Manual

ManualsBrandsTC Electronic ManualsAudio and Effects Plug-InsNext Generation Mastering Application for Mac* and PC

Table Of Contents

Important Safety Instructions
1. Introduction
2. Getting Started
3. Top Bar
4. Top Menu
5. Compare
- 5.1 Using REF
6. SPECTRO LAB
- 6.1 Real time and full track audio processing
- 6.2 Spectral Dynamic Contour (SDC)
- 6.3 Real Time Spectrum (RTS)
- 6.4 Average Spectral Curve (AVG)
- 6.5 SPECTRO LAB In Depth
7. Processing Modules
- 7.1 EQ Modules
- 7.2 5-Band EQ Modules
- 7.3 Low Cut and High Cut Modules
- 7.4 Low Shelf and High Shelf Modules
- 7.5 Dynamic EQ Modules
- 7.6 Compressor Modules
- 7.7 Stereo Width modules
8. Processing Chain
- 8.1 Prepare Module
- 8.2 Limiter Modules
- 8.3 Export Module
9. Module List
- 9.1 Saving a Module Chain
- 9.2 Recalling a Module Chain
- 9.3 Using Focus
- 9.4 Prepare Module
- 9.5 Export Module
- 9.6 Finalizer has Infinite Headroom
10. Library
11. Edit View
- 11.1 Saving a Module in the Library
12. Algorithms in depth
- 12.1 Prepare
- 12.2 Parametric EQs
- 12.3 Single Band Dynamic EQ
- 12.4 Full Band Compressor
- 12.5 3 Band Compressor, Legacy TC style
- 12.6 5 Band Compressor, Modern TC style
- 12.7 Stereo Width
- 12.8 Limiter
13. Monitor Output
- 13.1 Monitoring with Loudness Compensation
14. Master Meter
15. Timeline
- 15.1 Timeline Regions
- 15.2 Export Region
16. Reference Tracks
- 16.1 Using REF
- 16.2 EDIT View
- 16.3 Regions in Reference Tracks
- 16.4 Reference Track Trim
17. Preferences Menu
- 17.1 General Page:
- 17.2 Audio Page:
- 17.3 Cloud Page:
- 17.4 Keyboard Shortcuts Page:
- 17.5 About Page:
18. Project and Audio files
19. Specifications

28 FINALIZER Desktop Application User Manual

6.5.5 SDC and RTS display using a Pink Noise Source

The spectrum of a pink noise signal is essentially at, in a Constant-Q analysis. That is caused by the pink noise or 1/f noise having a power spectral density

(energy per frequency interval) that is inversely proportional to the frequency of the signal.

Due to the stochastic nature of the noise, it will have signal at many dierent levels, hence the spread of the SDC curves. The curves appear ‘noise’ in the low end,

due to the ‘imperfect’ statistics of the relatively short test signal.