How to Export for Streaming: Complete Mastering Guide

Exporting your music for streaming platforms requires precision and understanding of each platform's specific requirements. Unlike physical formats or CD distribution, streaming services have strict technical specifications that determine how your track sounds to millions of listeners. Getting these settings wrong can result in your music being automatically normalized, distorted, or sounding drastically different from your master. This comprehensive guide covers everything from loudness targets to file formats, ensuring your tracks translate perfectly across all major streaming platforms.

What You'll Need

Software & Equipment

Digital Audio Workstation (DAW): Pro Tools, Ableton Live, Logic Pro, Studio One, or Cubase

Metering Plugin: Loudness Penalty, LUFS Meter, or your DAW's built-in metering

Reference Monitors: Accurate, treated listening environment or quality headphones

Mastering Plugins: Linear phase EQ, multiband compressor, loudness limiter

Audio Interface: For accurate gain staging and monitoring

Technical Requirements

Master file in 24-bit WAV or 32-bit float format (internally)

Final exported file: 16-bit or 24-bit, 44.1 kHz sample rate (no higher)

Approximately 3dB headroom on your master bus before limiting

No inter-sample peaks (ISP) exceeding 0dBFS

Materials & Reference

Your mixed stereo master file

Reference tracks in your genre (download from streaming services via high-quality source)

Platform loudness specifications documentation

Metadata template for distribution

Time Required

Prep & analysis: 15-20 minutes

Metering & loudness optimization: 30-45 minutes

Final exports & testing: 20-30 minutes

Total time: 1-1.5 hours per track

Understanding Streaming Loudness Standards

Before diving into the technical steps, you need to understand why loudness matters. Streaming platforms use True Peak and Integrated LUFS (Loudness Units relative to Full Scale) metering to automatically normalize your audio. If your track exceeds platform loudness targets, it will be turned down, making your mix sound quieter than your competitors. Understanding these targets is critical: Spotify: -14 LUFS (with -1 dB True Peak maximum) Apple Music: -16 LUFS (16-bit PCM, with -3 dB True Peak) YouTube Music: -14 LUFS (matches Spotify) Amazon Music: -13 to -14 LUFS Tidal: -14 LUFS HiFi masters, -14 LUFS standard Pandora: -15 LUFS SoundCloud: -1 dB True Peak limit The Integrated LUFS is measured across your entire track, not peaks. This means you need consistent loudness throughout, with no sudden dynamic jumps that trick the metering.

Step-by-Step Instructions

Step 1: Prepare Your Mix Session

Begin with a properly mixed stereo file. Before any mastering, ensure your mix has adequate headroom. The most critical element is leaving space for the mastering process. What to check:

Your mix bus should peak at no higher than -3dB

Individual tracks should have no clipping

All automation is committed (printed)

Pan positions are frozen (no automation changes)

If your mix exceeds -3dB, reduce all faders by 3-6dB and re-save. This provides the mastering chain with room to work. Many engineers target a mix bus level of -6dB to -9dB to give the limiter maximum headroom. Export your mix as a 24-bit WAV file at 48 kHz (you'll convert to 44.1 kHz later). Avoid MP3s or compressed formats.

Step 2: Set Up Your Mastering Chain

In your DAW, create a new session or fresh project for mastering. Import your stereo mix on a single stereo track. Your mastering chain will consist of 5-7 processors in this order: Chain order: 1. Metering plugin (insert, not summing) 2. Linear Phase EQ 3. Multiband Compressor 4. Limiter/Clipper 5. Dithering plugin (if using 16-bit export) Set your session to 44.1 kHz and 24-bit internally. This matches the target streaming format and prevents conversion artifacts. Don't apply any processing yet. First, measure your current loudness level.

