Use a versatile room setup for vocal and instrumental recordings
Problem: limited recording space
A versatile room setup allows for different types of recordings, such as vocals, upright bass, and live instruments. The ability to see the control room from the recording space helps the artist stay in sync with the…
Use slow attack compression to enhance punchiness and transients
Problem: vocal lacks punch, dynamics too flat
A slow attack time on a compressor allows the initial transient of a sound (like a vocal or kick) to pass through unattenuated, which enhances the punch and energy of the sound. This is particularly useful for vocal…
Combine slow attack compression with EQ boosts to enhance emotional expression
Problem: track lacks emotional impact or brightness
Using a slow attack compressor in conjunction with boosting the upper mid-range frequencies (around 1-5kHz) can significantly enhance the emotional impact of a track. This combination increases the perceived 'arousal'…
Mistake: Over-relying on AI vocal processing
Problem: over-reliance on AI
AI tools can make vocals sound artificial if used excessively. Producers often forget that subtlety is key — the goal is enhancement, not transformation. This is especially problematic in genres like trance where vocal…
Use AI tools like Audemy to modify vocals
Problem: bland or generic vocals
AI vocal processors can alter timbre, pitch, and texture for creative effects. This is useful for making vocals stand out or adding unique character. Overuse can lead to unnatural results, so moderation is key.
Avoid overly thick plate reverb on vocals to prevent harshness
Problem: harsh, boxy vocal reverb
Plate reverb can add warmth but may accentuate harsh vocal frequencies if not properly EQ'd. The speaker demonstrates how a thick plate reverb makes vocals sound harsh and unnatural, emphasizing the need for a more…
Tailor reverb to vocal frequency needs with EQ shaping
The speaker emphasizes 'scooping' reverb to avoid frequency clashes, particularly in the mid-range. This involves EQ adjustments to remove harshness and allow the vocal to sit cleanly in the mix. The concept highlights…
Use bright hall reverb to enhance vocal clarity and brightness
Problem: dull or muffled vocal presence
The speaker prefers bright hall reverb for vocals, as it adds natural spatiality without muddying the frequency spectrum. They specifically mention 'pro-aw' as a good example of a bright hall reverb that complements…
Avoid over-processing upper mids in vocal/snare channels
Problem: muddy upper mids from over-processing
The speaker warns against adding excessive upper-mid frequencies to the vocal and snare channels, as this can cause frequency masking and muddiness. Since these channels already contain significant high-frequency…
Remove thirds/fifths to focus on vocal integration
Problem: vocal gets lost in dense harmonies
Stripping away thirds and fifths allows the vocal line to become the primary melodic focus. This technique is useful when the vocal needs to stand out emotionally, creating a more intimate connection between the voice…
Use vocal samples with automation to add movement to the head
Problem: Adding movement and interest to the head section
Adding a vocal sample (e.g., choir) and automating its volume or pitch can create a sense of opening/closing the head section. This is a common trick in melodic techno to add spatial and emotional dynamics.
Apply pitch automation to vocals for variation
Problem: Adding variation to vocal elements
Automating the pitch of vocal samples (e.g., choir) adds subtle variation and interest, enhancing the emotional or textural impact of the track.
