iZotope Dialogue Match
MATCH SONIC PROFILES FOR DIALOGUE AND ADR
The makers of the two-time Emmy award-winning RX bring you the next indispensable post production tool. Re-recording mixers, responsible for delivering the final sound mix for films and television programs, need a way to quickly match dialogue from lavalier, boom mics, and ADR, in order to create a seamless and cohesive dialogue performance. Dialogue Match, the first tool to automatically learn and match the sonic character of dialogue recordings, is here to revolutionize this process.
By combining brand-new machine learning from iZotope with ground-breaking reverb technology from Exponential Audio, Dialogue Match, an AudioSuite plug-in for Pro Tools, analyzes your audio to extract a sonic profile you can apply to other tracks. Now, the tedious process of matching ADR to production dialogue is cut from hours to seconds. With Dialogue Match, you can apply a learned profile to any other dialogue track for fast and easy environmental consistency for every scene.
DIE DIALOGUE MATCH MODULE
Leveraging parametric EQ matching mechanics, Dialogue Match matches the tonal and spectral aspects of any piece of dialogue and applies it to another.
iZotope introduces brand new reverb matching technology that combines machine learning with Exponential Audio's reverb algorithms. The reverb module lets you take spatial reflections from one recording and apply them to another with astonishing accuracy via Exponential Audio’s clean, realistic reverb engine.
By analyzing the spectral noise profile of a recording, Dialogue Match is capable of identifying and re-creating room tone, dramatically accelerating your ADR workflow.
Save time and applying learned settings to use throughout your workflow.
You can save your own Reference profile, or use default Reference profiles as a starting point, such as small rooms, long hallways, or vehicle interiors.
- Mac: OS X 10.8.5 Mountain Lion–macOS 10.14 Mojave
- PC: Win 7–Win 10
- AAX AudioSuite* (64–bit) only
- Pro Tools 11.x and later*