Streaming loudness targets for every platform (2026)

How streaming loudness normalization works

Every major streaming service measures a track's integrated loudness in LUFS (Loudness Units relative to Full Scale, defined by the ITU-R BS.1770-4 standard) and adjusts playback so songs sit at a consistent level. If your master is louder than the platform's reference, it gets turned down. Some platforms also turn a quiet master up, though only within limits, leaving headroom so the boost doesn't push true peaks into distortion after lossy encoding.

There are three LUFS measurements worth knowing:

• Integrated LUFS. The average loudness across the whole track. This is the number platforms normalize to, and the number you master to.
• Short-term LUFS. A ~3-second rolling average, useful for watching dynamics section to section.
• Momentary LUFS. A ~400 ms window, useful for catching transient-heavy moments.

Here's the part that trips people up: normalization matches the average level, but it doesn't flatten the character you mastered in. A −8 LUFS master and a −14 LUFS master are turned down to the same integrated playback level on Spotify, yet they don't necessarily sound the same once matched. A loud, dense master can still retain more density and forwardness after the turn-down, while a master that was simply over-limited tends to end up flatter rather than louder. That's why −14 is a reference point, not a ceiling. Plenty of competitive releases sit well above it on purpose, because that character reads next to their references. I've delivered a record at a clean −14 and had the client come back saying it sounded quiet next to the reference, because level isn't the only thing the ear is judging. The useful question is how loud serves this song, with true peak kept safe.

Platform loudness targets at a glance (2026)

Platform	Reference loudness	True-peak ceiling	Adjusts
Spotify	−14 LUFS	−1 dBTP (−2 if > −14 LUFS)	Up & down
Apple Music	−16 LUFS	−1 dBTP	Up & down (Sound Check)
YouTube / YT Music	−14 LUFS	−1 dBTP	Down only
Tidal	−14 LUFS	−1 dBTP	Up & down
Amazon Music	−14 LUFS	−2 dBTP	Up & down
Deezer	−15 LUFS	−1 dBTP	Up & down
TikTok	~−14 LUFS (rolling out)	−1 dBTP	Increasingly down
Bandcamp	No normalization	n/a	Plays as-is

Read these as a center-of-range, not law. References shift over time and vary by device and user setting. Spotify alone offers three modes: Loud (~−11 LUFS, applies a limiter), Normal (−14 LUFS), and Quiet (~−19 LUFS). Apple's Sound Check targets a ~−16 LUFS baseline and adjusts in both directions, but can behave inconsistently on Lossless/Dolby Atmos tracks and across devices. TikTok historically did not normalize in-feed; that is changing in 2026, but enforcement is uneven, so a louder master can still grab attention scrolling past.

So what should I master to?

There's no single right number; it depends on the genre and the intent of the record. As a reference, −14 LUFS is roughly where Spotify, YouTube, Tidal and Amazon land playback, so a master near it is heard close to as delivered. Many records are mastered hotter than that on purpose (see the ranges below); quieter, dynamic genres sit below it.

Backing off is not the safe default it looks like. In genres built on density, the level is part of the writing: the weight of the low end, the way a chorus arrives, the sense that the record is pushing at you. Master a rap or a club track to −14 because it seemed prudent and normalization gives you nothing back for the restraint, while the record loses the heat it was written with. The comparison that matters is against other records in the same genre, not against a platform's number.

On true peak, the specs ask for −1 dBTP, and −2 dBTP for Amazon and for anything hotter than −14 LUFS on Spotify. Plenty of competitive masters ship above that deliberately, and in dense material the overshoot passes unnoticed. Read yours and decide, and if you go over, go over knowing it.

Where to aim, by genre

Genre / context	Where it tends to sit	Why
EDM	−4 to −8 LUFS	Maximum density is the genre's signature; even after a big turn-down it reads as aggressive and forward
Metal	−5 to −9 LUFS	Wall-of-sound density is part of the aesthetic and largely carries through normalization
Hip-hop / trap	−6 to −8 LUFS	Forward vocals and dense low end are the sound; the character holds after the turn-down
Pop / rock / electronic	−8 to −12 LUFS	Competitive density that sits confidently next to references without crushing
Indie / folk / singer-songwriter / downtempo	−13 to −15 LUFS	Preserves breath and groove while sitting near the reference level
Classical / jazz / acoustic / ambient / orchestral	−16 to −18 LUFS	Dynamic range is the point, open masters keep their depth, and there's nothing to gain from pushing

Album consistency matters more than any single number. Master the record so tracks feel coherent relative to one another, then check the loudest track against the platform reference.

These are the loudness zones competitive, major-label records in each genre actually sit in, rather than ceilings to avoid. Normalization lowers the average level, but the density and forward character can carry through, which is why these choices are deliberate. True peak is a separate question with its own number: the specs ask for −1 dBTP, −2 for Amazon, and masters in these zones routinely sit above it on purpose. Some of that is limiting, and a good deal of it is deliberate clipping, which in these genres is an instrument rather than a fault: a clipper ahead of the limiter is how a lot of records get their front edge, and the distortion it adds is part of what the artist signed off on. Measuring it tells you where you are; it does not tell you that you are wrong. And don't master to a number in either direction. Choose the level that serves the song, the genre and the client.

