video upload by HAGIWO
"Use 3 Modulove modules.
https://modulove.io/"
Not seeing MVMT on their site. A•RYTH•MATIK, SYNC MOD LFO, and SCOPE captured below. Note SCOPE is not featured in the video.
A•RYTH•MATIK
The module runs on an Arduino Nano and can be easily reprogrammed or modded with Arduino IDE
The provided firmware release is a modified version of the Hagiwo Euclidean Sequencer adding support for the added Hardware reset in and LED indicators for each channel as well as the clock.
128*64 OLED Display
Rotary Encoder with PUSH Button
6x Trigger Outputs (0-5V)
Clock Input (0-5V)
3U
6HP
35mm
50mA (5V) / 50mA (12V)
Arduino IDE (nano)
SYNC MOD LFO
This is a PCB version of the awesome HAGIWO Clock SYNC LFO.
It was published on Github by mzuelch and we put together the design & kits in our lab.
The module is a Arduino-based LFO and can be clocked / synced via the trigger input and offers internal modulation to create complex waveforms.
It can be modified / reprogrammed easily with the Arduino IDE and a USB-C cable.
It offers six waveforms and the following hardware features:
AMPL TUDE attenuates the output voltage
TIME FSET Sets the time of the LFO and when clocked offsets phase from 0-360°
The middle knob steps between the waveform types off, rise, fall, sine, triangle, square & sample & hold.
SELF MOD adds internal modulation creating complex waveforms.
CLK in: Clock IN.
OUTPUT: Voltage 0/+10V
INV: Inverted Voltage 0/+10V
BI: Bipolar Voltage -10/+10
3U
6HP
35mm
50mA (5V) / 50mA (12V)
Arduino IDE (nano)
SCOPE
This is a through hole PCB version of the HAGIWO Display Eurorack module
The design was published on Github by mzuelch and we put together the design & kits in our lab.
The module is a Arduino-based simple Arduino-based OLED DIsplay that has a 4 modes as of now. The microcontroller can be reprogrammed easily with the Arduino IDE and a USB cable.
Rotary Encoder with Push button for mode selection and parameter settings
GAIN attenuator for input signal
CV/AU toggle switch for CV and Audio Signals
TRIG IN (trigger for 1 Shot Mode)
INPUT (protected against over voltage and negative CV at 5Vp-p)
OUTPUT (passive output of input signal)
LFO / EG mode
1 Shot Mode
Spectrum Analyzer Mode
3U
6HP
35mm
50mA (5V) / 50mA (12V)
Arduino IDE (nano)
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