Mistake: Assuming analogue gear is essential for mastering
Concept: Headroom in mastering has no universal rule
Mindset: Mastering's goal is emotional impact, not loudness
Concept: Mastering requires subjective, song-specific approaches
Workflow: Headphones can be effective for mastering
Mastering on high-quality headphones is viable with proper stereo image awareness
Problem: misconceptions about headphone mastering
Stock plugins are sufficient for mastering when combined with good monitoring
Problem: over-reliance on specialist plugins
Automate master bus levels to enhance dynamic contrast between sections
Problem: flat or unengaging master bus
Reduce gain first when mastering loud or clipped mixes to preserve processing headroom
Problem: loud mixes limiting processing options
Respect client intent even if it means preserving clipped or limited sounds
Problem: conflict between technical and artistic goals
Mastering to emotional intent, not loudness targets
Problem: Over-reliance on loudness targets instead of musical intent
Avoid fixating on LUFs during mastering
Problem: Over-optimization for loudness metrics
Loudness varies by genre and track content
Problem: Mismatched loudness expectations across genres
Gain matching is a learning tool, not a requirement
Problem: Over-reliance on gain matching during mastering
Use reference diff mode with sidechain to visualize saturation effect
Problem: over-saturation, unclear harmonic impact
Apply parallel saturation on master bus with tight settings
Problem: disconnected elements, lack of cohesion
Real-time clipping for dynamic glue
Problem: loose, dynamic mix lacking cohesion
Use a high-pass filter at 30Hz on the master track
Problem: unnecessary low-end frequencies affecting mastering
Check phase coherence with a span/phase meter
Problem: phase cancellation causing thinness or loss of low-end
Mastering is the final polish after mixing, not a fix for a bad mix
Problem: misunderstanding mastering's role in production
Apply a low-pass filter at 18kHz on the master track
Problem: unnecessary high-end frequencies affecting mastering
Boost mid-range frequencies (1000Hz) only as a last resort
Problem: lack of mid-range presence in the mix
Reference tracks with master effects disabled
Problem: inaccurate reference comparisons due to master effects
Use surgical EQ for resonant or harsh frequencies
Problem: resonant or harsh frequencies in the master
Mistake: Boosting in the master instead of fixing the mix
Problem: over-processing in mastering due to mix issues
Fix low-end issues in mixing, not mastering
Problem: over-reliance on mastering for low-end fixes
Set limiter attack time to match the track's transients
Problem: limiter squashing transients or losing dynamics
Avoid overthinking limiter gain — push until it sounds good
Problem: overthinking limiter settings leading to suboptimal results
L-UFS is a loudness standard, not a target — aim for quality
Problem: misunderstanding L-UFS as a mandatory target
Export with 32-bit float and leave headroom (-8 to -4 dB)
Problem: clipping during mastering, loss of dynamic range
Use dynamic EQ to target resonant frequencies
Problem: harsh frequencies, sibilance, resonant peaks
Use mid-side EQ to tighten low-end stereo imaging
Problem: phase issues in low end, poor mono compatibility
Use reference tracks to compare your mix
Problem: inconsistent loudness or frequency balance
Avoid over-cutting in mid-side EQ for warmth preservation
Problem: over-cutting in mid-side EQ, loss of warmth
Use Pro C2 with light compression for mastering
Problem: over-compression, loss of dynamics
Mastering is not a one-size-fits-all process
Problem: rigid approach to mastering limiting creativity
Use saturation for harmonic enhancement in mastering
Problem: lifeless, flat mix
Avoid over-saturating the mix
Problem: muddy, unclear mix
Set stereo imaging with Ozone 8's imager
Problem: phase issues, unstable stereo image
Trust your ears over numerical values
Problem: over-reliance on meters/numbers
Adjust limiter output to fix true peak overages
Problem: true peak distortion on streaming
Fix bass imbalance by revisiting mix project
Problem: intro bass imbalance
Apply limiters during mixing to predict mastering outcomes
Problem: inconsistent loudness between mixing and mastering
Use a clipper to manage transients before a limiter
Problem: loud transients causing limiter distortion
Clipper provides transparent headroom management
Problem: insufficient headroom for mastering
Use limiter during mixing for mastering simulation
Problem: mix balance changes during mastering
Concept: Balance between peak and average loudness
Use limiter stress test to check for distortion
Problem: distortion, pumping, or loss of dynamics