LUFS Targets for Every Streaming Platform: The 2026 Cheat Sheet
Loudness is the common language of digital music. When your track sounds quieter than everything else in a Spotify playlist, the problem is LUFS. When a podcast host complains about a guest's levels, it's usually a normalization mismatch. This cheat sheet covers every major platform and scenario for 2026.
The universal LUFS target table
| Platform / scenario | Integrated LUFS | True Peak (dBTP) | Notes |
|---|---|---|---|
| Spotify | −14 LUFS | ≤ −1 dBTP | The most popular platform, strict normalization |
| Apple Music | −16 LUFS | ≤ −1 dBTP | Often −16, sometimes −14 depending on genre |
| YouTube Music | −14 LUFS | ≤ −1 dBTP | Matches Spotify |
| Amazon Music | −15 LUFS | ≤ −1 dBTP | Sits between Spotify and Apple Music |
| Yandex Music | −14 LUFS (reference) | ≤ −1 dBTP | Normalizes loudness but doesn't publish an official target LUFS; −14 is a safe reference (details) |
| TikTok | −16 LUFS | ≤ −1 dBTP | Relatively loud content, but still normalized |
| SoundCloud | −14 LUFS | ≤ −1 dBTP | No built-in normalization, but −14 is still recommended |
| Bandcamp | −14 LUFS | ≤ −1 dBTP | Popular with independent artists, standard target |
| Apple Podcasts | −16 LUFS | ≤ −2 dBTP | Can be stricter — sometimes −16 to −18 for speech |
| Spotify Podcasts | −16 LUFS | ≤ −1 dBTP | Voice can sit quieter than music |
| Podbean | −16 LUFS | ≤ −1 dBTP | Popular podcast host, standard −16 |
| EDM clubs (techno) | −9 LUFS | ≤ −1 dBTP | Club sound systems call for extra loudness |
| Vinyl / mastering reference | −6 LUFS | N/A | Physical formats allow more headroom for loudness |
| Streaming Standard (universal) | −14 LUFS | ≤ −1 dBTP | Safe default for unspecified platforms |
| Podcast Standard (universal, speech) | −16 LUFS | ≤ −1 dBTP | Safe default for voice content |
What LUFS actually measures
LUFS (Loudness Units relative to Full Scale) is the standard unit of perceived loudness, defined in ITU-R BS.1770. A peak meter shows only the single highest sample; LUFS reflects how loud the track sounds to a listener over its whole length. That's why platforms normalize by LUFS: two tracks with the same peak can differ in perceived loudness by 6 dB or more.
This is also why the old loudness war is over on streaming. A master pushed to −8 LUFS "to stand out" is turned down to the platform level on playback, so it keeps the squashed dynamics and loses the advantage it was made for.
Why the targets differ
Spotify (−14) vs. Apple Music (−16): a 2 dB gap sounds small on paper, but it's roughly a doubling in perceived loudness. Spotify allows slightly louder masters, while Apple Music is more conservative — likely due to its heavily mobile, headphone-first audience, where loudness fatigue matters more.
Streaming (−14) vs. podcasts (−16): spoken-word content prioritizes intelligibility over maximum loudness. A quieter target gives listeners more dynamic range and less ear fatigue over a long episode.
EDM clubs (−9): club sound systems and live events call for maximum energy. −9 LUFS genuinely "wins the loudness war" compared with −14. But it only works on specialized playback systems — on a home stereo, the same master can sound overdriven and fatiguing.
How Magic Master helps
On Magic Master, pick your target platform and the preset sets the right LUFS automatically:
- Choose "Spotify + Pop" → the preset targets −14 LUFS with pop-appropriate dynamics
- Choose "Apple Music + R&B" → −16 LUFS, with compression tuned for R&B vocal characteristics
- Choose "Podcast + Interview" → −16 LUFS, with extra emphasis on speech clarity
After mastering, run the result through the LUFS analyzer to confirm:
- Integrated LUFS lands within the target range (±0.5 dB is normal tolerance)
- True Peak stays at ≤ −1 dBTP
- LRA (dynamic range) sits at 5–12 LU depending on genre
Real-world scenarios
Scenario 1: releasing on every platform at once
Master the track three times:
1. Spotify + Apple Music version (−14 LUFS, True Peak ≤ −1)
2. Podcast version (−16 LUFS, if you have a spoken intro)
3. EDM club version (−9 LUFS), if you're a DJ
Each is a separate export from the same source file. On Magic Master, that's three exports of about a minute each — a few minutes total.
Scenario 2: preparing a track for YouTube
YouTube usually wants −14 LUFS, matching Spotify, but tends to be a bit more forgiving on peaks. Pick "YouTube" in Magic Master, get the master in about a minute, and you're done — True Peak stays ≤ −1 dBTP automatically.
Scenario 3: prepping a podcast with multiple hosts
Two hosts recorded an interview, and one mic runs quieter than the other. Both should land at −16 LUFS before export to Spotify Podcasts or Apple Podcasts. Master each track individually and let the analyzer confirm the exact value for each.
