Introduction to Modular with Bread Modular

Bread Modular Team

Bread Modular is a modular synth platform built from scratch. Unlike VCV Rack, which is based on the Eurorack standard, Bread Modular takes a completely different approach. However, the core concepts you've learned still apply.

This guide will help you map your modular knowledge to Bread Modular.

0. About Bread Modular

  1. You can power a Bread Modular case over USB-C, making it truly portable.
  2. Both headphone and line-level outputs are built into the base.
  3. You can host up to 12 modules in a single base.
  4. Most modules accept MIDI, giving you more control with fewer cables.
  5. The platform runs on 3.3 V, so analog circuits such as Moog-style filters and noise generators are harder to implement; we often rely on digital solutions instead.
  6. It is more affordable than Eurorack, though it is still expensive.

1. Supersaw Oscillator

The 8bit Supersaw oscillator is a good starting point. It has two sawtooth oscillators running one octave apart.

8BITAUDIOCV1CV2LOWPASSMODE: LED_OFFBASEL

The diagram above shows how to patch modules in Bread Modular and the recommended knob positions for this setup. Hover over a knob to see how changing it affects the sound.

It also indicates any available mode states. In this patch, it highlights the MODE LED.

2. Mixing with Noise

Here we mix noise with the Supersaw oscillator to create a more complex waveform.

8BITAUDIOCV1CV2LOWPASSMODE: LED_OFF4MIX12MIXOUTCH1CH2MIX_GAINNOISEWHITETONEBASEL

3. Using a Filter

Here we use a filter to shape the Supersaw sound.

8BITAUDIOCV1CV2LOWPASSMODE: LED_OFFSVFAUDIOLFRESONANCEFREQ_CURVECUTOFF4MIX1MIXOUTCH1MIX_GAINBASEL

4. Using Overdrive

This patch builds on the previous one, but the SVF output now runs through an overdrive module.

8BITAUDIOCV1CV2LOWPASSMODE: LED_OFFSVFAUDIOLFRESONANCEFREQ_CURVECUTOFFDRIVEAUDIOCLENOD1OD2GAIN4MIX1MIXOUTCH1MIX_GAINBASEL

Increase OD1, OD2, and GAIN to hear how the overdrive reshapes the sound.

5. Let's Use an LFO

This patch is similar to the previous one, but the SVF cutoff frequency is modulated by an LFO.

8BITAUDIOCV1CV2LOWPASSMODE: LED_OFFSVFAUDIOCVLFRESONANCEFREQ_CURVECUTOFFDRIVEAUDIOCLENOD1OD2GAINLFOAUDIOCV1CV24MIX1MIXOUTCH1MIX_GAINBASEL

Here, the LFO is an 8bit module running the LFO firmware.

6. Using a VCA

Here we control a VCA with an LFO.

8BITAUDIOCV1CV2LOWPASSMODE: LED_OFFSVFAUDIOLFRESONANCEFREQ_CURVECUTOFFDRIVEAUDIOCLENOD1OD2GAINLFOAUDIOCV1CV2V2CACV1IN1OUT1CURVE14MIX1MIXOUTCH1MIX_GAINBASEL

7. Using an Envelope

Here we use an envelope to control the VCA, with MIDI triggering the articulation.

8BITAUDIOCV1CV2LOWPASSMODE: LED_OFFSVFAUDIOLFRESONANCEFREQ_CURVECUTOFFDRIVEAUDIOCLENOD1OD2GAINV2CAIN1CV1OUT1CURVE14MIX1MIXOUTCH1MIX_GAINMIDIMIDI[1]ENVMIDIENVCV1CV2MIDI_GATE: LED_ONALGO_SELECT: BLINK_ONCE(ON RESET)BASEL

The LFO isn’t part of this patch, so try routing it to the SVF cutoff for additional movement.

With these building blocks, you can translate your modular experience to Bread Modular and start exploring more advanced combinations. Happy patching!