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FL Studio About FL Studio 6
FL Studio Setup Wizard
FL Studio Setup Wizard
FL Studio Audio Output Setup
FL Studio ASIO Driver Setup
FL Studio DirectSound Driver Setup
FL Studio MIDI Setup
FL Studio File Settings Setup
FL Studio Finished
FL Studio Introduction to FL Studio 6
FL Studio What's New?
FL Studio Making Music
FL Studio The User Interface
FL Studio Keyboard Shortcuts
FL Studio Useful Links
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FL Studio Import MIDI Data Dialog
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FL Studio Chrome
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FL Studio Dashboard
FL Studio Dashboard: How To Use
FL Studio Dashboard: Standard Components
FL Studio Dashboard: Component API
FL Studio Dashboard: Menu
FL Studio Direct Wave Sampler
FL Studio Direct Wave
FL Studio Direct Wave Zone Window
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FL Studio Fruity DrumSynth Live
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FL Studio Fruity Vibrator
FL Studio Fruity Video Player
FL Studio MIDI Out
FL Studio Plucked!
FL Studio ReWired
FL Studio SimSynth Live
FL Studio Sytrus
FL Studio Sytrus Introduction
FL Studio Sytrus: The Main Module
FL Studio Sytrus: The Operator Module
FL Studio Sytrus: Envelope Editor
FL Studio Sytrus: Arpeggiation
FL Studio Sytrus: Harmonic Editor
FL Studio Sytrus: The Filter Module
FL Studio Sytrus: The Effects Module
FL Studio Sytrus: Basics of FM Synthesis and the Modulation Matrix
FL Studio Sytrus: Tutorial
FL Studio Sytrus: Notes & Tips to Patch Creators
FL Studio Sytrus: Options, Helpers & Tools
FL Studio TS404
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FL Studio Fruity Squeeze
FL Studio Fruity Stereo Enhancer
FL Studio Fruity Vocoder
FL Studio Fruity WaveShaper
FL Studio Fruity X-Y Controller
FL Studio Installing & Using VST / DX Plugins
FL Studio Installing & Using VST / DX Plugins
FL Studio Recording & Automation
FL Studio Overview
FL Studio Audio Recording
FL Studio Automation Clips
FL Studio Recording MIDI Controllers
FL Studio Internal Controllers Plugins
FL Studio Step Editing
FL Studio Supported MIDI Devices
FL Studio Mapping Formula
FL Studio Event Editor
FL Studio LFO Tool
FL Studio Scale Levels Tool
FL Studio Import MIDI Data Dialog
FL Studio Wave Editor
FL Studio Wave Editor
FL Studio Basics
FL Studio Main Toolbar
FL Studio Pop-Up Menu
FL Studio Settings
FL Studio ReWire Support
FL Studio ReWire Support
FL Studio Client Mode
FL Studio Client Mode
FL Studio Using with Cubase SX
FL Studio Using with Sonar 2
FL Studio Host Mode
FL Studio Host Mode
FL Studio Using with ReBirth
FL Studio Using with Reason
FL Studio FL Studio as a Plugin (VSTi/DXi2)
FL Studio FL Studio as a Plugin (VSTi/DXi2)
FL Studio File Formats
FL Studio File Formats
FL Studio Open/Import File Formats
FL Studio Open/Import File Formats
FL Studio FL Studio Loop File
FL Studio Zipped Loop File
FL Studio BeatCreator/BeatSlicer Grid File
FL Studio MIDI File
FL Studio Rebirth RB-338 Song File
FL Studio Beat to Slice
FL Studio Save/Export File Formats
FL Studio Save/Export File Formats
FL Studio FL Studio Loop File
FL Studio Zipped Loop File
FL Studio Wave / MPEG Layer 3 / MIDI
FL Studio Sample File Formats
FL Studio Sample File Formats
FL Studio MS Waveform File
FL Studio ReCycle Loops
FL Studio Speech Preset
FL Studio SimSynth Preset
FL Studio DrumSynth Preset
FL Studio Fast Tracker's Extended Instrument
FL Studio Other File Formats
FL Studio Other File Formats
FL Studio FL Studio State File
FL Studio FL Studio Score File
FL Studio Humanize Preset File
FL Studio MIDI File
FL Studio Download Manager
FL Studio Download Manager
FL Studio Options & Settings
FL Studio System Settings
FL Studio System Settings
FL Studio MIDI Settings
FL Studio Audio Settings
FL Studio General Settings
FL Studio File Settings
FL Studio Project Settings
FL Studio Project Settings
FL Studio Project General Settings
FL Studio Project Info
FL Studio Troubleshooting
FL Studio Compatibility with Older Projects
FL Studio Troubleshooting Q&A
FL Studio Optimizing CPU and Memory Usage
FL Studio Registration Exclusive Features
FL Studio Reset Settings
FL Studio Glossary
FL Studio Internet Resources
FL Studio ACM Waveform
FL Studio Cutoff and Resonance Filter
FL Studio Envelope
FL Studio Gate
FL Studio LFO
FL Studio Underrun

Using FL Studio.

