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Normalize podcast volume: meet Spotify and Apple Podcasts loudness standards

Spotify normalizes podcast episodes to -14 integrated LUFS (ITU-R BS.1770-3 measurement). Apple Podcasts uses -16 LUFS as a reference. Episodes with volume too low will sound muffled compared to other content on the platform; episodes with volume too high will be automatically reduced by the platform. Keeping the maximum peak at -1 dBFS prevents distortion even after platform processing.

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Loudness standards by podcast platform

Spotify: -14 integrated LUFS, maximum true peak of -1 dBTP. Apple Podcasts: -16 LUFS recommended. Anchor/Spotify for Podcasters: applies automatic normalization to -14 LUFS. Amazon Music / Audible: -24 LUFS (more conservative). The tool displays a LUFS estimate that can be used as an initial reference.

Recommended settings for podcast

Typical podcast narration

Input: Episódio gravado em casa, pico -8 dBFS
Expected output: Pico alvo -1 dBFS, ganho aplicado +7 dB

After peak normalization, check if the RMS is around -18 to -14 dBFS for good intelligibility.

Safe use

Input: context + tool result
Expected output: interpreted with limits and next steps

Use the result as technical or educational support, keeping the tool limits explicit in the workflow.

Full tool FAQ

What is peak normalization?

Peak normalization increases or reduces the overall gain of an audio file so that the maximum peak amplitude reaches a defined target level — usually -1 dBFS to avoid clipping on playback systems. It is the simplest and most direct normalization method.

What is dBFS?

What is RMS and why does it matter?

What is LUFS and how does it differ from RMS?

What is the difference between peak and loudness (LUFS) normalization?

What is audio clipping?

Why is the exported file WAV and not MP3?

What target peak value is recommended?

Frequently asked questions

Is peak normalization sufficient to meet LUFS standards?

Partially. Peak normalization ensures the file does not distort, but does not directly control integrated LUFS. For podcasts with good recording dynamics (reasonable RMS), normalizing the peak to -1 dBFS generally results in LUFS close to the platform target range. For fine LUFS control, use dynamic compression in a DAW.

Does this page replace official or professional review?

No. It helps explain the scenario and use the tool more safely, but real decisions should consider official sources, full context and qualified guidance when needed.