Ginkosynthese Grains
The Ginkosynthese Grains is an Eurorack ("Doepfer compatible") module based on the Arduino Nano. It has 3 analog inputs, one output and 3 potentiometers.
V2 connections
Potentiometers 1 and 2 (P1 & P2) are used to attenuate the inputs 1 and 2. P3 is independent from the inputs. Mapping of the connectors to Arduino pins:
| In/Out | Arduino pin |
|---|---|
| Input 1+P1 | A2 |
| Input 2+P2 | A1 |
| Input 3 | A3 |
| Output | D11 (PWM) |
| P3 | A0 |
how to program
- https://web.archive.org/web/20160309082652/http://www.ginkosynthese.com/uploads/tracking-lookup-table-creating-code.doc
- how to create a lookup table for the grains for 1V/oct tracking
Collection of firmwares
- Micro-Twin filter set
- bit-reduction
- delay & echo
- normalize
- stutter & clocked stutter
- fase shift
- chorus
- a773
- Clock multiplier/divider
- Square wave oscillator
- euclidean_grains
- Quick and dirty euclidean sequencer
- Chris Roerig
- a quick and dirty Ruby script that converts wav files and outputs firmware based on framen amenbreak for the Grains Eurorack module
- Minipops O2
- a sample-based simulation of the Korg Minipops7
- clock
- Clock generator
- Trigger to gate converter
- Grainsring
- zip with different firmwares
- euro-pwm-saw-v2.zip - SAW oscillator
- falafel-raps-changed-v2.zip - Granulising samleplayer
- framen-2.0.zip - sample player
- framen-2.1.zip
- framen-master.zip
- framen.zip
- fresh-v2.zip
- grains-sounds-master.zip
- grainsV21.zip
- hrtl-cereals-v2.zip
- jgb-grainsring-v2.zip - An approximate implementation of the Wiard Noisering
- jgb-patternrain-v2.zip - Selects a 16 step trigger pattern from predefined patterns and plays it
- jgb-RZ1-drums-v2-2.zip - (drum-)sample player
- jgb-RZ1-drums-v2.zip
- jgb-wavegrains-v2.zip
- pwm-saw-vca-vcf.zip - SAW oscillator
- robert-framen.zip
- roundhouse.zip - a kickdrum synthesizer
- Talko_Counter.zip
- tri-shape.zip - a wave shaping oscilator
- tri-shape2.zip
- tri-sync.zip - A triangle wave oscillator