Category / techniques

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  • BRENSO’S Fake VCA

    If we run out of VCAs (and we do…) we like to push BRENSO a little bit further and use its red section! By using all the four quadrants and a unipolar envelope, we can obtain quite a realistic VCA (even if it’s technically a four-quadrant multiplier).⁠

  • Snappppy Expo FM

    Let’s get some clicky percussive sounds through BRENSO’s exponential FM input – it’s DC coupled, so we can patch envelopes to it!⁠

  • USTA Multitempo #1

    This is a patch that could play for HOURS! USTA’s four tracks can play at different BPM values, and sometimes it can be really nice to shift everything by one BPM only.

  • Unbalanced Wavefolding

    Today we played with the Symmetry parameter of BRENSO’s wavefolder section!⁠

  • FM With Non-Sine Waves

    BRENSO’s Through-Zero FM circuit is built on semi-normalizations, but we can break them at any time and combine FM with waveshapers and wavefolders. Here’s a brief example!⁠

  • Amplitude Modulation #2

    Another use of #BRENSO’s red section! Patch any CV to its input and use it as a sort of VCA (just like FALISTRI’s four-quadrant multiplier)⁠.

  • Reverb Feedback #2

    Ok, this is a little risky… Instead of using the group FX section, try to patch the FX return to another channel, and then play with this channel’s FX send. You’ll create a very dangerous feedback loop that can also provide some gentle overtones! If you have a QSC, you can even achieve this without a group by using its internal FX mono output.

  • Safe Solo

    By linking more channels, you can “safely” arrange a section to solo through the solo-in-place switches or buttons, then use the Safe Solo switch on the group modules to put that into practice. You can also think of it as a multi-mute tool!

  • Pan/Crossfade #2

    The first and last channels of the QSC feature a voltage-controllable panpot, just like the C channel. However, by combining this feature with the pan/crossfade switch, you can obtain a voltage-controlled crossfader! In this patch, we demonstrate both behaviors with the same CV, a bipolar LFO coming from FALISTRI’s green generator.

  • Fake Analog And

    By patching unipolar gates such as the two EOFs to FALISTRI’s four-quadrant multiplier, it outputs a gate-high signal only when both its inputs are high. It can be very useful in non-standard rhythmic patches!