MOD POD Setup Guide

MOD POD can be used in several different ways depending on your workflow. Choose the setup that best matches how you make music.

Before You Begin

Power

MOD POD requires power at all times.

When connected directly to a computer, power is supplied automatically via USB. For setups that do not involve a computer connection, MOD POD will need an external USB power source.

Compatible Power Sources

  • Power bank
  • Phone or tablet
  • Wall adapter
  • Any compatible USB power source

Low Power Use

Because MOD POD has very low power consumption, most portable power banks can power it for extended sessions.

Setup Option 1

MOD POD → Computer / Laptop

This is the most portable setup and the simplest way to use MOD POD with your computer or laptop.

Simply connect MOD POD directly to your computer or laptop via USB.

Current Functionality

With most DAWs, MOD POD works as a standard MIDI controller.

  • Pitch Bend
  • Modulation
  • Manual Sustain
  • Aftertouch
  • Macro Controls

Important Note

Advanced features currently require MIDI loopback. This includes Velocity Control, Smart Sustain, and Tight Sustain.

At this time, full functionality is supported only in Ableton Live.

We are currently developing software that will create an invisible MIDI bridge between MOD POD and all major DAWs.

Ableton Live

Ableton Setup

To unlock full MOD POD functionality in Ableton Live:

Step 1: Connect MOD POD

Connect MOD POD to your computer via USB.

Step 2: Open MIDI Settings

Inside Ableton, go to Preferences → MIDI.

For both Input and Output, enable:

  • Track
  • Sync
  • Remote

Step 3: Create MIDI Track 1

Create a MIDI track.

Set MIDI From to Computer Keyboard.

Set MIDI To to MOD POD.

Arm this track.

Step 4: Create MIDI Track 2

Create a second MIDI track.

Set MIDI From to MOD POD.

Load your VST or instrument on this track.

Arm this track as well.

Both tracks must remain armed.

Setup Option 2

MOD POD → MIDI Controller → Computer

To connect MOD POD to another MIDI device, use the MIDI In and MIDI Out ports located on the back of the controller.

Depending on what type of MIDI ports your external device uses, you’ll need either 3.5 mm TRS MIDI cables or traditional 5-pin DIN MIDI cables using 3.5 mm TRS adapter cables.

If needed, compatible MIDI cables are available at checkout.

Full Feature Access

This setup allows access to MOD POD’s full range of features, including velocity control and advanced sustain modes, regardless of which DAW you use.

Setup Option 3

MOD POD → Standalone MIDI Hardware

This setup uses the same cable requirements described in the previous setup.

In most cases, your MIDI device will need to be set to Local Control: OFF. This routes MIDI information out of the device, through MOD POD, and back into the device. Please check your MIDI hardware's manual for more information on how to change the Local Control setting.

Because MIDI functionality varies between devices, please refer to your device’s MIDI Implementation Chart to determine the optimal MOD POD configuration for your specific setup.

Important: Even in standalone mode, MOD POD still requires connection to a power source.

CONFIG Tool

Customizing MOD POD

When MOD POD is connected directly to your computer or laptop via USB, the CONFIG tool on the website will automatically detect your controller.

The CONFIG tool allows you to customize how MOD POD communicates with your DAW or other MIDI devices by changing Control Change values assigned to each control.

Open Config Tool

Default Control Assignments

  • M1 → Velocity
  • M2 → No default assignment
  • Pitch → Pitch Bend
  • Mod → Modulation
  • Aftertouch → Aftertouch

Default and Custom Modes

Several MOD POD controls include default functionality. For example, M1 defaults to Velocity.

To assign M1 to something else, select Custom and enter your desired Control Change value.

VST Behavior

Understanding Plugin Behavior

When using MOD POD with a DAW, certain controls may behave differently depending on the specific virtual instrument you are using.

For example, M1 defaults to Velocity control. If you turn the knob and do not hear any change in velocity, this does not necessarily mean MOD POD is malfunctioning.

Velocity May Require Internal Routing

Some VSTs are designed so that incoming velocity data does not directly affect audible volume or expression by default.

In some cases, velocity may need to be manually assigned inside the VST to parameters such as volume, filter cutoff, envelope modulation, or other internal parameters.