In a standard initialised RIG, GENOME’s signal flow is configured for series processing only via a single Lane. Need to switch up to parallel processing somewhere in your signal chain? Use GENOME's Split/Merge functionality to configure Dual Lane processing, detailed in our guidelines below.

Creating a Lane Split 

• GENOME's signal can be split into parallel processing Lanes at any point between Component Inserts; these points are marked by Nodes
• Move your mouse over GENOME's Lane-based architecture to reveal all available Nodes in the Lane
  

• Click on a target Node to reveal the Split/Merge menu, and click "Split here"
  

• A split junction will be created, resulting in 2 parallel Lanes (Lane A and Lane B) 

Moving The Split Junction 

• To move the Split Junction, click on a different target Node and select 'Move Split Here'
  

Merging Lane A and Lane B

• To Merge a Split configuration back into a single Lane for Series processing, click the Node between two Inserts anywhere after the Split junction and select 'Move Merge Here'
• At the Merge junction, the two parallel Lanes can be mixed using the Lane Merge Mixer. This can be accessed by clicking the Mixer icon shown at the Merge junction. The Lane Merge Mixer provides the following identical parameters for Lane A (the upper lane) and Lane B (the lower lane):
  
1. Lane Mono/Stereo Routing: Defines the Stereo / Mono configuration of the respective Lane’s signal in accordance with the following options: Stereo, Mono LR Mix, Mono From Left or Mono From Right
2. LEVEL: Sets the volume level of the respective Lane from -95dB to 12dB
3. PAN: Sets the respective Lane’s pan value scaled from full left to full right
4. MUTE: Provides controls to Mute/Unmute the Lane
   
5. PHASE INVERT: Provides controls to Invert the Phase of the Lane

1. Note: If a Merge Junction has not been instantiated, the processed signal will always Merge after the last Insert, prior to the RIG Output