Automate mod wheel to fade pads during transitions
Problem: Cluttered mix with excessive pad presence
Using the mod wheel automation connected to the filter in pad presets allows gradual fading of pads to create space for the vocal line. This technique ensures a smooth transition by reducing pad presence without abrupt…
Use Transgate plugin for gated pad transitions
Problem: Overlapping pad elements conflicting with vocal
Applying the Killer LFO's Transgate plugin to pads allows dynamic gating during transitions. Automating the plugin's bypass creates a seamless fade between pads and the vocal line, avoiding abrupt changes. This technique…
Use vocal atmosphere with filtered, reverbed vocal chops
Problem: thin-sounding mix
Create fullness by slicing main vocals, applying heavy reverb and low-pass filters, and placing them in the lower mix. This adds texture without overcrowding the arrangement. It's a space-efficient way to enhance depth…
Automate vocal levels on the bus for dynamic control
Problem: vocal too static or inconsistent
The speaker demonstrates automating vocal levels on a bus rather than individual tracks, allowing easier adjustments during fades. This approach maintains flexibility to tweak levels without being locked into rigid…
Avoid over-automating to maintain listener engagement
Problem: over-automation leading to listener fatigue
The speaker acknowledges that excessive automation could make the track monotonous, opting instead for selective automation. This mindset emphasizes balance—using automation to enhance dynamics without creating fatigue.…
Manual automation outperforms automated vocal riders
Problem: inaccurate vocal level automation
The speaker notes that while vocal riders can assist, manual automation provides finer control over vocal dynamics. This technique is especially critical for nuanced passages where automated tools might miss subtle…
Use LFO with downward saw shape for rhythmic vocal gating
Problem: static vocal chops, lack of rhythmic integration
Setting the LFO rate to 16th notes and using a downward saw shape creates a dynamic, rhythmic gating effect. Adjusting the curve adds control over the attack and release of the gated sound. This technique is particularly…
Save vocal effect presets in Shaperbox library for reuse
Problem: time-consuming effect setup, lack of consistency
Saving custom presets in the Shaperbox library (e.g., under 'chop and gate' or 'pitch' sections) streamlines workflow and ensures consistency across projects. This practice is especially useful for vocal effects like…
Use volume shaper to restore high-end clarity after formant shifting
Problem: muddy vocal after formant shifting
When shifting a vocal's formant downward (to create a deeper voice effect), high-frequency content is often lost. Adding a volume shaper with a high band above 4-5kHz and boosting the trim restores crispness and…
Combine formant shifting with slicing in a sampler for vocal hooks
Problem: stale vocal hooks, lack of timbral variation
Loading an acapella into a sampler tuned to the track's key allows precise slicing and replay of vocal samples. Applying formant shifting to the sliced samples adds timbral variation without altering pitch. This…
Automate formant shift to create evolving vocal timbre
Problem: static vocal timbre, lack of dynamic evolution
Using automation in the pitch shaper to modulate the formant shift control allows the vocal's timbre to evolve over time. This creates a sense of movement and depth, making the vocal feel more immersive. The technique is…
Cut low frequencies from vocal delay to avoid muddiness
Problem: muddy vocal delay
Removing low-end frequencies from a vocal delay prevents it from clashing with the main vocal and bass elements. This is achieved using an EQ to attenuate frequencies below 200Hz. The result is a cleaner, more defined…
Use vintage reverb with long tail on vocal
Problem: vocal sounds flat or too dry
Applying a vintage reverb with a long decay time creates a sense of space and depth, making vocals sound more present in the mix. The reverb should be subtle but enough to add dimension without washing out the vocal.…
Apply chorus with slight pitch shift and pan to sides on vocal
Problem: vocal lacks width or presence
Using a chorus plugin with a subtle pitch modulation and panning the duplicated vocal to the sides creates a wider, more immersive vocal sound. This technique adds movement and fullness without making the vocal sound…
Concept: Use vocal manipulation to create space and depth
Problem: vocal lacks spatial presence
The idea that vocal processing (e.g., reverb, chorus, panning) can be used to create a sense of space and depth in the mix is a key concept in Deep House. This approach helps the vocal sit naturally within the track…
Use overdrive to glue two vocal layers together
Problem: vocal layers sound disconnected or thin
Applying a subtle amount of overdrive to two layered vocal tracks helps them sit together cohesively in the mix. The saturation adds warmth and glue, making the vocal layers feel more unified. This technique is useful…
Mistake: Overusing FX without purpose
Problem: vocal loses clarity or feels overprocessed
Adding too many effects (e.g., reverb, chorus) without a clear purpose can make the vocal sound artificial or lose its clarity. The speaker emphasizes using FX sparingly and only when they enhance the vocal's character…
Build verse by duplicating and removing vocal layers
Problem: vocal arrangement feels static or cluttered
Creating a verse by duplicating vocal layers and selectively removing parts (e.g., harmonies or ad-libs) adds dynamic interest and avoids overloading the mix. This technique allows the vocal to breathe and keeps the…