Step 3: Measure Current Loudness with LUFS Metering

Insert a True Peak/LUFS metering plugin on your master output channel. Play through your entire track and note the Integrated LUFS reading. This is your baseline loudness. Typical results:

Unmastered mix: -20 to -18 LUFS

Lightly mastered: -15 to -13 LUFS

Aggressively mastered: -11 to -9 LUFS

For streaming, you need to reach your target platform without exceeding -1 dB True Peak. This means for Spotify's -14 LUFS target, your True Peak must stay at -1dB or lower. The math works backward: if your track currently measures -20 LUFS and needs to be -14 LUFS, you need 6dB of gain, but your True Peak can only increase by 1dB (to -1dBFS), leaving a 5dB gap. This gap is closed through careful compression and EQ, not just gain.

Step 4: Apply Surgical EQ for Clarity and Translation

Start with a linear phase EQ. Linear phase EQ has zero phase distortion, perfect for mastering. Avoid minimum phase EQ for this purpose as it introduces phase shift. Recommended EQ moves for streaming clarity:

High-pass filter: 30 Hz highpass, 24dB/octave slope (removes sub-bass rumble and improves loudness perception)

Presence peak: 2-4 kHz, +2 to +4 dB with Q of 1.5 (increases perceived loudness and vocal clarity)

Sibilance control: 6-8 kHz, +1 to +3 dB with narrow Q (adds air and detail)

Proximity reduction: 150-250 Hz, -1 to -2 dB with wide Q (reduces muddiness from near-field monitoring)

Sub-bass management: 40-60 Hz, slight boost of +1 dB to strengthen low-end punch

After EQ, your loudness might increase by 1-2 LUFS. Re-check your metering. If you're still 4+ LUFS below target, proceed to compression.

Step 5: Implement Subtle Multiband Compression

Multiband compression is essential for reaching loudness targets without distortion. It allows you to compress only specific frequency ranges, preventing over-compression across the board. Three-band compression setup: Low Band (20 Hz - 250 Hz):

Ratio: 2:1 to 4:1

Threshold: -20 dB (catches peak lows like kick drums)

Attack: 10-30 ms

Release: 100-200 ms

Makeup gain: 1-2 dB

Mid Band (250 Hz - 4 kHz):

Ratio: 2:1

Threshold: -18 dB

Attack: 5-10 ms

Release: 50-100 ms

Makeup gain: 0-1 dB

High Band (4 kHz - 20 kHz):

Ratio: 1.5:1

Threshold: -15 dB

Attack: 2-5 ms

Release: 30-50 ms

Makeup gain: 0.5 dB

This approach controls peaks in each range independently. The kick and bass are compressed more, reducing their dynamic peaks while maintaining impact. Midrange vocals stay relatively untouched. Highs receive gentle treatment to prevent harshness.

Step 6: Apply Linear Phase Brickwall Limiter

After multiband compression, insert a True Peak limiter set to -1 dB. This prevents any inter-sample peaks from exceeding the streaming limit. Limiter settings:

Ceiling: -1 dB True Peak (critical)

Attack: 1-2 ms (fast enough to catch peaks)

Release: 10-50 ms (allows transients through quickly)

Look-ahead: 5-10 ms (if available)

The limiter is your safety net. It won't need to do much work if your compression and EQ are correct. If you see the limiter constantly catching peaks, back off your multiband compression threshold values.

Step 7: Check Loudness and Adjust

Play through your entire track again. Check the integrated LUFS reading. You should now be within 0.5-1 LUFS of your target (i.e., -14.5 to -13 LUFS for Spotify). If still too quiet (-16 to -15 LUFS):

Reduce multiband compression attack times slightly

Increase makeup gain on low and mid bands by 0.5 dB

Consider a slight overall makeup gain of 1-2 dB pre-limiter

If peaks are hitting limiter too hard:

Your mix might have problematic dynamics; consider re-mixing

Reduce multiband compression ratios (from 4:1 to 2:1)

Widen attack times to 30-50 ms to let transients through

Target hitting your loudness target exactly, without relying on the limiter for constant gain reduction.

