Uploaded July 2026 | Updated September 2026, 3 weeks ago
De-Esser | bit.ly/4fiZCJP
Harrison Consoles Plugins | bit.ly/4bmPAov
32Classic Channel | bit.ly/4vgspn6
MPC Channel Strip | bit.ly/3RlmQpt
Harrison Tape Saturator | bit.ly/4p2S80G
MPC Compressor | bit.ly/4y9ohbe
Legacy EQ | bit.ly/4fn87na
Micro Glide | bit.ly/4y7z0mj
Check out the full Harrison Consoles Masterclass | youtu.be/ac-jnnVCUxo
Are harsh high frequencies, piercing vocal sibilance, or aggressive amplifier fizz ruining your audio mixes? In this standalone walkthrough clip, Jake from Harrison Consoles demonstrates the surgical precision of the Harrison DSF De-Esser. Originally baked into the architecture of Harrison's iconic MPC film consoles, this professional module has been broken out into a fully fleshed-out, standalone plugin designed to save your system CPU while giving you ultimate dynamic control over target bands.
Jake puts the plugin through a highly unique real-world test by loading it onto an electric guitar bus rather than a standard vocal. Heavy overdrive, speakers, and microphones often cause a harsh high-frequency "fizzy" buildup. Watch how the Harrison De-Esser solves this issue easily by utilizing a unique dual-band configuration. By separating standard "S" sibilance detection from high-frequency attenuation, you can isolate problem zones, solo the high band to audit artifacts, adjust the visual rolling RTA display, and smooth out your upper-mid spikes effortlessly.
▼ KEY DE-ESSING FEATURES COVERED:
● Dual-Band Split Engine: Take command of your processing by splitting adjustments across a dedicated "S" detection band and a separate high-frequency depth band.
● Dedicated Auto-Solo Modifier: Audition targeted cuts instantly out of context to isolate problematic frequencies exactly when they cross the threshold line.
● Scroll-Enabled RTA: Use the real-time analyzer visualizer scroll-bar to track exactly where sharp harmonic energy is dispersing.
00:00 - Introduction to the Standalone Harrison DSF De-Esser Plugin
00:22 - The Guitar Bus Challenge: Taming High-Frequency Sibilance and "Fizz" 00:37 - How the Standard Threshold Level Dictates De-Esser Activation
00:44 - Splitting the Work: Unlocking the Dedicated "S" Band vs. High Frequency Depth
00:54 - Workflow Trick: Using the High-Band Solo Feature to Audition Piercing Tones 01:04 - Addressing Marshall Stack & Overdriven Amp Harshness with Dual Bands
01:21 - Exaggerating Parameters: Dragging Frequency Ranges Down for Maximum Attenuation
01:57 - The Vocal Dilemma: Why Stacking Multiple De-Essers in a Chain is History
02:14 - Reading the Visual Roll: Activating the Scrolling RTA Bar
02:35 - Locating Shrill Resonances: Focusing on the Critical 5kHz Range
02:52 - Refining Transient Behavior via Attack Control and Auto-Solo Modifiers
03:26 - Final Verdict: User-Friendly Visual UI Design Decisions on Harrison Plugins
#HarrisonConsoles #DeEsser #PluginBoutique #MixingGuitars #AudioEngineering #DeEssingTutorial #VocalProcessing #SoundDesign #MusicProduction #VSTPlugins
De-Esser | bit.ly/4fiZCJP
Harrison Consoles Plugins | bit.ly/4bmPAov
32Classic Channel | bit.ly/4vgspn6
MPC Channel Strip | bit.ly/3RlmQpt
Harrison Tape Saturator | bit.ly/4p2S80G
MPC Compressor | bit.ly/4y9ohbe
Legacy EQ | bit.ly/4fn87na
Micro Glide | bit.ly/4y7z0mj
Check out the full Harrison Consoles Masterclass | youtu.be/ac-jnnVCUxo
Are harsh high frequencies, piercing vocal sibilance, or aggressive amplifier fizz ruining your audio mixes? In this standalone walkthrough clip, Jake from Harrison Consoles demonstrates the surgical precision of the Harrison DSF De-Esser. Originally baked into the architecture of Harrison's iconic MPC film consoles, this professional module has been broken out into a fully fleshed-out, standalone plugin designed to save your system CPU while giving you ultimate dynamic control over target bands.
Jake puts the plugin through a highly unique real-world test by loading it onto an electric guitar bus rather than a standard vocal. Heavy overdrive, speakers, and microphones often cause a harsh high-frequency "fizzy" buildup. Watch how the Harrison De-Esser solves this issue easily by utilizing a unique dual-band configuration. By separating standard "S" sibilance detection from high-frequency attenuation, you can isolate problem zones, solo the high band to audit artifacts, adjust the visual rolling RTA display, and smooth out your upper-mid spikes effortlessly.
▼ KEY DE-ESSING FEATURES COVERED:
● Dual-Band Split Engine: Take command of your processing by splitting adjustments across a dedicated "S" detection band and a separate high-frequency depth band.
● Dedicated Auto-Solo Modifier: Audition targeted cuts instantly out of context to isolate problematic frequencies exactly when they cross the threshold line.
● Scroll-Enabled RTA: Use the real-time analyzer visualizer scroll-bar to track exactly where sharp harmonic energy is dispersing.
00:00 - Introduction to the Standalone Harrison DSF De-Esser Plugin
00:22 - The Guitar Bus Challenge: Taming High-Frequency Sibilance and "Fizz" 00:37 - How the Standard Threshold Level Dictates De-Esser Activation
00:44 - Splitting the Work: Unlocking the Dedicated "S" Band vs. High Frequency Depth
00:54 - Workflow Trick: Using the High-Band Solo Feature to Audition Piercing Tones 01:04 - Addressing Marshall Stack & Overdriven Amp Harshness with Dual Bands
01:21 - Exaggerating Parameters: Dragging Frequency Ranges Down for Maximum Attenuation
01:57 - The Vocal Dilemma: Why Stacking Multiple De-Essers in a Chain is History
02:14 - Reading the Visual Roll: Activating the Scrolling RTA Bar
02:35 - Locating Shrill Resonances: Focusing on the Critical 5kHz Range
02:52 - Refining Transient Behavior via Attack Control and Auto-Solo Modifiers
03:26 - Final Verdict: User-Friendly Visual UI Design Decisions on Harrison Plugins
#HarrisonConsoles #DeEsser #PluginBoutique #MixingGuitars #AudioEngineering #DeEssingTutorial #VocalProcessing #SoundDesign #MusicProduction #VSTPlugins
