Integrated Loudness -15 LUFS
True Peak Max -1 dBTP

Recommended Tools

About this Target

Deezer has historically targeted -15 LUFS, slightly quieter than the -14 LUFS target.

Deezer has historically used -15 LUFS as its target, slightly quieter than the -14 LUFS target adopted by Spotify and Tidal. However, -14 LUFS is effectively the universal target for online streaming today. Mastering to -14 LUFS is generally safe for Deezer as well, as the attenuation difference is minimal (1 dB) and preserves dynamic impact.

Metering for Deezer

While Deezer targets -15 LUFS, modern metering practice usually targets -14 LUFS for universal streaming compatibility. Monitoring Integrated LUFS is the primary method for ensuring your master sits comfortably within Deezer's normalization window.

Monitoring both Momentary and Integrated LUFS helps ensure your audio consistently meets the Deezer loudness target. The APU Loudness Meter provides real-time feedback on your audio's loudness levels, allowing you to make informed adjustments during the mastering process.

In the screenshots below, we can see the Momentary LUFS meter hovering around the target of -15 LUFS, indicating compliance with the Deezer target. The statistics panel gives quick access to Integrated LUFS, LRA and other metrics.

APU Loudness Meter showing Deezer target at -15 LUFS
Fig 1. Real-time metering of Deezer compliance using APU Loudness Meter.

Guide: Loudness Compressor

The APU Loudness Compressor is a complete loudness solution that combines dynamic range control with a built-in True Peak limiter. This allows you to achieve the Deezer target by increasing density and "glue" rather than just chopping off peaks.

Workflow:
1. Use the Source Range "Learn" function to automatically detect the dynamic range of your input audio. This function utilizes the LRA algorithm to determine the optimal source range for compression/expansion.
2. Select the Deezer preset in the Target Range. This sets the compressor's target to -15 LUFS and the limiter ceiling to -1 dBTP.

Note: Hold Ctrl (Cmd on Mac) and click + drag the middle of the target range slider up or down to expand or contract the target range around the center point. Great for maintaining a consistent loudness target while adjusting dynamic range.

APU Loudness Compressor showing Deezer target at -15 LUFS
Fig 1. Real-time Deezer LUFS compliance using APU Loudness Compressor.
APU Loudness Compressor showing Deezer target at -1 dBTP
Fig 1. Real-time Deezer dBTP compliance using APU Loudness Compressor.

Guide: Loudness Limiter

For the most direct path to compliance, the APU Loudness Limiter can be used as a standalone maximizing solution. It simultaneously targets the specific LUFS loudness and True Peak limit required by Deezer.

Simply select the Deezer target range preset. This configures the limiter ceilings to -15 LUFS and -1 dBTP. Drive the input gain until the momentary LUFS meter stabilizes around the target. The limiter's transparent lookahead algorithm ensures the audio never exceeds the allowable True Peak level while also enforcing a soft ceiling on the momentary loudness.

Soften up the limiter some more by switching to Short term loudness mode for a slower, more musical response. Short term is based on a 3 second average and is less sensitive to transient spikes, making it ideal for transparent music mastering.

APU Loudness Limiter showing Deezer target at -15 LUFS
Fig 1. Real-time Deezer LUFS and dBTP compliance using APU Loudness Limiter.

Guide: Dynamics Optimizer

If you prefer an automated, offline approach, the APU Dynamics Optimizer analyzes your entire audio file and applies optimal normalization and limiting to meet the Deezer target in one pass.

This tool provides the highest accuracy as it can "see" the entire file before processing. Select the Deezer target range preset to quickly set the target loudness to exactly -15 LUFS and -1 dBTP, and the Optimizer will calculate the precise gain adjustments needed to achieve compliance while maintaining dynamic integrity.

APU Dynamics Optimizer showing Deezer target at -15 LUFS
Fig 1. Offline Deezer LUFS and dBTP compliance using APU Dynamics Optimizer.