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OVERVIEW
BINAURAL POST-PROCESSING
Binaural Post-Processing in Logic Pro is a spatial audio effect used to process binaurally panned audio signals (typically created with the Binaural Panner) before they reach the headphones or speakers. It applies compensation modes that shape the sound for headphone listening and even (with cross-talk cancellation) speaker playback, producing a more immersive sense of three-dimensional placement of instruments and sounds.
In practice, this plug-in is most valuable when you’re working with spatialized mixes, Dolby Atmos, or headphone-first playback, and want to fine-tune how spatial cues translate to different listening contexts.
Key Features
Key Features
Compensation Mode Options:
Headphone FF — optimized front-focused binaural headphone playback.
Headphone HB — optimized for horizontal plane headphone listening.
Headphone DF — averaged diffuse-field headphone compensation.
Speaker CTC — Cross-Talk Cancellation for stereo speaker playback.
CTC-Speaker Angle: Adjusts the speaker angle parameter for correct localization when playing binaural content over stereo speakers.
Aux/Buss Workflow: Apply the plug-in on an aux or output bus to process several binaurally panned tracks together (better CPU efficiency).
Headphone-First Spatial Conditioning: Helps preserve spatial cues (up/down, left/right, front/back) when listening on headphones. A key component of immersive headphone mixes.
Integration with Binaural Panner: Works seamlessly with the Binaural Panner and spatial audio workflows in Logic Pro.
Best Use Cases
Best Use Cases
Immersive/Spatial Mixes: When mixing tracks in Dolby Atmos or with defined 3D placement to deliver a realistic headphone experience.
Headphone-First Projects: Where listeners are primarily on headphones — such as experimental, ambient, or soundscape productions.
Mixed Speaker & Headphone Playback: Use Speaker CTC mode to make binaurally panned audio translate better to stereo speakers without losing spatial spread.
Sound Design & Game Audio Drafting: Create spatialized effects or immersive cues that sound true to 3D space during development and review.
Multitrack Binaural Setup: Process grouped or all binaurally panned tracks together for consistent spatial compensation across the mix.
LISTEN to this POD about theBINAURAL POST-PROCESSING Plugin
Popular Song Examples
Popular Song Examples
"True Faith" - New Order
"Sunflower" - Post Malone & Swae Lee
"No Time To Die" - Billie Eilish
"Bad Guy" - Billie Eilish
"Lose Yourself to Dance" - Daft Punk
Workflow Tips
Workflow Tips
Preview on Headphones First: Check your binaurally panned mix on headphones before applying post processing — this helps you hear raw spatial placement.
Choose Compensation Mode by Playback Scenario:
Use Headphone modes for headphone-focused listening experiences.
Use Speaker CTC when needing binaural cues to also translate to stereo speaker setups.
Group Binaural Tracks to Aux: Send all binaurally panned sources to an aux channel with the plug-in instead of inserting it on each track for a consistent spatial blend and better CPU performance.
Check in Multiple Environments: Switch between headphone and speaker listening to ensure your spatial cues translate well across systems.
Use With Spatial/Object Mixes: In Atmos or 3D mixes, place the Binaural Post-Processing at the output to glue the spatial field together after panning and object placement.
Automate Speaker Angle (CTC): If you plan to release on stereo speakers, automate the CTC angle for scene changes to optimize spatial clarity
FAMOUS USES
(These references relate to spatial audio and binaural-style effects that illustrate immersive or headphone-focused mixes - rather than known direct uses of this specific plug-in.)
True Faith
True Faith
"True Faith" - New Order
Duration: 5:51
Timestamp: 1:20–1:50
Use: Immersive spatial placement of synths and vocals across headphone field. (Dolby Atmos mix).
Sunflower
Sunflower
"Sunflower" - Post Malone & Swae Lee
Duration: 2:38
Timestamp: 0:50–1:10
Use: Atmos spatial mix: percussion moves around headphone soundstage.
No Time To Die
No Time To Die
"No Time To Die" - Billie Eilish
Duration: 4:02
Timestamp: 0:30–1:00
Use: Orchestral and vocal spatialization creating depth and height.
