entanglement space

Entanglement space is a quad 32bit operation DSP effects processor featuring 64 algorithms focused on highly experimental topologies.

Each processor core stores 16 algorithms that can be entangled with other core programs to create your own complex algorithms / spectral palettes for the stereo field or quadraphonic space.

Accompanying the 64 algorithms are 12 modulators with time complicating attenuation for use of control voltage over 6 differential parameters of each of the 64 algorithms, 4 voltage controlled gates and a 4 input - pan directional mixer with stereo out.

Each processor core has individual in and out via banana and quarter inch formats, allowing complex routing for introducing feedback and multi instruments to be routed through entanglement.

Entanglement space algorithms interpolate between pitch shifting and warping, amplitude modulating, spectral reverbs, ring mod delays, feedback delay network phasers and through zero reverb flanging time based effects.

A full array of algorithms, their brief descriptions and cv/pot parameters below.

{entanglement space core programs};

core A

xylox orbit

[verb delay pitch]

; pot 0 = reverb time

; pot 1 = diffusion

; pot 2 = lp

; pot 3 = level

; pot 4 = pitch

; pot 5 = rate

; tap button coefficient and feedback rate

x-50 tears

[pitch xor modulation delay]

; pot0 = delay rate

; pot1 = pitch

; pot2 = feedback

; pot3 = feedback b

; pot4 -

; pot5 = delay b rate

polystyrene skynet

[Through Zero Flanger modulation / pitch shift]

; pot0 = LFO frequency

; pot1 = depth

; pot2 = feedback

; pot3 = level

; pot4 = zero point

; pot 5 = pitch

saffron dancers

[ delay mangled phase verb]

; pot0 = rate / /

; pot 1 = sweep range / verb time

; pot 2 = resonance (fback) / damping

; pot 3 = depth (mix)

; pot 4 = predelay / feedback

; pot 5 = level depth

particle diffusion

[chorus reverb feedback]

; pot 0 = reverb time { krt]}

; pot1 = damping

; pot2 = lfo depths

; pot3 = wet signal to final mix

; pot4 = all pass coefficient

; pot5 = wet / dry

fourier rings

[double lfo mod reverb / spectral glass]

; pot0 = predelay

; pot1 = reverb time

; pot2 = damping

; pot3 = reverb level

; pot4 = mod a

; pot5 = mod b

ryochinex

[verb chorus pitch]

; pot0 = reverb time

; pot1 = diffusion

; pot2 = LP filter

; pot3 = reverb level

; pot4 = level

; pot5 = depth / pitch

; button: mod and coefficient rate

orian aura

[doublemodulation delay reverse base]

; pot0 = rate

; pot1 = feedback

; pot2 -

; pot3 -

; pot4 = rate b

; pot5 = feedback b

double noxin

[Distortion chorus]

; pot0 = Input gain

; pot1 = Low-pass frequency control

; pot2 = Low-pass Q control

; pot3 = Output level /

; pot4 = rate

; pot5 = depth

x phase 2 entangle

[double lfo delay]

; pot0 = lfo rate

; pot1 = lfo depth

; pot2 = feedback

; pot3 = fm mix

; pot4 = lfo 2 rate

; pot5 = lfo 2 depth

010

sifamtincs

[12stage phaser delay 24x all pass ]

; pot0 = rate

; pot1 = Q

; pot2 = feedback

; pot3 = wet dry mix

; pot4 = delay 1

; pot 5 = delay2

; button = coefficients for all pass

011

quant law

[reverb glitch]

; pot0 = predelay

; pot1 = decay pot

; pot2 = lowpass

; pot3 = wet / dry

; pot4 = mod a

; pot5 = feedback mod b

012

xor xor

[ringmod delay]

; pot0 ringmod

; pot 1 = ringmod depth

; pot 2 -

; pot 3 = feedback

; pot 4 = delay rate

; pot 5 -

013

hydraboxilate

[ flanger pitch verb ]

; pot 0 = flanger rate modulation

; pot 1 = feedback / diffusion

; pot 2 = mix / lp coeff

; pot 3 = depth [maximum depth can cause buffer glitches]

; pot 4 = mangled verb level

; pot 5 = pitch

014

zzz

[FDN chorus slap]

; pot0 = rate

; pot1 = depth

; pot2 = level a

; pot3 -

; pot4 = level b

; pot5 = rate b

015

metalonic

[ verb delay verb nested all pass loops ]

; pot0 = reverb time

; pot1 = diffusion

; pot2 = LP filter

; pot3 = reverb level

; pot4 = rate

; pot5 = feedback

core B

cetrax

[flanger double shift verb tails]

; pot0 = shifter 0

; pot1 = feedback buffer depth

; pot2 = shifter 1

; pot3 = shift levels

; pot4 = zero point/

; pot5 = feedback

; button mod a / air tail rate

grothendiek helix

[warp verb]

; pot0 = reverb time

; pot1 = diffusion

; pot2 = lp coefficient

; pot3 = reverb level

; pot4 = mod a

; pot5 = mod b

pluto speed

[AMPLITUDE MOD double DELAY]