Avoid default bus reverb without EQ/compression
Problem: washed-out, disconnected reverb
Using a bus reverb without proper EQ and compression leads to a 'cave-like' sound where the vocal feels disconnected from the reverb. This is a common mistake in mixing, as default reverb settings often lack the tailored…
Apply short reverb directly on vocal channel, not via bus
Problem: washed-out, disconnected vocal reverb
Using a short reverb directly on the vocal channel instead of a bus creates a more cohesive, glued sound. This avoids the 'in a cave' effect of bus reverb by making the reverb feel like it was recorded in the same room…
Use dynamic EQ to tame 1-3kHz and add air at 6kHz
Problem: nasal, harsh, or muffled vocal frequencies
A dynamic EQ targeting 1-3kHz reduces harshness and muddiness, while a 6kHz shelf adds clarity and presence. This combination smooths the vocal without over-processing, ensuring it remains upfront in the mix. The…
Set reverb decay to 0.6s and mix knob to 25%
Problem: overly long or washed-out reverb
A short decay time (0.6s) on the reverb prevents washiness, while pulling the mix knob to 25% ensures the reverb is subtle but present. This balance is crucial for maintaining vocal clarity while adding spatial depth.…
Add compressor after reverb to glue vocal and reverb
Problem: disconnected reverb tail and vocal
Placing a compressor after the reverb tail helps 'glue' the reverb to the vocal, creating a cohesive sound. A 4:1 ratio with medium attack/release and minimal gain reduction (a few dB) ensures the reverb tail is pulled…
Mistake: Using short reverb on send without compression
Problem: Uncontrolled reverb tail, disconnected from vocal
Placing a short reverb on the send prevents the ability to compress the reverb and vocal together as a cohesive unit. This results in an uncontrolled, disconnected reverb tail that doesn't sit naturally with the vocal.…
Compress reverb send to blend with vocal
Problem: Reverb not sitting with vocal, inconsistent dynamics
Applying compression to the reverb send allows the reverb to interact with the vocal's dynamics. This creates a cohesive unit where the reverb responds to the vocal's presence, avoiding an overly dry or overly wet sound.…
Mistake: Adding multiple reverbs on send can wash out vocals
Problem: Vocal loses clarity, reverb becomes overwhelming
Layering multiple reverbs on the same send can cause the vocal to lose focus and become overly diffuse. This creates a 'washed-out' effect where the vocal's clarity and definition are compromised. The solution requires…
Automate reverb and delay on vocal track during chorus
Problem: vocal gets lost in dense chorus
The vocal needs more space in the chorus to cut through the dense arrangement. By automating the reverb and delay sends in Ableton's automation view, you create a dynamic effect that swells during the chorus. This avoids…
Band match vocals to reference tracks by dividing into frequency bands
Divide vocals into low, mid, and high bands (e.g., 200Hz, 2-5kHz, 8-12kHz) and compare each to a reference track. Adjust saturation, EQ, and presence in each band to match the reference's tonal balance. This ensures your…
Avoid aggressive early compression on vocals
Problem: Inconsistent compression due to unaddressed volume differences
Applying compression too early without addressing volume differences creates inconsistent results. Producers often make this mistake by using the same settings for both quiet and loud vocal sections, leading to poor…
Separate vocal parts with different dynamics into separate channels
Problem: Inconsistent compression due to unaddressed dynamic range
When vocals have large volume differences between emotional sections, splitting them into separate channels allows tailored processing. This avoids using the same compression settings for both quiet and loud sections,…
Use level-matching before compression
Problem: Inconsistent vocal dynamics
Boosting quieter vocal sections to match louder ones (e.g., raising -24dB peaks to -11dB) ensures consistent compression settings. This prevents extreme threshold adjustments and creates a more even dynamic foundation…
Respect natural vocal dynamics in coloring
Problem: Over-processing to mask poor level matching
Avoid exaggerating saturation/distortion to compensate for poor level matching. Maintaining natural vocal dynamics (e.g., keeping quieter phrases at -24dB instead of boosting them excessively) preserves the artist's…
Use dual compression (fast + slow) for vocal glue
Problem: Over-compression or loss of vocal dynamics
Combining a fast-acting compressor (e.g., below -5dB threshold) with a slower one (like LA2A) creates a more natural dynamic glue. The fast compressor controls transients, while the slow one maintains cohesion. This…
Choose chords over vocal for melody in certain sections
Problem: vocal overpowers melody, unclear focus
Prioritizing chords over the vocal in specific sections ensures the melody remains clear and doesn't get lost in the arrangement. This decision is part of a broader workflow to balance vocal presence with instrumental…
Automate simple cut on vocal to progress the mix
Problem: static vocal arrangement
A simple cut automation on the vocal is used to build tension and create a sense of progression. This technique is applied during the build-up sections to gradually reveal the vocal, enhancing the emotional impact of the…
Use 'hook and repeat' melody with octave jumps for emotional catchiness
Problem: bland or forgettable drop melodies
Create a simple, emotionally resonant melody using octave jumps (e.g., 'tend, tend, tend') that's easy to remember. Repeat it with slight variations to avoid monotony while maintaining catchiness. This technique works…