Entrospec IUNGO - MIDI CV Bridge Module

Published on Jun 29, 2015 sonicstate

"At Cymru Beats we saw this interesting module from Entropec - the IUNGO a polyphonic MIDI sequencer with CV control"

Cymru Beats - First Modular Synth Meet in Wales Set for Saturday June 27

via Cymru Beats:

"We have some manufacturers coming, namely AJH Synth, Roland Aira modular and Entrospec

The event has been kindly supported by Erica Synths, Vermona, Expert Sleepers and Innerclock Systems.

Sonicstate.com will be there filming and doing a live blog. They will be running a competition to win an Expert Sleepers disting module.

Anyone signing up to our mailing list at www.cymrubeats.com before the event stands a chance to win a Vermona twin VCAmp. Winner will be announced at the event. There are also prizes from Erica Synths and Innerclock systems.

We also have evening performances from

VCOADSR
Somatic Responses
Adam John Williams"

Entrospec Iungo and Hexinverter Midi2cv

Published on Oct 6, 2014 Entrospec

"Iungo in polyphonic sequencer mode being used to sequence 3 vco's via a Hexinverter midi2cv.

The vco's are out of shot, the cv outputs of the midi2cv control the pitch of each vco, and the gates trigger envelopes, 2 from the Make Noise Maths and a third out of shot. The envelopes and vco outputs are patched to 3 channels of a Make Noise QMMG.

Midi2cv is in Poly 4 mode, so each cv and gate pair is addressed with a different midi channel. Note sequences have been stored in the Iungo beforehand, and the parts are brought in by unmuting them in the mute menu.

Iungo is clocked from a 4ms SCM. The pulsewidth of the triggers are increased towards the end, increasing the width of the gates going to the envelopes."

Entrospec Iungo Drum Sequence Demo

Published on Jul 16, 2014 Entrospec

"Using Iungo in polyphonic sequencer mode as a 5 part drum sequencer.
The Faderfox MIDI controller sends note data to the Iungo, then out to the Vermona DRM1. Part way through MIDI Thru is turned off so programming new patterns doesn't affect the live MIDI stream to the Vermona.
Iungo is clocked by channel 4 end of cycle from Maths in cycle mode, with a voltage offset to the "both" input controlling overall speed of the clock.
At the end the clock is increased to demonstrate what can be achieved by sending MIDI at up to audio rates from Iungo."

Some info via modular grid:

"Voltage controlled MIDI

Stored MIDI data accessed via cv and gate inputs.

Banks will store up to 16 notes and rests. Each note can have an independent MIDI channel.

Each bank can also store 1 program change message.

5 memory locations to store patches

“Chord” mode outputs all notes in a bank simultaneously when triggered.

“Seq” mode outputs each note in a bank consecutively upon receiving a gate signal.

“Poly Seq” mode runs all 5 banks in sequencer mode simultaneously.

The length of each bank is independent, allowing for more complex sequences to be produced.

Chords and sequences can be transposed via the MIDI input.

Velocity of MIDI data is determined by the amplitude of the gate signal.

MIDI input and output via 2.5mm stereo jack to 5 pin DIN cables. The same format adopted by iOS devices.

141 mm Depth"

Iungo from Entrospec

Published on Jun 20, 2014 Entrospec·1 video

"Iungo is designed to bridge the worlds of modular synthesizers and MIDI controlled instruments.

For further information visit: entrospec.co.uk"

Video: "A short demo that highlights some of the functionality that Iungo provides. Integrating MIDI controlled instruments with modular synthesizers by allowing voltage control of MIDI data.

A little about the patches:

1 - CV and Gate inputs from Make Noise Rene
2 - Gate from Shuffling Clock Multiplier, voltage offset scrolls through the 5 sequences, then random CV input from noise/sample & hold through an offset generator.
3 - Gate from Shuffling Clock Multiplier"

Note this is the first Entrospec post on MATRIXSYNTH.



"Iungo is designed to bridge the worlds of modular synthesizers and MIDI controlled instruments.

It has the following features:

Stored MIDI data accessed via cv and gate inputs.
Banks will store up to 16 notes and rests. Each note can have an independent MIDI channel.
Each bank can also store 1 program change message.
5 memory locations to store patches
“Chord” mode outputs all notes in a bank simultaneously when triggered.
“Seq” mode outputs each note in a bank consecutively upon receiving a gate signal.
“Poly Seq” mode runs all 5 banks in sequencer mode simultaneously.
The length of each bank is independent, allowing for more complex sequences to be produced.
Chords and sequences can be transposed via the MIDI input.
Velocity of MIDI data is determined by the amplitude of the gate signal.
MIDI input and output via 2.5mm stereo jack to 5 pin DIN cables. The same format adopted by iOS devices.
Panel size 6HP
Module depth 41mm
Maximum current consumption 59mA on +12V"