Use peak metering for fast attack and fast release compression
Problem: compressor not reacting to peaks, inconsistent transient control
When using fast attack and fast release settings, it's more effective to use a peak meter rather than an RMS meter. Peak meters respond to the highest instantaneous levels in the signal, which aligns with the behavior of…
Use meters to monitor levels and waveform shape
Problem: unbalanced or distorted levels
Using a metering plugin like Skeptor can help monitor levels and waveform shape in real time. This is useful for ensuring that the track is well-balanced and that no elements are clipping or being overdriven. The video…
Use a frequency analyzer like Span to identify sub-bass
Problem: inability to hear sub-bass on small speakers
Using a frequency analyzer like Span helps identify problematic sub-bass frequencies that may not be audible on small speakers or headphones. This allows you to make informed decisions about how to control the low end…
Check phase coherence with a span/phase meter
Problem: phase cancellation causing thinness or loss of low-end
When mastering, use a phase meter or span plugin to ensure the track is in phase. Bring the track to mono and observe the meter — if the track is out of phase, the meter will show erratic movement. A healthy mix should…
Monitor correlation meter for stereo stability
Problem: phase cancellation
The correlation meter shows phase coherence between left and right channels. A value of +1 indicates perfect mono, while -1 indicates perfect stereo. In mastering, aim for values above -0.3 to avoid phase cancellation.…
Use gain plugins for level adjustments between processing stages
Problem: imbalanced levels, clipping
Gain plugins are essential for balancing levels when importing tracks or adjusting signal flow between plugins. They help maintain proper gain staging, preventing clipping and ensuring optimal headroom. This is a…
Use metering plugins to monitor levels, frequency spectrum, and phase
Problem: inconsistent loudness, poor frequency balance
Metering plugins are crucial for checking loudness (LUFS), peak levels, frequency balance, and phase coherence. They provide visual feedback to ensure the mix adheres to industry standards and maintains clarity.…
Calibrate VU meter to -18 dBFS for accurate gain staging
Problem: inconsistent level references
A properly calibrated VU meter ensures consistent level references. Setting it to -18 dBFS provides a standard baseline for gain staging, which is crucial for maintaining headroom and avoiding clipping during mastering.
Set kick to -5 dB true peak and 0 dB VU
Problem: transients overpower low end, poor translation
The VU meter reflects low-end energy (sustained levels), while true peak measures transients. Setting the kick to 0 dB VU ensures the low end is balanced, and -5 dB true peak prevents transients from overpowering the…
Use VU meter as a reference for bass loudness
Problem: overcompressed bass, loss of kick definition
Allowing the bass to push the VU meter slightly (up to 0dB) is acceptable in bass-heavy genres, but excessive levels can mask the kick. This approach ensures the bass remains present without overwhelming the mix. The…
Set peak and VU targets for foundational elements
Problem: inconsistent levels, lack of headroom
Aim for -5dB on the peak meter and 0dB on the VU meter when balancing kick, bass, and snare. This provides a reference point for headroom and ensures foundational elements are neither too loud nor too quiet. The…
Set initial gain to -5 dBFS peak for headroom
Problem: unbalanced levels, lack of headroom
Before processing, adjust all tracks so the loudest element (usually the snare) peaks at -5 dBFS. This creates headroom for dynamic processing and prevents clipping. The goal is to ensure no element is overly loud or…
Use VU meter to set kick at 0 VU
Problem: kick lacks presence or gets buried
Solo the kick, mute other tracks, and process it (EQ, compression, transient shaping) until it reaches 0 VU on the meter and -5 dBFS peak. This ensures the kick has proper average energy while maintaining dynamic…
Concept: Balance between peak and average loudness
Using both dBFS (peak) and VU (average) meters ensures a mix that's dynamically safe (no clipping) while maintaining perceived loudness. Peaks are controlled for headroom, while average levels ensure the track feels…
Balance snare and kick at -5 dBFS
Problem: snare and kick compete for space
After setting the kick, introduce the snare and adjust its level so it peaks at -5 dBFS alongside the kick. This ensures both transients have equal presence without one overpowering the other. The balance is crucial for…
Balance bass with kick at 0 VU
Problem: kick buried under bass, muddy low end
Add the bass and adjust its level so the combined kick and bass maintain a VU of around 0 while avoiding exceeding 0 VU. The bass should sit behind the kick but still retain its presence. This approach ensures the low…
Use limiter stress test to check for distortion
Problem: distortion, pumping, or loss of dynamics
