Surachai

We’re currently working on, and very close to, releasing Robert AA Lowe’s (MNR003) contribution to the Shared System Series on Make Noise Records. Keith Fullerton Whitman’s (MNR004) release is scheduled after. Surachai’s (MNR005) release is the “last” of the series but you can preview the entire release months before its release. You’ll just need a Make Noise System…

AEON
Dual Prismatic Oscillator
DPO Final -> Optomix
DPO OSC 2 Square -> Phonogene Shift
DPO OSC 2 Sine -> Echphon in
Optomix
Optomix Channel 2 in -> Echophon out
Optomix sum output -> Echophon in
Optomix Sum output->Moddemix Aux In
Phonogene
Phonogene Audio Out -> Wogglebug Ringmod In
Phonogene Audio Out -> Moddemix channel 1 Carrier (left input)
Pressure Points
Pressure Points Channel 4 Gate -> MATHS Channel 1 Trigger
Pressure Points Channel 4 Gate -> Phonogene Record
Pressure Points Channel 4 Gate -> moddemix channel 1 modulator (right)
Pressure Points Sequencer 2 output -> DPO Channel 1 v/oct
MATHS
Maths Channel 1 -> Phonogene Gene Size In
Maths Channel 4 Cycle Mode -> DPO Angle In
Wogglebug
Wogglebug Ring Out -> Modemix Channel Two Modulator (right)
Wogglebug Stepped VC Out -> Phonogene Slide
RENE
Rene XCLK -> Wogglebug Clock out
RENE QCV -> DPO OSC 2 v/oct
RENE CV -> Maths Both Channel 4
RENE Gate X -> DPO Strike
Main Output -> Moddemix Sum output

BELIAL
Wogglebug
Heart In -> Echophon Clock Out
Ringmod In -> Echophon Feedback Out
Stepped CV Out -> DPO Fold CV In
Stepped CV Out -> Echophon Echo CV In
Stepped CV Out -> ModDeMix Channel 2 Carrier (left input)
Stepped CV Out -> MATHS Channel 4 Fall CV In
Random Clock -> RENE XCLK In
Clock Out -> RENE YCLK In
Woggle CV Out -> MATHS Channel 1 Fall In
Woggle CV Out -> Phonogene Gene Shift In
RENE
X-CV In -> MATHS Channel 3 (Negative Voltage)
YMOD In -> MATHS Channel 1 Out
Y-CV -> DPO Channel 2 Sine Out
QCV Out -> Echophon Mix CV In
QCV Out -> MATHS Channel 2 input (Negative Voltage)
QCV Out -> DPO FM Bus CV In
CV Out -> DPO Angle CV In
CV Out -> DPO Channel 1 1V/oct In
G-X Out -> DPO Strike In
G-Y Out -> MATHS Channel 1 Trigger In
Pressure Points
Channel 1 Pressure Out -> DPO Channel 2 Expo CV In
Channel 2 Pressure Out -> DPO Channel 1 Expo CV In
Channel 3 Pressure Out -> Echophon Depth CV In
Channel 4 Pressure Out -> Echophon Freeze In
Channel 4 Gate Out -> Phonogene Rec In
MATHS
Channel 1 Both CV In – > MATHS Channel 4 out
Channel 1 Out -> Phonogene Slide CV In
Channel 1 Out -> DPO Modbus Index CV In
Channel 2 Out -> Echophon Echo CV In
OR Out -> Echophon Feedback CV In
Channel 3 Out -> DPO Shape CV In
Channel 4 Out -> MATHS Channel 3 In (Negative Voltage)
Channel 4 Trigger In -> Echophon Clock Out
Dual Prismatic Oscillator
Channel 1 Triangle Out -> ModDeMix Channel 1 Modulator (right input)
Channel 1 Saw -> Phonogene Gene Size CV In
Final Output -> Optomix Channel 2 In
Final Output -> ModDeMix Channel 1 Carrier In (left input)
Channel 2 Expo In -> ModDeMix Out 2
ModDeMix
Moddemix Channel 1 output -> Echophon Audio In
Moddemix Channel 1 output -> Optomix Channel 1 Audio In
Optomix
Aux In -> Echophon Mix Out
Sum out -> Phonogene Audio In
Main Output -> Phonogene Out