; pot0 = sine lfo

; pot1 = feedback

; pot2 = rate

; pot3 -

; pot4 = rate B

; pot4 = feedback B

sky burial 2

[ verb delay verb all pass feedback loops ]

; pot0 = predelay

; pot1 = reverb time

; pot2 = damping

; pot3 = reverb level

; pot4 = tail / coefficient modulation

; pot5 = feedback

xynam

[Small reverb + delay]

[nested all pass delays and feedback]

; pot0 = reverb time

; pot1 = diffusion

; pot2 = LP filter

; pot3 = reverb level

; pot4 = delay

; pot5 = feedback

luminobic

[Phase shifter delay]

; pot 0= rate

; pot 1 = sweep range

; pot2 = resonance (feedback)

; pot3 = depth (mix)

; pot 4 = delay

; pot 5 = feedback

quarion

[verb delay verb ]

; pot0 = reverb time

; pot1 = diffusion

; pot2 = LP filter

; pot3 = reverb level

; pot4 = delay buffer a

; pot5 = feedback a

; button modulation / coefficient rate

nevyant axis

[distortion reverb buffer]

; pot0 = reverb time / gain

; pot1 = diffusion / f control

; pot2 = LP filter / Q

; pot3 = reverb level

; pot4 = svf frequerncy

; pot5 = output volume

skyburial

[verb pitch delay nested allpass loops]

; pot0 = predelay

; pot1 = reverb time

; pot2 = lp filter

; pot3 = reverb level

; pot4 = mod a / buffer air

; pot5 = pitch tail

xor xor xor xor

[double delay amplitude modulation / good on percussion ]

; pot0 = rate a

; pot1 = feedback a

; pot2 = rate b

; pot3 = feedback b

; pot4 = mod a

; pot5 = pitch

010

7 dimension tuba room

[ verb cross modulation coefficients ]

; pot0 = predelay

; pot1 = reverb time

; pot2 = damping

; pot3 = reverb level

; pot4 = mod rate a

; pot5 = mod rate b

011

foltran

[Small reverb pitch tail]

; pot0 = reverb time

; pot1 = diffusion

; pot2 = lp coeff

; pot3 = reverb level

; pot4 = wet / dry

; pot5 = pitch

012

holograms

[ verb bandpass ]

; pot0 = reverb time

; pot1 = diffusion

; pot2 = LP filter

; pot3 = reverb level

; pot4 = bandpass filter

; pot5 = fbandpass frequency

013

gardner dream

[verb modulation delay 93% wet all pass delay nested loops]

; pot0 = reverb time / mod multiplier

; pot1 = diffusion

; pot2 = LP filter

; pot3 = reverb level

; pot4 = mod a

; pot5 = highpass/lowpass frequency

014

variance butter

[Through Zero point lfo flanger warp verb]

; press button for effect

; pot0 = rate out

; pot1 = rate back

; pot2 = feedback

; pot3 = level

; pot4 = mod B / reverb level

; pot5 = zero point lfo

015

petal warp

[ mid size reverb warp ]

; pot0 = reverb a time

; pot1 = diffusion a

; pot2 = LP a filter

; pot3 = reverb a + b level

; pot4 = reverb b time and lfo mod

; pot5 = diffusion b

core c

mortrans mirror

[double pitch shift double delay verb]

; pot0 = shifter 0

; pot1 = delay b fback / a + b pitch level

; pot2 = shifter 1

; pot3 = shifter 1 level / delay a feedback

; pot4 = delay a rate

; pot5 = delayb rate

; button = modulation

xor xor xor!

[ringmod flanger ]

; pot0 = ringmod

; pot1 = ringmod depth

; pot2 = feedback

; pot3 = mod a level

; pot4 = depth

; pot5 = mod a

mutation crystal

[pitch shifting reverb]

; pot0 = reverb time / krt

; pot1 = kdiff / diffusion

; pot2 = kfl

; pot3 = pitch

; pot4 = mod a coefficients

; pot5 = mod b coefficients

; button = mod c coefficients [tap for mod rate]

syntax dominos

[double delay pitch shift]

; pot 0 = rate a

; pot 1 = feedback a

; pot 2 = rate b

; pot 3 = feedback b

; pot 4 = pitchshift b

; pot 5 = warp mod

wormhole diamonds

[Phase shift reverb ]

; pot0 = rate

; pot1 = sweep range

; pot2 = depth mix

; pot3 = resonance (feedback)

; pot4 = krt

; pot5 = kfl

pharcydian

[reverse modulation nano delay]

; pot0 = rate

; pot1 = feedback

; pot2 -

; pot3 -

; pot4 = mod a

; pot5 = mod b

phase 1 entangle

[ pitchshift flanger mod ]

; pot 0 = flanger rate

; pot 1 = feedback

; pot 2 = mix

; pot 3 = depth

; pot 4 -

; pot 5 = pitch

xorax space

[ lowpass mid verb mod ]

; pot0 = reverb time

; pot1 = diffusion

; pot2 = LP filter

; pot3 = reverb level

; pot4 = mod a

; pot5 = mod b

molyxer butter

[ small reverb feedback delays chorus]

