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Operation
How to perform transitions, using keys and key modifiers, memories and custom controls, as well as Media-Store operation.
Audio Mixer
The audio mixer node in DashBoard provides a graphical interface to all the audio sources and mixer layers. An audio channel must be routed to the switcher to be controllable by the audio mixer interface. Audio sources can come from the embedded audio on an input BNC, through the 1RU Audio Breakout Unit, or from the Media-Store.
RAVE AutoMix
To Configure a RAVE AutoMix
Configure a mix layer as a RAVE AutoMix.

Operation
How to perform transitions, using keys and key modifiers, memories and custom controls, as well as Media-Store operation.
- Audio and Video Processing
  Video and audio signals are processed and passed through the switcher in different ways, depending on how the switcher is being used or is set up. A better understanding of how the switcher is processing these signals help you to achieve the production you want.
- Video Sources
  The switcher has access to three basic types of video sources; external, internal, and follows.
- Video Layering
  How video is layered in the output of the switcher depends on how an ME is re-entered onto the other, and what keyers are on-air for the ME.
- Video Preview
  Video preview allows you to use an additional monitor to preview what the next shot is going to be.
- Matte Source
  Matte color backgrounds (BG) are color signals that can be applied to backgrounds and keys. Color selection is done either by picking a preset color, or by adjusted hue, saturation, and luminance to create a custom color.
- Copying
  You can copy the content of an ME or keyer to another ME or keyer.
- Transitions
  Transitions are used to change the background video and take keys on and off-air. A transition can include any combinations of background and keyers for an ME, MiniME™, or MultiScreen. The background and each keyer can be transitioned independently.
- Keying
  Keying is the term used to describe when you insert (or electronically cut) portions of one scene into another, or place titles over background images. Keys are made up of two basic components, an alpha, that cuts the hole in the background video, and a fill, that fills the hole with different video.
- Memory Functions
  A memory register is a snapshot of the current state of the switcher that can include one or multiple ME, MiniME™, MultiScreen, or chroma key outputs. Up to 100 memory registers per ME, MiniME™, MultiScreen, or chroma key can be stored and recalled on the switcher. Each of these memory registers can store as little as the information of one ME, or as much as the current state of the entire switcher, including all ME, MiniME™, MultiScreen, chroma key outputs, Aux Buses, and DVE settings.
- Audio Mixer
  The audio mixer node in DashBoard provides a graphical interface to all the audio sources and mixer layers. An audio channel must be routed to the switcher to be controllable by the audio mixer interface. Audio sources can come from the embedded audio on an input BNC, through the 1RU Audio Breakout Unit, or from the Media-Store.
  - Sample Rate Conversion
  - Audio Mixer Interface
  - Audio Mixer Setup
  - Noise Gate
  - Ducking and Talkback
  - Audio Equalization
  - Compressor / Limiter
  - Windows® Audio
  - Dante® Audio Networking
  - RAVE AutoMix
    - RAVE AutoMix Interface
    - To Configure a RAVE AutoMix
      Configure a mix layer as a RAVE AutoMix.
- Switcher Sets
  The switcher stores configuration and operation data in a number of registers that contain the individual entries for items such as memories or personality settings. These registers can be stored as a single archive file, or as a register set that contains all the individual register of that type; all memories for example. These files are stored into Sets on a USB drive. Different Sets can be created for different shows or applications, allowing you to quickly locate and recall the switcher configurations.
- Media-Store
  The MediaManager interface to the Media-Store allows you to load stills, animations, or audio files and make them available across all MEs.
- Custom Controls
  Once programmed, a custom control (CC) can be played back by pressing a button. The custom control can be as simple as triggering an output GPI pulse, or as complex as recalling a specific memory register on an ME, performing a switcher transition, and selecting a group of keys.
- Sequencer
  The Sequencer allows you to create a playlist of custom control events.

To Configure a RAVE AutoMix

Configure a mix layer as a RAVE AutoMix.

Click Navigation Menu > Audio Mixer > Config.
In the Fader Config area, locate the audio sources for the mics you want to feed into the RAVE AutoMix. These must be configured as mono. This can be done either by selecting only the mono channel from the mic, or forcing a the source to mono.
- Audio Source — click the Audio Source button and select the Mono Left or Mono Right channel for the source of the mic.
- Mono — toggle Mono to On to force the stereo source from the mic to a left-right summed mono signal.
In the Mixer Config area, click Settings .
Click the Mode button for the mix layer you want to configure as an RAVE AutoMix and click RAVE AutoMix.

Tip:
To change the name of a mixer layer, enter a new name in the field for the mixer layer you want to change the name for. If you click Settings again you will see the new name applied to the mixer layer selection button.
Click the mixer layer tab for the layer you just set as an RAVE AutoMix.
Uncheck the Visible boxes to hide the source not being used for the RAVE AutoMix.
Uncheck the Disable boxes for source being used for the RAVE AutoMix.

Note:
A source must be set to Mono for it to be enabled for the RAVE AutoMix.