Step 8: Verify True Peak and Short-Term Loudness

Advanced metering shows not just Integrated LUFS but also:

True Peak: Should be -1 dB or lower at all times

Short-Term LUFS: Should stay between -18 to -10 LUFS throughout track (shows dynamic consistency)

Loudness Range: Typically 4-8 LU for streaming tracks (shows dynamics are preserved)

If your Loudness Range is below 2 LU, your track is over-compressed and will sound fatiguing. If it exceeds 12 LU, it's not compressed enough and will trigger normalization.

Step 9: Reference and A/B Compare

Solo your mastered output and compare to reference tracks. Switch between your master and a professionally mastered Spotify track in your genre. They should sound similar in loudness and tonality. Comparison checklist:

Is the bass as punchy and clear as the reference?

Do vocals sit forward enough?

Are high-frequency details present but not harsh?

Is the overall loudness similar when A/B'd?

If your track sounds darker, brighter, or more compressed than the reference, adjust your EQ and compression before re-exporting.

Step 10: Export for Distribution

Create two final export files: Master File (for distribution services):

Format: WAV

Bit depth: 24-bit (preferred) or 16-bit

Sample rate: 44.1 kHz

Dithering: Applied (if exporting 16-bit from 24-bit session)

Metadata: Song name, artist, ISRC code (if available)

Loudness log file: Keep a text file noting:

Final Integrated LUFS: -14.2 LUFS (for example)

True Peak: -0.8 dB

Loudness Range: 5.8 LU

Short-Term Peak: -8 LUFS

This documentation is invaluable if you need to re-export or compare with platform reports.

Common Mistakes to Avoid

Mistake #1: Exporting Too Loud Exporting hotter than -14 LUFS (or your target platform) causes automatic normalization. Your track is turned down by Spotify's algorithm, sounding quieter than competitors. Even 1 dB hotter results in audible reduction. Always meter before exporting. Fix: Use LUFS metering plugin. Check Integrated LUFS across the full track. Adjust compression/EQ until you hit target exactly, using a limiter as safety only. Mistake #2: Using Peak Metering Instead of LUFS Peak metering (dBFS) shows only the loudest sample, not perceived loudness. A track can be -6 dBFS peak but only -18 LUFS integrated. The opposite is also true. Streaming platforms use LUFS, not peaks. Fix: Install a proper LUFS meter (not just peak meter). Many free LUFS plugins exist. Loudness Penalty, DMG Meter, and Melda Production's MLogicX all show True Peak and LUFS simultaneously. Mistake #3: Not Accounting for True Peak vs LUFS You can hit -14 LUFS but still exceed -1 dB True Peak due to ISP (inter-sample peaks). These are peaks that exist only when upsampling occurs (like during playback on higher-sample-rate devices). A linear phase limiter catches these. Fix: Always insert a True Peak limiter at -1 dB after your final processing. Even if your peak meter shows -1 dBFS, True Peak might be higher. The limiter catches this invisibly. Mistake #4: Mastering Too Much Compression Applying 8-10 dB of compression across multiple stages removes all dynamics. The result is fatiguing and sounds pumpy. Streaming listeners fatigue quickly from over-compressed masters. Fix: Use moderate compression ratios (2:1 to 4:1). Ensure Loudness Range is 4-8 LU. If it's below 2 LU, remove compression stages or use lighter settings. Your mix should sound less compressed than the final master, but not dramatically so. Mistake #5: Ignoring Sample Rate Conversion Many engineers export at 48 kHz because their DAW defaults to that rate. When distributed and played back, the platform converts to 44.1 kHz, causing subtle aliasing and frequency shift artifacts. Fix: Set your mastering session to 44.1 kHz before applying any processing. This ensures your EQ curves, compression, and metering are all calculated at the correct sample rate. If you must work at 48 kHz, use high-quality sample rate conversion when exporting to 44.1 kHz.

