About this Target
Netflix specifies -27 LKFS +/-2 LU using dialogue-gated measurement and a maximum true peak of -2 dBTP for applicable full-program mixes.
Netflix's delivery specification depends on dialogue-gated BS.1770 measurement and also includes channel layout, near-field mix, metadata, file-format, and other deliverable requirements. A generic Integrated target range can help visualize the nominal value, but it cannot reproduce the required dialogue-intelligence measurement or certify delivery.
Reference type: Official dialogue-gated delivery specification
Guide: Loudness Leveler
Load a Leveling - Present or Leveling - Deep preset, then select the Netflix target range to initialize the target loudness and limiter ceiling.
Adjust Target Tolerance for the amount of movement you want around -27 LUFS, then use the built-in limiter for the -2 dBTP ceiling.
Guide: Loudness Compressor
Workflow:
1. Use Source Range Learn to detect the dynamic range of the complete program.
2. Select the Netflix target range to set the compressor target to -27 LUFS and the limiter ceiling to -2 dBTP.
Guide: Loudness Limiter
Select the Netflix target range to configure the limiter ceilings at -27 LUFS and -2 dBTP. Use this as a starting point and verify the complete deliverable with the measurement required by the destination.
Guide: Dynamics Optimizer
Select the Netflix target range, open the complete file, then analyze and optimize it. Review the result and verify the exported file against the destination requirements.
Metering for Netflix
Use a meter and workflow that implement the required dialogue-gated measurement, then validate the complete deliverable against the current Netflix specification. The APU target selector is only a nominal visual reference for this destination.
Select the Netflix target range as a visual reference, then measure the complete program using the method required by the destination.
Sources
Platform behavior and delivery requirements can change. Check the linked source and the destination's current specification before final delivery.