How to check your own tracks
- Upload your source track to the LUFS analyzer
- You'll see the current LUFS value (often −8 to −4 if the track hasn't been mastered yet)
-
Check the True Peak (often above 0, which means potential clipping on encoding)
-
Master it on Magic Master for your target platform
- Pick genre and platform (for example, "Spotify")
-
Get the file back in about a minute
-
Re-upload the result to the analyzer
- Integrated LUFS should land close to the target (−14 for Spotify)
- True Peak should be ≤ −1 dBTP
- If the numbers match, your track is release-ready
Common mistakes
Mistake 1: "I mastered at −8 LUFS to be louder"
Spotify normalizes every track to −14 LUFS, so your track will simply be turned down by roughly 6 dB. You'll lose detail and dynamics for nothing. Don't fight the platform — follow its standard.
Mistake 2: "My analyzer showed −14.5, that's close enough"
Not quite. LUFS is an integrated value computed with a specific K-weighting algorithm; a ±0.5 dB tolerance is fine, but −14.5 might read as −14 on one analyzer and −15 on another. Aim for real precision: −14.0 ± 0.3.
Mistake 3: "I only master for my own setup, platforms don't matter"
If you plan to release on Spotify, Apple Music, or YouTube eventually, platform LUFS targets matter — they're what listeners and recommendation algorithms both expect.
Mistake 4: "I'll fix a harsh AI track by making it louder"
Compression and limiting amplify whatever is already in the file. If a Suno or Udio export sounds glassy or metallic, turning it up just gives you louder harshness. Clean the AI artifacts first, then master to the target.
Tools for checking your work
| Tool | Free | Platforms |
|---|---|---|
| Magic Master LUFS analyzer | Yes | Web browser |
| ffmpeg loudnorm | Yes (CLI) | Local machine |
| Audacity (plugin) | Yes | Windows, macOS, Linux |
| Adobe Audition | No | Windows, macOS |
Use the Magic Master LUFS analyzer — it's fast, free, and built right in.
Pre-release checklist
Before uploading a track to Spotify, Apple Music, or YouTube:
- [ ] Integrated LUFS matches the target (−14 for Spotify, −16 for Apple Podcasts)
- [ ] True Peak ≤ −1 dBTP (verify in the analyzer)
- [ ] Dynamic range (LRA) sits at 5–12 LU (for music)
- [ ] No clipping on the loudest sections
- [ ] Exported as MP3 320 kbps or WAV for final review
If every box is checked, your track is ready.
Wrapping up
LUFS targets aren't suggestions — they're industry standards. Spotify, Apple Music, and YouTube all rely on them for normalization. EDM clubs need −9 for energy. Podcasts need −16 for intelligibility.
On Magic Master, pick your platform, get a result in about a minute, verify it in the analyzer, and you're ready to release — free, no subscription required.
For a deeper dive into LUFS fundamentals, read what LUFS is and why it matters and what True Peak is and how to control it. To compare AI mastering services head to head, see our best AI mastering services of 2026.
If you're mastering a genre-specific track, style presets like pop, EDM, hip-hop, and podcast already bake the right LUFS target and dynamics into each preset.
Questions and answers
What is integrated LUFS?
Integrated LUFS is a track's overall perceived loudness, calculated per the ITU-R BS.1770-5 standard. Unlike peak values, LUFS reflects how the entire track sounds to a listener. Spotify and Apple Music normalize every track to a single LUFS value on playback.
Why do platforms normalize loudness?
Normalization keeps the listening experience consistent, so one track doesn't blast in at twice the volume of the next. If your track is mastered at −16 LUFS instead of the platform's −14 target, Spotify simply raises its playback volume by a few dB — which can expose clipping or lost detail if True Peak wasn't controlled.
What is True Peak and why keep it ≤ −1 dBTP?
True Peak (dBTP) is the signal peak after digital-to-analog conversion and lossy encoding into AAC or MP3. Keeping it at ≤ −1 dBTP guarantees there's no clipping introduced during MP3 or AAC encoding. Magic Master enforces this standard automatically.
Can I master one version for every platform?
Not ideally. Spotify wants −14, Apple Music often wants −16, podcasts want −16, and EDM clubs want −9. Different platforms need different targets. Magic Master lets you export several versions — free account: 1 basic mastering per UTC day (guest: 3 per calendar month); token packs for PRO volume.
What if I don't know which platform I'll release on?
Use 'Streaming Standard' (−14 LUFS) for music, or 'Podcast Standard' (−16 LUFS) for spoken content. These are safe, universal defaults that work well across most services. Verify the result in the LUFS analyzer.
Is louder always better?
No. Streaming platforms normalize loudness, so an over-compressed 'brick-wall' master is simply turned down on playback — it keeps the lost dynamics and gains no loudness. Hitting the platform target with clean peaks sounds better.
How do I measure LUFS for free?
Upload the track to the free LUFS analyzer: it reports integrated LUFS, True Peak and loudness range (LRA) in the browser, no sign-up. If the numbers are off, Magic Master masters the file to the platform target in about a minute.
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