Bitwig Studio 6 — Full Operations Manual

1. Audio & MIDI Setup

Audio Driver

• Settings → Audio → select ASIO (Windows), CoreAudio (Mac), or ALSA/JACK (Linux). Bitwig is the only major DAW that runs natively on all three platforms including Linux.
• Buffer: 256 for production. 128 for live playing. 64 if your machine handles it.
• Sample Rate: 44100 Hz standard. 48000 for video. 96000 for high-res archival work.

Controller Setup

• Settings → Controllers → "Add Controller" → Akai → MPK Mini IV. Bitwig has a built-in script — one of the cleanest MPK integrations of any DAW.
• Auto-mapping: Knobs map to the currently focused device's parameters automatically. Pads trigger clips or Drum Machine cells. Keys play instruments. Pitch and mod wheels work immediately. No manual mapping needed.
• Custom mapping: Right-click any on-screen parameter → "Map to Controller" → move a knob/button on your MPK → linked permanently. Map filter cutoff, reverb mix, LFO rate — anything you want on a physical knob.

Plugins

• Settings → Plug-ins → scan VST2, VST3, and CLAP folders. Bitwig catalogs everything.
• CLAP support: CLAP is the next-generation plugin format — more CPU-efficient, supports per-note expression, better parameter handling than VST. Bitwig pioneered CLAP support. Look for CLAP versions of your favorite plugins.
• Sandboxing: Every plugin runs in its own sandbox process. A crashing plugin dies alone — it can't kill your session. Restart just that plugin without losing anything. No other DAW does this. Load experimental/unstable plugins without fear.

2. The Two Views

Arranger (Top Half)

Traditional linear timeline. Clips placed left to right on tracks. Zoom, scroll, cut, copy, paste, automate. This is where you build song structure and finalize arrangements. Works like any standard DAW timeline.

Clip Launcher (Bottom Half)

Grid of clip slots organized by tracks (columns) and scenes (rows). Launch clips by clicking — they loop automatically until you stop them or launch another on the same track. Similar to Ableton's Session View but more deeply integrated with the Arranger.

Dual Mode — Bitwig's Killer Feature

• Both views are visible simultaneously. Toggle the split layout with the view buttons in the top-right corner.
• Jam in the Launcher while the Arranger records. Launch clips, trigger scenes, experiment with combinations. The Arranger captures everything you do as a linear arrangement in real time.
• You can also trigger Launcher clips during Arranger playback — mix composed sections with improvised clips on the fly.
• Toggle between views with Tab. But the power is using both — not switching between them.

3. Instruments & The Grid

Built-In Instruments

• Polymer: Hybrid synth combining wavetable, analog, FM, and physical modeling. Highly versatile — covers everything from classic leads to experimental textures.
• Polysynth: Classic virtual analog. 2 oscillators, multimode filter, envelopes, LFOs. Fat and straightforward. Your go-to for quick subtractive sounds.
• FM-4: 4-operator FM synth. DX7 territory — bells, metallic hits, complex harmonics, electric pianos. Same math as the Sega Genesis YM2612 chip.
• Phase-4: Phase distortion synth inspired by the Casio CZ series. Unique timbres that sit between FM and subtractive — fizzy, glassy, distinctive.
• Organ: Tonewheel organ emulation with drawbars, rotary speaker, overdrive.
• Sampler: Multi-zone sampler with velocity layers, round-robin, crossfading. Build instruments from WAV recordings.
• Drum Machine: 18 cells. Load WAV samples per cell. Per-cell effects, volume, pan, pitch. Step sequencer built in.

The Grid — Build Your Own Instruments From Scratch

This is Bitwig's crown jewel and the single feature that separates it from every other DAW under $1,000. A full modular synthesis environment built directly into the DAW.

• Poly Grid: Build polyphonic instruments. Oscillators → Filters → Envelopes → Amps → Audio Out. All connected visually with patch cables. Every module has configurable parameters.
• FX Grid: Build custom audio effects. Design your own distortion, delay, reverb, filter, dynamics — whatever your mind conceives.
• Note Grid: Build MIDI processors. Custom arpeggiators, generative sequencers, note transformers, probability engines.

How to Build a Chiptune Synth in The Grid

1. Add device: Poly Grid on a track.
2. Add a Square Oscillator module. Connect its output to a Quantize (Pitch) module to lock to chromatic steps.
3. Add a Bit Crush module — set to 8-bit or 4-bit for authentic retro crunch.
4. Connect through an ADSR Envelope controlling a VCA (Amp) module.
5. Add a Low-Pass Filter with a second ADSR controlling the cutoff for plucky/sweepy character.
6. Connect the VCA to Audio Out.
7. Play your MPK — you just built a custom NES-style synth from scratch. Save as a preset.
8. Now duplicate it, change the oscillator to Saw, adjust the bit-crush depth — you have a second voice. Layer them.