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REWIRE SUPPORT

Host Mode This feature is available only in FruityLoops Edition and Producer Edition.

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FL Studio can function as a ReWire host for installed ReWire devices. The host functionality is implemented via the ReWired plugin. Each instance of the plugin lets you host one ReWire device (to use multiple devices, simply add multiple instances of the plugin to your project).

The ReWire client sends all of its audio output to the ReWired plugin. The client synchronizes with the FL Studio transport controls as well (playback/stop, song position) and provides ability to transmit MIDI data from and to the ReWire client.

Parameters

  • Client - Here you can select the ReWire device to host.
  • Show Panel - Once you select the client, click here to launch the ReWired application. Note that some ReWire client might not launch from this button (such as ReBirth). In this case simply use their Start Menu shortcut. The ReWire client will detect the FL Studio host automatically at startup.
  • Online Device Information ("?" button) - Click this button to open your default browser and see more information about the ReWire client currently set in the Client combo box. You need to be on-line to use this feature.
  • Multi Outputs - Normally the whole mix from the ReWire client will be sent to the mixer track the ReWired plugin is linked to. If the ReWire client takes advantage of the multiple audio outputs ReWire supports, you can enable this option to send each ReWire output to an individual mixer track. For example, if ReWired was linked to track 10, output 1 will be sent to track 10, output 2 to track 11, output 3 to track 12 etc.
  • MIDI Options - This button launches the MIDI output dialog where you can map ReWire MIDI busses (input and output) to standard FL Studio MIDI ports. For more information, see "MIDI Connectivity" below.

General Usage

In most cases you need to follow these steps to get a ReWire client connect to FL Studio:

  1. Add an instance of the ReWired plugin.
  2. Select a ReWire device from the Client combo box (if the device is not present in the list, make sure the ReWire client is properly registered/installed).
  3. Click the Show Panel button to launch the ReWire client (this button might not work properly with some clients, in this case launch the application manually from its Start Menu shortcut, but always after you have selected the client in the ReWired plugin).
  4. Now the client is connected with FL Studio. Its audio output streams into the ReWired plugin and the playback and song position is synchronized.

After you have completed this setup you can also make use of the MIDI connectivity features of ReWire (if the client supports it), see MIDI Connectivity below.

MIDI Connectivity

ReWire allows the host (FL Studio) to send and receive MIDI data from the client.

FL Studio implements this functionality by mapping the ReWire input/output MIDI busses to regular FL Studio MIDI ports. To adjust the MIDI mapping settings, click the MIDI Options button in the ReWired plugin.

For this functionality to work, the client needs to make use of the MIDI connectivity features of ReWire, otherwise the controls in this window will be empty/disabled.

  • Mappings - Displays any existing mappings you have created for this ReWire client.
  • Map - Lets you select Input or Output port to map. Input port sends MIDI data from FL Studio to the client, output port maps MIDI data coming from the client to FL Studio MIDI port.
  • Port - Lets you select the FL Studio MIDI port to map.
  • To - Lets you select the ReWire MIDI bus the port will be mapped to.
  • Add/Change - Adds the mapping you've defined via the Map/Port/To control to the Mappings list.
  • Delete - Deletes the selected mapping from the Mappings list.
  • Always send notes to bus - Notes and other MIDI events on the ReWired channel will be sent to the bus (showing 'Reason') and channel (showing '4') of the currently loaded ReWire device.
  • Channels - The list displays the synths/controls that are linked to each of the channels for the currently selected ReWire MIDI bus (selected by the "To" combo box). The list is informative, you can not edit the assignments.

You can perform several operations with the MIDI connectivity provided by ReWired:

Control the client via MIDI

To control the client and its synths from a MIDI Out channel, you map an input port to a ReWire MIDI bus. To do this:

  1. Via the MIDI Options of the ReWired plugin, map an input port to a ReWire MIDI bus.
  2. In a MIDI Out channel, set the same port as an output port.
  3. In the MIDI Out channel, select the MIDI channel to use (you can look at the Channels list in the Options window for a reference of the channel assignments).
Control a VSTi/DXi plugin from a client
  1. Via the MIDI Options dialog of the ReWired plugin, map an output port to a ReWire MIDI bus.
  2. Make sure the client is set up properly to send MIDI data to the same ReWire MIDI bus.
  3. In a VSTi/DXi channel, set the same port as an input port.
You can use similar setups to control a ReWire client from another ReWire client or send MIDI data from a VSTi/DXi plugin to a ReWire client.

NOTE: Even if no mapping exists for a ReWired plugin, adding a sequence for it (events, notes etc.) automatically sends the generated MIDI data to the default ReWire bus. It is recommended to use MIDI Out channels for greater control over the MIDI data mapping.

Step By Step Guide

The following sections describe how to setup and use two popular ReWire clients with FL Studio: