The Synthino XM is completely new polyphonic synthesizer with unique features running on a powerful hardware platform. It is compact, well-constructed, open source, and absolutely beautiful. Most importantly, it is really fun to play whether you are a musician or you just want to make some noise.
Synthino XM is a polyphonic, multitimbral synthesizer with many features:
- 5-note polyphony for superb playability
- 12 waveforms, 4 drum samples
- 12-bit audio at 25KHz output rate
- 4 MIDI channels, each with separate waveform and ADSR envelope
- low pass filter with cutoff frequency and resonance controls
- 2 independent low frequency oscillators (LFOs): pitch and filter
- selectable waveform for LFOs
- 1V p-p audio output voltage with enough current to drive headphones
- arpeggiator mode, up to 16 notes
- 4 arpeggiator patterns: up, down, up-down, random
- 4 built-in arpeggiator chords or use MIDI to specify up to 16 notes
- arpeggiator pitch transposition control
- tempo control with MIDI clock input
- 16-step live performance “groovebox” sequencer
- pitch fine-tuning adjustment
- programmable/upgradable over USB
In this episode of Groove TV the Berlin-based sound artist Derek Holzer gives an introduction to the subculture of circuit bending and do-it-yourself electronics. Without any formal training in either music or electronics, Holzer decided to try his hand at building his own instruments and subsequently developed the design for his “SoundBoxes”.
Link: http://macumbista.net/ (Derek Holzer)
Filmed, edited and directed by: Maren Sextro
This is the Beat707 XXL LE – Limited Edition – no LCD and no SD Card, less components, minimal interface.
For more details, visit our Facebook Page
Beat707 XXL LE has only MIDI output, no LCD and no SD Card. Uses the ATmega328 EEPROM to store data. This unit can handle 8 drum tracks, 2 accent tracks and 6 patterns. Each pattern is actually a combi of 4 x 16 steps plus extra double steps. So in total we have 128 steps per pattern. We have setup a very easy way to edit all those steps. We have steps A, B, C, D for each set of 16 steps. Also, you can set a set to “double-step” and it will blink instead of light-up. All options are set into the program itself which can be altered and uploaded using the Arduino IDE.
– Uses only Two ATmega328 Chips and basic components.
– Work with a 500mA 5V power supply.
– Can use 4 pin mic left and right connectors, instead of 6 pin mic connectors.
– Settings such as track drum notes and midi channels are set in code, while BPM and Steps# can be changed in the interface itself and is saved along the other data into the internal EEPROM.
– Multiple units can be side-chained.
The SparkPunk Sequencer is a musical control voltage sequencer designed to control the SparkPunk Sound Kit. With the pair, you can create ten-step musical motifs, but there are hidden opportunities in the sequencer: it can be modified and connected to external hardware in clever and interesting ways. The SparkPunk Sequencer cycles among ten steps, reading the slider and switch for each, producing corresponding analog voltages on the output pins. It offers hands-on control, with its array of knobs, sliders, and switches while seamlessly integrating with the SparkPunk Sound Generator for your creative musical enjoyment.
SparkPunk Sequencer Kit: https://www.sparkfun.com/products/12707
SparkPunk Sound Kit: https://www.sparkfun.com/products/11177
Sparkfun has published a Theory and Applications Guide for the Sequencer Kit that explains how the sequencer works and also details several useful mods. Mods include adjustable sequence length, CV out for standard analog gear, synchronizing sequencers and more.
Note: The Sparkfun Sequencer is a solderable kit with lots of parts.
The Sparkfun Sequencer Kit is available for US $59.95.
Testing OCTO.PULSE DIY ANALOG SYNTH
– 2 VCO ( 4 wave type )
– 1 LFO ( 4 wave type, high and ultra low rate )
– 1 VCF ( 3 filter type )
– 1 SAMPLE & HOLD module
– White noise generator
– PWM control and Skew mod
– Full interaction between every module
– Full analogue concept and vintage cabinet
– 220 volt cable ( no power supply )
INFO : email@example.com http://www.exagonal-rooms.com
In this project we’re building a diy midi controller that works with ios devices and analog synths. Say hello to OONTZ, the open source button grid controller based on the adafruit trellis. The mini OONTZ is a 3d printed case housing one trellis and 4 potentiometers ideal for a 16 button drum pad. OONTZ works with any MIDI software and hardware. No more virtual midi or serial to MIDI stuff, oontz is legit USB MIDI.
DIY MIDI Controller
Say hello to OONTZ, the open source button grid controller based on the Adafruit Trellis button platform.
The mini OONTZ is a 3d printed case housing one trellis and 4 potentiometers ideal for a 16 button drum pad. In this project we’re building a diy midi controller that works with ios devices and analog synths.
OONTZ works with any MIDI software and hardware. No more virtual midi or serial to MIDI stuff, oontz is legit USB MIDI.”
This PCB is specially made to match the Adafruit 4×4 elastomer keypad. Each Trellis PCB has 4×4 pads and 4×4 matching spots for 3mm LEDs. The circuitry on-board handles the background key-presses and LED lighting for the 4×4 tile. However, it does not have any microcontroller or other ‘brains’ – an Arduino (or similar microcontroller) is required to control the Trellis to read the keypress data and let it know when to light up LEDs as desired.
Visit the Adafruit shop online – http://www.adafruit.com
Subscribe to Adafruit on YouTube: http://adafru.it/subscribe
Join our weekly Show & Tell on G+ Hangouts On Air:http://adafru.it/showtell
Watch our latest project videos: http://adafru.it/latest
New tutorials on the Adafruit Learning System:http://learn.adafruit.com/
Music by ecken: http://soundcloud.com/ecken
Background video description:
To Mauro Motoki !
A DIY experimental Synth made of MFOS, YUSYNTH and RANDOM MODULE
An overview of all the features on my “Teensy Synth”.
You can find the materials to make this synthesizer in the Arduino Projects section of www.brianpeters.net
Hear this synthesizer in action with 4 other chip-based synthesizers:
Homemade analog synthesizer, partly built with minimoog model d circuits. VCF circuit here http://www.diodenfilter.de, which produced the synthi sounds (and drumbox V1.0).
Selbstgebauter analoger Syntheiszer, teilweise aus Minimoog Modell D – Schaltungen aufgebaut. VCF-Schaltung hierhttp://www.diodenfilter.de, welches die Synthie-Klänge produzierte (und Drumbox V1.0).
We build our own full-size MS20, add a filter selection switch and compare with an original.