Chapter 23 Further Reading

Resources verified as real as of this writing; editions and URLs drift, so search by title and author if a link ages out. A chapter-specific warning: compression content online is dominated by two unhelpful genres — magic-settings videos ("the ONLY vocal compressor settings you'll ever need") and gear worship (why a sixty-year-old serial number justifies a mortgage). The sources below earn their place by teaching behavior and method: what the circuit does, how to hear it, and how to decide.

Beginner

  • Mike Senior, Mixing Secrets for the Small Studio (Routledge/Focal Press, 2nd ed.). The book this book most often agrees with, and its compression chapters are the gold standard for small-room mixers: job-first thinking, honest settings ranges, and relentless emphasis on level-matched comparison. If you buy one mixing book to sit beside this one, it's this one.
  • Sound On Sound magazine's compression primers (soundonsound.com, searchable archive). Search "Compression Made Easy" (Mike Senior's classic walkthrough) and the magazine's many "compressors explained" features. SOS keeps decades of articles free to read, and the writing is engineer-grade without being academic.
  • Pensado's Place (YouTube, free). Mix engineer Dave Pensado's long-running interview/tutorial show; search the archive for compression-focused "Into The Lair" segments. Valuable less for specific settings than for watching a professional reason about dynamics — job named, move made, result judged by ear.
  • Appendix B (Decibels & Loudness) and Appendix E (DAW Translation Guide) in this book — the dB refresher that makes ratio math painless, and the per-DAW names for every control this chapter taught generically (including where your stock compressor hides its lookahead and auto-release switches).

Intermediate

  • Roey Izhaki, Mixing Audio: Concepts, Practices and Tools (Routledge/Focal Press). The most thorough single-volume treatment of mixing tools in print; its dynamics chapters include the transfer-curve, knee, and detector theory this chapter kept in plain words, with diagrams worth studying slowly.
  • Bobby Owsinski, The Mixing Engineer's Handbook (multiple editions). Compression technique plus dozens of interviews with name mixers — useful precisely because the professionals disagree about attack times and bus compression, which is the tradeoffs theme wearing real names.
  • Universal Audio's online history features (uaudio.com). The company that reissued the LA-2A and 1176 maintains well-researched articles on both units' origins — the T4 cell, the broadcast years, the UREI era. Primary-source-adjacent reading for case study 1; read with the usual awareness that the publisher sells the emulations.
  • Alex Case, Sound FX: Unlocking the Creative Potential of Recording Studio Effects (Focal Press). A full, rigorous chapter on compressors and limiters — detector behavior, time constants, musical applications — written for engineers who want the why behind every knob. The natural next step when this chapter's plain-words sidebar leaves you hungry.

Advanced

  • Dimitrios Giannoulis, Michael Massberg, and Joshua D. Reiss, "Digital Dynamic Range Compressor Design — A Tutorial and Analysis," Journal of the Audio Engineering Society (2012). The widely cited academic tutorial on how software compressors are actually built: detector topologies, attack/release ballistics, knee math. Free-floating copies are usually findable via the authors' university pages; this is the paper your plugins are made of.
  • Udo Zölzer (ed.), DAFX: Digital Audio Effects (Wiley). The standard DSP reference for effects processing, dynamics included — for readers comfortable with signal-flow math who want to implement, not just operate.
  • Bob Katz, Mastering Audio: The Art and the Science (Focal Press). The mastering perspective on dynamics — why preserving them matters, how level practices evolved, and the philosophy underneath Chapter 32's chain and Chapter 33's loudness treaty. Katz's dynamics advocacy shaped the modern consensus this book teaches.
  • Greg Milner, Perfecting Sound Forever: An Aural History of Recorded Music (Faber & Faber). Cultural history of recording with a clear-eyed account of the loudness war — the over-compression epidemic's full historical arc, told through the people who fought on both sides. Ideal pre-reading for Chapter 33.

For Educators

  • Run exercise C1 (the attack/release-only drill) live, as a projected demo. Freeze threshold and ratio in front of the class, sweep only the time controls on a looped drum break, and have students write down what changes before you name it. The threshold concept lands in ten minutes of listening where it resists an hour of lecture.
  • Stage a matched-loudness deception. A/B the same drum bus "with and without compression" twice — once with makeup gain 4 dB hot, once honestly matched — and tally votes after each. The reversal between rounds teaches the louder-sounds-better bias more memorably than any reading, and generalizes to every processing decision in the course.
  • Assign case study 1 alongside Universal Audio's LA-2A history feature and have students separate the documented design claims from the lore claims in each — a compact exercise in evidence literacy using material they're motivated to read.
  • The companion volume, The Physics of Music (DataField), covers the perception science under this chapter — its Chapter 5 (psychoacoustics) explains why transients dominate recognition and why equal-loudness comparison is non-negotiable, for courses pairing engineering practice with the science.