, you’ll need to watch the video to catch every twist and turn – the visuals and audio examples do more than words ever could.

DivKid isn’t done yet – he throws in bonus patches that push the Splice even further. One example shows how you can merge different types of modulation, like envelopes and LFOs, to control stereo VCAs. The result? Animated, ping-ponging stereo movement that’s impossible to get with vanilla modulation routing.

The real showstopper, though, is the aggressive splicing of parallel stereo effects. By switching between delay and reverb streams at audio rates, DivKid creates dystopian, crunchy textures that sound like a toaster-fight in a rave bunker. It’s not always clean, but it’s gloriously filthy – and filtering the output can tame the chaos if you’re feeling polite.