Make Noise Records MNR 005: Surachai 売り切れ
A: “Aeon”
B: “Belial”
Recorded in Chicago, IL, June 17 2013.
Instrument: Make Noise Shared System
Side A – 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
Side B – 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
Sleeve design by Zach Smith.
Printed by Kelly Kelbel.
Surachai
surachai.org
B: “Belial”
Recorded in Chicago, IL, June 17 2013.
Instrument: Make Noise Shared System
Side A – 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
Side B – 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
Sleeve design by Zach Smith.
Printed by Kelly Kelbel.
Surachai
surachai.org
＊＊＊ お問い合わせ＆予約受付中 ＊＊＊
当店で扱っている各商品は大量生産ではありません。 メーカーにも在庫に限りがあります...
確実に欲しい商品に関しては早めに予約／在庫確認する事をおすすめします...