; pot0 = reverb time

; pot1 = diffusion

; pot2 = LP filter

; pot3 = reverb level

; pot4 = diffusion2

; pot5 = feedback delay modulation

luminous arplus reverb

[ cathedral verb ]

; pot0 = pre delay

; pot1 = reverb time

; pot2 = lp filter

; pot3 = reverb level

; pot4 = mod a

; pot5 = delay b diffusion rate

010

wormhole

[ pitch delay pre delay offset ]

; pot0 = predelay

; pot1 = decay time

; pot2 = lowpass

; pot3 = reverb level time

; pot4 = pitch a

; pot5 = rate a

011

orion glaze

[Phase shifter chorus]

; pot0 = rate

; pot1 = sweep range

; pot2 = resonance (feedback)

; pot3 = depth (mix)

; pot4 = chorus depth

; pot 5 = master level

012

plutoninx

[double phaser delay ]

; pot0 = delay and phaser a rate

; pot1 = sweep range / feedback a

; pot2 = resonance (feedback)

; pot3 = depth (mix)

; pot4 = phaser rate b

; pot5 = phaser feedback b

013

xoragathon

[ mod delay - chorus - ]

; pot0 = rate

; pot1 = depth

; pot2 = level

; pot3 =

; pot4 = delay rate a

; pot5 = feedback a

014

; voranalogen

[ flanger verb modulatorr]

; pot0 = LFO frequency

; pot1 = depth

; pot2 = feedback

; pot3 = level

; pot4 = zero point

; pot 5 = reverb time

015

portal step 1

[complex fdn structure can dangerous to ears]

; pot0 = reverb time

; pot1 = all pass diffusion coefficients

; pot2 = low pas filter coef

; pot3 = klevel

; pot4 = mod a

; pot5 = mod b

core d

Qbraxis

[nested all pass fdn chorus verb ]

; pot0 = reverb time

; pot1 = diffusion

; pot3 = lowpass

; pot4 = chorus level

; pot5 = chorus depth

; button = coefficient and chorus rate

emerald oxide

[ experimental flanger pitch ]

; pot0 = LFO frequency

; pot1 = pitch

; pot2 =

; pot3 = feedback

; pot4 = level

; pot5 =

bandpass security

[ bandpass filter delay ]

; pot0 = sensitivity

; pot1 = Q

; pot2 = delay

; pot3 -

; pot4 = mod a

; pot5 -

manicxylo

[chorus verb flange]

; pot0 = rate

; pot1 = depth

; pot2 = level

; pot3 = level b

; pot4 = mod a [ keep this lowish ]

; pot5 = feedback

saturn rings

[phaser delay]

; pot0 = rate phaser + delay

; pot1 = sweep range

; pot2 = resonance (feedback)

; pot3 = phaser depth (mix)

; pot4 = phaser feedback

; pot 5 = delay feedback

pythagoras mushroom

[ double delay chorus ]

; pot0 = delay a rate

; pot0 = delay a feedback

; pot0 = delay b rate

; pot0 = delay b feedback

; pot0 = chorus rate

; pot0 = chorus depth

vertoids

[distortion verb flanger]

; press the button

; pot0 = rate out

; pot1 = rate back

; pot2 = feedback

; pot3 = button level

; pot4 = zero point

; pot5 = mod b coeff

pink clouds

[complex nested all pass]

; pot0 = reverb time

; pot1 = decay

; pot2 = diffusion

; pot3 = reverb level

; pot4 -

; pot5 -

time scanner

[reverse nano looper]

; hold button to loop

plexiglass

[phase verb]

; pot0 = predelay

; pot1 = reverb time

; pot2 = lp filter

; pot3 = reverb phase level

; pot4 = phase rate

; pot5 = phase range

010

ultra pole

[ flanger delay mod ]

; pot0 = LFO frequency

; pot1 = depth

; pot2 = feedback

; pot3 = level

; pot4 = zero point

; pot 5 = delay rate a

011

qwertoids

[all pass loops and nested loops reverb]

; pot0 = reverb time

; pot1 = diffusion

; pot2 = lowpass

; pot3 = revebr level

; pot4 = modulation a

; pot5 = modulation b

012

solinoids

[ ringmod chorus verb ]

; pot0 = ringmod

; pot1 = ringmod depth

; pot2 = rate

; pot3 = depth

; pot4 = level

; pot5 -

013

buffer scanners

[ buffer scanning and flanger ]

; pot0 -

; pot1 = pointer feedback / rate back

; pot2 = feedback

; pot3 = depth [restraint is key]

; pot4 = zeropoint

; pot5 = rate out

; button = chaos modulation flange

014

uranix

[reverb tornado/trem]

; pot0 = reverb time

; pot1 = diffusion

; pot2 = hP filter

; pot3 = reverb level

; pot4 = lforate1

; pot5 = lforate2

015

folanthia

[ ringmod phaser ]

; pot0 = ringmod

; pot1 = ringmod depth

; pot2 = phaserrate

; pot3 = phaser feedback

; pot4 = phaser resonance

; pot5 = phaser depth (mix)

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