4. Recording Audio & Sampling

• Audio tracks: Create Audio Track → set input → arm (red button) → Record. Mono for single mic, stereo for paired mics or stereo instruments.
• Bounce to audio: Select any MIDI clip playing through an instrument → right-click → Bounce. Renders the MIDI through the instrument into an audio clip. Original MIDI stays untouched. Now you have audio to chop, reverse, warp, time-stretch.
• Resampling: Create an audio track → set input to "Post-Fader" of another track (or the Master bus). Arm → Record. Captures the fully processed audio output including all effects. Print a synth patch with reverb and delay baked in.
• Drag and drop: Drag any WAV/MP3/AIFF from your file browser directly onto the timeline or into a Sampler device. Instant import. Instant playable instrument if dropped on a Sampler.
• Punch recording: Set the loop brace around the section you want to re-record. Enable punch-in. Recording only happens within the brace — everything outside stays untouched.

5. Quantize — Every Method

MIDI Quantize

• Basic: Select MIDI notes in the detail editor → press Q. Notes snap to the nearest grid position.
• Grid resolution: Set in the toolbar — 1/4, 1/8, 1/16, 1/32, triplets, dotted. Choose the grid that matches your fastest notes.
• Quantize Amount (strength): In the quantize settings, adjust the Amount slider. 100% = full grid snap. 50% = halfway. 25% = gentle nudge toward the grid. Preserves human feel while tightening sloppy timing.
• Humanize: Shift+Q. Adds controlled randomness to position and velocity. The opposite of quantize — makes perfect MIDI feel performed and organic.
• Swing: Adjustable in the clip properties. Offsets every other note late for shuffle/groove feel. 50% = straight, higher = more bounce.

Audio Quantize

• Bitwig's Stretch modes handle audio quantization. Select an audio clip → enable Stretch.
• Slice mode: Best for drums — preserves transients, cuts at hits, repositions to grid.
• Repitch mode: Changes speed and pitch together (vinyl-style).
• Cycles mode: Best for tonal/melodic material.
• Manual warp: Drag individual transients to grid positions. The audio stretches around the moved points.

6. Transpose

MIDI Transpose

• Quick: Select notes → ↑/↓ = ±1 semitone. Shift+↑/↓ = ±1 octave.
• Clip transpose: In the clip detail panel, the Transpose knob shifts all notes in the clip up/down. Non-destructive — original note data preserved.
• Note FX devices: Add Diatonic Transposer (transpose within a scale), Transposition Map (custom per-note mapping), or Multi-Note (add harmonies/intervals) to any MIDI track. Real-time, non-destructive transposition that can be automated.

Audio Transpose

• Select audio clip → Transpose knob in the detail panel. Shifts pitch in semitones without changing speed (requires Stretch enabled).
• Detune: Fine-tune in cents for subtle pitch matching.

Micro-Pitch — Bitwig Exclusive

• In the piano roll, drag notes vertically between semitone lines. Place notes at non-standard pitches for microtonal tuning.
• Create scales that don't exist in Western 12-tone equal temperament — traditional African tuning systems, Middle Eastern maqam, Indonesian gamelan, custom experimental scales.
• No other DAW does native microtonal editing like this. This is culturally significant capability for producers rooted in non-Western musical traditions.

7. Per-Note Expression

Most DAWs treat all notes in a chord the same — one pitch bend bends everything. Bitwig gives every individual note its own independent expression:

• Velocity: How hard you hit — standard. But in Bitwig, velocity routes to ANY parameter via the modulation system, not just volume.
• Pressure (Aftertouch): Per-note, not per-channel. Press harder on one key in a chord and only THAT note responds. Apply more filter, more vibrato, more volume — per note.
• Timbre: A per-note CC dimension. Route to wavetable position, filter type, effect mix — each note in a chord has a different timbral character.
• Pitch Bend: Per-note. Bend one note in a chord while others hold still. Slide into notes independently. Guitar-like string bending on a keyboard.
• Gain: Per-note volume. Fade individual notes in a chord without affecting others.

How to use: Click a note in the piano roll → expression handles appear around the note. Drag them to set per-note values. Or: record expression live from an MPE controller (Roli, Sensel, Linnstrument). Standard MIDI controllers like MPK Mini IV send channel-wide expression which Bitwig applies to all notes.