Recommended Tools

Metering:

Loudness Penalty (free, excellent True Peak accuracy)

DMG Meter (paid, $200, industry standard)

Melda Production MLogicX (paid, $99, includes analysis and correction)

Your DAW's built-in metering (Logic Pro's Loudness Meter, Pro Tools Loudness Analysis)

Processing:

FabFilter Pro-Q 3 (linear phase EQ, $179)

Weiss Decompressor (multiband compression, €99)

Fabfilter Pro-MB (multiband compression, $179)

MAAT LoudMax (loudness limiter, $49)

Softube FET Compressor (transparency, $69)

Mastering Chains (all-in-one):

iZotope RX Loudness Control (simplified solution, $29-99)

NUGEN Audio MasterCheck (loudness verification, free)

XUVI Production Bundle (includes metering and limiting)

Pro Tips for Streaming Export Success

Tip 1: Create Reference-Level Masters After finalizing your -14 LUFS master for streaming, create a second version at -1 dB True Peak (no LUFS limit) for use as a reference file. This preserves maximum dynamic range and shows what your mix sounds like without platform normalization. Use this for remixes, edits, and archival. Tip 2: Test on Multiple Playback Systems Before final distribution, upload your master to a private Spotify test account (Spotify for Artists allows this). Listen in your car, on Beats earbuds, phone speakers, and home stereo. Each system reveals different problems. Car systems expose weak bass (you need clarity, not just level). Phone speakers reveal over-compressed highs and muddy lows. Tip 3: Use the Perceived Loudness Trick If your master sounds quieter than references despite matching LUFS, add 1-2 dB of presence peak at 2-4 kHz. This 1-2 dB increase is invisible in LUFS metering but makes perceived loudness jump by 0.5-1 LUFS psychoacoustically. However, this works best with restraint—don't sacrifice clarity for false loudness. Tip 4: Always Export Twice Create your master file, export it, then re-import it into a clean channel and meter it. This catches export problems (sample rate conversion errors, dithering issues, metadata corruption). You'd be surprised how many exported files don't match their source due to plugin latency, routing errors, or DAW bugs. Tip 5: Document Your Master Settings Keep a text file or spreadsheet with every master's specifications:

Track name, artist

Final LUFS, True Peak, Loudness Range

EQ changes (frequencies and amounts)

Compression settings per band

Limiter settings

Any special techniques used

This becomes invaluable when clients ask for revisions or when you need to create vinyl or CD versions from the same master. Tip 6: Prepare for Stem Masters If you're likely to create remixes or provide the master to other artists, also export a 0dB reference master (no loudness limiting, just EQ and gentle compression). This gives others a starting point without the aggressive loudness maximization. Tip 7: Understand Your Headroom Math If your current mix peaks at -3 dBFS and measures -20 LUFS, and you need -14 LUFS: you need 6 dB of integrated gain. Your True Peak can increase by only 1 dB (from -3 to -1). The remaining 5 dB of loudness comes from compression controlling peaks and reducing dynamic range. No amount of makeup gain achieves this—only compression and careful EQ shaping. Tip 8: Use High-Resolution Reference Files When comparing to reference tracks, download them from Tidal, Apple Music, or Bandcamp if available in lossless format. Spotify's 320 kbps Ogg Vorbis encoding hides some mastering problems. High-resolution references reveal if your highs are harsh, lows are muddy, or mids are recessed.

Related Guides

How to Export for Vinyl: Professional Mastering Specs

How to Dynamic EQ Tips: Surgical Frequency Control

How to Send Stems: Professional Preparation Standards

Recommended Mastering Plugins and Tools

Understanding LUFS and Loudness Standards

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Note: Every track is unique. These guidelines provide a framework, but your ears and LUFS meter are the final authority. Spend time training your ears on reference tracks until you can identify properly mastered levels by listening alone. This skill, combined with technical metering, ensures your streaming masters compete with major label releases. *Last updated: 2026-02-06*