Apply a limiter to the stereo output and raise gain until the mix reaches -9 to -11 LUFS. Monitor for distortion, pumping, or loss of punch. If issues arise, reduce levels or refine processing. This test ensures the mix…
Check balance using the loudest section (hook) for headroom
Problem: insufficient headroom, unbalanced levels
The loudest part of a hip-hop track is typically the hook. By analyzing this section on the meter, you can assess overall headroom and identify if levels are too hot. This ensures the mix has enough dynamic space before…
Target kick at -5dB peak and 0 VU
Problem: weak or overpowering kick
A strong kick should peak around -5dB on the meter while sitting at 0 VU for consistent loudness. This balance ensures the kick is punchy without overpowering the mix. The speaker adjusts gain staging to achieve this,…
Adjust transient shaper attack/release to control peak levels
Problem: kick causing VU meter spikes, loss of headroom
The speaker uses a transient shaper to tighten the kick's release, reducing VU meter spikes while preserving the attack. This prevents the kick from exceeding 0 VU while maintaining punch. The release adjustment…
Set kick peak level to -5dB for VU balance
Problem: inconsistent VU levels, over-compressed kick
After adjusting the transient shaper, the speaker achieves a peak level of -5dB on the kick while maintaining 0 VU average. This creates a balanced dynamic range that allows the kick to sit cleanly in the mix without…
Mistake: Aiming for 0 VU on snare elements
Problem: over-compressing snare to hit 0 VU
The speaker explicitly warns against targeting 0 VU for snare elements like rim clicks, stating it's 'really hard to do' and impractical. This is a common mistake where producers force levels to match metering targets…
Match snare level to kick using VU reference
Problem: snare too quiet or too loud relative to kick
The speaker adjusts the snare (rim click) to match the kick's VU level, aiming for -5dB peak instead of 0 VU. This creates a cohesive dynamic range between percussive elements. The approach avoids over-compressing the…
Balance bass and kick levels to keep VU around zero
Problem: VU peaking above zero, muddied low end
The speaker adjusts the bass and kick levels so the VU meter stays near the zero mark, ensuring the mix doesn't clip. This prevents the VU from peaking above zero during fast kick sequences, which can happen due to the…
Mistake: Stressing over VU meter's slow response
Problem: Overcorrecting for VU meter inaccuracies
The speaker explains that the VU meter's slow calculation can cause it to briefly peak above zero during fast kick sequences. This is a normal behavior and shouldn't be overcorrected. Producers might mistakenly lower…
Gain-stage using a VU meter to match reference levels
Problem: Inconsistent gain staging, over-compression
Use a VU meter to visually align your track's levels with a reference track. This ensures consistent gain staging without relying on auto-make-up gain. The speaker demonstrates matching peak levels by adjusting output…
Monitor loudness continuously during mastering
Problem: over-limiting, poor dynamic control
The speaker references the loudness meter ('short term loss') multiple times to ensure the track stays within the target range. This iterative checking prevents over-limiting and maintains dynamic integrity. The process…
Shelve low end of kick to hit VU target
Problem: kick peaks above VU target, needs loudness adjustment
Cutting the low end (below 100Hz) with a shelf on the kick allows it to meet VU meter targets without sacrificing too much weight. This is a delicate balance, as too much cutting can make the kick feel hollow. The…
Use VU metering to set a strong baseline for the kick
Problem: inconsistent kick levels, muddy low end
Establishing a consistent level for the kick using VU meters ensures a solid foundation for mixing. While the kick may sound thinner in solo, this approach prioritizes how it integrates with the full mix. This method is…
Balance VU meter at -4.8dB and zero VU for kick
Problem: overloaded kick, lack of headroom
Setting the kick's peak level at -4.8dB and maintaining zero VU ensures headroom while preserving punch. This approach prevents clipping and allows for dynamic adjustments later in the mix. The technique emphasizes the…
Use VU meter to set kick levels just below 0dB
Problem: improper gain staging leading to clipping
Proper gain staging is critical for headroom. Set kick levels to hover just below 0VU (with peaks around -5dB) to avoid clipping while maintaining dynamic range. This ensures the kick has enough headroom to breathe in…
Use metering to assess kick's position in the frequency spectrum
Problem: inaccurate frequency placement
Metering helps identify if the kick is too bright or dull by showing its energy distribution. The speaker emphasizes referencing meters to make informed EQ decisions, ensuring the kick sits properly in the mix without…
Manage peaks before dynamics processing to avoid compensation