Same level, different master

It's easy to nod along with "the platforms turn you down" without picturing it. So make it concrete. Here's a loud, dense master at −7.5 LUFS and where each platform actually lands it:

Platform	Adjustment	Plays your master at
Spotify (Normal)	−6.5 dB	−14 LUFS
Apple Music	−8.5 dB	−16 LUFS
YouTube	−6.5 dB	−14 LUFS
Tidal	−6.5 dB	−14 LUFS
Amazon Music	−6.5 dB	−14 LUFS
Deezer	−7.5 dB	−15 LUFS
Bandcamp	none	−7.5 LUFS

Everywhere people actually stream, this −7.5 master and a −14 master land at the same playback level, and only Bandcamp, which doesn't normalize, plays it louder. But matched at −14 they won't necessarily sound the same: a loud, dense master can hold its forwardness and impact through the turn-down, while one that was simply over-limited tends to flatten out. The lever loudness really gives you is character rather than playback volume, so choose it for the music. True peak is the other lever, and a hot master does invite inter-sample clipping once a codec gets hold of it. The specs ask for −1 dBTP (−2 for Amazon); how far past that you are willing to go is part of the same decision. You can hear the exact turn-down on your own file with the loudness tool.

Why true peak, not sample peak

A limiter set to 0 dBFS at the sample level still produces inter-sample peaks, overshoots that appear when the signal is reconstructed by a converter or re-encoded by a lossy codec (AAC, Ogg Vorbis). A file that reads 0.0 dBFS on a sample meter can measure +1 dBTP or more after Spotify or Apple encodes it. Whether that is audible depends on the material: on a sparse acoustic record it can add crackle to transients such as vocal consonants, and on a dense one already carrying clipped drums it usually passes without anyone noticing.

That's why every platform specifies a true-peak ceiling, measured with oversampling per ITU-R BS.1770, and why leaving −1 dBTP (−2 for Amazon, or for any master hotter than −14 LUFS on Spotify) is the standard recommendation. Chart masters break it constantly and on purpose, which tells you it is a margin rather than a rule. See LUFS, true peak & dynamic range explained for the full picture.

Common mistakes that quietly hurt your master

• Mastering to the "Loud" mode number (−11). Most listeners are on Normal, so targeting −11 trades dynamics for a setting most people never hear, unless that density genuinely serves the track.
• Reading sample peak instead of true peak. 0.0 dBFS is not safe. Always meter dBTP with oversampling.
• Ignoring the Amazon −2 dBTP exception. A master that's clean everywhere else can distort on Amazon if it sits at −1 dBTP.
• Chasing a single number across an album. Relative balance between tracks beats hitting −14.000 on every one.
• Assuming TikTok rewards maximum loudness forever. It's normalizing more in 2026, so extra limiting bought purely for the feed stops paying for itself in playback volume, though what it does to the character of the record is still yours to judge.

How to check your master in seconds

You don't have to guess. Drop a WAV or FLAC into the free Soneam loudness tool and it shows your integrated LUFS, true peak and dynamic range, then plays your master back the way each platform will after normalization, so you can hear the turn-down before you deliver. Nothing is uploaded or stored; analysis runs in your browser.

Frequently asked questions

What LUFS should I master to for Spotify in 2026?

There's no single number; it depends on genre and intent. Spotify normalizes to about −14 LUFS in Normal mode, so a master near it is heard close to as delivered, but −14 is a reference, not a ceiling: many records are mastered hotter on purpose and the density can carry through the turn-down. On true peak the specs ask for −1 dBTP, −2 for Amazon, which loud masters often exceed on purpose; read yours and decide rather than find out after the encode.

Does TikTok normalize loudness?

Increasingly, yes. TikTok historically did not normalize in-feed playback, but in 2026 it is rolling out normalization toward roughly −14 LUFS. Enforcement is still uneven, so a louder master can grab attention while scrolling, but limiting added purely to win the feed will stop buying playback volume as that rolls out.

What's the difference between true peak and sample peak?

Sample peak is the highest individual sample value; true peak (dBTP) estimates the real analog peak after digital-to-analog reconstruction and lossy encoding, using oversampling. A file at 0.0 dBFS sample peak can exceed 0 dBTP and clip after streaming encode, which is why platforms specify a true-peak ceiling.

Why does my master sound quieter on Spotify than other tracks?

Either you mastered below the −14 LUFS reference so it isn't boosted much, or you're comparing against a track in Loud mode. In Normal mode a properly mastered −14 LUFS track plays at the same loudness as everyone else.

Is the loudness war over?

Not exactly. Normalization ended the playback-volume arms race (a louder master is turned down to the same level), but it didn't make loudness irrelevant. The density and character of a hotter master can carry through the turn-down, so loudness is still a deliberate creative choice; what's gone is any benefit to chasing maximum level for its own sake.

Should I make separate masters per platform?

Usually no. A single master at about −14 LUFS and −1 dBTP (−2 for Amazon) covers the major platforms well. Per-platform masters are worth it mainly for dynamic genres, or loudness-driven delivery for non-normalized contexts.