8. Looping — Every Scenario

Arranger Loop (Global)

• Click and drag in the ruler to set a loop region → press L to toggle loop on/off.
• Everything between the loop markers repeats. All tracks loop together.
• Quick set: Select a clip → the loop brace can snap to the clip's boundaries via right-click options.

Clip-Level Loop (Per Clip)

• Every clip has its own internal loop settings. Double-click a clip → in the detail panel, set loop start, end, and length.
• A 1-bar clip loops forever without duplicating. Change the clip content and it updates everywhere it plays.
• Loop offset: Set the clip's start position separately from the loop position. The clip plays an intro section once, then loops a different section. Great for one-shot intros that transition into a repeating pattern.

Clip Launcher (Independent Per-Track Loops)

• Every clip in the Launcher loops by default when triggered. This IS the loop — launch it and it repeats.
• Independent lengths: Track 1 loops a 4-bar drum pattern. Track 2 loops a 3-bar melody. Track 3 loops a 7-bar ambient texture. They all cycle independently at their own lengths, creating evolving polyrhythmic combinations. This is something linear-only DAWs cannot do.
• Stop a single track: Click the Stop button on a track in the Launcher. That track goes silent while everything else keeps playing. No other tracks affected.

Making Tracks Loop Then Stop

• Launcher: Stop a clip on any track at any time. Other tracks continue unaffected. The most intuitive way to make one instrument play for a while then stop.
• Arranger: Place clips of different lengths. Drums span 32 bars. Hi-hat only gets 16 bars of clips. Bass enters at bar 8 and runs to bar 32. The absence of clips = silence on that track.
• Fades: Drag the fade handle at the end of any audio clip in the Arranger. The track smoothly fades to silence instead of hard-cutting. More musical than abrupt stops.
• Volume automation: Automate a track's volume to zero at the point you want it to stop. Automate back up when you want it to return. Allows smooth fade-outs and fade-ins at any point.

Making Tracks Keep Playing During Export

• Solo/Mute: Solo the tracks you want → File → Export Audio. Only soloed tracks render in the export. Or mute the tracks you don't want — everything unmuted renders.
• Stem export: Check "Export Each Track as Separate File" in the export dialog. Every track renders as its own WAV file at full length. Now you have individual stems to import into any other project and arrange exactly how you want.
• Export range: Set the export Start and End markers. Tracks with clips beyond the End point won't render past it. Tracks that end early will have silence padded to the End point.

Bouncing a Loop

• Right-click any clip → Bounce. Creates a new audio file of whatever was playing — instrument, effects, everything rendered to audio. Non-destructive, instant. The original clip stays.
• Bounce a looping clip → you get one cycle as audio. Drag the audio clip's edge to repeat it in the Arranger.

9. Modulation System

Bitwig's other superpower. Every single parameter in the entire DAW is modulatable. Right-click ANY knob → "Add Modulator":

• LFO: Cyclic modulation. Filter cutoff wobble, tremolo, auto-pan, wavetable position sweep. Sync to tempo or free-running. Shapes: sine, triangle, square, saw up, saw down, random, S&H.
• Envelope Follower: Follow the amplitude of a signal. Sidechain a filter to a kick drum — filter opens on every kick hit without using a compressor. Any parameter can follow any signal's dynamics.
• Random: Controlled randomness per trigger. Humanize velocity, randomize filter, create generative textures where no two notes sound exactly the same.
• Step Sequencer: Draw a pattern of values (up to 64 steps) that modulates a parameter in sync with tempo. Create rhythmic filter patterns, volume gates, pitch sequences.
• Macro: Map modulation to one of 8 macro knobs. Your MPK Mini IV's 8 knobs control macros automatically when the device is focused. One physical knob → 10 parameters moving simultaneously in different directions.
• Note Expression: Route velocity, pressure, timbre, slide, or any per-note expression value directly to device parameters. Play harder = brighter filter. Press deeper = more chorus. Per note.
• Audio Sidechain: Route the amplitude, pitch, or spectral content of any audio signal to modulate parameters on a completely different track. The bass guitar's volume controls the synth pad's filter. Cross-track modulation.

Stacking Modulators

Multiple modulators on the same parameter. Filter cutoff modulated by:

• LFO (creates a wobble)
• + Envelope Follower from the kick drum (opens on every hit)
• + Macro knob from your MPK (manual control)
• + Random (subtle variation per note)

= A filter that wobbles, responds to the kick, follows your hand, and never sounds exactly the same twice. Alive.

10. Mixing

Mixer View

• Press M to open the Mixer. Volume fader, pan, mute, solo, sends, inserts per track.
• Meter bridge shows levels across all tracks simultaneously.