Problem: peaks triggering dynamics processors, loss of headroom
Peaks in the audio can trigger dynamics processors like compressors or limiters, forcing you to reduce overall levels later. By addressing peaks upfront (e.g., using a limiter or gain staging), you preserve headroom and…
Set levels before processing — balance is the foundation
Problem: imbalanced levels leading to poor processing decisions
The speaker emphasizes establishing proper volume relationships between elements before applying any processing. This ensures EQ and compression won't be used to fix imbalanced levels. When levels are correct, the mix…
Use a mix bus to monitor overall levels and headroom
Problem: overloaded mix bus causing distortion
The mix bus is used to check the combined output of all tracks. By routing everything through bus 32, the producer can visually monitor levels and ensure they stay below -5dB to maintain headroom. This prevents clipping…
Create headroom by ensuring no channels are peaking
Problem: clipping or distortion during mastering
Checking that no individual channels are peaking is critical for maintaining headroom and preventing clipping during mastering. This step ensures the mix has enough dynamic range to allow for proper mastering adjustments…
Manage RMS vs peak levels for front-to-back depth
Problem: lack of depth and punch in transients
The 'foundation first' method focuses on balancing the average (RMS) level of transients (kick/snare) with their peak levels. This creates a sense of depth where transients 'poke forward' while maintaining average…
Set VU meter to -18 dB and peak level to -5 dBFS
Problem: inconsistent loudness and clipping
Use a calibrated VU meter (set to -18 dB) alongside a peak meter targeting -5 dBFS. This ensures proper gain-staging and headroom while maintaining loudness. The VU meter reflects average levels (RMS), while the peak…
Balance kick and snare levels using VU meter as reference
Problem: volume mismatch between kick and snare
After setting the kick's level, the snare is added while monitoring the VU meter to ensure it doesn't exceed -5 peak. This approach prioritizes low-end stability since the snare's impact on the VU is minimal compared to…
Use peak trimming for precise level control
Problem: excessive peak levels during transients
The speaker mentions trimming 'half a dB' to manage peak levels when the kick and snare hit simultaneously. This subtle adjustment prevents clipping while maintaining the dynamic relationship between elements. It…
Check reference tracks frequently to avoid over-cooking low end
Problem: overcooked low end, poor loudness comparison
The speaker demonstrates how relying on room monitors can lead to excessive low-end levels. By comparing to a reference track using a metering tool, they identify their mix is 1dB higher in the low end than professional…
Use loudness meters to target -9 to -11 LUFS short-term range
Problem: inconsistent loudness, poor mastering prep
The speaker sets a target of -9 to -11 LUFS for short-term loudness, noting they're already at -8. This aligns with industry standards for competitive loudness while retaining punch. The audible result is a mix that…
Reference tracks to catch peaking issues
Problem: unnoticed peaking in mix
The speaker checks reference tracks to identify peaking problems, highlighting the importance of regular reference listening. This workflow prevents unnoticed clipping or distortion by comparing the mix to professionally…
Use a voometer to check level adjustments in the mixer plugin
Problem: overdriving the signal during summing
When adjusting levels in the analog emulation plugin, use a voometer (voltage meter) to ensure you're not overdriving the signal. The goal is to achieve a slight amount of saturation without clipping. This helps maintain…
Use reference tracks in mastering chain for objective loudness comparison
Problem: inconsistent loudness vs sound quality trade-offs
The speaker uses reference tracks at both the start and end of the mastering chain to compare loudness and sound quality objectively. This helps avoid over-compression and ensures the mastered track matches commercial…
Aim for -8.9 LUFS as a target loudness level
Problem: inconsistent loudness levels
The speaker uses -8.9 LUFS as a practical loudness target during mastering, achieved through compression and limiting. This value balances commercial loudness expectations with preservation of dynamic range, avoiding the…
Check low-end frequency balance using PaaZ Analyzer
Problem: imbalanced low-frequency content
The speaker recommends using PaaZ Analyzer during mastering to objectively assess low-end frequency distribution. This ensures the track meets commercial standards for bass presence without overloading the mix. It…
Use reference view to see plugin impact on signal
Problem: unclear plugin impact on audio
The reference view allows you to compare the original signal with the processed signal in real-time. This helps identify how plugins are shaping the audio, whether it's EQ, compression, or saturation. By seeing the…