Bad Guy
Bad Guy
"Bad Guy" - Billie Eilish
Duration: 3:14
Timestamp: 2:00–2:30
Use: Deep headphone spatial ambient elements with 3D movement.
LOGIC VIDEO TUTORIALS
Logic Binaural Post-Processor
Logic Binaural Post-Processor
ProAudioTipz quickly demonstrates how to use the Binaural Post-Processing Plugin. (1:20)
IMAGING VIDEO TUTORIALS
What is Stereo Imaging
What is Stereo Imaging
Sage Audio discusses how stereo imaging works for your mixes. (12:25)
Binaural Panning
Binaural Panning
Go Make Music explains the basics of Binaural panning in Logic Pro. (8:51)
What is Binaural Panning
What is Binaural Panning
Third Fret provides the basics of Binaural Panning. (6:25)
Balance Vs. Stereo Pan
Balance Vs. Stereo Pan
MusicTechHelpGuy demonstrates the differences between Balance and Stereo Pan. (9:58)
Wider Mixes
Wider Mixes
Mastering.com demonstrates how to get wider mixes. (33:33)
3D Space in Mixing
3D Space in Mixing
Audio University explains how width works in a mix and how to create a 3D mix. (5:20)
Binaural Panning in Logic
Binaural Panning in Logic
Berklee Online explains and demonstrates how to use Binaural Panning in Logic Pro. (6:46)
True Stereo Panning
True Stereo Panning
Why Logic Pro Rules provides a tutorial on how to achieve true stereo panning. (5:31)
SOURCE ARTICLES
SOURCE ARTICLES YOU CAN READ:
Binaural & Spatial Audio Basics
Binaural & Spatial Audio Basics
Stereo Imaging (Wikipedia) — Description of stereo imaging — what it is and how perceived spatial placement works in stereophonic mixes
Crossfeed (Wikipedia) — Explains crossfeed processing, which is related to improving headphone listening and spatial perception by blending stereo channels.
Application & Tools in Spatial/Binaural Audio
Application & Tools in Spatial/Binaural Audio
Learn Binaural Skills & Techniques — A resource page listing instructional videos and tutorials on binaural processing and monitoring techniques.
Spatial Audio Mixer (Binauro) — A tool illustrating headphone-ready binaural mixing and 3D positioning, conceptually similar to Logic Pro’s binaural workflows
VOCABULARY
Binaural Audio: A method of audio reproduction that uses spatial cues to simulate how sound is heard in three-dimensional space through headphones.
Binaural Panner: A Logic Pro panning tool that positions sounds around the listener in a virtual 3D space, including front-back and up-down localization.
Post-Processing: Additional processing applied after the main spatial or binaural panning has been set, used to refine or adapt the output for different playback systems.
Compensation Mode: A selectable processing profile in the plug-in that adjusts binaural playback characteristics for headphones or speakers.
Headphone FF (Front-Focused): A compensation mode optimized for headphone listening that emphasizes forward-facing spatial perception.
Headphone HB (Horizontal-Balanced): A compensation mode designed to enhance localization and balance across the horizontal listening plane on headphones.
Headphone DF (Diffuse-Field): A compensation mode that averages spatial perception to create a more natural, room-like headphone listening experience.
Speaker CTC (Cross-Talk Cancellation): A processing mode that reduces the mixing of left and right channels when binaural audio is played through stereo speakers.
CTC Speaker Angle: A control that adjusts the virtual angle between speakers to improve spatial accuracy when using Cross-Talk Cancellation.
Spatial Localization: The perception of where a sound is located around the listener in three-dimensional space.
Immersive Mix: A mix designed to surround the listener with sound elements rather than placing them only in left-right stereo space.
Headphone Translation: How effectively a mix maintains clarity, balance, and spatial accuracy when played through headphones.
Aux Bus Processing: A workflow technique where multiple tracks are routed to a shared auxiliary channel so they can be processed together with the same plug-in settings.
Playback Environment: The listening setup used to experience the mix, such as headphones, stereo speakers, or an immersive audio system.
Spatial Cue: An audio characteristic (such as timing, frequency filtering, or loudness differences) that helps the brain determine the position of a sound source.
QUIZZES
MANUAL
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