Device Chain (Inserts)

• Click any track to show its Device View. This is where instruments and effects live on the track.
• Drag effects from the browser onto the chain. Signal flows left to right through each device.
• Built-in effects: EQ-5 (5-band parametric), EQ+ (8-band), Compressor, Gate, De-esser, Treemonster (ring mod), Resonator Bank, Freq Shifter, Harmonic, Distortion, Bit-8 (bitcrusher — essential for chiptune), Chorus, Flanger, Phaser, Rotary, Delay-1/2/4, Reverb, Convolution Reverb (load impulse responses of real spaces).

FX Layers — Parallel Processing

• Bitwig's FX Layer device splits audio into multiple parallel chains. Process each chain differently. Blend the results with individual mix knobs.
• Parallel compression: Chain 1 = dry signal. Chain 2 = heavy compression. Blend together for punch without squashing dynamics.
• Parallel distortion: Chain 1 = clean. Chain 2 = crushed and filtered. Blend for controlled grit.
• Each chain within the FX Layer can have its own modulators. Modulate the chain mix with an LFO to rhythmically crossfade between clean and effected signal.

Groups

• Select multiple tracks → right-click → Group. They collapse into a group track with its own volume, pan, and effects.
• All drums → Drum Group. Add compression to the group to glue everything together. All synths → Synth Group. EQ the group to carve space for vocals.

Automation

• Click the automation button on any track → select a parameter from the dropdown → draw or record changes over time.
• Draw modes: Point, Line, Curve (S-curve), Step. Each creates different automation shapes.
• Record automation: click the Write button → play the project → move a parameter → Bitwig records the movement as an automation lane.
• Common automation uses: Volume rides (quiet verse, loud chorus), filter sweeps (low-pass opens over 4 bars), send levels (more reverb on chorus), pan movement (sound travels left to right), tempo changes.

11. Exporting

• File → Export Audio

Format Options

• WAV: 16-bit for streaming, 24-bit for masters, 32-bit float for stems.
• AIFF: Apple's lossless format. Same quality as WAV.
• FLAC: Lossless compressed. ~60% of WAV file size, same quality.
• MP3: 320 kbps max quality for sharing.
• OGG: Open-source compressed format.

Export Range

• Loop region: Exports only what's between the loop markers.
• Full arrangement: Exports from the start to the last clip's end.
• Custom selection: Set precise start/end points.

Stem Export

• Check "Export Each Track as Separate File." Every track renders independently as its own audio file.
• Each stem contains that track's full content including effects and automation.
• Import stems into another project (or another DAW entirely) for mixing, remixing, or mastering.

Making Tracks Play/Stop During Export

• Solo tracks you want → export. Only soloed tracks render.
• Mute tracks you don't want → export. Everything unmuted renders.
• For stem export: each track renders its full content regardless of solo/mute state.

12. Keyboard Shortcuts — Full Reference

13. Pro Tips — The Kokumo Method

• The Grid is where your signature sound lives. Every producer using presets sounds like every other producer. Build instruments in The Grid — your oscillator routing, your filter chain, your modulation setup — and nobody can replicate your tone. This is the path to a sound that's yours alone.
• Build your own chiptune engine. Square oscillator → Bit Crush → Filter → ADSR → Amp. Save it. Duplicate it. Build variations. You now have a custom chiptune synth suite that no plugin company sells because you designed it yourself.
• Modulate everything. Static sounds are dead sounds. Even a subtle LFO on filter cutoff at 0.3 Hz adds life and movement. Bitwig makes modulation so easy and visual there's no excuse for flat, lifeless patches.
• Use the dual view. Launcher on bottom for jamming and experimenting. Arranger on top for recording and building structure. When inspiration hits during a jam, you're already capturing it in the Arranger.
• CLAP plugins when possible. They're more efficient, support per-note expression, and represent the future of plugin architecture. Check if your favorite VSTs offer CLAP versions.
• Per-note expression for cultural authenticity. Bitwig's micro-pitch lets you tune notes to non-Western scales. Build instruments tuned to traditional African, Middle Eastern, or Indonesian tuning systems. This is culturally significant production capability that most DAWs literally cannot offer.
• Sandbox = creative freedom. Load any plugin — stable or experimental — without risking your session. If it crashes, it dies alone. Your project survives. This is why power users trust Bitwig with mission-critical sessions.
• FX Layers for dimension. Parallel processing is one click. Split your signal, process differently, blend. Parallel compression, parallel saturation, wet/dry blends — all in one device with modulatable mix levels.