Coding Inspire Modular Manifold

Name: Manifold
Brand: Coding Inspire Modular

Integrated digital modulator

8 HP Eurorack module

An integrated digital modulation environment with twelve parallel virtual module slots. Each slot has two routable inputs, one routable output, and three parameters, enabling flexible connections among algorithms and the physical gate, CV, and output jacks.

Features

Twelve parallel internal modulation slots.
Freely routable connections among internal modules and physical inputs and outputs.
Each internal module has two inputs, one output, and three parameters.
Every routed input includes attenuation.
Sixteen user preset locations store all twelve modules' parameters and routing.
Preset Gen creates twelve random module types and randomly routes their relationships.
Global settings are stored separately from presets in EEPROM and loaded at startup.
Each physical output has an LED level indicator.
Internal slots 1, 3, 5, 7, 9, and 11 are mapped by default to Out1 through Out6 respectively.
Each physical output can be assigned to only one internal module.
Reverse-power protection.
Remember: USB power can start the module, but proper Eurorack output levels and CV input require the module power connection.

Controls & Jacks (22)

P2/In2— Adjusts the second displayed parameter in Param view or the second input's attenuation in Router view.
P3/Out— Adjusts the third displayed parameter in Param view; ordinary rotation is inactive in Router view until an edit mode is selected.
Module Select— Turn to select one of the 12 internal module slots and inspect or edit that slot.
P1/In1— Adjusts the first displayed parameter in Param view or the first input's attenuation in Router view.
Out1— Outputs the internal module assigned to Out1 as a 12-bit 0–10 V control signal; both continuous CV and gate-like values are supported.
Out6— Outputs the internal module assigned to Out6 as a 12-bit 0–10 V control signal; both continuous CV and gate-like values are supported.
Out2— Outputs the internal module assigned to Out2 as a 12-bit 0–10 V control signal; both continuous CV and gate-like values are supported.
Out3— Outputs the internal module assigned to Out3 as a 12-bit 0–10 V control signal; both continuous CV and gate-like values are supported.
CV1— Accepts a routable 0–10 V control voltage with 12-bit conversion; it may also drive gate logic using a threshold of approximately 2.5 V.
Out4— Outputs the internal module assigned to Out4 as a 12-bit 0–10 V control signal; both continuous CV and gate-like values are supported.
CV2— Accepts a routable 0–10 V control voltage with 12-bit conversion; it may also drive gate logic using a threshold of approximately 2.5 V.
Gate1— Accepts a 0–10 V low/high signal that can be routed to an internal module; levels are converted to binary values with a threshold of approxi
Out5— Outputs the internal module assigned to Out5 as a 12-bit 0–10 V control signal; both continuous CV and gate-like values are supported.
Gate2— Accepts a 0–10 V low/high signal that can be routed to an internal module; levels are converted to binary values with a threshold of approxi
Gate3— Accepts a 0–10 V low/high signal that can be routed to an internal module; levels are converted to binary values with a threshold of approxi
CV3— Accepts a routable 0–10 V control voltage with 12-bit conversion; it may also drive gate logic using a threshold of approximately 2.5 V.
Out3 Level— Independently indicates the instantaneous output level present at Out3.
Out4 Level— Independently indicates the instantaneous output level present at Out4.
Out1 Level— Independently indicates the instantaneous output level present at Out1.
Out2 Level— Independently indicates the instantaneous output level present at Out2.
Out5 Level— Independently indicates the instantaneous output level present at Out5.
Out6 Level— Independently indicates the instantaneous output level present at Out6.

Explore the interactive Manifold panel on BleepDex — tap any control to learn what it does.