Schlappi LowPass Gate | Schlappy Patching with Stazma

video upload by SCHLAPPI ENGINEERING

"Episode 4 for Schlappy Patching!
In this one I'm going to explain to you what a Low Pass Gate is with a little bit of history and show how we can sort of fake one using Schlappi Engineering modules. We'ill talk about the Tiptop Audio & Buchla 292t for reference and we will also use the Make Noise LxD to guide us in our experiments. It's going to be fun!

Support Stazma & get some samples from this session on his Patreon"

Schlappy Patching with Stazma

Big Mono Synth Pacth | Schlappy Patching with Stazma

video upload by SCHLAPPI ENGINEERING

Schlappy Patching with Stazma

"Here we go for another episode of Schlappi Patching I'll try to patch up a Minimoog style voice with my Schlappi system, and it will of course get out of hand. It's also a first try on my side for the yet to come Dual Vector Foil module."

00:00 Intro
00:50 Minimoog style patch
07:21 Sequence jam
08:46 Let's go weird
11:28 End jam


Patch From Scratch | Schlappy Patching with Stazma

video upload by SCHLAPPI ENGINEERING

"Episode 3 for Schlappy Patching!
I just got a new 6U, 98HP case to make a proper Schlappi System (with some additional modules from other brands) and this is the celebration of that, my very patch on it, a first dialog with the 'machine'.
Not the most musical but quite a fun journey."

SCHLAPPI ENGINEERING Introduces Nibbler Four Bit Digital Accumulator Module

Overviewvideo upload by SCHLAPPI ENGINEERING

"The Nibbler is a module about exploring the musicality of counting in binary."

Meet the Nibbler by Schlappi Engineering

video upload by Stazma

An introduction to the Nibbler by Schlappi Engineering

video upload by Stazma

via SCHLAPPI ENGINEERING

"**This is technically a preorder but modules should ship by the end of the year, we should also have pictures of the silver version by Dec 18th**

The Nibbler is a four bit digital accumulator based on CMOS logic. This means that it counts in binary from zero to fifteen, with inputs and outputs for individual bits as well as stepped voltage outputs (digital to analog converters). It does this with individual logic chips instead of a CPU.

The concept here is that counting in binary (and its expression in bits) is inherently musical, and with slow clock speeds we can use it to create both rhythms and modulation voltages (or melodies). At audio rate we can generate subharmonics and modem-like sounds (or noise).

Features

5 rhythmically related gate outputs (or audio rate square waves)
2 stepped voltage outputs
Second stepped voltage has selectable phase offset
Cherry MX Brown switch for reset
4 gate inputs for modulation
Chainable using carry in and out
Reset input can be used as hard sync at audio rate
Subtract input can add variation to sequences
Synchronous and asynchronous output modes
Shift register functionality
CMOS logic deisgn
12 HP
Skiff friendly 28mm depth (35mm including cables)
POWER DRAW: +12V 37mA, -12V 17mA"

The Three Body wants all your stepped voltages - Schlappi Engineering

video upload by Stazma

00:00 Intro
01:02 Step by step automation w/ the Polyend Tracker & CV.OCD
05:20 Random sequence and stepped voltages from the Tracker
08:25 Analog Stepped Voltages galore w/ Buchla & Tiptop 245t and 266t
15:46 16 steps of touch sequencing w/ Random*Source TKB
_18:49 Fich video TKB
21:50 Going wild with the TKB
24:24 End Talk